# HG changeset patch
# User cpt
# Date 1685933611 0
# Node ID 5004ddb62700e42648ea046a9d8f97bdea011eeb
# Parent 4d4a4b603d3379d36bb94ee41ed8388c4b5aa45a
planemo upload commit 94b0cd1fff0826c6db3e7dc0c91c0c5a8be8bb0c
diff -r 4d4a4b603d33 -r 5004ddb62700 cpt-macros.xml
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/cpt-macros.xml Mon Jun 05 02:53:31 2023 +0000
@@ -0,0 +1,115 @@
+
+
+
+ python
+ biopython
+ requests
+ cpt_gffparser
+
+
+
+
+
+
+
+ 10.1371/journal.pcbi.1008214
+ @unpublished{galaxyTools,
+ author = {E. Mijalis, H. Rasche},
+ title = {CPT Galaxy Tools},
+ year = {2013-2017},
+ note = {https://github.com/tamu-cpt/galaxy-tools/}
+ }
+
+
+
+
+ 10.1371/journal.pcbi.1008214
+
+ @unpublished{galaxyTools,
+ author = {E. Mijalis, H. Rasche},
+ title = {CPT Galaxy Tools},
+ year = {2013-2017},
+ note = {https://github.com/tamu-cpt/galaxy-tools/}
+ }
+
+
+
+
+
+
+ 10.1371/journal.pcbi.1008214
+
+ @unpublished{galaxyTools,
+ author = {C. Ross},
+ title = {CPT Galaxy Tools},
+ year = {2020-},
+ note = {https://github.com/tamu-cpt/galaxy-tools/}
+ }
+
+
+
+
+
+
+ 10.1371/journal.pcbi.1008214
+
+ @unpublished{galaxyTools,
+ author = {E. Mijalis, H. Rasche},
+ title = {CPT Galaxy Tools},
+ year = {2013-2017},
+ note = {https://github.com/tamu-cpt/galaxy-tools/}
+ }
+
+
+ @unpublished{galaxyTools,
+ author = {A. Criscione},
+ title = {CPT Galaxy Tools},
+ year = {2019-2021},
+ note = {https://github.com/tamu-cpt/galaxy-tools/}
+ }
+
+
+
+
+
+
+ 10.1371/journal.pcbi.1008214
+
+ @unpublished{galaxyTools,
+ author = {A. Criscione},
+ title = {CPT Galaxy Tools},
+ year = {2019-2021},
+ note = {https://github.com/tamu-cpt/galaxy-tools/}
+ }
+
+
+
+
+
+
+ 10.1371/journal.pcbi.1008214
+
+ @unpublished{galaxyTools,
+ author = {C. Maughmer},
+ title = {CPT Galaxy Tools},
+ year = {2017-2020},
+ note = {https://github.com/tamu-cpt/galaxy-tools/}
+ }
+
+
+
+
+
+
+ @unpublished{galaxyTools,
+ author = {C. Maughmer},
+ title = {CPT Galaxy Tools},
+ year = {2017-2020},
+ note = {https://github.com/tamu-cpt/galaxy-tools/}
+ }
+
+
+
+
diff -r 4d4a4b603d33 -r 5004ddb62700 cpt_shinefind/cpt-macros.xml
--- a/cpt_shinefind/cpt-macros.xml Fri May 20 09:04:04 2022 +0000
+++ /dev/null Thu Jan 01 00:00:00 1970 +0000
@@ -1,115 +0,0 @@
-
-
-
-
- python
- biopython
- requests
-
-
-
-
-
-
-
- 10.1371/journal.pcbi.1008214
- @unpublished{galaxyTools,
- author = {E. Mijalis, H. Rasche},
- title = {CPT Galaxy Tools},
- year = {2013-2017},
- note = {https://github.com/tamu-cpt/galaxy-tools/}
- }
-
-
-
-
- 10.1371/journal.pcbi.1008214
-
- @unpublished{galaxyTools,
- author = {E. Mijalis, H. Rasche},
- title = {CPT Galaxy Tools},
- year = {2013-2017},
- note = {https://github.com/tamu-cpt/galaxy-tools/}
- }
-
-
-
-
-
-
- 10.1371/journal.pcbi.1008214
-
- @unpublished{galaxyTools,
- author = {C. Ross},
- title = {CPT Galaxy Tools},
- year = {2020-},
- note = {https://github.com/tamu-cpt/galaxy-tools/}
- }
-
-
-
-
-
-
- 10.1371/journal.pcbi.1008214
-
- @unpublished{galaxyTools,
- author = {E. Mijalis, H. Rasche},
- title = {CPT Galaxy Tools},
- year = {2013-2017},
- note = {https://github.com/tamu-cpt/galaxy-tools/}
- }
-
-
- @unpublished{galaxyTools,
- author = {A. Criscione},
- title = {CPT Galaxy Tools},
- year = {2019-2021},
- note = {https://github.com/tamu-cpt/galaxy-tools/}
- }
-
-
-
-
-
-
- 10.1371/journal.pcbi.1008214
-
- @unpublished{galaxyTools,
- author = {A. Criscione},
- title = {CPT Galaxy Tools},
- year = {2019-2021},
- note = {https://github.com/tamu-cpt/galaxy-tools/}
- }
-
-
-
-
-
-
- 10.1371/journal.pcbi.1008214
-
- @unpublished{galaxyTools,
- author = {C. Maughmer},
- title = {CPT Galaxy Tools},
- year = {2017-2020},
- note = {https://github.com/tamu-cpt/galaxy-tools/}
- }
-
-
-
-
-
-
- @unpublished{galaxyTools,
- author = {C. Maughmer},
- title = {CPT Galaxy Tools},
- year = {2017-2020},
- note = {https://github.com/tamu-cpt/galaxy-tools/}
- }
-
-
-
-
diff -r 4d4a4b603d33 -r 5004ddb62700 cpt_shinefind/gff3.py
--- a/cpt_shinefind/gff3.py Fri May 20 09:04:04 2022 +0000
+++ /dev/null Thu Jan 01 00:00:00 1970 +0000
@@ -1,346 +0,0 @@
-import copy
-import logging
-
-log = logging.getLogger()
-log.setLevel(logging.WARN)
-
-
-def feature_lambda(
- feature_list,
- test,
- test_kwargs,
- subfeatures=True,
- parent=None,
- invert=False,
- recurse=True,
-):
- """Recursively search through features, testing each with a test function, yielding matches.
-
- GFF3 is a hierachical data structure, so we need to be able to recursively
- search through features. E.g. if you're looking for a feature with
- ID='bob.42', you can't just do a simple list comprehension with a test
- case. You don't know how deeply burried bob.42 will be in the feature tree. This is where feature_lambda steps in.
-
- :type feature_list: list
- :param feature_list: an iterable of features
-
- :type test: function reference
- :param test: a closure with the method signature (feature, **kwargs) where
- the kwargs are those passed in the next argument. This
- function should return True or False, True if the feature is
- to be yielded as part of the main feature_lambda function, or
- False if it is to be ignored. This function CAN mutate the
- features passed to it (think "apply").
-
- :type test_kwargs: dictionary
- :param test_kwargs: kwargs to pass to your closure when it is called.
-
- :type subfeatures: boolean
- :param subfeatures: when a feature is matched, should just that feature be
- yielded to the caller, or should the entire sub_feature
- tree for that feature be included? subfeatures=True is
- useful in cases such as searching for a gene feature,
- and wanting to know what RBS/Shine_Dalgarno_sequences
- are in the sub_feature tree (which can be accomplished
- with two feature_lambda calls). subfeatures=False is
- useful in cases when you want to process (and possibly
- return) the entire feature tree, such as applying a
- qualifier to every single feature.
-
- :type invert: boolean
- :param invert: Negate/invert the result of the filter.
-
- :rtype: yielded list
- :return: Yields a list of matching features.
- """
- # Either the top level set of [features] or the subfeature attribute
- for feature in feature_list:
- feature._parent = parent
- if not parent:
- # Set to self so we cannot go above root.
- feature._parent = feature
- test_result = test(feature, **test_kwargs)
- # if (not invert and test_result) or (invert and not test_result):
- if invert ^ test_result:
- if not subfeatures:
- feature_copy = copy.deepcopy(feature)
- feature_copy.sub_features = list()
- yield feature_copy
- else:
- yield feature
-
- if recurse and hasattr(feature, "sub_features"):
- for x in feature_lambda(
- feature.sub_features,
- test,
- test_kwargs,
- subfeatures=subfeatures,
- parent=feature,
- invert=invert,
- recurse=recurse,
- ):
- yield x
-
-
-def fetchParent(feature):
- if not hasattr(feature, "_parent") or feature._parent is None:
- return feature
- else:
- return fetchParent(feature._parent)
-
-
-def feature_test_true(feature, **kwargs):
- return True
-
-
-def feature_test_type(feature, **kwargs):
- if "type" in kwargs:
- return str(feature.type).upper() == str(kwargs["type"]).upper()
- elif "types" in kwargs:
- for x in kwargs["types"]:
- if str(feature.type).upper() == str(x).upper():
- return True
- return False
- raise Exception("Incorrect feature_test_type call, need type or types")
-
-
-def feature_test_qual_value(feature, **kwargs):
- """Test qualifier values.
-
- For every feature, check that at least one value in
- feature.quailfiers(kwargs['qualifier']) is in kwargs['attribute_list']
- """
- if isinstance(kwargs["qualifier"], list):
- for qualifier in kwargs["qualifier"]:
- for attribute_value in feature.qualifiers.get(qualifier, []):
- if attribute_value in kwargs["attribute_list"]:
- return True
- else:
- for attribute_value in feature.qualifiers.get(kwargs["qualifier"], []):
- if attribute_value in kwargs["attribute_list"]:
- return True
- return False
-
-
-def feature_test_location(feature, **kwargs):
- if "strand" in kwargs:
- if feature.location.strand != kwargs["strand"]:
- return False
-
- return feature.location.start <= kwargs["loc"] <= feature.location.end
-
-
-def feature_test_quals(feature, **kwargs):
- """
- Example::
-
- a = Feature(qualifiers={'Note': ['Some notes', 'Aasdf']})
-
- # Check if a contains a Note
- feature_test_quals(a, {'Note': None}) # Returns True
- feature_test_quals(a, {'Product': None}) # Returns False
-
- # Check if a contains a note with specific value
- feature_test_quals(a, {'Note': ['ome']}) # Returns True
-
- # Check if a contains a note with specific value
- feature_test_quals(a, {'Note': ['other']}) # Returns False
- """
- for key in kwargs:
- if key not in feature.qualifiers:
- return False
-
- # Key is present, no value specified
- if kwargs[key] is None:
- return True
-
- # Otherwise there is a key value we're looking for.
- # so we make a list of matches
- matches = []
- # And check all of the feature qualifier valuse
- for value in feature.qualifiers[key]:
- # For that kwargs[key] value
- for x in kwargs[key]:
- matches.append(x in value)
-
- # If none matched, then we return false.
- if not any(matches):
- return False
-
- return True
-
-
-def feature_test_contains(feature, **kwargs):
- if "index" in kwargs:
- return feature.location.start < kwargs["index"] < feature.location.end
- elif "range" in kwargs:
- return (
- feature.location.start < kwargs["range"]["start"] < feature.location.end
- and feature.location.start < kwargs["range"]["end"] < feature.location.end
- )
- else:
- raise RuntimeError("Must use index or range keyword")
-
-
-def get_id(feature=None, parent_prefix=None):
- result = ""
- if parent_prefix is not None:
- result += parent_prefix + "|"
- if "locus_tag" in feature.qualifiers:
- result += feature.qualifiers["locus_tag"][0]
- elif "gene" in feature.qualifiers:
- result += feature.qualifiers["gene"][0]
- elif "Gene" in feature.qualifiers:
- result += feature.qualifiers["Gene"][0]
- elif "product" in feature.qualifiers:
- result += feature.qualifiers["product"][0]
- elif "Product" in feature.qualifiers:
- result += feature.qualifiers["Product"][0]
- elif "Name" in feature.qualifiers:
- result += feature.qualifiers["Name"][0]
- else:
- return feature.id
- # Leaving in case bad things happen.
- # result += '%s_%s_%s_%s' % (
- # feature.id,
- # feature.location.start,
- # feature.location.end,
- # feature.location.strand
- # )
- return result
-
-
-def get_gff3_id(gene):
- return gene.qualifiers.get("Name", [gene.id])[0]
-
-
-def ensure_location_in_bounds(start=0, end=0, parent_length=0):
- # This prevents frameshift errors
- while start < 0:
- start += 3
- while end < 0:
- end += 3
- while start > parent_length:
- start -= 3
- while end > parent_length:
- end -= 3
- return (start, end)
-
-
-def coding_genes(feature_list):
- for x in genes(feature_list):
- if (
- len(
- list(
- feature_lambda(
- x.sub_features,
- feature_test_type,
- {"type": "CDS"},
- subfeatures=False,
- )
- )
- )
- > 0
- ):
- yield x
-
-
-def genes(feature_list, feature_type="gene", sort=False):
- """
- Simple filter to extract gene features from the feature set.
- """
-
- if not sort:
- for x in feature_lambda(
- feature_list, feature_test_type, {"type": feature_type}, subfeatures=True
- ):
- yield x
- else:
- data = list(genes(feature_list, feature_type=feature_type, sort=False))
- data = sorted(data, key=lambda feature: feature.location.start)
- for x in data:
- yield x
-
-
-def wa_unified_product_name(feature):
- """
- Try and figure out a name. We gave conflicting instructions, so
- this isn't as trivial as it should be. Sometimes it will be in
- 'product' or 'Product', othertimes in 'Name'
- """
- # Manually applied tags.
- protein_product = feature.qualifiers.get(
- "product", feature.qualifiers.get("Product", [None])
- )[0]
-
- # If neither of those are available ...
- if protein_product is None:
- # And there's a name...
- if "Name" in feature.qualifiers:
- if not is_uuid(feature.qualifiers["Name"][0]):
- protein_product = feature.qualifiers["Name"][0]
-
- return protein_product
-
-
-def is_uuid(name):
- return name.count("-") == 4 and len(name) == 36
-
-
-def get_rbs_from(gene):
- # Normal RBS annotation types
- rbs_rbs = list(
- feature_lambda(
- gene.sub_features, feature_test_type, {"type": "RBS"}, subfeatures=False
- )
- )
- rbs_sds = list(
- feature_lambda(
- gene.sub_features,
- feature_test_type,
- {"type": "Shine_Dalgarno_sequence"},
- subfeatures=False,
- )
- )
- # Fraking apollo
- apollo_exons = list(
- feature_lambda(
- gene.sub_features, feature_test_type, {"type": "exon"}, subfeatures=False
- )
- )
- apollo_exons = [x for x in apollo_exons if len(x) < 10]
- # These are more NCBI's style
- regulatory_elements = list(
- feature_lambda(
- gene.sub_features,
- feature_test_type,
- {"type": "regulatory"},
- subfeatures=False,
- )
- )
- rbs_regulatory = list(
- feature_lambda(
- regulatory_elements,
- feature_test_quals,
- {"regulatory_class": ["ribosome_binding_site"]},
- subfeatures=False,
- )
- )
- # Here's hoping you find just one ;)
- return rbs_rbs + rbs_sds + rbs_regulatory + apollo_exons
-
-
-def nice_name(record):
- """
- get the real name rather than NCBI IDs and so on. If fails, will return record.id
- """
- name = record.id
- likely_parental_contig = list(genes(record.features, feature_type="contig"))
- if len(likely_parental_contig) == 1:
- name = likely_parental_contig[0].qualifiers.get("organism", [name])[0]
- return name
-
-
-def fsort(it):
- for i in sorted(it, key=lambda x: int(x.location.start)):
- yield i
diff -r 4d4a4b603d33 -r 5004ddb62700 cpt_shinefind/macros.xml
--- a/cpt_shinefind/macros.xml Fri May 20 09:04:04 2022 +0000
+++ /dev/null Thu Jan 01 00:00:00 1970 +0000
@@ -1,43 +0,0 @@
-
-
-
-
- python
- biopython
- cpt_gffparser
-
-
-
-
-
-
-
-
-
-
-
-
-
-
- "$gff3_data"
-
-
- genomeref.fa
-
-
- ln -s $genome_fasta genomeref.fa;
-
-
- genomeref.fa
-
-
-
-
-
-
- "$sequences"
-
-
-
-
-
diff -r 4d4a4b603d33 -r 5004ddb62700 cpt_shinefind/shinefind.py
--- a/cpt_shinefind/shinefind.py Fri May 20 09:04:04 2022 +0000
+++ /dev/null Thu Jan 01 00:00:00 1970 +0000
@@ -1,420 +0,0 @@
-#!/usr/bin/env python
-import re
-import sys
-import argparse
-import logging
-from CPT_GFFParser import gffParse, gffWrite, gffSeqFeature
-from Bio import SeqIO
-from Bio.SeqRecord import SeqRecord
-from Bio.SeqFeature import FeatureLocation
-from gff3 import (
- feature_lambda,
- feature_test_type,
- feature_test_true,
- feature_test_quals,
- get_id,
- ensure_location_in_bounds,
-)
-
-logging.basicConfig(level=logging.INFO)
-log = logging.getLogger()
-
-
-class NaiveSDCaller(object):
-
- # TODO May make switch for different sequence sets
- SD_SEQUENCES = (
- "AGGAGGT",
- "GGAGGT",
- "AGGAGG",
- "GGGGGG",
- "AGGAG",
- "GAGGT",
- "GGAGG",
- "GGGGG",
- "AGGT",
- "GGGT",
- "GAGG",
- "GGGG",
- "AGGA",
- "GGAG",
- "GGA",
- "GAG",
- "AGG",
- "GGT",
- "GGG",
- )
-
- def __init__(self):
- self.sd_reg = [re.compile(x, re.IGNORECASE) for x in self.SD_SEQUENCES]
-
- def list_sds(self, sequence, sd_min=3, sd_max=17):
- hits = []
- for regex in self.sd_reg:
- for match in regex.finditer(sequence):
- spacing = len(sequence) - len(match.group()) - match.start()
- if sd_max >= spacing+sd_min and spacing+sd_min >= sd_min:
- #if the spacing is within gap limits, add
- #(search space is [sd_max+7 .. sd_min] so actual gap is spacing+sd_min)
- #print('min %d max %d - adding SD with gap %d' % (sd_min, sd_max, spacing+sd_min))
- hits.append(
- {
- "spacing": spacing,
- "hit": match.group(),
- "start": match.start(),
- "end": match.end(),
- "len": len(match.group()),
- }
- )
- hits = sorted(hits, key= lambda x: (-x['len'],x['spacing']))
- return hits
-
- @classmethod
- def highlight_sd(cls, sequence, start, end):
- return " ".join(
- [
- sequence[0:start].lower(),
- sequence[start:end].upper(),
- sequence[end:].lower(),
- ]
- )
-
- @classmethod
- def to_features(cls, hits, strand, parent_start, parent_end, feature_id=None, sd_min=3, sd_max=17):
- results = []
- for idx, hit in enumerate(hits):
- # gene complement(124..486)
- # -1 491 501 0 5 5
- # -1 491 501 0 4 5
- # -1 491 501 1 4 5
- # -1 491 501 2 3 5
- # -1 491 501 1 3 5
- # -1 491 501 0 3 5
-
- qualifiers = {
- "source": "CPT_ShineFind",
- "ID": "%s.rbs-%s" % (feature_id, idx),
- }
-
- if strand > 0:
- start = parent_end - hit["spacing"] - hit["len"]
- end = parent_end - hit["spacing"]
- else:
- start = parent_start + hit["spacing"]
- end = parent_start + hit["spacing"] + hit["len"]
- # check that the END of the SD sequence is within the given min/max of parent start/end
-
- # gap is either the sd_start-cds_end (neg strand) or the sd_end-cds_start (pos strand)
- # minimum absolute value of these two will be the proper gap regardless of strand
- tmp = gffSeqFeature(
- FeatureLocation(min(start, end), max(start, end), strand=strand),
- #FeatureLocation(min(start, end), max(start, end), strand=strand),
- type="Shine_Dalgarno_sequence",
- qualifiers=qualifiers,
- )
- results.append(tmp)
- return results
-
- def testFeatureUpstream(self, feature, record, sd_min=3, sd_max=17):
- # Strand information necessary to getting correct upstream sequence
- strand = feature.location.strand
-
- # n_bases_upstream (plus/minus 7 upstream to make the min/max define the possible gap position)
- if strand > 0:
- start = feature.location.start - sd_max - 7
- end = feature.location.start - sd_min
- else:
- start = feature.location.end + sd_min
- end = feature.location.end + sd_max + 7
-
- (start, end) = ensure_location_in_bounds(
- start=start, end=end, parent_length=len(record)
- )
-
- # Create our temp feature used to obtain correct portion of
- # genome
- tmp = gffSeqFeature(FeatureLocation(min(start, end), max(start, end), strand=strand), type="domain")
- seq = str(tmp.extract(record.seq))
- return self.list_sds(seq, sd_min, sd_max), start, end, seq
-
- def hasSd(self, feature, record, sd_min=3, sd_max=17):
- sds, start, end, seq = self.testFeatureUpstream(
- feature, record, sd_min=sd_min, sd_max=sd_max
- )
- return len(sds) > 0
-
-
-# Cycle through subfeatures, set feature's location to be equal
-# to the smallest start and largest end.
-# Remove pending bugfix for feature display in Apollo
-def fminmax(feature):
- fmin = None
- fmax = None
- for sf in feature_lambda([feature], feature_test_true, {}, subfeatures=True):
- if fmin is None:
- fmin = sf.location.start
- fmax = sf.location.end
- if sf.location.start < fmin:
- fmin = sf.location.start
- if sf.location.end > fmax:
- fmax = sf.location.end
- return fmin, fmax
-
-
-def fix_gene_boundaries(feature):
- # There is a bug in Apollo whereby we have created gene
- # features which are larger than expected, but we cannot see this.
- # We only see a perfect sized gene + SD together.
- #
- # So, we clamp the location of the gene feature to the
- # contained mRNAs. Will remove pending Apollo upgrade.
- fmin, fmax = fminmax(feature)
- if feature.location.strand > 0:
- feature.location = FeatureLocation(fmin, fmax, strand=1)
- else:
- feature.location = FeatureLocation(fmin, fmax, strand=-1)
- return feature
-
-def shinefind(
- fasta,
- gff3,
- gff3_output=None,
- table_output=None,
- lookahead_min=3,
- lookahead_max=17,
- top_only=False,
- add=False,
-):
- table_output.write(
- "\t".join(
- [
- "ID",
- "Name",
- "Terminus",
- "Terminus",
- "Strand",
- "Upstream Sequence",
- "SD",
- "Spacing",
- ]
- )
- + "\n"
- )
-
- sd_finder = NaiveSDCaller()
- # Load up sequence(s) for GFF3 data
- seq_dict = SeqIO.to_dict(SeqIO.parse(fasta, "fasta"))
- # Parse GFF3 records
- for record in gffParse(gff3, base_dict=seq_dict):
- # Shinefind's gff3_output.
- gff3_output_record = SeqRecord(record.seq, record.id)
- # Filter out just coding sequences
- ignored_features = []
- for x in record.features:
- # If feature X does NOT contain a CDS, add to ignored_features
- # list. This means if we have a top level gene feature with or
- # without a CDS subfeature, we're catch it appropriately here.
- if (
- len(
- list(
- feature_lambda(
- [x], feature_test_type, {"type": "CDS"}, subfeatures=True
- )
- )
- )
- == 0
- ):
- ignored_features.append(x)
-
- # Loop over all gene features
- for gene in feature_lambda(
- record.features, feature_test_type, {"type": "gene"}, subfeatures=True
- ):
-
- # Get the CDS from this gene.
- feature = sorted(
- list(
- feature_lambda(
- gene.sub_features,
- feature_test_type,
- {"type": "CDS"},
- subfeatures=True,
- )
- ),
- key=lambda x: x.location.start,
- )
- # If no CDSs are in this gene feature, then quit
- if len(feature) == 0:
- # We've already caught these above in our ignored_features
- # list, so we skip out on the rest of this for loop
- continue
- else:
- # Otherwise pull the first on the strand.
- feature = feature[0]
-
- # Three different ways RBSs can be stored that we expect.
- rbs_rbs = list(
- feature_lambda(
- gene.sub_features,
- feature_test_type,
- {"type": "RBS"},
- subfeatures=False,
- )
- )
- rbs_sds = list(
- feature_lambda(
- gene.sub_features,
- feature_test_type,
- {"type": "Shine_Dalgarno_sequence"},
- subfeatures=False,
- )
- )
- regulatory_elements = list(
- feature_lambda(
- gene.sub_features,
- feature_test_type,
- {"type": "regulatory"},
- subfeatures=False,
- )
- )
- rbs_regulatory = list(
- feature_lambda(
- regulatory_elements,
- feature_test_quals,
- {"regulatory_class": ["ribosome_binding_site"]},
- subfeatures=False,
- )
- )
- rbss = rbs_rbs + rbs_sds + rbs_regulatory
-
- # If someone has already annotated an RBS, we move to the next gene
- if len(rbss) > 0:
- log.debug("Has %s RBSs", len(rbss))
- ignored_features.append(gene)
- continue
-
- sds, start, end, seq = sd_finder.testFeatureUpstream(
- feature, record, sd_min=lookahead_min, sd_max=lookahead_max
- )
-
- feature_id = get_id(feature)
- sd_features = sd_finder.to_features(
- sds, feature.location.strand, start, end, feature_id=feature.id
- )
-
- human_strand = "+" if feature.location.strand == 1 else "-"
-
- # http://book.pythontips.com/en/latest/for_-_else.html
- log.debug("Found %s SDs", len(sds))
- for (sd, sd_feature) in zip(sds, sd_features):
- # If we only want the top feature, after the bulk of the
- # forloop executes once, we append the top feature, and fake a
- # break, because an actual break triggers the else: block
- table_output.write(
- "\t".join(
- map(
- str,
- [
- feature.id,
- feature_id,
- feature.location.start,
- feature.location.end,
- human_strand,
- sd_finder.highlight_sd(seq, sd["start"], sd["end"]),
- sd["hit"],
- int(sd["spacing"]) + lookahead_min,
- ],
- )
- )
- + "\n"
- )
-
- if add:
- # Append the top RBS to the gene feature
- gene.sub_features.append(sd_feature)
- # Pick out start/end locations for all sub_features
- locations = [x.location.start for x in gene.sub_features] + [
- x.location.end for x in gene.sub_features
- ]
- # Update gene's start/end to be inclusive
- gene.location._start = min(locations)
- gene.location._end = max(locations)
- # Also register the feature with the separate GFF3 output
- sd_feature = fix_gene_boundaries(sd_feature)
- gff3_output_record.features.append(sd_feature)
-
- if top_only or sd == (sds[-1]):
- break
- else:
- table_output.write(
- "\t".join(
- map(
- str,
- [
- feature.id,
- feature_id,
- feature.location.start,
- feature.location.end,
- human_strand,
- seq,
- None,
- -1,
- ],
- )
- )
- + "\n"
- )
-
- record.annotations = {}
- gffWrite([record], sys.stdout)
-
- gff3_output_record.features = sorted(
- gff3_output_record.features, key=lambda x: x.location.start
- )
- gff3_output_record.annotations = {}
- gffWrite([gff3_output_record], gff3_output)
-
-
-if __name__ == "__main__":
- parser = argparse.ArgumentParser(description="Identify shine-dalgarno sequences")
- parser.add_argument("fasta", type=argparse.FileType("r"), help="Fasta Genome")
- parser.add_argument("gff3", type=argparse.FileType("r"), help="GFF3 annotations")
-
- parser.add_argument(
- "--gff3_output",
- type=argparse.FileType("w"),
- help="GFF3 Output",
- default="shinefind.gff3",
- )
- parser.add_argument(
- "--table_output",
- type=argparse.FileType("w"),
- help="Tabular Output",
- default="shinefind.tbl",
- )
-
- parser.add_argument(
- "--lookahead_min",
- nargs="?",
- type=int,
- help="Number of bases upstream of CDSs to end search",
- default=3,
- )
- parser.add_argument(
- "--lookahead_max",
- nargs="?",
- type=int,
- help="Number of bases upstream of CDSs to begin search",
- default=17,
- )
-
- parser.add_argument("--top_only", action="store_true", help="Only report best hits")
- parser.add_argument(
- "--add",
- action="store_true",
- help='Function in "addition" mode whereby the '
- + "RBSs are added directly to the gene model.",
- )
-
- args = parser.parse_args()
- shinefind(**vars(args))
diff -r 4d4a4b603d33 -r 5004ddb62700 cpt_shinefind/shinefind.xml
--- a/cpt_shinefind/shinefind.xml Fri May 20 09:04:04 2022 +0000
+++ /dev/null Thu Jan 01 00:00:00 1970 +0000
@@ -1,98 +0,0 @@
-
- Identify shine-dalgarno sequences
-
- macros.xml
- cpt-macros.xml
-
-
- $stdout
-
-]]>
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
diff -r 4d4a4b603d33 -r 5004ddb62700 cpt_shinefind/test-data/Miro_ShineFindIn.fa
--- a/cpt_shinefind/test-data/Miro_ShineFindIn.fa Fri May 20 09:04:04 2022 +0000
+++ /dev/null Thu Jan 01 00:00:00 1970 +0000
@@ -1,2936 +0,0 @@
->Miro
-TTAGTAATGGCTAAAACCATATGTAACATCAATCATGACTTTATAACGGCATACACGCAT
-TTTTGCGTTATTGTAATCCACTGGGATCGCTACCACGTCAGCAGGATCCACCTTTACCTG
-AATGACTCTACCAACACCGCCCCCGTAGTGTGGAAGGTATGATTTAGCCGCAACGTGTAG
-GCCAGTAGAACAGGTGCGCGTTTTATCTTCGTCTACCATGTTTCGAGGCATGGAGACAGT
-CACACCAGGACTATTATCAAATTTGCCAGTAGCGAGATCTTTATAGTTATCGCGCACACG
-TTTCCAGGCAAGGAAACAACCATCATCGGTCAGTTCAATGTCATTATGTACAAGGAACCC
-ATAAAGCTGGTATACAGCATCGCGTGAAGGGTTTCGCATCAACCGTTCAAAGAAGTTCAC
-CAGATGTTCATACGGACGATCGTTATACATTTCGCGAATGATTCGTTGAGTGATATCAGA
-ATCAAACACTACATCTTTATATAGAAGCTGATGACCAATGATTTTAATGTTGCCTTTGCT
-ATAGGTTCGGATCGCTTCTTGAGTATCCAAACAAGTTACAGCACCTTTGACATCACCAGC
-TTTCAGCATTTCATGCGCTTTCTTAAAGTTCGGATGTGTTTCACCCGCCATGAAAACGCG
-CCCTTCGTATACAACCGTAATGAACGATTCAGATCCGATCATACGCGGTACAGTGTCTGA
-TACTTTAGGCTTTTGTTTTACATCCCTTTTCTTAGGGAATTCCGCTAACTTGCGGTTGAT
-AACGCGCCCAATGGTTCGGGCGCTTACGTTGAACTGTTGGGCCAGTGCTGTTTTACTTGC
-CCCCGTCAACCATCCATTATAGATAGCTTTCTGTTGTACTTCGTCGAGAATTTTGACCAT
-TATTTCCACCGTATTAATTTCTTAAACTCACTGAGATTCTTTTCGTTGTTGTAAATCGGA
-CGAATTGAATAAGAATCGCTATGTTCAACAAGTGAAGCCAGTAACGGGTTTAGTGATTTA
-AAGATTTCCCATGCCTGATCAACACGTTTTTTCATATTGCTGCGTTTAACGCGCATTGAT
-GCTACGGACTCACGCAGAATCGGACAACGCACCCTGGAAAGATTTTTACCATCTTTCTCA
-TACCCTTCCAGACACACTATACGTTCGAGGGTATCAACAATCTTATACAGTTTTTCATTA
-TATCGGTTTTTCACAATCCGATCAAGCGATACACCGAAACGGCTATGCAATGCGTCTGTT
-TCTGTTGAGTGATCCTTCCCAATCCATCCAGGCAAGCAATTATCTTTCAATGCCTTTTCA
-GATTTAACATACTGCTTGCACAGCATATCATCAAAGCATACCAGATTTGAATCCGGGATC
-CACTTCCAGAGGCTGTTACGTATAGCAAACACAACAGGGATCCCAGTATGGCGCATGATA
-CGCGATAAAGTAGATTCTTTCATTGCTGAATCCATAGACAACCCGGAATTTTCACCATCT
-AAGCGGCTATATTCATCAATACCATACAACCGAACACCTGGGGCTTTATCCAGTGATAAA
-AACTCTGATTTTGTCATAAACAGAGAAGTTTTTGCCAGATTGCCGTTACTATCCAACTCA
-TAACGATATACGGTCGGGGTTTTTGGGCGCGGTTCTGAATTTTTCGGTGCATATAGCGCT
-TTTGATTTTTCGCGATCTGCATCATAGATCTCTTTTTCTTTTGTCATTTCACTGGTACGG
-AGATACACAATTTCCGATTCATCAAAATGACCTTTCCGAACGATATCATTAACAATCTCA
-CGCTTTGAATCACTATCGTAATATGCAACAAAGCTAACACGGCTTAGGTTATGCATTTTA
-GCATACCCGACGATATACGGTTTAACCGTGTTGGTATCCACTTTTAACAGAATGAGTTTC
-TTCTGTTTCCACGGATAATAAATGCGTGTGATGTCCTGGCGTTTGGTTGTTTCTGGCTTA
-TACTTGCTCCAGCGGCCTCCGCTACCAGTTACCTGATACCATGCATCTTTACCGTCGTAT
-TCGTTCGCCCAATACCCAGCAACATAATCATCATTATATTTGTTTGGTTTGACTAGTTCG
-CTATGGATCCAGCCAATAGAATCACCATTGATGCGAAAATTAGCATCTTTACCAACAAAG
-TTTTGTACCATTGAAGGCAGAGAATGGAACCACGTCAGTTTATCACGCACGGTTTGTAAC
-TTATCGAATTCTGATTTAACTCGATTGAAATATACCCGGCTGATTTGTTTCAGACGTTCT
-TTAACAATCCCTACTGTCATTTTATCCATACTCAACTCTTCGCGAGAAGGCATGAAATCA
-AGTTCACCGATCGGGAAGTCAATAATATACGTATACTGGCTTTCTGTATAGCAATAGAAC
-ATCGAGGTATCATACAAATCTTTATCCAGAGGATAAATGATGTTACCCATGCGAGCATAT
-ACACCGCTAGTGTATGCTGATTTATGACGGATCACCCCGCTATCGTTGGTTGCTTCTTTC
-GGCTGATAGTTGATTTTGAGAATAGAAGCACCAACAAAGTTAGGACGAATATCAGTAAAT
-GATTCGTATACCCTTGCTGCTTCGTTTTCCCATTCTTTGATATCTTCAACCTTAACCGGA
-ACAGTGATAGTAACCCCGTTAGGTTCATCGCTTTCAATCTCATACAGAGGATCGCAGAAA
-GGTTCCCCATCATCCATATAGATTGTGTAACCGCATTTGATACCGTCTTTTACGGATTCC
-ACCGTGAAAGCATCGGAATAGCAAAGCGGAGATTTGCAACCCAGACCCATAGAACCGATC
-AGGTCGTTTGAATCATTTTTAGTTGATTCGAAGTAAACGGTAAACGCATCACTAACGAAA
-TCAGGAGACATACCGATCCCGTAGTCACGAATAACAAAACGAGGATCAACAGCAGTTGGC
-AACTGGACATCAAACGGGTTCTGATTTCCCGCTTCTTTGTGTCCATCAATCGCATTACAA
-GACAGTTCGCGAATGATTGCGCGGATCTTGTATTTGTATACTGTCGAAGAAAGGATCTTA
-TACGCTTTCTTGTTTGCGCGTAGAGATAGTTTGTTTCGTCCCTTGCTGGTATCTGTACCA
-ACACGGTAGATGGTTTGCGGTGTATCTTCGCGTAATTTCATTGTTTATTTCTCACTTAAC
-ATTAAAAATAACTTGGTCACAAGAGTACTTCGTTGGCTTTTTGTTCAGACCATATTCTAC
-TACTTCACAATAGGTGTCAAGGAATTTTACCAATTTTTCTTCCTCGACCTGCTGTTTCTT
-CATATCAAGGATACCCCACACGATAGCCCCGATAATGACAGAAAAGAACGCACAAAATCC
-GAATATGGTCAGATATTTTCCCAACTTAGGCGCATTATAACGTGTCATACCTTACCCCTC
-TTTGCGAATGTATGCAAGTTCTTCATGGGTTACTGGACGGATATACAGACGGCCTTTTGT
-ATATGCCTTGCGCCCGCTGATCCAAATGTTTTTCATATCCTTAACACCGTTCATCACATC
-GTTGTAAAACTTCTTATCAGCTTTAGCCTGATAGACTTCACGGCCTTGATAATCTTTCAT
-GAACAAACAATAAAGGATCTCATTCTTATCAACTAGATTAGCATCCTTTGTAGTTGTTTT
-ACTTGGTGAAGGTTTCGCACCCAGGCGCAAGGCCATAGCTTGCCACACTTTACCATGTTC
-ATAACCGCGCCCGACAAGAGCATGAGCGATTTCGTGTAAAAGAGTGTCTAAAATATCCTC
-GTAGATATCTTCCGCAACATGACGACCAGACAGTTCGATCAGTTTTTTGGTATAACTGCA
-ACGGCCCAGAGTTTTTGTAATGCGTCCATTGATCCGGAATGTCCAACCATTACTGATCAA
-ACCGTGTTTTTCCATCATGGTACGCGCCCAGTGGGTTACTTCCATTGCACTACGAGTTTT
-CAACATTTTAGAATCTCCTTTGCTTGGTACAAAACCAATATAGCAAAAAGCCCCCTGCAT
-TGCAAGAGGCTTTGTAATTATTTCAACTTCTTAGAAAGTTCTTTTAAATCATTGAGATAC
-TCAATTTTAGGGGTTGTTTCTTCCCAGTATTTCAATTGTTTGCGCAATTCTTCGGCTTCG
-TCTTCCAGCTTTTTTCTTTCGTCCGTGGTTAGATGGTAGATGTTCATAGCCACTAACATT
-TCGGCATGATTCTCGCAACCTATCCACGTAGACACAAATTTAACCGCTTCGCTGCGACTA
-AGGCCACGCAGAGAATCAGGAGATTCTACCATTTGAGCAATAAACGCAACCTTTGCCAGT
-GCTTTATCTAACGCTTCCTTAGTTTCCTGGATACGCTTATTGATGCGCTGTTGATATACA
-TTCATACGGATATCAACAAAATCCTTTAGAAGCGTTTCAGGGCGTTCGTATGAGTATAGT
-TTACCCTCAAAGATAACGTTAATGTTTGGGTTTGAGTTTTCAATCAAACCGAAATCTTTC
-AGGATCTTTTCACGGGTTAACCCATTAGCATACTCTCGCTTGAGCGTTACTTCATACCGA
-AAATCTTCTTTCGATAGATCCTTGTAGCTAACGATAACGCCTTTTTCTTCCAGCTTGTCA
-AGGATTGCAATGTATTTCACACGGTCATATTTCACTGGGATCTCAGTGATCACCAATTTG
-GTTTTACCTTGCAATTCATAGGTGCCGTAAATCGTACCGTCTGTGATTTCACCTTTAAAG
-TAAGGATATTTCAGATCCAGTGTGAAATCTTTATCATTCAGATATGCAATACACCCGTTA
-ACAACTGATTTAGGATCATGAGGCGGAATGTTTGTTGCATATGCTTTTGCAATCCCGCTA
-AACCCGTTAACCAGTACCATCGGAATGATCGGGAGATAGTACGCTGGCGGTACATGTTCC
-GGATCTTCATGAACTGGCGTTAAATCACCATCCATATAAATTGCTTTGAATATTGGCGAT
-AGTTTACACTTGATGTAACGAGGTGCGCCAGGTTTCTTAACCAAACGGGAACCAAAGAAC
-CCATCACGGTCGAATAACGGAATGTTATTGCACCAGTGCGCCGCCATAAGGGATAACGCT
-TCTTCTACAGAGGTTTCCCCGTGGTGATACCCATACATAGCAACACCGCCAGCGATAGAA
-GCTACTTTCTGAAATCCCGTTCCGCCCTGCATAGCAGAGTGAATAAAGAAACGGTGAACG
-GGTTTAAACCCGTCTACCAGGTGCGGGATCGCACGTGAATAAATCGTGTAAAGGGCAAAC
-GTTAGCCCTTCCACCTGTACAACATCTTTAATACTTCTTTCCATTAGTCAACCTTAGAAA
-ATTTGTGTTTTCCATTAACCCAATCTTTACGCGGATCAGATTCGTCGCCGAAGCATAGTT
-CTAACACTTCTTTGTATTCGTCGTCAAGTACAATGACATCATACTTCAACTGATCACCCA
-GAACACGGTCGTAATCTTCTTTGCGTAAAGAACCCAGCCCCTTGATATATCGTACATCTT
-TTGCTTTATCGCGGAACGGTGCAAACTCATCAAGAGAATAGAACCATTTTTCCTCGCGCC
-CAACTTTAGCGATAACGATCGGGGTTCGAATATATCGGATCCGTTTCTCAGTGAACAAAG
-AAGGCCAACGGCTAAAGAATGCAAGCAACAGAGTTAAAATGTCACCACCGTCAACGTCAG
-CATCGACCATGATGCCGATATTATCATAAGTCATTCCGGAAGTATCACCAGGATGAATAT
-TGAGGATAGCCATTAGCTCAAACAGTTCTTTGTTTTTGATAATGTCTGTAAAACTCATAC
-CCCATGTATTCAGAGGCTTACCACGTAGCGGGAAAGCGCCTTGTGTTTCTTCGTTACGGC
-ATTCGATGAACTGACCAACAGCGGAATCACCTTCTGTCAGAAACAATGTTGTTTCTACCC
-CTGGAGTATCGATACCGGAAGCCGGAACGTGTTTAGCAATCTTTGCCTTTTTCGCTTTCT
-TTTTCGCTTTGGTGATCGCGGCGGCTTCTGCTGCTTGTTTACGAATCAATGCGGATTCAA
-TGATCGGAGTAATGATTTCTGGAGTATCCATAATCATTTTTGCGATCTTTTTGTAATTCA
-AATTCGCATGATTGTTAAACTCACCTGCTGTATTTGCCAATCGCTCTTTTGTTTGGCTAT
-CGAATGCAGGTGCATTAAAGTTATGCAGGAATACCACAAGAGTTAAGCATTCTTTTACAC
-GTGCTTTCGGGATCTCGATACTATGCTTTTTCTTGATCATCGGTTCAAGTTCAGAATAGA
-TACCATCGATCATACACTCAACATGAACACCGCCATTTTTCGTATCCAGACCGTTAACAA
-AGGATTTCTGTTTAAACCCGTCCTCAGTGCTCGCCAGAATGAAGCTGAGGCGATTATTTG
-TCTGGACAATGGTTTTATCCCCATACATGGAAGCGTACAGCGGGAAGCGATTAGAGAGCG
-TTTCGCCGTTATATGTGAATTTCACGGACGGGAAAGCAACGGCAAGGGCCATTAAGCGAT
-CCTTAATCACTTCTTTGGTTTCTTCATCGATACCAGTTACACCAAACATAGAGAAGTCTG
-GAGTAAACTTAACAGTAGTACCCTGTTCTTTACTGGGGCTGGTTCGGTAATCGATGTTCT
-GTGCGCCGTCCGTACAGTTAATGGTTACTTTGCGTTTCCCGTTTGCAGTCTCGCCAATAA
-AAATCGAGCTATAACAGTTTGTCAGGAAAGAACCAACACCATTCATACCCATCGTTACGC
-GGTTTTTATCATCGAAGTTAGAACCCGATTTTGCCATAGTCCATGCCGCAACTGGTTTAG
-GAACTATTTTCCCATCTGGGGTTTTTACATCATCCTGGGGAATACCGCGCCCGTTATCAG
-AGATTTTAACCAGATTATGATCAATGGTTACATCAATCTTATTAGCATGTTTGAATTCAG
-TTCGGATCGCTTCATCAATCGAGTTATCAAGGATTTCGTTGATGATTTTAACCAACCCTT
-CCACGTACTCAACCTTGCGATATTGGCCCATTATGAAACGTTCATGCGCTTCTTTGTTAA
-CCGATCCGACGTACATATTTGGACGCAACCGAATATGATCGCGATCGCTCATACAAAATG
-ATTCGTCAACCTTTGCGCCTTTTTTGGCTGGTTGTGGTTTCTGTTCTGGTTCATCATCTG
-CCAGAAGAAAATCTAAACTCATATTCACCTCTTTGTTTAATCACTGACATTATATAGGGT
-TCTATGAAAAAGAAAACCCCTTTCGGGGTTTACTTGTTATAAGGGAAACCATCACGAACC
-ATTTGAGGTTTATCAACCGTTCGTTTTGCTTCGCCTCCGCAATCACAATCTTTCGGTGCA
-TCACGGGTAGCAATGCTTGCCATTTTTGGAAATTCTTTATTACACTTGGTGCATTTATAG
-GTATAGGTAGGCATTAATAAATCTCTTTTAAACTCAACATCTTAACTAAACGGGCTTTGT
-CTATGTCAAAAACACATTGACGTGCGCCCGGATACAACTTTTCAACTTCGTATACCATGC
-AGACGAAACCAACATTGTGCATGTACTCGCGTTCATATGCATTGAACCAACGAGAAAGGC
-GCTGTATTGACTGAAACCCAAAATATAACCCAGCCGCTTGAAAGTCTATGTTATCTTTTT
-CAAGGTTGCGCATCAATCGATTATCGTCATCCGGCGCTGGATGTCGGTGATCATCCATAT
-CAATATAGATATCAGGATTCATACAGAATTGATCAAGCCATTCAGCGGTATCCATCGACA
-AATAACGATTGACATATGGGCCACTTTTTGTTTGCCATTTTTCTGTACAATCATTCCAGA
-AAGAACAAGAAAATTCCACACGATATACGAACATGATATAATCCTCACAAGTAAACTCAA
-GGTTTACAAGTACGATACCACTTATCTAATTTTTCTGCAAGCATTTCGTTGATAATTTTT
-GCAATTTCGTACCGTCCGTGAGTAGTACCCAGTTCCAGGTAAATCACATCAAGTGCGCAC
-ACAATCGCATCAATACTTTCTTCAACGATATTACCGCCGCGTTGAGGTTGAATGAGGCAT
-TCGCTGATCTCACCAACTTCCGCTGATAGGTGATGAACCACATCACTCTTCGTGCGTTTC
-TTCACTTTATGAGCGATTTCAAAAAACTTATCAAGTACGATCGCCGTTTCTTCTCGCGTT
-GCAGTATTCTCGGATGTCGTCTCCGTTTGTTGAACAACGTATTTTGTAAAATAGTTTTCA
-AACACGTTGAAAGGGATCACATGAGGAACACCATTCAAAAACACCCCTTCTTTACAAACA
-TAATGGATTTGGCGCGGAATAGACAACCCGCCGCTGCGTTCCAAATGTCGTTTAACGCTT
-GCTACAAAATCGAACTCTTTCCCGTATCCAGCCGATATACTGTGATACGTGAGTAGGCCA
-AATGCAGAAACATAGAGATCATTTTCTTTATACAGATTCATTTACAATACCTTTATGGTA
-GCCAAAAATATAACAATCAATTGAAGGACGTTCACCAGGGAAGTGAATGCATTGCATGAT
-GCGTTCAGCCATTAGATCTTCTCCCATGTATACCGAAGTAGTTTCTTCGTTGTAATGGGT
-ATCATACGACGTTTTAAGCGTCATGCCCGGAAGCCCTGCAATGTGCATGAATTTAGAATT
-GGTGCAAGGTTTTCCTACTTCACCGTTGATCATTAACACTGCATTAGTTTTACGTGCTTT
-TCTCATTTGAATTTCACCCCGATTTGCGATACGTTCCATTCTTTTACGTCATCAACAATA
-TCATAATGGTTGATGTATGGTAAAGCAATTTTTAAATTACTCGCGTCTTGAATGTTGCGT
-AAGAAACGAGTAGGAGAAAGAAGACACAACCGCTCGGATCCGTTGTTTCCTTTAGCGGCA
-AATGATAGGGTTTCTCCCCCGTCAATCTTCATATCAACAGAAATCGTTTTGAATTCTGGT
-GCGTATGACGTGATTTTGCCGTTGTCTCTCGGTGTACTATAGAAACATACACTTTGTGGG
-ACATTATAACGGTCTGTTTCAATGTACATGTAATCGCCGTCAGTCATTCCCCACACGGTG
-TAGAGGGATCCGGTATAGTCACCAAAGGAATTTTTAAAATCTTCCTTCGTGGTGTATCCC
-AGAGAGCGCAATTGCATAAGCTGGCTATGCTGTTCGATTGCATCGGCTTTTTGTTGTTCC
-TGTACTTGCGCATCAACCGTTTCTTGCCAGGAATTATACGCATAGTAACCCACAACAGCG
-ATTACAGCCATAACCCCTACAGCTTTCCAGATTTTAGAGTCTTCGTTTTTGTTACTCATG
-CTATATTCCTTTTAAGAAAAAGGGCCGAAGCCCCTTTGTTAACGAAGATAAACCACATAA
-CCGCTTTGGTCAATCGCGCGGTCTGCGTCATTGAAGATATTACCACGAATGCCTTTTGCT
-GGTGCTTTCCAGCTTGCAGGTTTCAGGATATTACCATCATTATCGATGAAAGCGGCAACA
-GAACGCTGATTGAACATTTCACCAGTTTCTTTGTTGCGAGTATCCTGAACAACGCGATGA
-TATTTGCGGCCTTTCTCCAGAAAGAAAACAGTTTCGAAAGGAGAATCTTGGAAACGAGCG
-TTACGCGCTTTGTACATTGCTTCCATGAAAGGGGCTGCTTTTTCTGCGAGGATTTCGAAA
-GTGTTCATGGTATATCTCCTAAAGTGTGTTTCGTTTCGATGTAAGTACTATATCAAAGAT
-GGTTATTCTATGCAAGGCTTTTTTCGTTATCCATCAAATATTTTAAGTGTTCTTTTAATG
-CAGGGAGTTCGTTCAAATGGCGTTGCTTAACTTTCTCGTACTCTTTGCGTTCCCAGTTTT
-CAAGATTGCTTGCCAACGCTTCATCACAATAAGCGATCCCGCGTTCTGCATCCTGAACTT
-TCTGTTTCCATTGTGCAACTGCTTGTTGATAAAGAGAACCGTTAACCATCATAATAATTT
-CCTCCCTTGTTTCGATGGGGTAACTATACCAAAGCTACCCCAGAATGTTTTAACAAAAAG
-TGCTATTAGTAGGTATCCAGTTTATACATTTTGCACCAGTTCATGAATTCTTCGAAAGTC
-TGAGTATTAACACGTTTTTCCTTCTTCACTTTCTTAGTGATTACAGGACGGTTAGTAAAA
-CGTTTTTGCATTTTCACAGTGATTGCTACTTTATCGCCCAGGTCTTCAACCTTTTCAACC
-AGCGCCCACTGAGAACCAATTTCAGCGCCGAAAGTCAAACCAACAATCTCACCTGCTTTA
-ACGTGTGCTGCATATTTTACTTTAACCATTTTCGTATTCCTTTCTCTGTTTCGTTTCGAT
-GAATACAAGATACCAAAAAGCCTCCCGCAATGCAAGAGGCTTCTTTAACAAAAAATGCTA
-TTTTATTTCTTTGAGTAATTTACGGATCCCGCCGCCCTGTGTCTTATCAAAGATTTTCTT
-TGCATCAATAACAGAAGTGATTATGTGGTAGTTGTTACCTTTTCCGTCAAACTCAAACTC
-GACCTTGTAGTCACTACGAAATTTCACAAAAACAAATTCACCTGCAAAGTGCTTACGGAA
-CTGCTTTTCGTTAATGTCCAACCATTCCTGTGTATCATCTAACTGATACATGCGACAAAA
-CAGGATCGAACCCATTACAACAATCATGACAAGAATAGCTAACGCGAATTCTGACATCAT
-TTACCCCTGTTTACTGATTGACGGTGTAACGATTTAGGCACAACCGGATTTCGATACGGT
-TTGACTTTATGGATCATGGGTTCTTCCTCAACCAAATTAGGAAATTGGTTGTTCCATTCC
-ATCGAAAACGGATAAGGTTGTGACTTGAACTCTTCGATCACACAGTTTACTAAACGACCA
-CCAATTACACCCAAAGCCGCCCCAATAATCGCTATACGCATAAATCACCCCTTAATTGTG
-TCAAGTACAGTAAACCAGTCATTAAGCCATATCGTTGTTCTTACCGCGATATACGTTAAC
-AAACTAATCAATGATACCGCTCCGCAAATAGCCAGCGTAATCAACAGCCGGATTTCAAAT
-TTAGTAAAATTCATATCAATCTCCTTTCTTAGAACCCAATATAACAAAAGCCCTCAACCG
-AAGTCAAGGGCTTTGTTTTAAATTTTTACTAGTTTTGGCAATCGAAGAACTATACCAGGA
-TGGATCAGACGTGCATCCGGAATAGAATCACGGTTGATTTTAGCGATATCAGGCCAAAGT
-TCACCAACACCATACAGTTTCTTTGCTATAGAATACAGGCTATCACCCGGTTGCACGACA
-TAGCGATCCGATTCAATCTTAACCAGATCCTGGTTAATGATATCTTCAAAGGCTTTTGCT
-TTTGCTTCGTTAATCGTGTTCCCGTAGTAATGGCGATCCATAATAGTTAATGTGATCATC
-GTTTCTTTCCTATACTGTTTTCGTCTGTCTCTTCTAAGGATGGAGGTTCTTCCAGCCCCA
-GGGCATAACGTTTAGCATAGATTAGCATCAATGCATCTTTAGCGCAATCATGAATTGAAT
-CATGCTGAATGAATCCATCTAACATGCCTTTACGCAGTGGACACGTGGTCACTCCGCGAG
-TCAGTAAACGGTTTTCAATAGCTGTACGCACATCACGGCTATTCCAGAACACGGTCGGCA
-TATCTTCAAACGTGTCAAGTTTCCCTGTCATAGTTCGTACAGCATAGAACGATCGAATTC
-AGGGCCGCGCGTATAATCGTATGACTGCCAACGACTCACACCGTCAGCCGCTAAATCAGC
-AAAGAATTGTCGATGACCTTCGTACAAATCCATGTCAATATCAGAAGGGAACAAAACCCT
-TTGCGCTTCTTTAGATTGCTGTTTCCACCATTCGATCGTTTTTTCATCTTTGATGCGTTC
-TGGTTGTTTCCGGATGTCGAATTTATACTTTCTTCCTTTAGCAATCAGTTCCTGAAAGGT
-AGGCGGATCATAAGGATCATCAACAAAAGGAACATAGCTAAGTTCAGCTAGTTTTCCTTT
-TGGAAACGGGCCAATACTTTCATAATCAAATACGAAATCTACGGGTAAATGACTCATTCG
-CGACCCCGCTTATATGATTCCATGAAATAGGCCAATGATAGCGCGACTTCCGGAGTAACA
-TCAACGGATTCGATCATGCCTGGAGTTACCGCCATCATACCGAACTGACGAAGCCCACAA
-CGAGCAATCGATTTTTCCAGTCGGATCATGTTTTCTACAGCCTCTGCGAAATTGTCCAGA
-TGTTCCCAATCGTGGTAATCTTCCATTGTAGAACGATCACTTTTCAAAATCAGATCGGCA
-ACCAATTCAGCATAAAGGCGCGGAAGGTGAATATTCATTTAAAATCCCTCAAGCATGTTT
-TTGTTTTCACGAATGTTACGACCCATTTTCAAAGTATCAATGATCACTGCATACTCTTCA
-AAAGTGAATTCGATATCTTGTGAAATGTTTCCCCACGTGTAGGTCGGCCCGTTAGGACAG
-TATAACCCAACTTCTTTGTTTGCGTTGACAACGCAGCGCAATTTTGCAAACAACAAATTG
-ATATCGATAGAATTGAACCCTTCGAGATAATCAAGCCCCTCTCTACCAATACGGTCAACT
-TCTCGCAAAATCTTTTCTACATCTTTGACTTTAACAATAATTTTCATAATAACCTCAAAG
-GGCCGAAGCCCTTAGACATAATCAACAGTGAATCGTGCGCGGGTAGTTCCTACATAAAGC
-AACTGCTTACACAATTCATAATCGGCGTATGCGTATGCATCGCGCGTATACATGTATGAA
-TGATCATACGTGCTTCCCTGACCTTTGTGATACGTACAAACCGGAAGCGCCTTAACCGTC
-TGGAACTTGTTTTTGATTTGCCAGAACGAATACCAGGGGGCTTTGTATCCGGTTTCCTGT
-TTCATCTTTTTATACTGAAACGCGACGTAGTTCAAATAATCGCCTAAACGTTCCTGCATA
-ACCGGATCCGCGATAACCTGAATATCCGCTTTCGTATCCTCGAACATCGATTCTGTTTTC
-ATCAAGAAATAATCGATTTGTACCGGATCGCATCGGTCAGCTTTGATAGTATCAGAACGC
-GGTATGATTTCAAGGATTTTAATTTGCTCGTTGTTGTTATAGATAACTTCAACAAACGAA
-ACCCCATTCACACGGCCTTCTGTCACTAACGGTTCTTGCATCACAACCACTTCACCAACA
-ATGAACGGCTGATCAGTTTTGTACAAGTGTTTACGGATCACTGCGTTTAACTTGTCTACG
-TTTGCGTTAGTGTAAGCAAACATACGGTTATTGTTCAGGTCATCCGGAGTCTTAACACGG
-CTAAAATAACGTCTCAGGAAGTCACCAGCGTTTTCGTGCTTCATTACCCCTAGTTCACCA
-TTCATGAGGGGCATTAACGGCTTACCGTCGCGTATAGCGCGTGATACCTGGATGATTGGG
-TTTCCTTCTGCCTGACGCATAATCTTATCCATGCGAATGACATCAAAAATTTCCTCATCA
-AAGAACGGTGAAAGCTCGGTGATCCCTTCGGTATTAACAGGACGGATCTGATCCTTATCA
-CCCAATCCCAGGATCACCGCACAACTCGGAATAGTACGCTTGATGATACGGAATAGTTCT
-TTGTCAACCATCGATACTTCTTCAACCACAAACACACGACATTCAGACAGATCAGCGGCT
-TTTTTGCCTTTTTGCTGTTCAAATACTCGTAACTCTTCGTTGGTTACGGGGCTGATTTTC
-AGTGCTGAGTGAATGGTCGTTGCATCCATACCCACCGCCTCAGAGAGAACGTTTTTAGCC
-TGGTGCGTCGGTGCTGTCAACCAGATCCCACTAATACCCAGTTTTTTCAATGTTTCAAAC
-ACAAATTTTACCAGAGTAGTTTTACCAACACCCGGCCCACCTGTGATAGTAGTATGGATT
-TTGTTTCTGATATTTTTAATCACTCGATCATGTGCATTTTTCTGGTCTTCGCTCAGATCG
-TCAAAAGTTAATTCGCTCATACTTTAATCAATACCCCTTGAATACTTGCGTGTTCAATAA
-ACCAACGCATATCTTTCTTTTTCTTTTCGGTTACGGTTTCAACTTCTTCCTTTCGAAAGA
-ATCGGCTAAGACCACTTTGTTTAACTGGATTCATCTTATCATGATATTCTTTGATAATCG
-AATTTTTATACTCGTTAGCATCGTCCGGAGATAGAAACAACAAAGGTGTTAACTCTCCTT
-CCTTAATGAAGGGAATTTTAAACCCGTCTTTATCCTTACTAACGACGATATAATATTTTG
-TAATCATTCTCGCCCCTCATAACAAACGTAGAATATTCCAACAAACCAAAACACTGATAG
-TATAATCAGTAAAAGTTTTCTTTCAACGCCATTTACGTGAAACACACACCAACCGAAAAG
-ATATGTGATCATCGCGCAAACACCATAAGAAAGAACCCCAACAGCTACTAGCGCGATGAT
-CGGATCCATTAGTAGTTGTTAGCCCAACGGCGGAGGTTTTCGGCTTGTTTCAGTGCATAC
-AGTTTGTAGATGGTTTCCGCATCCATACCCAGCGCCAGGAATTTGCACATAAAGAAATGC
-CACTGATCGATAAGTTCAAACAGAACTTCTAAACGATCCTCTTCACTCAGATCCGCAAAT
-TTAGTATTGCGCAATTCCTGGTGATTTGCTTTCCACGGTTTCCAAACACCGGATGCAGGT
-TTAACACCGCGAGACATTCCACCCAGAGCGGTGTAAAGTTCGCGGGTTTCGTCTGCGATC
-GCGTCATCTTGCAGTTTCAGCCAATCAAGGATTTCTCCGCAAGTTTCCAGATTATCTGGA
-CGCGGAACCCAATGCAGCGTATCAGACAGGCTTTGTTGTGCATGGTTTTGTAAATCCAGC
-ATGGATTGTAAAGGATCGCCATTACGGGCCAGAACCTTTTGATATTCGGAATCTACAAAT
-TCCAGATCTTCCGGGTTAACCAGGTGCGCACATGAATTAAATACAGGAGTTTTATCAGTA
-GTCATATCAATCTCATTTTTTCGGTGATTTGTCCCACGACTTAAATCGAAGTTTTGCCGT
-GAGTCCAGAAACAGTATTATCTTTCAAATACTGCATAATTTCAAGTTTAGTTGCGCCGTC
-CGTTTTTATCATTTCGTTGATATCTTTGGAAGGCCACGGGCATTTATCCCACATTACAAC
-CTTTTCTCCAGCCTCAATCAATTTAAAGAGGCGGTGAGTAGTATCCGGATGACGTGCTTC
-ATTGTCAAGAACCCAGACACGCATATTTTTGTACGGAACCTCAGAAAGCGCAAGCTGTCC
-ACCAGTGATAGCGCCAGCATTATCAACAAATAGGCTATCTAATGGCCCCTCAAGAAGATA
-AACCGTTTTTAACGGATCTATCGTATCCTGTCCGTAAATCTTGGTTGATTCCTCACAGGC
-TTTGATTGTGATATATTTCGACTTTGCACCGTCACGTAAAGCACGGCCCTGGAAAGATTC
-TATTTTACCTTTCTTATCGAAGATAGGGATCACTAATCTCGGTTCTGGTTTTGCGATCGG
-ATAGGTATCCGGATTCACCGTATTAACCAGTTGTTGCCATTCGCGAGTAAACCACAACCG
-ATCCCACTTGTCACGGGGGATACAACGATTCTGCACATATTTTATGATCGGATGTTCATC
-CGGCAAGGTATCTAACCTTTCGCAGAATTGAAGAGTAGGAATAAATTTCTTCTCTTCCTT
-CGGTTGTTCTGTATGCGTTGGCTTTAACGAATTGCGATCCTTAAACGATTCCATGAGATA
-ATCACGGTAATCGTCTGGATAATATTCTTTCAGGAATACGCTAAACGGTACACCATAACC
-ACAGTTAAAACAACCACAATTCATATGATCACCCTTTTTAGAAGGGTAGATCCAAAATCG
-TTTTTTGTACTTGTCTTTCATTGAGTCGCCGCAAATAGGACAACGCGCATTGATGCTTAA
-TGCCCCCGATTTACGAACGATTTCGCTTTGAGGCAATGATCCCATGATTCGGGTTGCAAA
-TTCTATATCAAGATACATTTCTTACCTCAGTTGACTATCTTTTGATCCTCGTCGATTATA
-CCCGGCGCTGATCATTTCGTCATGTTCTTTTTGGCATTCAATACAATAACGGCAACCCTT
-CACGATAGCCCTACGTTTTTCGGGTATCGGATCCCCACAATCAAAACAATGCGTTAATGA
-TTCTCCGTTTCTGATTTGAGAACGTGCAAAATCTATCGCATTGTCTATTGTTGCCTGAAT
-GGTATCTTGAACACCGTCAGCAGGGCCAAATCCAACCGCCATTGTAAATCCTCCTAATCA
-AATGATTTCAATATCATAGACTAAGAGGATTTTTCTGTCAAGAACTTACTTGCTTTTCTG
-TTCCGTCAAGCATTAACTTCCAACCACGAAATGCCTGTTTAAACGAATAATTTATTGCAA
-TATCAATTTTATCAGAACCTTTTCGACGATTCTGATAAACGGTCGCGTTGTCACTCATAT
-ACATGATACAAATTGGAAACCATGTATAATCGTTAGCAGTAGCCCAGATAGTGATATTCA
-GCGGAGGAATTATCATTTCTTTTTCCTTTTCCCTGCACGGGTAACGCCTAATACTTTCGG
-CCCGATGTTGGTTACTGCTCCAGTAGTCACACCAGAAGCAATCTTTTCTGTATCGCCGCC
-AGAATCACCAGCGACCATATCCTCTAACATACGCCCCTTATCATAATATTCTTTGAGGCG
-CGGAACGTTCATCATGATTTCTTCATGCTCTTGTTCTGTCAGATTGTAGCGATTGCGTAG
-GGTATCATATGAACTTGTTAAGTTCATAAACCCAGTCATATACGGAACAGAATTCATTCT
-ACGCTTGATATGGCGTACTGAACGATGAAAAGGAGAATACGCTTCTAACTCTTCTTTTGT
-TTTGGGGTTACGAATTACTTCGCCTTGTCCATCAAGGATCCCCAGTTTATAAGCAGTCCA
-TTCAGTCCAGGGCTTTTTGAGTAGCCGGATCATCCGGACGCTATATGTTAAATCCATATT
-TTTAACTAATTGATCACTCATGATTATTACTCTATTGTGAAAGTGAATAAATCAGATTTG
-GTTTCAGGTTCAAACTCCATACAAACAACCTCGCATAGTGGTTTAACCCCTTTCCAATCC
-TCCAGGTAATACCCAGTATCTATACCGCATCCAGGATTCATAACGAGGCCAGTTTCATCA
-AGAAACTTTTTGCATTTACTTGATGTGGTGCTGTCATCTTGTCGGAAACAGTGTGTTTTC
-GAATACCGGAAATTTGCAGACATTTGAGGGATTATGAAAGTTCCCTGACGCGCGATCTGT
-GATGCACGTTCGATTACTTTATACTCAAATTCCGCCCCTGTATACTTACCCTTAAAATCA
-GATGTTTTGATTTTACCAAAAGGCGGGTTACTGATCGCCATATCAAACACCTGATTAAAT
-TCAGTTGTTAAGGCGTCTCCATGAACCCAGGAGGCTTCTGGTACGATACGCTTACCTAAC
-TCATAGTATGTGTGATTTAACTCAACACAGACGATTTCACGCGGCGTATTGTACATCATG
-TAATGAACCATAGCGAAAGATAACCCACCAATACCAGCACACAGGTCAATAACACTTCCA
-CCTGTACAAGCATCGATTGTGAAATCGCGAGCAAGTCCAATAGGGGTAAAGAACGCCCCT
-AATTCGGAATTATTTGTAAAAGCGCCTTCATGAAAGTTTTCAATGATGAACAACTTCTCT
-TCGTAAGTTAGCGCTTTGTCAGAGTGAACCAGATCCATTATCTGATTGTGTTTCTTGGTT
-TCCGCTTTCGTTAACTTTGCCATTGTCCCAGCTATACAGTAATGTTGATTCATTTGGGTA
-GAATTCCCACCCGTCCACATATCCGGTTTCCCAGTCAGTAGTTTGTTCAAAACCACAGAT
-CCATTCATATACACCAGGAGGCATTTCGACAGAATCAGGAAGCCCGATATCTTCCGCGCT
-GCGTCCACATTCAAAGAATGCATCGTGAATGAATGGTCGAGATAATACCGTAACATAACC
-TTCATCGTCAACAGCTACGATCCAGCGAGAACTGTGAGGACTATCGAACTTCGGTTCTTC
-TTCGTCTGCGTCAGCTTGCATTTCGGCCTTACAAAAATCTAAATTTATCATTTCAAACCC
-TCTTTAACACCCTCTTTCATAGCTTTCCAGGTAGAACCCGCTTCACCATTCAGGGCGGCG
-AATACAAATAGTAAGATAGCAAGGACAAGATTCACGCCAGCAATCACCATGATTTTGCTA
-TACACGAAAATGTAAGGCATTGCCACCACCCACCAACTAAAAGAATTACCAGTTACGATG
-TTGAGTGCTGCAAGTAAGAAAGTGATAACGAATGTGATTTTCATAATGTCCTCCTTTGTT
-ATGATTAAGGTATCATCTTTTGCGAAAGAATGCAATACCTATAGATACAAAAAAGCCCCG
-AAAGGGGCTTAATTTTTATGCGTTATTGATGAGATACCGAAGAACGTTTTTCGCTTGTTC
-CTCATTACAACCAACTTTGAAACCAGGTTCGATAGGGAGGAAGTTCCAGAGGAAATCAAC
-ACTTCCTTCAACGTCATCTTTGCCTTTTTCCAGCATTGCTAACAGTAAACCTTTGTTTTT
-GATGCTGTTTACGATTGCGTCAAAATAACCATCGCTGAAATCAACATTCGGATTCAGCAT
-TTCGTTGTAAGGGTTGTTGAATACGTTCATTTTGAATCTCCTTTGTTTAACTCAGTATCT
-TGTCTACGTGAGTTATATTACCACAATGGAGATTCAGGTCAATACCTTTTACGATTTTTT
-GAAAAATTTTTCGTATTTGGCTTTTATCCAGCGATACATATCTTCGGCCTTGTCACTGGA
-AATCAGTGAGAACAGCAGATAGATCGCAACACCCACCAACACAACGCCTACCACAATGTA
-GACGGGTAATAGAACTGGGAAGAGAACCCAGAACCATGACATATGCGAGAAGCCAAATAC
-TTTAGCCGCTGCAAAAATCAGTGTTAGTCCAGTCAGAAGTTTGATAGCCGGAATAGGAAT
-CGTTATAGTCTTAGTCATTTCATTACCTTACATTCTTTATGGGGCTATTCGCCCCAGTCA
-ATTAAAATTGAATGTCAGATTTTGCAATCTGTGCCATTTTTTCACGTCGGGTAGATTCAG
-CCTGTTTAATCATCGGGCCTTGTGTCTGTTCTACTGTTTTAGGCATAGTGTTGCCGTGGT
-AGTCAGATTTAAACCCGTATTCGCTGTTGTCGGTATCCATCCAGCGCTGATTACCCTTGC
-GAACTTCCAACTTGAACTTGTTGAAAGTGTTCTTATCGCCATAACGGGATTTGATTTGCT
-TGAACAGTTGCATACCCTGATCAGCTAACTCTTCCGTCTCGATTACAGCTAACATAAAAT
-CAGCCGTAGCAGGTAAACCAGCGGATTCCGCAACATCACCCATACTCACATCCGAACTAT
-CCCATGCAGAACGCCCAACCTGTGCGCCTGTCCACATCACGGTATTAGTTTCAACAGCAA
-GACCGCGTAGTTCTTCGGCAATTGCTTTAACCAGAATATAGGTATTTTCAGCACCTTTAA
-CACGGGTTGAAGTACAGATCCCCAGGTAATCGACAATGATCACATCCGGAACAAACTGTT
-TCTTCAATTTAAGCTCTTTCACAAGCGCTCTAAAGTGGTTTGCACCTGCACCCGATGTAG
-GGTACTGCTTAACCACCAAACGCCCAACCTTACCCGCTTTAAGGCGCTCCATTTTGTTCT
-TATAGTCTGCGTATGTAATGTTCCCTTCGTCGATGTCATCCATAGTCACATCAAGAAGGT
-TAGCATCGATACGCTTAGAGCAAACATGCTCTGCCATTTCCATAGAAATGTAAAGAACGT
-TTTTACCCTGTTGCAGATAATCAGCCGCAAGAGAACATAAGCCCAGTGATTTACCAACAT
-TAACACCAGCCATGATGATATTCAGTGTACCACGTTCCGCACCGCCTTTGGTGATTGCGT
-TCAGGATCGGGATACCAAACGGAATTTTCATCGCCTTCGATTGGTAAAGCATCCACCGTT
-TTTCATAATCTTCGAAATAGTCATGACCTACTGAACTATCGAATGAAATTGCTAATGCTT
-CCTCCATGATTTCAGGGATAGCCCCAACACCAGGAAGTTTCTTGTTCTGTTCTGCCAGTG
-GTTTTTCTGCGTTAGCCTGGATCTCGATTGCGCGAGAAAGAGCACGATACATTGCTTTGT
-CTTTGCAATATGTTTCCGTTTCCTTCATTAGCCAATCTAAATCTTCTGGCGCATTTTTCA
-GCGACTGAATCGCCTTTTTCGTGTCTTCGTAGACTACATCACTTAGATTTCGTTTGTCAA
-GCGCAACCTCTAAAGCAGTTTTTGACGGAATACCGTTGAATTCCTGTACATGTTTATCAA
-TGAGGTCAAACAAAACTTGTGCATTGCCTTCAAAATATTCCTTTTTCAGATGAGGCCATG
-CTTGGACAAAATACGTCCCGTTATAAATCAGGTTAGAAAATATTGTATCAACGATCATTG
-TATTGCCTTATACCAGGTTGCTGAACATCATGAAAAAGTTGTAAACCTTTTGTTTGAATA
-CATCCCATAATGTCAGTTTAGGCTTTGGGACAACTGAACCCTTTTCAAGCTCTTTAATCT
-GTGCATAAATTGCATCATGCACCAGCGGGATCAACGCTTCTTTGTCTTCGTCTGGGGTAC
-TGAATTCTACTTTCAGCCCATGATCCCAAAACACCTTATGAATATAAACCAGATGCGCAA
-CACCTTTTTCATCGTTAATCAGAAGTTCCTGAATAACATCTTTCATCGCTTCATCAATAT
-AATTCTTTGCTTTGCTCTCGATATCCATACATTGCCTCGGTTATGGGGCCGAAGCCCCAT
-ATTTTTTATAAAATTTCGTCGTTTTCTTCGATATCATCAAATGATTCTGGGATATCGTCA
-TCATCCAGATCAGGATCTGGGATGCTATCAGTGCTGTATAAATCTTCCAGCGCGGAACCA
-TCACTGATTTCACGATCTGGGATCTTATACTTTTCTTCGATAGCTTTCAAGAATGGTTGA
-TGAGTAAACAGAGGACGCCAGAATTCAACGCTATTTGTTTCTGACTCACGCCATTTCTTT
-TCTTCAACTTCGAGTTCGCCAGTCTCGGTATTCAGGAAAGCGCGGTTGCGCCAGCCTTTG
-GTTACGGTCTGTACAAAGTTCATTTCCATTGCCAGATCCAAAAGGCCAGAATACATACTA
-ATACCGCCTTCATAGGTAACATGCAGCGGGAATTTTGATTTCTCTTTCACGAATCGAGAT
-TTTTCGATATTCATGATGAAATCATAACCCACCACCTCAGTACCTTCTTTCACCTGTTGT
-TTACCCAGGATGATCGCAGTATCAGCGGAATACATTAAACCAGTACCACCGGAAATAACT
-TTCTTGCTGTACATTTCTTGCGTGTCATAGGTATGACAGATACAAACCATCGGGATATCC
-AGGTCAGCCAGATAAGGCGTAACCATACGGAACATACCTTTTAATGCTTTTGCTCGCGTC
-ATATCCTGTTTATCGTTATCAGACAGCGCGTCAGCAAGTTCTTTTTTACTTGCCGTGTTG
-CCTACTGAGTCAACGAATACAATCACCTTATCACCGCGTTCAAGCGCGTTAAGCTGGCTT
-ACAACGTCATTACGCAACTGCTCGACCGTCGTGATACGAGTATACACAACACGATCCGGA
-TCAACACCCATTGATTTCAGATAGGATTTAGTAACACCTTTTTCTGAATCGTAGAACAGG
-CACACAGCATCTTCATACGTTTTGAGATAAGCCGCTACGGTCAGCAAACCTAAGTTGGAT
-TTGAAGTGTTTGGACGGGCCAGCGAAAAGGGTAAGACCAGAAGTTAGGCCACCGTTAAAC
-GCACCGGACAACGCCAGATTCAGAATCGGCACACGGGTTCGCGTGATGGTAATATTGTTG
-AATACGTCGCTTTCAGAAAGTACAGATGCAGTTTGGCTATTCGAGTTTTTGATCAGTTTT
-TTTAGTAGTGCTTTGTTTGACATTTAATTTTTCCGATTTATTCATTCTCATTCTATATAT
-CTCACTAGTTAATGAAAGGGGCCGAAGCCCCTAGAGTTTACCAGTCGCCGAACAGGTCGT
-TTAAACTGGCACGTTTTTCATAATCAATTTTACATACTTCCGTGATATTAGTCAATGGAC
-TAATAACATGTTTTTCAAACATACCCGGATAATCTACCCATGCCAGAATATCACTTTCGA
-TCTCTGACGGTAGTTTATTTCCGGATTGCCACGCGATGCAATCGGCTTGCCACGGGTTTT
-TATCCCTTAGTGGTAGAACCATTACCTTTTCACCTTCCATGATTGGCGTAACACCATCAA
-TACCAGCAGTGAAACGGTTAAAGAAAAGCACCCCTTTAATATGGTTTGGTGTTCCCTTTA
-TTGGATAGCCAGCCCCATCACGATATTTCGAAATGTTGTTGGCAGATGATACACCAGCAA
-TTTCCCTGTAGTCAAGTGCCTTATATTCTTCTTCGAACTTTTTATAATGTTCATGCAAAG
-ATAATTCACCTTCTTGCAGGATACGGCGGATCGCTTCTTTCAGGAATACTTTCACAGAGG
-TCGGAGTACTCGATCGCTGTGTTTCCATACCCATGATTTTCAATTTCGGTTTTTCATAGC
-GGGTTCCTTCGGAGTCCCACACGTTAGCAGCATATCGTTTTTTAGCAGTCCAGAAACTTC
-CCAACCCTTCGGAACCCAGCGGAGGCCCAGAAATGATTTCACGATCCATAAACATCAGGT
-GTTCCACGTTGTTCATGTATTCGCAAAGTTCACGATACCCTTTATCGATCATCGGTTCCA
-TTCTTTCTTTAGCAAAGCGATCCAGGAAGTCAACCCAATGGTTATTATCCTTAAATTTAG
-CCTCACCGCCAACTTTTGCAATCACGTTATCCATACAAACATAAATGGAGTCAGTATCAC
-AGTATCGAACATATGCATGATCCGTAGTACCGCACAGGTCATTAAGGTATTCGTTTACCT
-TACGTTCAATCCACTGGATAGCCAACTGCCCGAACATGGTGATCGCGCTGGCGTTTCGTA
-GATCGAAGTATCGGAAGTGTTCATTACCCAACGCACCATAAAGGGAGTTGATAGAAATCT
-TACGGTTAAGCTGTGCTGTGTTCGCTTGTGCGATCTTCTTCTCACACACGCGCTTAACTG
-CTTTAAGCATTTGTTTCGTAAGAGTTTTCAGAACTGCTTTCGATTCATCACTGAAATCTG
-TATAGAAATCAAAGTCAGGATCAACCATTTGGTTATGCGCGTCTGTTAAATGTTCGAGTT
-CATGCTTGATGAGTTCAAGATTTCGCTCACCCGCCATCATTCGTTTTTTCCACATCTTAC
-GCTGATCAAATACTTTCTTGATCTCTACTGGGATCACGCCTTTGATATCACGGCGGAACA
-TCCACCCGTTAGGAGAACAGCTAAATTCATCGCTAGGGCGCGGCGCGGTCTTATTAATAT
-ACTCTTCAAGAGCACGTACCGCAAAACTCCCCATAATCGTTTCAGGGCTTATATTCACCT
-GTCGGATGATGGAAGGGTACAGGCTTGTTAAGTCGAACGATACCATGTATTTGTAAGGCC
-CAGGAACAGGATCCTTCACAAATGCCCCAGGGTAAGGGGTTTTAGTATGGCGTCTGTTTT
-CCGGAATAACAACCTTATCTTTACGCAGAGAGTTATAAATGATCGCGTCCCACGTTTTCA
-GCGGAGACATAACCCCAGGGAAGTTAATTTTTGCATAGTACGCTACAGACAGAACCAGTT
-CAATAAAGTTTCGTTTACCGTCGATATCAAGTACACGGATAACGTCAACAATGTTGTACG
-TGATGTACAGTTGGTGATCGCGCTGGCGTAGTTCAGACAGAGAACCTTCATACTCAACTT
-TATTTTTACCAGTTTCGTATTCCGCGATCGCGTCCAGGCGGTAAGATGGTTGCGGGGTAA
-AGCTGAATTTCTTATACAGCGCCATACCATCCATTTGAGCAACGCCGAAAATATCATATC
-CTAATTGTTCGTTGCCGTAAGCGTCAGTAGTGGTTCTGGCGGTTACTTTACCAAATGGGC
-TAAAATGCCTTACCACGTTTTGACCGAAAATGTTCAGGTATCGCGTGATGATATATGCAA
-TATCGAATTTGTCAGAGTTCCATCCGGTTACAATAACAGGGGTTCGCTCTTTCCAATCTT
-TGATATACGCAGACAATAACGACTTCTCGGTCTGGAAAGACCGATAAACAATTTTGTTTA
-AATCTTCTTCGCTAATGTCTTTGCGATCAACGTTTTCCGCGCACCATTCCGCAAGGCCAC
-CCTCAACCAGATCGTATACATAGAATTTATCTTCAATGCTATCGTAATGGGTGATCGCAT
-CGATTGGATATTTTGCTTCACGCGGATCCGGAAATTCTGGAGCGGTCACCTCGATATCGA
-TAGAAGCAATGCGAATGTGTTCGCGGTTGTATTCGATTTCATTCCGGTACATGTCAGAAA
-TGTAAGCCAGTCGGTAATCATCCATACCTAGAGCTTCCATCCCAACATCGCGCATACGCT
-GCATCCAGCTTTTAGCTTCTTTGATGCTGTCAAACTGTTTTTTGAGGCAAGGCTTGCCGT
-AAATGTCTTTGTATGGGGTTTCTACGCCATTCATAGCGTGTTGATACATTACGGGCGCAT
-ATTTCGTCTTACGTACCTGTTCGGTGCCGTTAGAGTCAACGAAGCGCTCATAAATGGTAT
-CTCCCATTTGTTCAACTGATAGGTAAAATTCATTCATTGGATCTTGTATTCTCCATTAAT
-ATAATGTTCCATTGTAACACTACCTACAGCAAATTCAAGTTTACTCGATGTTCTAAAACC
-AACAACCCTTCTGCTAACAAGTCACGGATCTTTCTCAGTTGAACAAGCTGGCGTTCAAGT
-TTAAACCCGTCGAATAACATGCTAAAAATACTGGAATTTATACTATGATATTTTGCTTCT
-GCAATTCCCTGGTTAACCATCATGATAGCTTTGTTAACCAGTAGTTTCCTTTCCGTTACT
-GTATGTTCATCCAGTTGACAGGTTGCAAGGGAAACCAGATCATCATAAGCACGTTGGTCA
-ATAACGTTATCCATACGGGCCGCGAAAATTTTATTCATGTAAGTGCGGATCATTGCGCGT
-CCTCCATTCTTTTCATAAAGACTTCTTTTGCTTGTTGGATCAATTCCAGAGATTTTTTAA
-TACGCTCATAGAAATGAGTGGTTTCAACTTGATTGCATAACAATGTGTACTCTGAAATGT
-TACGATCGTAAAATCCAGGAAAGTAGTGTTGTGCATAGCTGTAAGTGCGGGTATCTGACA
-GATTGCAAGTTAACGATAACAAGATGTCATCTTTTACAATCGGGATGATCAAAGTTTCGT
-TGGATTTGATTGAATCCATGATTTCGTTAATAGTCATAATATATCCCTCTCAATGGTGTA
-CACCCAATATAACAAAGCCCCTGCACGAATGCAAGGGCTTTTTGATTAGTGACCGATCCG
-GTACTTGTACTTGAGGATCCAATCTGCTTTTTGCGAGTGAGTCAGTACGCGGAAGTTGTT
-TTCTTCTGCAAACTTCAACCCAGGGGTTACGATCTTAACCATGCCCCACTCTTCGAGAAG
-TCGCGCAATGTTGTTCCGGCGTAGTTCGTCTTCTTCCGTCATATCGACTTGACGACCATC
-GAGTTTCAACAGTTCTTTAAAATGCACGATAAAATACTTACCTTGCTTTTTCAGAATGTG
-GCACGATTGCCAGAGCATTTTCTTTTTGTTGTTTGCAATACCAATACGGGTTAGCGTTTC
-ACGGATCTTTAAAAAAGAATCGTCGCTGATTAGTTGAATTTCTAACATACATCACCATTG
-TTTAATCAATTTTTCCAATTTCTTTTGTTCAGCTTTGTTTTTCACAATACCCAACAAAGA
-CAGAGCGACCTTTGCGTGTTTTCTTTTCCAATCCTCGAACATTCCGAGGTCTTTAAGTTC
-CTGCAAATATTCCATCGCTGTACGTGTATTTACACTGTATTTTTCGCGAAGGATTTCGAT
-AATAATTTTATCTTCAAAATCTTCCGATAGTTTAGCCCATGCACCGAAGCGTTTAGCCTT
-CCTAACAGAGTTGAGATAATAGTTATAGTGCATTTGGTCAGAGATACTACCGCCTACCAG
-ATTCATCACATACGCGTTGTATATCGTGTCTATGTGCTGGCTCATTGCGTTGTCTACAAA
-GTACTTATCATACACTTCATCGATAACCAACGGCGTTTTGCCGTTGTTGATTTCGTCTAT
-GATGTTAAACAAGGTGTTTTCTTTATCCTTGCCGTACTCTTTGACCAGTTCTTCAACCTT
-ATCCCAATCTTTAGAAAGCCAAGCGGATTCATGCGGGGATAACTCTTCTTCATCCAGAAA
-TTCCGCCAGGCTCATGATTACGCCTCCCAGACCATAGAAAGCATCAGGTTCATCAACAGA
-TATTGCAGATGAATTTCTTTATTCATCGCCAGCCCGTATTGCGCGTTGTTTTCGCCTACA
-ATCTGAATCAGTGCGATTTTAGAATCCTGATTCACGATAGGATAAATCGTATCAGTCAAT
-TTTCCGATAAAGGTATCGTATTCTGACGCATATTTAATAACCTCAGAGCGCAACCCTTTA
-TAGTTCTTTTCTTTCAACAGGGTAATGATATGAGACACATCAGAACCAACGATCTCATTT
-AGGATCCCCGCATCAATTTCACCACGTTTCGAGTAGAACCCAATCGCTTTGATAATAGAA
-CGCGCATCCGGATAATGCTCTTTAACAAACGCTGCAATGACTTTAGGATCATACTTGATA
-TTCTCGATTTCAAGGATACCGAAACAACGCTTGATTAACTGTTTCATCAGTTCGATACGT
-TCAGCATCAGACGGAACACCGAATTTAACAGGAGGACAACGAGAAAGCAGAGCACTATGC
-ACACCGTTAATGTTGTTCGCTGTTACAATAACAGAAACGTTTTTACTGTATGCTTCGATA
-AAGCTACGCAAGTGTTTCTGTGCTTCCGCCATACCAGAACGATCGAATTCATCAATGATG
-ATAATCTTTCCGCCTGGTTTCTGCGTCATTGATGAAGCAAAACGATCCAGTTCATTACGA
-ATGAAGTTTACACCACAGTTCGAACCGTTGACAAAGAACACCTCAGCATCAACCTCACGG
-GCCAACACAAGCGCGAGGGTCGTTTTACCAGTGCCAGGGGAATCAGATACAAGGGTCATG
-TTCTCAACACGCCCAGATTTGATTATGCCCCGCATAGCGGCTTTGTCACCAGAAGGTAAA
-ATACACTCTTCAATCGTTGTTGGGCGATAGCGCTGATCCCATGCAAATTCATCAGGAGAT
-CGAGAGATTTTACCGTATTTGGTTTCGATGATTTCAATATTTTCACTAAGTTCCATAATA
-TACCTTCAAAATAAATGGTGTAAAAGAAAGGGGCCGTAGCCCCTTAAAACTATCTTACTT
-GAATGTGCTACTTGCTTCAAGTACGACGACGTAAGCAACGCCGTTATCAGAAGAGAATTT
-TGCGGCCCCTTTGGAGGAAATCTCTACTTTGTAATCGCTATTGATGAACTGCATGTTATC
-AATCTTCATATCAAAATTGAAAACATTGTCGCCTTCATACTCACCGACTTCAACGGAGAA
-AGTTGATTGACTTTCTTTGCTTTTCGCGGTGATGACCAGTTTACCATCAATCGGTTCAAC
-GGACAGGTCGGTCAGTTTCATCATGCGAGACGCTTTGATCAGTTTTTCGAAATCGTTAGC
-GGTAATCTGGAAAATCAGATCTGCTACTGGCATCACCAAACGTTTTTTCGGTTTCGGGAT
-CGTTGTTGCGTCTGCTGAACGTTCGATGATCTTCATCTTGTCGCCGCGAATCACGATTTC
-ACCAGTGGAAATATCATGAGTGATTTCCGCGTCAGTGCCGACGATGTTCAGCATGTTCAG
-GAATGAGTTGAGATCGTAGATACCAACATCTTCATCAATCACATCAGCAATTTCAGCTTC
-TGCGTATACAACGCTGTTGATTGATTTCGTCATGATGAATGAACCTTTGGTCAGCATGAT
-CGAAGAGTTGATTTGAGAAAAGTTTTTCAGGATATCAATAGTTTGTTTAGAGAATTTCAT
-ATTCAGCCTTTAGTTTTCAATAAGTGTTACTTAATAAGTGATTTTACAACGGTTTCCGCT
-GCTGTGTCAAGCATATCAGCCATTTCTTTAACGGTTGTACGCTTCGGATCTTCGCGGCGT
-TCGCTGGTAAGTTTACGATGTTCCGCAACCACTTTTTCATCAATGTCACGATAGTGTTTA
-AAACGTTCCTCTTGAGGCATAGCCTTAAACAGTTCTTTTGTTTCGTCCGAGAGTTTAGCA
-ACCCAGGATTTACGGACGCGGTTCATGTAGTCAACAAAAACATTACTTTCATTCATATAT
-TTCTTCTCTAACTTAGAATTCTTTGAGTGGGGGCCGAAGCCCCCGCTTGTATTACATGTC
-TAACAGTTTATCCAGGTCGTCATCACCGGAGGTATCAGAATCATCCAGGTCGAACGGTAC
-GCCGTCATCTTCGCCTACCGGAACCGATGCAACACCACCAGATGATTTCACATCAGATGT
-CTGATTGTCAAACTTAGCCATTTCGTTATCGAAGTTGCTCAGTTCGCTATCAAGGTCAGC
-GGAAGCGCTGGAACCAGCAGAACCGATCGAACTACCCATAACTTTATTGAAGCGAGTGGT
-CAGGTCAGCCAGCGGTTTGAATTCGCTTTCGGCGGTGATTGGGCGAAGATCGCTCATACC
-TTCGAAAATTGCTTTCTGAACTTCTTCATCGTCGATGTTTTTGATCTTAGCCGGAACACC
-AAACGAGCTATCGTCATAGTTAGGCCAATCACCAACTTTTTTCGCTTTCAGGGTGAAGTT
-AGCACCATCAAACGGACAGGTTACAGCAATACCCGGTTCATCAAGTTCTGGATTACCGTT
-AATTGCGGCGGTGATCTTGTCCATGATTTTCTTACCGAAGCGGTATTTGAACACCTTACC
-TTCGTTTTCTGGAGCGCCTGGGTCTTTAACGACCAGGACGTTAGCCCAGAAACTTTGTTT
-ACGACCGATCTGGCTCAGTAGCTTATCTTCTGGCCCGTTTTTGTTGGCTTTAGCCTTCTC
-ATACAGATCGTTTTCGGAAATGTACTTACATGCAGGACAGCCGTCATAATCGCCGTGGGT
-AGAGGAACAGTTCTCAATGTACCACTGGTTGTTTTTCTTGAAAGAGTGGCTCACGATACG
-GACGAACGCCAGTTCATCATCGGAACGTGCTGGGAGGAATCGAATAACGGCGGAACCGTT
-TTTCTGTGCGTCCAGGGTCAGTTTCCATTCTTTCTCATCTTTCTGGAAGCCGGAACCACC
-TTTCAGATTTGCTACCTGTGCCTGGAGTTTAGCGGGATCTTGACGTTTAAAAATGCTGCT
-CATATTCTGTTTTCTCGTTTAGTTTAGTTTGATTAACGTTTGTTTCATTAAGTTTCGATA
-TTTTATGATATCTTTTTCAGTAAGGTCAAATATTTTTCTGTATGCCTTTAACTTAATGCT
-AAAGTCAGACCAAATAATATCATCAGCTACTTGATCGTGTTTATTTATGATACCTAAAAA
-TGAGTCAAAAATCAAAAACGATTCGTAAGATATCACATTTGACAGGACAAGTTTGCTTAT
-GTAGGACGTTGATGATTTTTCGCTGTACTTGAACACCAGAGACACGGGGATCTCTTTCAT
-TTTGGCGAATTCGTACACGTTTTTAACGTCATCCACAAACACGTTATCTAGTCTTTGTAA
-CTTTCCTATGTACTGCCTGTAAAAGACAATACTATCTTCATCAACATCGCCTACCCAGAA
-ATCCGGATTGGCTACGAAGTTGGAGAGGAATATAAAATAGATTTCTTTGAATGTAAAGCG
-TTGAGCTAATTTTACAAAGAAATATCTATCCTTTCGCTTGTTAAAGGCGTTTTCACTAAC
-TTTGATCTGCCAGTTGTATTGAAGGACATCAAAACGCCCCTGGAAATGAGTTTTCATCGC
-CAGATATAACTTGTATACAGACAAAGGCACAAGCCGTGAATTCGCCTCGCTATCAGCAAA
-CGGAGCTTTGAATCTCACATGAAGCCGTCCAGAGTGGTTGATGAACTATGTTCAAGCGCA
-ACCGATGGGCGAAGCATGTTTCCTTTGATCGCTTCGTCGCTAATCTTATCAAGGATCGCG
-CGAGGAACCGTTTTATTCAGCATCGCATAATCAATAGAATTTTCATCCATCCATTGTAGC
-GTTGCTTCCATGTAGGTTGCCCCCTCAGAGGCAACCAGATTTTCGATATACAAACCGACT
-TCGGTCTTATTTCCGATCATGCTTTACGCCTTATCGATCATATCATACAGTTCGATCAGT
-TCGTTGTTTTCTTCTTCGAAAGCGGTACGGGCCTGTTCGTGATACAGTTTGAACAGTTTC
-CCGAAGGTTTTTCCATCGATACCGAAATCGGTTTTCGCTTTGGATTTGATATCCTTGAAC
-GTGCCGTTGAAGATCTCAACTTGAGTTTTCACGTTGGATGCTTCTTTGATCAGTTCTTTT
-ACCTGTTTTGCTACATCAGGGTTTGTTTGTAAAAATTCTACACTCATTTTGTTACCTCAA
-AAATCACTCAGTTTTTCGAACATACGGGAAAGTTTGTTATCCATGAAGTAACGTTCCATT
-TTGGCTTTACTTCCGGATTTTGGAGTATTATACGCTTCAATAATCGAATTTTCAATATCT
-TTTGGTATAAATTCGAAATCGCGTAGTTCCTCATTTTCTTTGTAACGTGCGGCCCATTCA
-GGGGTCATCAATGTTGTCGGATCGTCTGCCTCCAGCCATGCCTCTAACTCAGAGGATTTT
-ACCGCTGGGGCGCGTTCACCTTCAACCTTCGTCACAATATAATCATTTCTAATTTTAATG
-CAAGCGATACTATCTTTTTTATCGCCTTTGATATTTTTGTATCGCAGATCGTTACGTGGC
-GAACCGTACTTAGGCGTTACCCATTTTTTCTGGGGAGGCGACCATTGACGAACACCGTTA
-TATTTCTGTAGTTGTGTAAAGTCGCTATCAGCAGAAACCACTAATACTCGTCTACCTTCA
-CCAACAGCTTTTTTCGTAACAACAGCAATTATATCATCAGCTTCCGCGAATTCAACCTTT
-AATCCGAGATAAGGCATATTCTGACGGATTTCTTCGAACACAGGATTAAGGAAGTTGTTC
-AGACGATCCCAATCCCATTCTGATTCTTCGTGTTCGATCTGACGACGTTTTTTGTAGTAC
-CAGGCTTTTTGCCTACGCCAGTAATTTCTGTCATCGAAGGCAATCACGATTTCTGGATAC
-TCACCTTTAAATTTTACAACGTTAAACCGTAAAGTGTCAAGCACCAGATGACGAATCATT
-TCGATCGTGATGGATGCTTGTTCCTTTGGTTTGAAGTTGTTCATCAGTGTAGCGATGGAA
-ATGTTAGAGATATCGATGACCATAGTATCATCGGGTTCCCCTTCATCTTGCATCAGCTTG
-TTCAAGTTAAACATGCTTGCAAAACTGCTCATACATACCTCAATTTTTCAAAGAACGGGG
-TTATTGTAGTAACTTACGAAATGAAGTCAATACAAAAGACCATAAAATTTTGATCAATAA
-TACTTGATCTGATCAAATTTATGATCTATAATTTATTAATTAATAATTATTTTACTACAA
-TGATCATTGTAGGTCAAGTACTAAAATCAATAAATTTTATATAATTTAGATCTGATCTAT
-AGATCATTAGATCTACTTTAACCTTAAATAATATAGAATGAAATTTGATTTTGTCTACAG
-TTATTATATAATATTCTTAACTTCAAAGAGGAAATATGAATACTATGACTAAAGAAACAA
-CCAATATCTACGCAGACAATGAAAAATTATACCCTATCCTCTGTGCATGGAAAAAGCAAA
-TCGCCGAAACAGGTGATCGCAAAATGCCTAATGAGTTGGGGGCTGCTATTATGGATATTG
-CAAACGGGCTATCACGTCGTTACAACTTCAACCGTTATTCCGAAGATTGGAAAATGGATA
-TGATCGATGACGGAATTTCCGCTGCAATCTCAGGACTGCATAACTTCGATGAAACTCGTT
-ATACCAACGTTTACGGTTACATTAACAAAGCATGTTGGCAAGCATTCGTAACACGTATTC
-TGTACGAGAAAAAAGAGAACGCGAAGAAATATAAATTCTTCCTTGAGCACGTTTACGACT
-GTGAAGATTCAGATATGGTTAGTATTGCAGACGAAGGTTTCATTCAAGATCTACATGACA
-AACTATCTCAGTACGAGGCTTCCGCCACCAAAACCAAAGACAAGGAAGCGGAAGTATTCC
-CAACATTGGAAGATTTTCTATGAAAGCAATAATTGACTTAAACAAAATATTAACTGATAT
-CGATTACGAAATTGACTTGCTACCCTACTTCGTAAAATTAGAGTTGCAAAACGTGGGAAT
-CCCGGTTATCATCGATCCAACTGACGTAAGAAACCCCGATTTCGAAGTAGAAGAAGGGGT
-TTTGTCTTATATGATAAACGCCGAAACTATGATCATGGAGATCACTTATGATTGATGAAG
-AGAAAGAAGTACTAACCAGTGTGGAAGAAGTGGATCCAGAAGAGGAAATTCAACAAAAGA
-TCCAGGAACGTGTAGAAGCCGACGCATTGAAGCGAGCACAAAAATTCATTAAGAAGAACC
-GGACTGAGATCAAACGCCTCCGTAGACACGCAGAGGAAGCCCTATTCAGGGGTAATAAGG
-TTCAGTATGTGTATGCGGTTAAGAAACTTCGTGATATGCTCAAACAGCCGTATACAGAGG
-ATTTCATTGATACGATGTGGAACACTTCACTAGCATCAATTCGAAATATCGTAGCTTCAC
-AACAGAAGCACTAACAAACAAGTAGCCCCGAAAGGGGCTATGAGGGTCTTATGAGAAAGT
-ACTTAATGATCGGGGATACTCACGCTGGCTTGCGTCAGGACAACCCCTGGAATGAAGAAA
-ACCTATACAATGTATTCGTACAAATCGTAGAACACTGCAAAGCAAACGGCATTACCGAGG
-CTTTCCATGCTGGTGATTTCTTTGATGTGCGCAAGGCCACCACACAAACCACGATGAAAT
-TCATTCGTGAACGTATTGTGCCACTACTGGAAGAAGCCGGATTACATATCTATGTTCTGG
-TTGGGAACCACGATTGCCAGTTTAAAGACAAGATCCGCCCTAACTCACCGCGAGAGATTC
-TTGATCAGTATGATTGCTTCACGGTTGTTGATGAACCGATGACAGTAAATCTTGATACTT
-CTCCGCTGCAATCAATCGATTTGATCCCGTGGATTTGTCAAGAAAACACCCAGCAGATTT
-TTGATTTCATCAAAAAGTCAAAATCTCAATACTGCTTAGGACACTTTGAACTGTCCGGAT
-ACTATTTCTATAAGAACAGTAAAGCGGATCATGGTCTTGAACCTGATTTCTTAAAGAAAT
-ATGAAATCGTGTATTCAGGCCACTATCATCACGCTAACGAAGGCGCTAACGTTTTCTATA
-TCGGTACACCGCTTACCATGAGCGCTAACGATGAGGACGAAACCAGGGGCTTCTATGAGC
-TATCTTATGGCGACGGTAAACGTGAATTAACTTTCATTGCTAACCCAGTATGCCACCATC
-GCCGGATCACCTATCCGGATCAAAAAGATGTTGATGTTGCAGATTACAAAAATTGCTCTG
-TTCGCTTGATTGTGCGCGAAGTTGATAACGATTTGCCTAAGTTTCAAACAAAACTGGAAG
-AAACAGTTTATGAGTTGAACATTGTCGATCGCGTGATCACTGATTCAGAAGTCGATACTG
-ATTTTGAAATCAAAAGTGTATCTGGATTGATTAGTGAGTACATCAACAACATGCAGATCA
-CTCCAGAAGAAAAGACCGAAGTATCTGCAATAATGAGTGCATTGTATGCAGAGGTTACGA
-GCAATGGAAATAGTTGATTACGTTAATATTTTAAACGAAGAAGGGCGATATAAAGCCCTT
-TATAAAATGTTTGGATTTGATGTGATTGTTGCAGTACAGCAGGATTCCTATAATGAGTAT
-GTGTCATTGGGGTTCACTCTGATTAAAGACAACTATCACGAAACAAAGGTTTGGACATTT
-ACTGTCCTGAATAGCATGGATGAAGATTCCGTGATATACTGCTTTGATAGCACGATTACA
-AACATGATTAGTGATATATCCCAAAGGATAATTGATGAAACTCAAATTTAAAACATTGAC
-TTATCAAAATATCTTGTCGGTCGGTAACGTACCGATCGTCATTGATTTTGATTCAGCAAA
-GAAAACCCTCATTACGGGTAAAAACGGCGGTGGTAAATCCACCATGATCGAAGCGCTTAC
-ATATGCTCTCTTTGGTAAGTCATTTCGCGATCTGAAAGTCGGGCAACTGGTGAACAGTAT
-CAACAAGAAAAAATGTCTGGTTGAACTGTTGATCGAATACGGCAATGATGAATATAAAAT
-CATCCGTGGACAAAAGCCGAAAGTATTTGAGATCTGGAAGAATGGCGAAAAACTGCCGGA
-AGATTCAGCCGCTGGTGATTATCAGTCACAGCTTGAATCAATGTTGAATATTAACCTGGT
-GGGCTTTAAACAGGTTATCGTTCTGGGTACTGCTGGTTATGTACCTTTCATGGAACTGAA
-AACACCAGATCGCCGTAAATTGGTTGAAGATTTGCTTTCTCTGTCTATTATCAGTGAAAT
-GGACAAACTAAACAAATCATACATCCGTGGTGTTAACCGTGAACTGGATACGCTTTCAAT
-GCAGATTGGACACGTACAACAGCAGATCGCAACACATCAAAAGTTCATTGACGAACAACG
-GGCAAAAGCAAATCAGAATACGGCGCGTTACCAGGATATCTACGATTCCCACGTAGAAAC
-AGCAAAACAGATTAAAGCGCAATTAGTTGAACTTCAAACCCAGATCGCAGAATGCGTGAT
-CAATGGTGAAGACCAAACAGCAAATATTCAAAAACTGCGTGATGGCTATACACGCCTCTC
-AATGAACGTAGAACAGTTGCAGCGTCTTGAGGTGATGTATCGCAAGGGTGGTGAATGTCC
-GGCCTGTAAACAGCCAATTAGCCCCACTCCTGAACGCATGGAAGAAATTGCCGAGAACAT
-TAAAAATGGTACTCAGAAACTTACGCTGATTAAGAACAAGCAAGATCAGCTACAGAAAAT
-CATGGATGATTTACTAACACAACAACGTACACTAAATGGGCTGAAATCCAAATACGAATC
-ACTACGCGGTACACTTCAAAATGAAGTTGCAGCGGCTAAACGTGTTCGGGCTGTCATGGA
-TAAAGCACAGGAAGACGTGGTGATCGACGAATCCCCAGTTGAAAAACTCCGTGAAGATGA
-AAAGGAACTTGATTCTAAACGTTCTGGATTTGTCAAGGAAAAATATTTTAGAGGTATTGT
-TACGGATCTGCTGAAAGATTCCGGCGTTAAAGCGAGCATCGTTAAACGTTATATTCCTTA
-CTTCAATAAACAGATTGCGTACTATCTGGATCTGTTGGGTGCTGATTATCAGTTCACTCT
-GGATGACGAATTTAACGAATCGATTAAATCGCTGGGTCGTAATGATTTTAGTTACGCATC
-GTTCAGTCAAGGCGAAAGAGCACGTATTAACCTTGCTTTATTGTTCACCTGGCGCGATGT
-AACCAGTAAAATTTCTGGTGTTGATTTATCCCTTCTGATCCTGGATGAAGTGTACGATGG
-TGCAATTGATCGTGATGGTAGTTTTGCCGTAAAAGCACTATTGGATGGGATAAATGGTAA
-CGTAATTGTTATCAGTCATCAGGATCTGGATCCGCAAGATTTCGATCGACATATCACCAT
-GCAGAAAGTTGGACGGTTCACAAAGTGTACTATCAATGATCGAGGTGCATAATGTTAGAA
-AGAGAATTTGAATTAGAAACCGCTCCGGAAATAGAGCGGTTTTATCTCCACAACAATTTT
-CTTGAAGAAAAACATATAGTTACTATGAAAGATGTTGAGGAAGCATTCAAAGATAACCCT
-ATAGAGTTGACGCGAATCAAGAACAACAAAAGTTCTGTTTGGTTCCTCGAAAAAATCTAT
-TGACCGAAATCCATAAATACAGTAAAGTAGCCCATGTAACGAAACGTGGGCTTTGTTTTT
-ATTTGAGGAACAATAAATGATCACTGAATCCAAAATGACTTATCAGGAAGCACTGAAAGT
-TTTGGGCGCAACTGGTAGCGAAACCAGCGCTGAAATGTCCAGACTCTTCAAACGTGCATC
-CTTACGCAATCACCCCGACCGTGGTGGTAGCAATGAATTAATGCAGAAAATTAACCAGGC
-TTACGACGTAGTTACAAAAACTGGGCCTAGTGGCGCACGTTCTGAGACTGCTGGTGATGT
-TCGCGCACGTTATGCACGTCAAAAGAAAGAATGGGAAGAAAAAGTTGATGCTTACTTTGT
-AGTGGCGAAAAACTATTTCAGCACCAAATTTAACGCACAGGAATTTGCGGAATACTTCAC
-CAAATACACTGGATTGCCTACCACTTTCAAACAGGAAGTAACAAAAGGTAGTCACGGTGT
-TTATGCTTCGTTCCGTTTCACTTCTGGTGATGCTTACTTTGATTTCGGTTTCAACTGCAC
-CCCTCCGAATGGACAAGGGTTAGCCGCTCCGGATTCATCTGCACTGGGTAACGTTTCTGT
-TAGTACCTTTGTACTGGTTGGAACTAAAAAACATAAAATGGCAAGCCGTGATTATCAATG
-GGGCAAAAACCCAGATAAGATCACTCCGGAAAGCCTGTTCCCGTCTAAAAAACTGGAAAG
-CATTTTCAGCCCTGTACAGAAAAATATCAAATACAAACGTGCTGATTACCTTGCATCATT
-CCGTAAGCTGTTAGGCGCTGACATTAGCGGAAACGATATCTTTGTTGAAGTTGGTACACT
-GAAAGTTCGTTTCTATCGTCATGTAATGATGCGTAAAGGTGCGTATGTGTTTAGCGCGGT
-GTATGATCCTGCTGTATCTAAGTATCGTCCGGCTGCACAACTTCGCGGAACTATGTTAGA
-AGACGAGGACGGCGCTTGCCTGGATATGATCGTTGATACGTTCAAAGAGTTGCAGAAACT
-GAAACCGAGTGTTCAAGGCGTTGTGAACGCGATCGATAAGATGAACGCAGAGTTTGCAGC
-GGGACATCGTTCAGCATCTTTTGTTAAACGTGTAGCTGCTCAGGAAGCCGCGCCGAAGCC
-AGAAGAGAAGCCAAAACGCACTGTTAATCGTATCGGTAAAGAGGAATACTTCGCAGCACT
-AAAAGATATTGGTGCTCGTGTAATGCCTACCAGCGGTTATGTTGAATTTGATAACGGCGC
-TGGTGTTACTATCAACTTCAAGCGTATTGTTGTAAACCGTAAAGCATACTACTCATTCAG
-TAGCTTTGATTTCATGTACTCTGGTCAGAAACACATTGAGTGGTTGAAAGGAATCGATAT
-CGCAGAAGATACCAAAGGCGCAAGCATTAGCCTACTCACTGATACTCTGAAATCTTTACG
-TGGGATCTCTGACTGGAACACTGTTAAGAGCGCTTTAGATCAAATGAATTCTAACTTCAA
-GGCGGGTAAATTCTCCGCACCTCATGTGAAGAAGGAAGCAGAGCAAAAAGCACCGAAACA
-GAAAGACGAAATCGGCGCACAGCCTACCAAACCACAGGCGGCTAAGAAAGATACGCCGGA
-AGTGGAAAAATCACAGGCTGTTCATGCAGCACGTGAGAAAGCGAATATGAACAACACTAT
-TCGTAAAATGATGACTATGTTAGTCAAAGCACAGCGCAAAGACACTCCGGAAGATATCAA
-GAAGGAAGTTGATGCAGCAATTCAATTGTGGCGCTTGACTTACTAATCAAATGAACTATA
-ATGGGAACTGTTAACGCAGTTCCCTTTTTATTTGAGGAAAATATTATGAGTTGTCCAACA
-TGGTTACGTTTGGAAAATCTGAAAGAAGGTACACAAAAACGGATTTATATTAATCTTGGT
-TGGGTTCCTCCTACCGATTTTCAAATGGCTGAGATTTTAATCAATGCTGTTAAAGAAGTA
-AGCGACACTTACGAATGGGAAAGGCTCTATTTTCCCTTGATTGGTTTGTATATGACGCGA
-AATAAATTTGAAGAAATGAAACTTGCTGTTATTCGCGCTACGATTATTAATTCCCAACAA
-AGATTTACTTTGAAAAATGCATGGAGTTCTGAATGATTATTCAAGTATCTGTACAGGGCG
-ACACTCTGACTGTCACCGAATCCATCAATACCGCTCTTGCTGTATGTCGTGACCATATCT
-CACAAAATCCTCCAGTGACTGAGATCCTGGAAATTGATGTTTGGGATCAGATTGGGATGA
-TCGACGCATCATATGGATTTACCCCGCGAGATGAAGAACTATCTCGTATCGAATCATGGC
-TGAATGAACAGGAAACGGAATGAAACTCCCTAAGAACACAACACTACTAACCCGCGAAAA
-ACTTCACTCTGTTGATTGGTGTCCTCTGGATATCATGATTTTTGATATTGAATCTCGCGT
-GATCAATGCAAAATATCAGGGGTGTAGTATTTTCTCTGTTGAATTCGAGAAGATTCGCGG
-ATATGATGAGAAGTACAAAGAAAAACTGAAAGTTATGATTGAAGCATTAGGCTATATTGT
-AACTGTTGAAGACAACAAAATGTGGATCGCAATATGAGCATAGTAAAAGCGGTGTTTGCG
-CTGGGGCATGATATCTACCACGATGATTTCGCTTTTGGATATCAGCAAGGCTTGCCGTGG
-GGCCACTGTAAAGAAGATTTACAGAACTTCAAAGAAGAAACCGCCGATAGCGTTCTGATT
-ATGGGTGCAAATACGTTTACCTCTCTTCCGGGTAAATTGCCTGGTAGAATTCATTGCGTT
-CTGTCTGGTTCCGGTAGTTTTTTGAAAACCAAAAAAGGCGAGGTTGCTGATTACGTGATC
-CACGGTGGCGGGTTGTCTGCTGCTATTGGTACAATGCAAGCAACACACCCAGATAAAAAT
-GTGTGTGTCATTGGTGGTAAGGGGTTGCTTTTAGATTCAATCAATAATAAAATGGTTGAT
-GAAGTAGTTTTGACACACATTTACGGACATGATGTATATAATGCCCCCGCATTTAAACGC
-GATGTTTCGTTTACTGCTTCTGAATTGGGTGATGCATTGTTAAAATATGAATTTTCTGAT
-TTCGAAACTCAGTACATCAAAGAACATGAACGCATTGAAAAAATCATAGTCGATCGATAT
-AAAAAGGTATAAAATGAAACAGTATCTGGATATTATTAAACTTGTACTTGATAACGGTGT
-TGAATCAACCGATCGCACTGGTGTAGGTACTATTCGTATTTTCGGCGCACAAGCCCGATG
-GGATCTAAACAGAGGTTTCCCCGCAACTACCTGTAAAAAACTATTCTTCAAACCGTGCAA
-GCATGAATTGCAATGGTTCCTGTCCGGTTCAACCAACGTTGAAGAACTTCGCCGGATGAC
-CTGGGGTGAAAATAGCGATAAGCGCACAATCTGGGATGATAACTATGAAAAACAAGCTAT
-TGATTTAGGATATGATTCTGGTTATCTGGGGCCAATCTACGGTCATCAATGGCGTTCGTT
-TGGTTCTCTTTATGGGGATGATGATAGTTATTATGGCGGTAGTGGTGTTGACCAGATAGC
-AAAAGTCATTGAACAACTGAAATCAACCCCAGACGATCGTGGGATCATCGTTTCGGCATG
-GAACCCCGTTGATCTTGATGATATGGCATTGCGTCCGTGTCACTGTTTCTTTCAGTTCGT
-TGTAATCAACGGTAAACTGTCTCTACAGTGGTATCAGCGTTCAGTTGATGTCTTCTTAGG
-GTTGCCGTTCAATATCGCCTCCTATGCTCTCCTGACGCATATTATCGCTGATATTTGCGG
-GTACGAAGTGGGCGATCTGGTTTGGACTGGTGGTGATGTCCATATCTATAAAAATGCGGT
-TGAACAAGCAAAAGAACTTTTACAGCCTAACCGTTCACCAATGCCATTACCGATTCTAAA
-AATGCCGAAGGTAAATAGCTTACTTGATTTAGATCAAGAATTCTTTGACTCGATAACCTT
-AGAAGGGTATCATAATCACGGCTCTCTAAAAGCTGAAATGGCAGTATGAAAAATGGGGCT
-TCGGCCCCTTTCTTAACAAGGTAAGAGAATGAATGACATTAAAGTAGTAGTAAAATCCTC
-TGGTGTACGCCAGCCGTTTGACAAAGAAAAAATATACAAAGTGCTCAAGTGGGCCTGTGA
-TGGTCATAATATCGATGTTCGTGCATTCCTTGAAAATGTATTAGAACTGATCCGCGATGG
-TATGACTACCAAACAAATTCAACGTATCGCTATCAAGTATGCAGCAGATCATATTTCTGT
-TAAAGAACCGGATTGGCAATACGTAGCATCGAATCTTGAAATGTTTGCATTGCGTAAAGA
-CGTTTACGGTCAGTTCGATCCTATCCCGTTCTACGATCACATCGTTAAAATGGTTGAAGC
-GGGGAAATACGATAAAGAGATCCTGGAAAAATACAGCAAGCAAGATATTCAAGTTTTCGA
-ACGTGCAATTGATCATGATAAGGATTTTGAATTTTCGTATGCTGGTTCCCAACAGTTAAT
-CGGGAAATATCTGGTTCAGGATCGCGATACTGGCGAAATCTTTGAAACCCCTCAGTATGC
-GTTTATGCTTATTGCGATGTGTCTGCATCAGGAAGAAACTGGGTTAGCACAGGTTACGCA
-TATCGTTGATTTTTATAACGCAATTTCCGATCGCAAACTGTCTCTACCGACTCCAATTAT
-GGCGGGTGTACGTACTCCTACGCGCCAGTTCTCCAGTTGTGTAGTAATTGAATCGGGTGA
-TTCTCTTGGTTCTCTTAACGCTGTAACCTCTGCGATCGTGAAGTATATTTCACAACGTGC
-TGGTATTGGGGTTAACGCGGGACATATTCGCGCAATGGGTTCTAAAATCCGTGGTGGTGA
-AGCTGTTCATACTGGTGTGATTCCTTTCTGGAAACATATTCAAACCGCTGTTAAATCCTG
-TTCACAGGGTGGCGTTCGTGGTGGTGCTGCAACACTGTATTATCCTTTCTGGCATCTGGA
-AGTTGAAAACCTTCTGGTGTTGAAGAACAACAAAGGCGTAGAAGAAAACCGCGTTCGTCA
-TCTTGATTATGGTGTACAGCTTAACCAGTTGATGTATAAACGCTTAATGAATCGTGATTA
-CATTACGCTGTTTAGTCCGGATGTTGCTAACGATCGTCTGTATGATCTGTTCTATGAAGC
-TGATCAGACTGCATTTGAAGAACTGTATGAAAGCCTGGAAAAAGATCCAACTGTTCGTAA
-GAAACGCATCAAAGCGGTTGACCTGTTCCAACTTTTAGCACAGGAACGCGCACAGACAGG
-ACGCAAATACATTTTCAACACTCATCACGTCAACCAACAGGGTAGTTTTACGGTTCCTGT
-TCGTATGTCTAACCTGTGTTGTGAGATTGCGATCCCAACGTCGCCGCTGGATGACGATGA
-TAAAATGGCTGGTGAAATCGGATTGTGTACGCTAATGGCTATCGTTCTGGATAACGCTGA
-TATCAGCGAATTCCCGAAACTCACGCGTATTGCAGTACGTGCGCTTGATAACCTGTTGGA
-TTACCAGAACTACCCTGTAAAAGCCGCTCTGAAAGCTAAACAGCGCCGTTCTCTGGGTGT
-TGGTATCACCAACTATGCATCATGGTTAGCGAGCAACTATTGCGACTACTCAGAAGCGTA
-TACAGACAAAGTTCATGAGTTAATGGAAGCGTTTCAGTTTAACCTTCTCGTTGCTTCTAT
-GGAACTGGCGAAAGAACGTGGTGCATGTGGATTGTACAACGATACCAAATACGCTCGCGG
-GTTACTGCCTATCGATTGGTATTGCAAAACCGTTGATGAACTGGTAGCACCTGTTTATAA
-TTGCGATTGGGAATGGTTACGTAGTCAGATTAAGAAATACGGCTTGCGCAACTCTACTCT
-TTCTGCTTTAATGCCTTGTGAAAGTAGTTCACAGGTTAGTAACTCTACCAACGGGATCGA
-ACCTCCGCGCGGTTTAGTGAGTATCAAATCTTCGAAAGAAGGACACTATAACCAGGTTGT
-GCCTAACCAGAATAACCAGATTGATTTCTATGATCTGCTCTGGGATATGGCTAAACGCGG
-TAACAAAGGGTATCTGTCTCATGTAGCAGTTATGCAGAAGTTTGTCGATCAGTCTATTTC
-TGCAAACACCAACTATGACCCGGCAAACTATGAAGACGGGAAAGTTAAAACAGAAGACAT
-CATTGATGATCTGCTGTATGCTAACTACTACGGTGTTAAAACTCTGTACTATCATAATAC
-GCGTGATGGTGCTGGTGATGAAGAAGAAGCCGCAGAAGATTGCGCGGGTTGTAAGATTTG
-ATTAATGCCCCTTCGGGGGCTTTTTAAAGGTAAAGACATGTTAACAGTAATGAATACAAA
-CCCAGATCATAACCACTTAGAACAACCTATGTTTTTTGGTGAAGATACTGGTGTTGCACG
-TTATGAATCGCAGAAACACAAAGTTTTCGAAAGCCTGACGCAAAAACAGCTTTCTTTCTT
-CTGGCGTCCGGAAGAAGTCGATCTGTCTACTGACCGTATGCAGTATGCAAAACTTCCTGA
-ACATGAAAAAATCATTTTCGATTCTAACCTACAGTATCAAACCCTGTTAGATACCATTCA
-GGGACGTGGGCCTAACCTCGCATTTTTGCCAATTGCATCCGATGTGAGCATGGAAACCTG
-GATCGAAACGTGGGCGTTTAGTGAAACCATCCACAGCCGTAGTTACACGCATATTCAACG
-TAACTTGCACATTGATCCTTCTGTACAGTTCGACCAAATCCTTCGCAATGAAGCGATTAT
-GAAACGTTCTGCATCAATGACACGGTATTATGATACTCTGATTGATGAATGTCATAAGCT
-GAAAACCATCATGATGCTACAGGAACAGGTTAGCGGCTATAAACCAAATGATCCGGCTGT
-CGTGTATTATAACGAGCAATACACTAAACAGGCCACTAAGTGCAAAGAAGCTCTGTACCT
-GTGTATGCACGCTGTGAACGCTCTGGAAGCGATCCGTTTCTATGTGTCGTTTAGTTTCAC
-CTTTAACTTTGCTGAACAAGGCAAGATGGAAGGCAACGCGAAAATTATGCGCCTGATTGC
-GCGTGATGAAGCATTGCATCAGAAAGGTACTCAGAGTAAAATCCGTTTGTGGCAAATGGG
-TAAAGATGATCCAGAAATGGTTGAAATCTCCCGTAGGCTGAAAAAAGAAGCAACGGCTAT
-CTTCCTGGAAGTATATGAACAGGAAAAAGAATGGGCTGAACATTTATTCTCTGTTGGTGA
-TGTAGAAGGTGTATCGCTGAAAAGCACTATCGCTTATATTGAACACCTTACAGATCAGCG
-TATGCGAGCGGTAGGGCTTGATTCACCATTCACCCCGATCCCTAACCCGTATCCGTGGAT
-GAATAAATGGCTCAAAAGTGATAACGTACAGGTTGCCCCGCAAGAGGTTGAAGTAAGTTC
-TTACCTCGTCGGAAACTTGAATACTGAAATCAGTGATGAAGCGTATGCAAAATGGGCCAG
-CAAATACGCGTGATTGTCGGGTAGTAAACAAGTACAAAACTGATTGGGATGTCGATATTC
-AAAGAGGTACGAAGTTCGGCAACCCTTATAACACAGGAACCAGGGGAGAAAACATTTTAG
-CGTTTATCCCCTGGTTCCAGAATCAGGTTCGTACTGGGGCGATCACGATTGAAGAATTGA
-AAGAACTTGATGGAAAGAGGCTTGGTTGTACCTGTGCGCCTCTTCCCTGTCACGGTGATT
-ACATCGCGCATGTGGTTAATGTTTTGTGTGGTAAGAAAAGATCACTTGACTTTTTGGATA
-TATAATGTATGAAATCTGAATTCAACTTAACCCTTGATAAATGTGGTCGCATCGATCGAA
-GTTTTGTTAAGTGTGGTGAACTTAGGCATTGTGTTTATTTTATTGCAATTAACGATGAAA
-TAGTATATGTTGGTAAATGTCGGGATATGTGGAAGCGTTTAGATACATATCGCAATGCAA
-AGTATTGGAGAGAAGCCAACCCCAGCAACATCTTAAAAACGTGTCGATTGGAAATGGCTA
-TCAAAAAACGAAAAACTGTGAAACTTATCGTGACTACTCACGATGAAAATACATATCATG
-ATTATGAAATCAACATGATACGAAAATACAACCCTGAATGGAATAAACAGCACTATGACA
-AAGGCACAAACTAAAATTATCAATACCCTTTACAAACAACTCATGCAGTTGTGTGGTGAA
-TCCGAAACATTTTTCTTCGTTGATCAAGTAACCGTGATGGGTACACCTGTTCGAATCTTT
-AACTATCGCATGGCCTCATATACAGACTGGCTAAAGCCTGGTGCTCTGGAATGTCGCGGT
-ATCATGTTTGAAATGGATGGAGATACCCCCGTATCAATCATCAGCCGCCCTATGGAGAAG
-TTTTTTAACTATGCCGAGGTAAAGGCATGGGAAGCGCTTAACGAGTCTCCTATTGAATTA
-GGCGAAGTTTTAGACGTGATGATTAAAGAAGATGGTTCCTTGATCTCAACTTTCCTTGAC
-GGTGGATTTCTGGCGGTCAAGTCTAAAGGTTCGGTTAAATCAGAACAAGCTATGGATGCG
-CACAGCGTGTTAATGGCAAATCGTGAATTGCTGACCCGCTTAACTGAGATCGCTAAAGAA
-AACTATACGGTGAATATGGAATACGTTTCCCCGAAAAACCGTATCGTTGTTGGTTATGAT
-TCTCCGGATCTGCGTATCCTGAACGTTCGTCATAACATCACGGGTGAATACATCCCTTAT
-GATGATCTGTTTGCTGACGCGCTGTTACGTGCGTATCTGGTTAAGCGCGAGAATATCGAA
-GTACTGGATCTGGATGCATTCGCAAAAGAAGCATATCAGAATGAAGGATTCGAAGGCTAT
-GTTGTTCTGACAACGAAAGGGTTTGTAAAAATCAAAACAAACTGGTATGTCAATCTGCAT
-CGCACAAAAGATAGCATTACCAACAATAAGGATCTTTTCCTAAATATTGTTGAGAATACG
-GTCGATGACCTGAAACAGCTATTCAGTTCGGATCTGGTCTCTCTGAAAAAGATTGACGAT
-TTCGAAAAACTTTTCCTTGATAGTCTCAATCGTTTGAGTGCAAAAGCATTCAAAGCTATT
-GAAGATAATAAAGGGAAATCGCGTAAAGATTTTGCTATCAGTCTAAGCGCGGATTTGTCA
-AACGACGGTCGGATCATCTTCGGGCCTCTTATGAAGTACTTCGAAGAAACCGATCCACAA
-AAACTGGTCGATCGCATCATTGAAATGATGGTTAAAAATTACGACCAGTTCATTCCTGGA
-GAGTACAAGTGAAATCATTTGGCGCATATAGCCGAACGATAGAACAAGAAAAAGCAGGGA
-TTGATTCCCTGCTTTCTTTCGTTGATGTTTTCCCCGAAACTGGAAAAATTTACTGGAATG
-ATAAAGCATATCATAAAAGTAAGAGAGGAAAAGAAGCGGGTTCTATTGTTTGTGAAGAAT
-ACCCTTATACGAAAATAAAGTATGCTGGGAAAAATTACATGAGGCATAGAATAATATTTT
-ACTATGTTCATGGTTACTTACCAATCATAGTTGATCATAAAAATGGTCTTGATTTTGGTG
-ATTGTATTGATAATCTTCAAGAATCCGATCCCGTTCATAATATATTGAAGAAAAACAAAA
-CCAGAAAATCTAAAACTACCACATCAAAAGGGGTTGACTATCGTTCTTCTCGTGGAAAAT
-ATAGAGCACAAATACGGATTAATGGTAAAACGAAACATATAGGATATTATGATACAGAAG
-AACAGGCGTCTATCGCATATGAGGAAACTTTGAATGAATATCAAAAGCATCTTGGGTATG
-ATTAATATAAAATCGTGGATATGGCCTATTATTGTTGCTTGCTCCCTAATAGCCCTTTTT
-TACATTGCAGTTGATACCAAAATAGAAAACAGGCAATTGTCTAAGGATATCAAAGCGTTA
-CAAGCTGATATCAAGAAAGTAAAAGAGACAAACAACAGTAATACAGTGATATACGTCGAA
-CAGAAAGGCAAGGATCAGCAGTTAGTGAAAGATGCCGGACGTAAAGATCTGTTGTTCAAA
-AAACCAGGACTGATCGAAATCAAGATCAACAAGTCCTTTGAAGAGTATATGAAGGATTAC
-GAAAAATGAAAATCGCTACACTAGCGCTCGTTCTGGGCGTTCTGTTGGTCGGGTGTGCTG
-AGAAGCCACCAGAAAAGATTTTGCCTACGCTACCCGCTAAGGTGAATCCGGTCAATGTGA
-AATGGAAAGTGGTTGCAGAAGTAAGGGAAATCGACGGGAAGAAATATCTGGTCATGCCTT
-ATGATGGTAATCCATACGTTGCCCTTTCATACCCAGATTCGTTAATCTTCCGTAGCTGGA
-TGAATGACGTTAAGCGTCAGAAAGACCAGACGGATAACATTCTATGCACCGTGGGATACC
-CCGAAAAATGCAAGTCAAAATAATTGATACATTCTTTGATGACTTGACGGTCGGAAAGGT
-GTATGATGCTGTAGAATCCAAAAATGAACTATGGATTGATAGCGATTGGGGGATTGCAGT
-CAATCTGCATACCGAAGCCAGTCAAGAACTAATTGAATATGAGATAGTGAAATGAATCTG
-TTTATGACTATTGGCGTTCCGGGTAGTGGAAAAACTACCTGGGCGCATGAGAAAGCCCGT
-GAATTGGGTAATACTGTTACGATCTCTCGCGATGATCTGCGTAGCTCTTTGTATAATGCG
-GGTAAAGGTGCTGGCGGATACAAATACACCAAAGCGAAAGAAGACATGATTGCAGAAATG
-CAGGATCACGTTGTTATCTCCACTCTGAAAGATGGTAAAAACGTGATCATACACAACACA
-CATCTGAAAGAAAGTGATAAAAATCACTGGCGTGAAATTGCGTTGGAACACAAAGCTGAT
-TTTCATATTGAATATTTTGATGTGTCTATTGTTGAACTGCTTCGCCGTAACCACAAACGC
-GGTCGTGATGCATTACCCGTTTCGCGTGTTTGGGAAATGTTTAACCAGTATCGTAAGATC
-CGTGGGTTCGTACCAGCAATGGAAATTGTCAATCCCCACAATCAGAAATGCGTGATCTTT
-GATGTTGATGGTACGCTAACAAAAGTAGGGCAACGTAGCCCGTATGACTTTACCAAAGTG
-ATCAATGATCCGCCAAACATCCCGATCCATCAACTGTTTCACCTGTACAAAAATGCAGGG
-TATAAGTGTGTTGTTGTGTCTGGGCGTGAAGGTAATCCGCAATGCGCACATGATACATGG
-GTTAGCCTGTTGAGTTATGGCGTTGAACCGGATGAAATTTTTATGCGTCAAGAAGGTGAT
-ACCAGGACAGATTTTGAAGTAAAAGAAGAAATTTTGTTTGACAAGATTTTAGATAAGTAT
-TATCCTGTTATTGCAGTGGACGATAGAGACACTCCGGTCGGAATGTGGCGAGCAAACGGG
-ATTCCGTGCTTACAAGTCGATTATGGTGATTTCTGATTGACATATAATGTGGGTATGTTA
-AAGTACCCACACAAAAGAGGATTATATTATGAACGTTATTCGTGAAGATAAACACATCAT
-GGTTGAACTTGGCGATCGCATTCGCGTAGAAAATCTGGGCGATTTTAACCAAAAAGTTCG
-TTTGTTGTGCCAAAAAATTGCTAACAAAATTCAGGAACAGGGTAAAGCTCCGGGCGGGTT
-TGAAGTTAGCGCCACTCCGGTTTCTCAGTACTCCTATATTGTGTATATTCATGACGTGGA
-TACTAACAGCACCCAATCTTTCGGGCTGGTGTTAAATCCTATTACTGGCTACGTTACATG
-GGCGGCTGTATTATGAAAGTAAAAGTAATTGATAGAGCGATGATCACGGATGAATCTGTA
-TACCCAGATCCTCGTTATTATGGCGGTGTTTTCGGATACATCAAAGGAACTGATATTGAT
-GTAGTAACAAGTCCGATCGCCGAATACGATATCAACAAAGATCAGACAGAAGTTCGCGTT
-ACTACAATCAACGGTTCAGAATATATCGTTGAAGCGACTCCTGATTTTATCAAACAGTTA
-CTAAAGGTGATGAAAGATGCTTGATCATCCTGGCTCTATGAGCATGGTGCTTCTGGAAGC
-ATTGAAAGCATATGATATCCCCTGTCATTTCGGTGAAGTAACTGTTAATACTATCGTTGA
-CGAAATCGACAATCCAAATACTTTCATTGCTTGTCTTGTTCGAAAATTCACAAGTTGTTT
-TCGACCGAGTCCAGAAAAAGTAGTAATCAGTTCTGTTTCTGCACATCATCGAGTGTTAGA
-TGATGGAAAGATTCAACTTTACTGGAAAGTTCTTTATCACGTGGTGTATCATGAAGATTG
-ATGATATTATGTTTATGCTTAGAGCAATAAGCGCTTCTAAGTTCTCTCAATGTGTCTCCG
-TTAATGTTGGTGCTGCATTGAGAAATGGTAACGGGCGTGTGTTTGTAGGCGCAAATAATA
-CGGTTGATCCTAGTCATCGTTGTACAGATCAGTGCAATCACTTATTAGATGATAACGGGA
-AACTGAGTGAAGAAAAGCGCCCTGAACATTCACAATGGTCAGATCGCAACGAAGTACACG
-CAGAAATGCGCGTTATTATGCTGGCGGCGTCTCATGAACAAATCAAAGACGCAACTTTGT
-ATACAACTCATTCCCCTTGCTCACAATGTGCGAAAAATATCGAATTTTGTGTTGCAACAG
-GTATGATTAAGCGTGTAGTATATCTACATAAATACGATCGTGGTGGCATCGAGTGGATAT
-GGCGTCTACAGCAATACGGTGCCGAAGTAGTACAACTTGATCCCGAAGAATTGAATAAAC
-ATTTTCGGATCAAATAACCAATGAGTAAATATATGTCTGAACTGAGTGTAAAAGCATCCT
-TTGAATATGTTCTGATTGAAACCAACGCTAAAGCGGCTGGAACTGAAATTGTATCACCTT
-CTGGTATTGTGACTGGTGTTCGTCAACACGGCGAGGAACCGATCTACGGCACAGTGTTAT
-CATGTGGGCCGGATGTACCGGAAGAATATAAAACCCTGCTTATGGGTAAGCGCGTACCGC
-TTCCTCATGCACAAATGGCAAACGTGCCGGATCCTGAACTGATTGCAGGAAAGGCAACAA
-AAGAAGAAGCTCGCAAGTATCCGGTTAAATATGTAACCGCACACTATAAAGCGATTCAAG
-CAATTTACGAATAAGAGATCCAACATGGCTAAACAAATTCAAGCAATCATCGCCGATACC
-GTCGCAAAATCTAAAAAACTTTTCGACAAAGGCGACATCCTCGAAGCACCGACCCGCATC
-GATGTAATGACTTCAATGATCATTGATGCTCACCAGGGAAAACTAAATTCCCGTGCTTCG
-GAAGTAATGGAATACATCGTACAGTTCGAGGATGTATGCAAATACGCCAAAGCTGTTGAT
-CCGGCTGTTCGCGAAATCTACCGCAAACAGTTCTAAAAATATCGGCCCCTTAGCTCAATA
-GGTAGAGCTAATCACTCATAATGGTTAGGTTCCCGGTTCAAGTCACGGGAGGGGCCACCA
-AACAAGGCAAGGCACTTAGAGAAGCGGGAGGAACAGAATCAGATTCTGTTGGTTGTAGGT
-GCAAATCCTACCCTTGCCACCAAATTAGGGTGCGTAGCGCAATGCCGTTAAATGGTTCGG
-AATATGCAACCTTTCTCACGGAGAAGGCTCTGTTGGTATCCGGTAATAGGTTCCCCGGAA
-TGCGGGGTGAAGTAAAGAAACTCCCAGCCCACTAATTTTAATGAGGTTTATATGAAATTT
-CGTGAAACTGTGAAATACCATAACGCGGTCGAATATACACAGATTTTTGTTGATATGTCT
-CCCGCAAAATTCAAAGAACGTTATGGCATGACATTTAATGAATGGAAAGATGGATTGCCC
-GATGGGGATTACCGAAAAAACTTCAAATTCAGTGAATGTTATGTGGATGATGACCCTTAC
-GATCTGGATGTTTGTAGTAAAACAACACCTCTCATTGAGAATTCACCAGAACAGCTTTAC
-GAATCTTGTATTGATTCTGCATACGAAATTTAAAGAGATAACATGAAAAATTTACAAAAA
-CTGTTTAAAATGTCTCCGGCAATTAGAAAAATCATCGGAGAAAGCAATCCAACGAATCGC
-AATAAAAAATTGATGGAACTTTTTGTAAAAGAGTTCGATGATTTTGATTCTGAACTTCAT
-AAAGCGCTTGAGGCATATTCCAAACAAGGGTTCTTTGCATCGCCGCAAGTGAATAGTAAG
-AAAGAGTATAGCGAACGATTCTTTGATTGGGAGATTGTCAATCTCGTTCGTAGAACAAAT
-ATATCTCCGAGCAATCATCAATTGATTTCTCTTGATACTTCGGTATTCTTTATCCAGTAT
-CTTATCAGTGGTGGTTTCAAAAATCCTGAAATTCCGTTTACAAATGAAGCGGTTAGCAGT
-GAATTTGATGAATCATTTGTATACATCAACACAAACAAATAATCAAATGGCTATCTTCGG
-ATAGCCTTATTTTTGGGGTGTCTATGCGCTTTTTAAAGTATGCAAGTTGGATCGTACTCG
-TCCCTCTTGACATTATTACTGGAGTATTAGCAATTCTGTTTGCCCCGTTTGTTGTACCAT
-TCTACAACGAGAAAACAGGGCATCTTCCTAAAGGCTTCCGGTGGATGGAAACCTTCGATA
-ACCCTATTGATGGTGATGGTGGACATATCCGCCGTTGGGCGTCCATACGCTATCATCTGG
-GGGCTTTTGGGGTGTACATGCAACGTGTTGGCTGGTTGTGGAGAAACAAGGCTTATAACT
-TCGCATATCACGTTTTAGGACGTGAAGCGACAAGCAAATTCAACTGGAAAGGCAACCCAA
-AAACAGAAGGTGGGCCGAACCCTGTAAATCATGGGTATCTGCTCATGTGGAACGAATCAG
-CATGGGGTTTGTACGTTTACAAACCGTGGCTACGGATCCACAAAGTGCAATTCTGTTTGC
-GCGTTTATGCTGGATGGAAGCTGAAACAAGAAGTTAGCGACCCAGTTAACCTGGATCGTG
-CAATGCTGGCGTTTCATTTCAACCCGTTCAGGTATTATGTAATCAAGTAAAGGTAATACA
-ATGAAAGCATTTCAAATTTTAGAAGGTTTGCATACTGGTACGATCTATCTGGAAGAAGGT
-AACGATGTTCGGATCGTAGTATCAAAAACATTAACTATGGATTCTGTGATCGGCAAAGCT
-CGCGTTACTCCGTTTGCAAAGCGTGAGATCGAGATCGAATATCAGCCAACTGTTAAGGTG
-GAAGGTGGACAACATTTAAACGTTAACGTGTTGCGCCGAGAAACTCTCCTGGATGCGGTT
-GAACATCCTGAAAAATACCCACAGTTAACGATCCGTGTTTCTGGTTATGCAGTGCGTTTT
-AACTCACTGACCCCTGAACAGCAACGCGACGTTATCGCCCGAACCTTTACAGAGAGTCTA
-TAATGGCAATTGATGATATCAAGGGTTATAAACCCCATACTGATAAAAAAGTAGAAACGG
-TAAACCGTATCAAAGATGCTGAAAATGCATTAGGTGCAATCCTGGAAGATATCGAACAGC
-GACTATCAAATTCAGATATTGATTCACTGATAGAGGAAGAATTAGATGAGGTGCTTGAAC
-GTATCCATCAAATTCAACTAGCGAAAGACCGACTGAAAGAAGCCTCTATGTGGGCGTGTC
-GTGCGGTGTTTCAGCCTGACGAAAAATATTAAAAATCAAGCCGTTGCCGAAAGGTAGCGG
-CTTTTTCTTTTTTGGTGTAAAAAGTTGTTGACTCCCTTCTCACATTCCCTTATAGTTAAT
-CCCGTAGACAAGAAAACACTTTTATGAGGATGACATTATGAAACGCTCTTACAACATGAA
-TGAACTGGTTTTCTTCAAAACTCGTCGTGAAGCACGTGCTTACGTTCTGGCGGCTGGTAA
-AAATACTTCTGCTGCTATCGATATGGGTACTGATAAAGCTGTTGGTGCTCGTTGGGCCGC
-TGTTATCGTTATCGCTGCTCCGGTTACTCCGGTTAAAACTCTGGTACTTGGTGCGCGTCA
-CGCCGAAACTCTTAACACTGCTGCAAGCGGTAGGGGCCACGAAGTTAAAGTGTTCAAGAA
-GCGTTCTTATCTTTCATGTGCAAGGGGTTAACTATGGCACGATTCATATATAAAGTGGAA
-TACGAAAATACTGAGTTATCTGATACCTTTTTGAAGATGATTCGTGATCACGGGCAACGT
-CTGGAAAGAGTAACGATTGATACTGCGTTTGATTGTCCTGTTGGGTTGGTTCTAACATTA
-TCTTGCAGCCCCGCAAAAGAATCAGCCCGTGTTGAAATGTTACATAAACTAAATGCATTT
-TATGAAGGTGGTAGTGTATGGCGAGTATTGTAAAATTTTTCACCGACTCAGTGAAAGAAA
-TTAAAAGCGCTCTGGAACAATGGAACACTCGTTGTGATGTATCCATTAAATCAGAGTACG
-AAACAACTTATGATCGTTATGATCCGGCCCGTGGTTTGCACAATAACCCCCATGAGGTGG
-AAGTGTGAAATACTACGGATTCAAAACGAGTCATTTTGGTAAAGCGTATCGTACAGAAAA
-CATCGATCGCAAACGTCCGTACTATGATTCTTTAGTACGCGCGGGACGCAAACGCGCTCG
-CCAGGAAGGGAAGAAAGAAGGTGAAGATCGTGGATAATTGGAAAACATGGGTATCAATTA
-TCGTTGGTGTTATCATCGGTCGCGGTTTGTATGATTTAATATTTTCGGCGGGGGTTCATT
-ATGGACATTGGTTCGGGTAGTCAGTACCCATCATGCGCGTTAAGCAACTTCGCTCCGCAT
-CCATTCACGTTTGACGGGGTAGAATGTGCATCAATGGAGGGCTTTTTACAAAGCCTTAAA
-TTCAGCAACCCAGATATGCAAGCCCATGTATGTACTCTGGTAGGCAAGGCCGCAAAGTTC
-AAAGGCAAAAAGAAAAAATGGTGGACTAACCAGACCTTATACTGGAAAGGTATCCCTATT
-CATCGTTCCTCTGAGGCGTATCAAATCCTGATTGAAAACGCATATAATGCATTATTCCTT
-AATGAAGGGTTTCGCCGTGCGTTGGCAGCAACCGGAAAAAGTACCTTGACACATTCAATG
-GGAAAGAATAAAATAAACGAAACTGTACTGACTGAAAGAGAGTTTGTACGCAACTTAACC
-CGATTGAGAGATCTGTTATGAGTGAAAAAGAAAGAGTAGAATGCGTGTTTCTGTTCAAAG
-GCGCGATTAATCCATTAGCGTTACTGTATGCGCAACATGCATTACGTTCAACGTTGATTC
-AGAGTGTTATCTATAAAGCAGGTGTGTATTATGTTACCATCGGCGCAAATAACATGGTTG
-TTATTGAATCCTACGTTAAGGAATGTGCATTAAACGGCGTTGTCTTTGATAAAGTCGATT
-TTGATGCTGGGGTAGATGCTGTTTATATGTATAAGGGTTGATATGAGTTACGTAGTTTAT
-TTCGATTGTTCGGATCTCGATCCGTTCGTGCTTCAACAGGCAAAGAAATATCATCAAGAT
-GTCGTTGGCATTGGTGTAACAAATGATGATATGTTGTGCATCGAATTTGAATATTATCGG
-ACATTTGAGCGTGAACAATTCCTGGGTGAATTGAATGCATTCAAAAGTACCCTTTTCTTT
-GATCGTTATGAGGTTATATCTTGAAACCTGTTATTCTTACCGATATTGACGGGATCGCCG
-TAAAATGGCAAAGCGGCCTCCCGTTCTTTTTGTCTAAGCACAACATGCCTACTGATATTG
-CATTAGAAATGGTTACAGATGAAAAATTTCGTGATATGACCGAAATCTTCGGATGTGATC
-AGCAGTTGGCTAAAATCCTTATGGAAGAATACAATAACAGTTCTTTCATTCGTTATCTGA
-ATGCGTATGATGATGCATTGATTGTGATCAACCGTCTGAAAACGCAGTATGATTTCGTTG
-CCGTTACCGCTCTGGGAACAACACCAACGGCAAGCCTTAACCGAATTGCTAACCTGAATA
-CTCTTTTCCCGTCTGCGTTTAAAGAGGTGATGGTCGTGGGCCACGGTGAAACAAAAACTC
-ATCGTTACCTGGAAGCAAAAGCAAAGTATGGTAATCGTCTGGTTTGCTTTGTTGATGATC
-TCGCGATAAACTTAAACGAATGTCATAACGTCATTAGTCAGTTGCCGTTATTCCATATGT
-TACGTGGTGAACGTGAAGAAACAAATGCACCTCACCAGTTAGTAAAATCGTGGTTTGAAA
-TTGAAGAGAAACTAAATGATCTTGTCAATCCTTAATGAACTTGCGTCTACTCTGAAAACC
-AAAGAGAAAGAAGCAATTTTAAAACGTAATGCCGATAATGAATTATTGAAAGAAGTTTTC
-CGCATTACGTATACAAAACAGATTATGTTTTATGTGCGTCAATTTCCTCTGGTAGAAGGG
-AAACCAGGCACAACACCGCTTTCCGATGCAATCAAAGCATTACTGGAAGATTTAGCAAGC
-CGGAAATATACAGGCAATGCAGCGCGTGATCGTTTACTGGATATTGTATCATCAGTGAAC
-ATTAACGATCGTGAAGTGCTACGCCGTATCATTAACCGCGATCTGGAATGTGGTGCTGGC
-ACAACCTTACCAAACAGGGTATGGAAGAAACTCATTCCTGAACAGCCTCAATGCCTCGCT
-ACGCCGTTTAGTGAAAAGGCTTTACGTCGCATCATTTTCCCTGCTTACTCGCAGCTTAAA
-GCCGATGGTGCGCGTTGCATGGCTGATTTGCTGGAAGCATTAAACCGTAAGGTATCGAGA
-GCGGGTAACGAGTACGAAGGGTTAACTCAGCTTGATATCGATCTGAAAAAGATTCGCGAT
-TATCTGGGATATGATGTAGTTCTGGATGGAGAATTGATTTATGTTCCTTCCGGAACCGTA
-CCAACATTACCTGAACCTGAAACAGACATGCCTTTTTCTTTATCTGCTTTCATGGACGAT
-GATGATAACGACATTGCGTTATTTGCGGAAGAAGTTCGCAAAGTATCGTCCCCAGAAGAA
-GAACAGGCCGAAGCAAAACGCGAAGAAGGGAACGGGATCGTAAACAAATCTCTGAAAGGG
-ACGATCACCGAAGAAGAACAGCGAAACATTGTTTATGTTGTTTGGGATATTATTCCATAT
-GAGGTGTATTACGGCGAAGCTGAAAGTGTTCAGACTTATGATGAGCGGTTTAGCCTGTTG
-CGTGATATCCTCCTGGATCTTTCTCTGCCTTCTGTTCGTTTGATTCAGTCTAAGCTGGTT
-AATAACATTGCAGAAGCGAAGCAGGACTATAACAATTACCGCAATGACGGTAAAGAAGGT
-TCTATTCTCAAAAACAGAAACTTCAAATGGAAAGATTCGCGAGTAGCCGATCAGGTTAAG
-CTGAAAAACAAAACCCCGATTGAACTACGGATCATTGATATCTACGCGCACACTAAAGAA
-GACCATAAGGTCGGCGGGTTTGTGGTGGAAGATTTATCCGGAATGGCTCGAACGAATACC
-GGATCTGGGTTAACTGATACCGATTATCGTTACGATGATGATGGTATTACCCGTGTATAC
-ATTCCATTAGATGAACGTGGTGAACTGGATCGCGAATACATCATGGCGCATAAAGATGAA
-TACATTGGGGCCATTGTAGAAATGGAAGTTGACGGCCTCCAGAAGTCGAAAACGCGTAAG
-AAAGGGGAACCGGAATACAGTTTCTTCCTTCCTATTATCAAGAAGATAAGACGCGATAAG
-ACCGAACCCGACGATATTCATGTTGTCTTTGCAGATCTATTTTAATAAAAAGCCCTTGAC
-TCCGGTCGGGGGCTTTGTTATATTGGGCCTATCGAAACGTAAATCACTAAGAGAATATAT
-TATGACTAGTAGTTATCAGAAACACAAAACCCTTATGGCAAACCTGTCCGGTAAACATAT
-CGACGAAGTAAAATCTCTGCTGACAGTGACCGAAGGTTCCCGATTCGAAACAAATCACAT
-TATCAAACCTTCTGTGAAGAAAGTACTGAAAGTGATTTACCGACATCCGGTGTATCAGTG
-CGTTCATATCATGAACAGCAACGCATTTATTTTCGTATATAACGAATCCGATGATAAGTG
-TGTTGGTATTTTCCGAAAACCTAACTTTGAATGCATGAGCGAAGCGGCTGTTGCAACCCC
-GATCGTTGAAGAATATCCGGATTATGTTCAACGCAACATGCGTTATGTGCAATCCCGACT
-TGATTATGCATACGATTTCAATTCTGACGCGGTAGAAGCGCTGGCGGATATCCTTTGCAA
-AAACCAGAAAGATCGTCAAATGACAAAATATCTGACTGATCCAACACCGCCAACAATTCG
-AATTTCTGTTGAAGTTCCGTTTGAAAATCATTTCATGGCAGTTGAAGCGCTTGCTAAACT
-TGGTTTAGAAGTGAAAACAGAAGCCGTTTAATAGCACTTTTTGTTAAAGAAGCCTCTTGC
-AATGCAGGGGGCTTTTTTGTATAGTGTGTTCATTGAAACGAAACACGGAGATAAACAAAA
-TGGCTCACATGATGAAGAAAGCAGAATTCCTTAACCTGGTTAAAGATTGCGGATTCGCTC
-ACTTGAAAACTTTTCGTGGTAGTGTTTACCTCTATGACCGCGAAATCCAGGTTGCCGAAG
-TCTATTGCGCTTCTAACATGCAAGAATCTGGCATTATCTCTGCAATGAACCAATCAATCA
-AATACCGTAAATGGATGGGCTGATTATGAAAGTTAACGTTTCTTATGAATCTCGCGTTAA
-TGGCGCACAGTGGCGGAAGCTGGATAACGGACAAGTGGAAAGGCGCTTACCTGGTTCCGA
-TGAGTGGACACTTGCGGCAGTGTTGGAAACCGAAATCGATCTGGCAACAAAAGACGGTAT
-TTTGTTTGAGGTGAAGAAATGATCACACTCAGTGATTATCTTCTGTTTACTGCTCTTTGG
-GCGGCTTCGATATTCATAACTGCTTTGATTTACAATAAACGTGATGATTTTGGGTTGTGG
-GTATTCATTCACGGGTTTCCTCTGTCTATGTGGATCGTGATGACTGCTGAAATTCTCCAT
-TAATAGCACTTTTTGCTAAAACTATCTTGTTCTTGTTTGGTATATTGTGTTCATCGAAAC
-GAAACAGACAAAAGGAACATCACATGAACTTCATCGATATCAACAAAGATTTAGAAGGTA
-AAAACATCAAACTCGTTAACCGTGAAATGTTAGAGAGTCTTGGTAATGGCGGCGAAAAAT
-TCAGTGAAGAATTCTATAACAATTTATCGTTGATGACTGTTAAACGCGTTGATGTTCAGG
-GTGGTTCTGGTTGGGTTTCTGCAATTCCGGTTTCCCTGGTAGATCAAGCAACATATGACC
-CAGTTGCCGATTCATGGGATCTAGAAATGCCGTTGGTATTCGAAGAAGTCATGAAGTGCT
-ACGAAATCGCATAAGGGTATTATTATGAATAGCGGAAAATTACAAATGAAAGTTAGCGAA
-GAAGAAGTTAAAGAGCGGTTATCGGTAGCAAGAAGATTCCTTGAATCTATCGACCCTGAT
-AAACTTGGAAAATGCCCTGATACGATTTGCCTTAATTGTGGGCGTTCTGTTCTTGTTGGT
-AAGTGTTGCGATAATCCAAATATAGTTGTGATGGAAAAGGAACAAGTATCCCCCGAAACA
-TGGGATCAGATCCAGGAAATCATTAAAAACCCTCCAGCGCCAACCAAGAAATTACGTGAA
-TTGATGACAAGGAAAATGAAATATGAGCAAATTTAAATTGAGTGCAACCGTTCGCCTTAT
-TCGTTGGAATGGTGAAGAGATCCGTTATGATGACCCTGAATTCGCCCATGAAATTCTTTC
-ACATCGTCTGGGATTGAAAAACGCGTCATTGGTTCAGACTGTTAAAACATCAGCAGATCC
-GGAAATTTGGCGTTGTGTTATCCTGGATCTCGATAACAACATTGACTATGATGATCCTAA
-GAACTATCCGCTTCTGGAAGCACAAGTTGAGAATGCTCCAGAAGACAGACAGTGTTTTTT
-GGTTGAGTTACCACGCGAACATTACGAAAACATCATAAAGGCCCGTAAAAAGGTCAATAA
-CAATGTTTTCGATCTCCACCTCGGATTGTTTGAGGATTAAGTACTGCTAGTTGTGTTCGT
-AGTAGCGGCGCTGGTAGGTTCCCCCACCTGTATACATTCAAGTGTTTGCAGGTGGAAATC
-TTTTGATACGTCTCGAACACATTCAACAATCAGATATTTTCCTGCATACTCTTCCCCAAA
-TACCTCAATGATTGTCCCTACCTTAACATCTAAACGACCCTGCTTTATATCGAATCGGAT
-CCGGCGTTCATAGCTGGATAGCAATTGCATTTTAGAAGCCTGGAACGGTTTACCTTCTGA
-ATCTGGGTTCTGAAAGTTGGTATCATAGATTGCATTACGGTTTGTGAAGATCCATGTATT
-CTCTGTGTCTGTATCAGCCAGTATATCACCGTACATCTTTTTATCAGTCAATGACAGACT
-AAAGAAACTGGCGTCTTTAAACAGCGTTGTGTTATCCTTATGGGTAATGTACTGGGCTTC
-TGTGAATATGACAGTATCCCCAACAAACACGTTATCAACGTTAAATTTGTATGCTGGGAT
-CGGTGTCTGGGCCAGAATGTCAGTTGAACTTTTAAGGAAAATACCGGAACCATCTTCCCA
-CAGATAACAGAAGTCAGAAGAAACTACACTTTGCCCGTTGTCCCTGATATAATCAAATAT
-ATCCTGATATGTACCATTTAGACATCCAGGAGGGATACGTATGTTACCGCCGACAACTTC
-GGGGGTAAGTAGTTTCATTTTGCTATACAGTGCCGTCATACACTCTGTAATCGTCTGTAC
-GGCGTTGTTACTAAATGAACGGGCAAACTTACGTCTGAACGTTTTATGCAGCGGAGAGAG
-GTTCATACGCAGCACAGAACGGTTCTTATCGTCAGTATCTACGTTAGAGTAAAGCAATCC
-GTAATAATGTTGTTCCTGTGTACCGTTATACTGGAAAGATACCTGTATGATCGGCTGGAT
-AAGTTGCTGATAGATTAACTGTGCGTCGTATATCTGCATCAGCGTTTCCGATGAGCCGTT
-AATCATCGTCTTTTCACTAAACGAGACAAGAGCGGGTAGCAATTCAGTATATGCGTTATC
-AATGTATTTTTCGTATGATGTATATAATTTAATCGATGTGACTCGATTGACGATTTTTTC
-AGCCATAAAAATCCCTCCTAATATATCCTATTTACTAAATAGTAAATAATGACCCAGGTT
-CAATTTGAGGCAATAATGAAAAATAAAACTCTTGATAAATTTATGACTACACGGCTTGAA
-ATCAAGAAGACTAACGTTAAAACCGTTCATCTTCCGGATGGAACAGCCATTGAGATCCCT
-AAGATGTCGTATCGTCATTTTGTAAAGATTAAGACTCTGAAAGATGACCCAGTTGCGATC
-ATGCGATTCATCATTGATGACATCAAACCGCGTGAACTGACAGCAGCGGAAATTGAATTT
-GTGTTGATCCATATGTATGCACACAATAACGCTGATTATGCCAATACGCTTAAAGAAATT
-GGGCTAAATCTTGATGACCTCAAAATCTCCGAACCTTGCTATGATTTTACGTTTGACAAC
-GTGCGGTTAGTCTTTGACAAACCCAGCCTGTTAAATGCTCACCTTCCGTTCCTCATCAAA
-GAGGCATATGTTGACGGTAAGCCAGTAGAATTAACTGAGGATAAACGAGACGAATTAATT
-AATTGCCTGTACCGATTCGAATATGATCAGGTATCGCGTGGTGTCCTCCAGGAAGTATAC
-ATTATCCATGAGGGGAAAACCATCAAAGGGCTTAACATCATTGGTGAATGATAATGGCTA
-ACTCTTATTTCAACGAAGAACAAAAGAAAAAGTTTCTGAACAGAAACAGCAACAAACAAC
-CAGCGGTCACCAAAGTAACAGCCTCCCTTGATGCTGAAAGCGCCCGTGACCTAAAGGAAA
-TCAACGATAACACCCTTGAAAGTGCAATCAATACTCTTGATATCAAAGAAGGGTTGAAAT
-CGTTCGAAGAAAAATTCCGTGACAAATTCGCGGGGTTCAAAGAACAATACGAAGAGGATA
-AAAAGGAATCATTAGCCGAACAACTACCTGATTTCGTCGGCCCGATCCGTCCTATATCCT
-TAACCGATGATAACTCAAAAACTGTTGACAATACAGTAAACGTTAACCAAAATGGTCAGT
-TCGGTAAACTGGAAGAAAACACCGAATCTATTTTTCATGCTATTAACAAACTTGTTGATT
-TATATGAAAATACTGATAAGCATAAGCCGCTTCCTGAACCAGTGGAAGAACCTGATCCGT
-ATGTAGACACTAAGAAAAAACGCATCAATGATGATGACAAAAGAAGCAAAACTCTGGATA
-GTATTGCTAAAAGTCTGGTTTCTATTAAAGGTTTTACATCGCAGATCCTTAGCCGTTTCA
-TTGGTTACTCTCTGGAAGCAATGGCAAAGTTTGCTAAATGGACGCTCCTTATTGGTTCGT
-TAATCTTTACATTCGATGTGTTGCGCGTCACAATACGCAAATGGTTCGAAGATATCCTGA
-AAGAAGGGGAATCCTCAAAGAAACTATTTGGTACATATCTGGGTAACGTAAAGGCTATCG
-TAACAAAGATCGAAGAAGGTTTGAACAACTTCAATATGAACAACTTAGGCGAATCACTTC
-GTGATTTGTTCGTTGAGCCTATGAAGTTGTTGGGGCAAACTGTACAAACGGCAATCACTG
-AGGGTATCGGTCGTCTTATTCAATCATTGGGTGAATCAACTGGCATAGACAGCATTACCA
-ATGCCGGACGCGGAATGCAGATCACCGCTTTACGTGATAAACAGAAATTTGGTCTTGAAT
-TGACTAAAGAAGATATTCTTATGATCAAGAAACAGGAACTAGAAGACCAAAAAGCGGCAT
-TAGAAAAAGAAGATAAAGCTATTGCAGCACGTCATGCATTAACAATAACTCCTTCTCAAA
-TTCCTAATGGTTCTATCTATAAAGTTGCTCCTACTGATTATCAAGAAAGAAATCAGAAAA
-CCGTAGATGCTGATAAAGAACGGCTTGATAATATGAAGAAAGCAACGGAAGAAATGCAGA
-AACAATACGATTTAGCTAAAAGCAGCGAAGAGGAAGCACAAAAATTAGCCGATGAGGAAA
-ACAAACGCAACCGCGCACGTATAGAAGAAGCAAAAAGGTTAGAACAAGCGAGGAAGGAAG
-GAAAACAGCCGCCAGAAGGTGAAGAGAAAAAGGGTGATGATCTGTTGGGTAAAGCAACCA
-ACTATGCTAACTCTGAAAATCTGGATGCAGCCGATATCAAATACATTAACGATGAACTGT
-TGGATCAGCTTGAAAAACGTCGTAATGAAGGCAATCTGGACGATGTACAGAAGGATAGAA
-TCTCTGACCTTATCGAGCAATTGCAAAACAAGATTGCAGCCCGTACAGAATCCAGCGCCC
-CGATCGACGCACAGCCACCGTTAGCAGCAAATAAACCGGATGCTGATAAAGCAAGCAACA
-TTCAGGTTAACAACAAAACTGTTAACAACAACGTAACTCATTCAGTACAACGCACAGAGC
-ATAAACCGCTCGTAGCGCTGGCATAAGGAACATATAATGAAGTTTTCTATTATTGATGAC
-AGTATAAACACTCTCAAAAATATTAAAAATCGCGGTATCCCCTCTGGGGGTGCCGCAATC
-ACAGAATCAGTATTAAAGCAAACTATCGTTACCGCCGAATTTCCGGCCCAACGTGCAGCA
-GGTATCGATAACGCTTATAATGCTTCGAGTCTGTATAATAACGGCCTTCTGTTCACTGCA
-TATGATTTTAATGGTGTTGGTAGTAAAGACAACTATCGTTCATTACGTCAGGCAGCACAG
-AACCCAAAACAAATACTATCATCTGCGACTGGTAATGTTAAGTACAAACAAGTGTTGAAT
-AGTTCTATTGGTACTATGGAACCTGTTTGCCAGATCCTGCTACCGCGAAGCCTGAACGAT
-AACGAAGTAAACAGCCACCGCTATCAAGATGCAAACGATAGTTTCTTAACCAAAGGGTTG
-AGCCGTGTTGTTTCAAACATGGTATGGGGCGCTGTAGAATCCGTTTCAGGCGGTATTATG
-GCAGACCGAAGAGAAGCCCTTGATGTTGGTACTAAAGCCGCTTTCCAGGGTTCTGACAAG
-CGAACAAAGATGTATTACAATACATTCGTGATCGAAAGCCGTAATGATTTGCTGGAACTG
-ATTAAAATCTACTATCTGTTTACTGTTCTGGGATATGGTACAACTTCTGGCGGTACTGCT
-AAAGAGGTTGCTGCATTGGTTAAACAGTATTACGGTGTTCTGGGTGCTAAAACCGCTAAC
-GCAATTAGCCCTTCCAGTAACCCAGTAACAGCGTCAGATTTTGATAATAGTCTGGGTAAT
-GACGTGGTTGATTTCATTTCAAACGTAGAGGTTATTAAATCGCCTCCTGTCTGGTTTATT
-CGTGATTTCCAGTCTGGGGATTCCTTGCGTTTACCTCATTCAACCTTTGGGCCAGCAGGT
-ATTACCAGTGTTCGCTTTGGTCGTTCTATTGATAATATTGTAAATACATTAAGAGAATCA
-CCAAATACCCCGATCTCACTTGAGGTCGAAATTCAATTTATGGAACTGATCGATATGCGT
-CAGGATTCTATTTTTGATACAAATTACTAAGGAGATATGATGTTTTACAACGTAGATGAA
-TTTTTATCAGGTATGGCTAATCGCGATTTTCAGCGTAGCAACCTGTTTAGCGTTGTATTT
-GCAACCAGCCCTGCATCACGTATCCTTGACAACACGATCGGTAGTATTCGAGATACTTTG
-ATTGATGGATCTATTAGTTCTATCAACGCAAACAACCCGAACGAATTCATTAATGCTATC
-ACTGGCGGTGTGAGTAAATTGTTTAGTTACACCGTCGATAAGGCGATTATGTCGCTGAAC
-AAAACAGGATTTAGCAAAATCATCGGGGCAATTAGCCCCCGCTTGATTACTTCCCTGTTT
-GGTGATAGCATGTATGGACAGTTGTTAGCTGAATTCCGTGATAAAATGATGTATAATATG
-GGTTTAAGCATCATGGGAGTTAACCTCCCCGGTAAATCCATTGGGTACGAATACGTTTAT
-AATGGTGGCGTACCTCAAATCAGATTCACTCGCCCTGAGAATGGGGAATTGTCGCTGACG
-TTCCGCACCGATTCAGAAGCCCGTAACCTGAAAATCTTTAACGAATGGATTTCCGCTATT
-CGCGATGATGTAACAGGACAATACGCCTTCATTGATGAAGTGACAAGTACTATTCAGGTT
-AACTTACACGATCGTGATGGTTCACCGCATACAACATACGTATTTCAGAAGTGCTTGCCC
-GTCAAAATCAGTAACAGTGAATTGAGCTATGAGAACAACAACGAAATCTGGACATTTACT
-GTTGATTTTGCCTATAAAACATCATGGGTTGTTGAGGCTGATAAAGAAGGCTGGGAAGGG
-TTCAAACAATCCGTAGAGGAAGGTTTAGCCATTGCAGCACGTACCGCAATTACAGGACAA
-TAAAGGGGCTACGGCCCCTTTTGAGGATCTTATGTTTGATATTATTCGAGTAACATTACC
-ATCAGGGATCAAACGATTCCCTATGTTTACAGTTAAAGACCAGTTTAAATTAATGCTGAC
-CCGTATTGATATGGAAGGTCGGCCCCTTAAAGAGCAACAGGAAATACTGGATGAAGTGCT
-GGATCTGCTTTATCCTGGGTATTCCAAAACAGAACAGGAATACATTTTCAGCCGGGTGTA
-TTGTGGTTCGTTCGGTAAAAACGTTATCAAGGTTGTGATAGGCGGTAAAGGTGGGGGCCA
-CTCCGAAGCCTTCATGGTGATTAATGATATTCAACTAGAAAATGAATACAAGTTGAATGA
-TGAAATCACATTAGGGTTTAACTTCCCCCGTACACGCAATACAAGCGAAGAGTTGTTTCT
-TGAATGTATCAGTTATGTAATATACAACGAACAGCGCTATGAATGGACATCACTAACCGA
-AGAAACGAAAGAGAATATTCTTGATATAGTCGAACTTGATGATGTCGAAAAAATAGTTAC
-TATGCTAACGAAATCGGTTGATGTGTCTATGCGCGGTAAATCATTTAGTGGTATGTTAAC
-CCTGTTCAAGATCCTGTTTAGTCGCGGGGATCTGGATGAATTTGTGAAGACCAACTATCT
-GCTAAATAAAAACGGCCTGAACCTGGAACCTATCATGAATAGTAGCCCGATGGAAAGGCA
-AATTTATACTGCATTGCTTGCAGAAGACTTGAAAAAACAAGGTGCTGTTAAATGAGAAAG
-CATGAATATAAACACGTTGAGAAATATAATGTTGATTATCGTCCTCTGACACATACAGAG
-TTTACCCCCGATGCAGATTTTATCAAAGGGGATGTTTACCTGTATCAAAGAGAATATCTT
-TTCATTCTGGCACTTCTGGAAAGTAAAAATATTGATACCCGTCAACTGTTCATCAACTGT
-GAAGAATGTCAGGAAAGAATTGAATTCCAGCTTAAACGCAATCAAATAATGGTTGAAGAT
-TTCGACGATAAGCTATACGGCAATGACGGGATCGCGTTATCTGTTCACCCTCGTAAGACT
-GGTGATGAAGAGATCCCCGATCTTATCGATTACGTAATGATAGACGGCGAACAGATCATG
-TGGAGTGATTGCAGCGACAAAGATAAAGAAATGGTGTTGGATGCAATCGACTATGCAACC
-TATAAATCGATTTCTACCGCCCTGGATAAGCCAGCAGTGGTCGCAAACATTCCGGTAAGG
-TGTTCGTGTGGACATAGCCATATCGTCTCTCTGAGAGGCTTACAGCAATTTTTAAAGGTG
-GTCTAAATGGGTGTAAATCTGAGGTTGCTATATAGCGATATAGAACCTAACATGCAACGA
-GATTGGAATAATGACGTAGCGGCCTCAAAAGGGGCCGCAGCAGTGAGAAATAGTTTGATT
-GGTATCGTAACCACGATCAAGGGTACACGTCCATTTGATAGTAACTTTGGTTGTGCTATT
-AGTGATATGCTGTTTGAGAACATGAACCCTCTGACAGCGGAATCAATTAGAACTTCTATC
-GTATCTGCGATCCGGACATATGAGCCTAGAGTATATAATCTTTCTGTTGAAGTTATTCCA
-CAGTATGATGATAACTCAGTAACAGTAACCATCTATTACAGCATCATTGATGACCCGGAT
-GACGTAGAGCAAATCAAACTACAGCTTTCCGCATCATAACAAAAAGCCCCTTCCTTTCGG
-TTGGGGCTTTCTTTTAGAATTCAATGAATCCCATTAGTGTTTGATATCGCAATTCAAACG
-GGGAGATATAACTTTGCATCTGGTTTTGATCGGATACGATGTAATAATACACCTCATCAT
-TATCATCATATAGCGCTTCTTTGATGATGCAATAACGATCGGTTTCCACGTTCACATAAA
-GAGTATCCATGTACTTTGTAACTTTGGAACCCTGTGAACTGATTTCACGAATAGCGTTAT
-CTATGAAAAGCGACAATGCTTGCATGAAGTTATCAAACTCACCATATTCACAGCCCATAA
-TAGAAATTGCAGTGTATTGGTGCCAGCCTTTGATTGTGTCTCCACGGCGGATCCATCCAA
-TTTGTCTACCCCCGATAGATACACACCACACTTTACCAACGGGACTATAGAACCGCACAA
-CTTCTTTTAATAACAGGGACATGATCCCACATTTTGTATAAGGATTCATTTCAACCTCAT
-TTCATATCAAGTAGCCAGGAAGGGCTAGTTTCAAGCGAAATTGCAGTATATTCGTATTTT
-ACAGTATAACCTTTGAAACCGAAAGGAATGACTGCATTTTCATTGAGATATTTTACTTTA
-TGCTTTGCTTCTTCTTCATTCAGAGCAGCACAGACTGTTGTTTGTTCAACGTTACCAGCA
-GGAGAAGTAAATTTTTCAATGATAATGTATACGCAGTTCATCCTATTGCCCTCTTTCCAT
-TTTTTCAAGTTTCAGTGTATCCACTTGTAGTTGAAGTTTAAGAATACAACCTTTCGATAT
-GTTATACAAGTAGTCACTAACGATTTTTGACTTTACCTGATCGTAATCAGAAGATAACGT
-AATCCAATCATACATCGTTTGGTATGATGGAAGATACGTACATTGTTCTTCTTTTGATAA
-CGCTTTAAATGATTGGTAATCGGTTGGAGGTTCCGAAGCAATTGCGGTTGTGGTCATAAG
-ACTAAGTGCAAGTAGTAGATATTTCATAATGTATTCCTCATTGTTTTCGATAGAACCAAT
-ATAGCAAAAAGCCCCGACCGAAGTCAAGGGCTTTTTCATCAATGCAAGAAAGATTTCACG
-TACTGTTCGATCTTTTCACGACATGTATCAACTGAGGTGCTTTCCGCAATTACGGCATGA
-CATAACGCCTCGCCTCCGACCCAGAAACTCATCATGTACTGAATATCACGACCTTCCATT
-TCTTTTTGATGCGCTTTGATTCGATCGAAAGCGTTTTCGATTGTTTCAGTAGCAGTAAGC
-ATTTCGGATTCCCCGTCAACCTCCGCCAGTTCCCCATCGATCATTTCGCTTTCGACTTCT
-TCCCAGTATACTATCGTTATCATGCATTACCCCAGTGGTTAACCGTCGTAATCCCCGCCA
-CAATTCACATCGCCTTCAATGAACAGTTCGCGGTTATCACGTAATAAATTATACTTTCTT
-TCGAGTTCAGGCCCGAACGCGTCGGCGTCTTCATACCAGCTATAATTGTATCTTCCGCAT
-TCATCATCATATTCTGGTTCATCACCGCGCTCGTTGAAGTGAACAATTTTAATATCGTCC
-ATCCCCAGTTCTTTCAGCTTATCCCAGATATACGAAATCTCAACGCTATGGGAACCGAAC
-GCTTCCAGTGAGATCGTACCGTCGCTATCGACTTGAGGAACACCCCACTTCGAACGAGTA
-TCATCGGTGATCATATCTATTAATGACTCAATATTATTCTCACCGTAGATATCAGCAACT
-TCCTTTTCTTTACCAGGGCGAACAAGTCCGATCCCGATAATAAAGCTACTGCTTGAGCTA
-TTGCTCACAAACCCAGAACGAATTTTCATCGCATCACCATATTACCAATCATGAATAGAG
-GGATTAGCGCGAAGACGATACCCCATAGAATGACCTTATCTTCACGACGGTCACACCCAT
-AATAGATAACACCTCCAGCGAAAATCAATACAACAACTGAAACGAACGCGAATAAATAAA
-TCATTTGCAGGTATCCATTCTCATAGAAACTTCTTTCAGGATCTTATTCAGATCGTGAAG
-CGCATCTTTTACGTTACCTTCGTTATAGGTAAGCATATCCTGGTACAGCCCTTTCAAGCA
-ACGATTGATTACATATGCTTTTTCAGAAGGTAACATTGTACCAGAGCGATTATAATCTCT
-GAAAATGTCCATCATCGTGCCGTTGTTACCAGGTAATGACGGGTTGAAGTTAACCATACC
-GGACATCAAACTATCAACATACACAACTGTTGTGTTATCAGAACGATACGCGCCACCAAC
-TTTAAACCAGTTGCTGAACACATACGGAGATTCCCGCACTTCGCTCAAATCGGTTCCGAT
-TTCATCGATGTTTACACGAATGTTGTTAAAATACACCGATTCATCAATAGAACCATGACG
-CCATAAGATAGCACCATTGTTATTTTTGAATCCGACTACATCAACCTGCCAGCCGTTATC
-TGTTAACCGGACATCATCAACGACGATGAAATCAGGTAGCTGTGAATGAAAGCCGATGTT
-TTCAGGACGGGAATTACGAAACCCATCACGATTGGAGAAATAAAGGATGTCGCCTTGATT
-CAGTTCGCATATATTCATAAGATTTTTAAAGTCCAATTCAAGTAATTCCACAAGTCACCT
-CAAAGCCCCCTTTCGGGGGCGAGATCTCATTAGAGTTTAACTTCTTTTTCTTCCAGAACG
-ATTGTGCAATCAAATTTCACATCTTTCCAGAATTCCGCTGCAACGATATCTGTTGCGGTA
-ACGCTTACGCTGGTTTCTTCGAAATCCAGATCCGCAAACCATGCGTGTCCGACGACAATA
-CCGTACATTACACGACTCAGGCGATTATTAAGGGCGCGAACCTCTTTAATAGTTTCCTTT
-GTCTGCTTATCAAGATACTCGATCAGGTCATTCTTGTCAAGCGCTTCGATCTCTTTAGAT
-ACGGTATCGTAAGCCCACAGAATGATCAGGTCGCCATTGTTGAGTTTCTTCTTACCTTCG
-GCGCGTTTTGCAACGGTAGCCGCAACAGCCGGAAGTGATGAAACGCCTTTGATTTTCACG
-TTCAGTTCTTTCGACATGTAAACATCAGTCGATTCTGTGCGCTCAACCTTCGGAGAGAAG
-CCGTAATCACGGATCCCTTGCTCAGACAACCATTCACCAGCCGCCTCACCAAAGCGCTGT
-TTAAGCCCTTCTGCGTTGCGTAAACCAATCGCGTTATCACGGAAGAACTTCATTACCTTC
-TGACGGCCTTTCAGGATTTCCAGACGGACGTTATCAGCAACAAATTCCTTACCAGAAATA
-CCGCGAGTCATCGAACGGTTAACCAGAGGCAGAGAAGTAAAGTCAACCAGTACAGACATA
-CGGTCTTCACCAATTTTAGCCAGCGGTTTGATAGTCAGACCAGAAGCACGTAAGTTTTTC
-AGAGTCGGAATATCGGTTTCCAGCGGAAGTACCTTAACGTTCACGATACCATCTTTAACA
-ATGGTAAAGTTACGCACTTGTTTGGTTTCTACTTTTTCCGGCAATCCAAACTCTTTTTGT
-TTGCTTTCCGGAATGGTTACATAACCTTGCAGATCCGTATTGATGGAAATGTTCGGACGG
-GAACTGTTACCCACCAGGTGTTTCACTGCAACTTTCGTTGTGGTTTGGGTAAATTCCGGT
-TTCCATACTTCATGCGCTACCAGTTGCGCCGCCAGTGCTTTACGTTCTTCCGGAGTAGAA
-GCGTTTGCAATCTGTTCTGACAGTTTATCCAGAGTATCATCATCTTTCTGGACAGTCTGA
-CGGCCTGTACGATTGTACGCCCAGTGTTCAGAAGACAGGTCGATCACGGTGTCGGTTTCT
-GCCAACAGTTCGAGAGCATCAACCAAAGTAAACGCGTTTTCATCAGGAACCATGTTGTAA
-TCAACACCATCCATCAGACGTTTAGCCGGATCAACAACCGCTTCGGAGATCATATCTTTA
-GCGTTGGAATAATCCTGTTTGGTAAAGCAGTTATCGTATGCTTTAATCAGGCGCACATCA
-CCCAGTTTTTTCAGAACTTTCCATGCCAGATCTGGATTCATGGTATGAAGCGCATGATAC
-AGAACCACATACAGAACCTGTTCGCCTTCTGCTGTTGCCGGATCGAAGCCGTCAACGTCA
-TTGATCGCGTTTTCACCCAGCGCCCAAATGTTTTTGATATGTTCCGGAACCAGAACAACA
-CCATTTGCAGCATTCAGGACATACACACGGCCTTCATCCAGGTAGATCGCATGAGTTGCA
-TCGCCAACTTTGACTTCAACACGTGCGGAGGTTTGCGCGGTAATGATTTCATCAAATGCA
-GGTACATACGCATCAAACCCTTCAACGAATTTGTGTAATGCGTTGGTTGCTTCCGCCATT
-TTTTCCAGCAGAGGACGGTTTACATAATAACCATATTCCAGGAAAGCAATGTTGTTAAAC
-GTCAACGGCAGAGTAGAACACGCTTTCAGGATATCATCAGTACGCCAGCAGTTATCATAA
-CCATCAGTCAGGAAGATCAGACTGTTCAGATTGCCATTATCCGCTTGCAGATCGGTAGCG
-ACTTCAACCGCCAGTTGCAGAGGTTCAACGAAGCCAGTACATCCGGTCGGACGCAGATAA
-CGATCGATAGCATCATTGATTTTGCTCAGGTCGGATACAGAGCTAACCTTTTCGCCCACG
-AATACAGAACCGAACTGACCACGGCTGGAGAAATACAGAATAGATACGGTATCATCCTGC
-TTAACCAGCGTTGCCAGGTTGTTTTTCAGGTGCTGACGAATGCGCGGGAGTTCGTTATAC
-ATCGATCCGGATACGTCACAAACAAAAACGTGGTTAGTCGGGGTTGGTTTGGCTACGGCG
-TTTTTGAATTCAATGTTAGTGATCATAATTTTCTCATTTATAGGTAAATTTGATTAAAAT
-TTCGTTTACTTTTTTGCTAATAATATCTAATGCATCATCGCATCCAAACTTACTACTCAA
-CAATGAAACAAAATCATCCATCGTTGTTGTTTGAGACTCGCCAACGTCAAAAGACAGAGC
-GTAGGCAACAGGATTTTTAATCCTTACGATTTGAATAGTATACTCATTCAGGTCAAACCG
-TTCAAGATATTTTCGCAAAGAAAATAAATCAATCGGTACTGGTAGAGTTTGACTAAACGT
-TATTTCTTCCCCCAGTTGATAGGGGGGCATTTTTACACAGATTTCGTATTCCATCAGTGA
-TGACTCGTCATAGTGTGTTCCAGGTTACGGAAAATTTGCCCGTGTTCAAGCTGGGATTGA
-AATTCTCCGCATTCATCAGAGTAAGTAAATTCATAAATGAATACACCGTTCTGATTGCCA
-AATTTAGCGTTGTACTCTTCATACAGCCACATTTTGATCAGAGCGTCTTTCTCTTCTGTT
-TCCAGATCATACCAGTCACGCCCATCATAAGCAAGCGCAATTTGCGGATTAGACCGATAT
-CGAGTTTCGGCGCTATCTTCGGTTTCCCATTCATAACGCTTATCATCATAGTATGATTCG
-AAGCTATTTCCCATATGACCGCCCAGGTCGCGGTGTACCTGCTGTACAACTTCTTCCGCT
-GTCGGGCAAGTCATCCAGCTATAACCACAGTTAGGAACACAATCACCCATCATTTCGCGG
-AGATTGTTGATATCAGTCGGATCCTTCGGGAACCGGACGATGAAACTACTTGATGAACTA
-TTGCTCACAAAACCAGATCGGATTTTCATTATAATTTCTCCCAACGTTCAGCATTTTTAA
-CCTTCATCTTTCACTTCCTTCATGTTTTTCATAACTTCTTCAAAAGTTACAGGGATCTCG
-TTGTACTGTTGCGATTCTTCATCCCATACATCGCGATGCCCGAATGTCGAACTTTTTGCA
-ATGAGTTTTTCATTTTCCCATACATCAATAGTAACATGATCGCCAAGATAAGGGAAATTA
-GGAACTTTGTTCAGCGCATCAACACAGTTTTGCAATGATTCAGAAACATGAACAATTTCA
-GTGAATTCATAATCAGCACTATAATAAGCTACGTAAATCATCACCACCCCCTAACGATGC
-TAATCAACAGTAACCCCAGGATCCAGAACACAGCAACCGCACAAATACGGGCCATTACTA
-CATTTCCGCGACTAGTCCACTCCGCACTAAGGAACAAGAGAACAAACGTTAACGCGTATA
-AAACCATTTCAATAACTTCGGTAATCATATAAACCTCACGAAAAAGCCCCTTTCGGGGCT
-TGATTAATCAATGTCCGAACACACCACGAATAGACTCTGCGAATGCATACAGTTCAGGGT
-TTTTAGCTTTCACTGTTTCGATTTGCTCCAGAATATAATCTGGTTTATATTTCGCACCGA
-ACCAGCAGTAAGAGAAAGAACGATCCCACATGAACACGTTATAGTATTCACCGTTGCGAA
-CTTCAACCATCACATAACCAGGATTAGAACCCAGCGGATAATCTTTCAGAAGATTGAATT
-TCGCGCCAGCACCAGTACATCCGTTAAACAGGTCATTAAAAGTCATGGTATGTTCCTTTT
-GTCAGTTTCGTTTCAACAAGGACACTATACTATTCTTCTTTAGCCTGTGCAAGCGCTTTT
-TTGATTTGTTTTGCTATGGCTTCAATCACTGGGATGGAAACTGAATTCCCAGCCTGTTTG
-TAAGCCTGTATTTTGCTTTCAGGGATGATAAACGAATCCGGAAATCCTTGTAACCTAAAA
-CATTCTCGCGGGCTTAATCTTCTAGGGTTCTTACCTTCCTGCAATACCAGACATTGAACA
-CCATCCTTTCCATATTGGGCTGTTATCGTCCCAGTACACACAGAATCAACTGTAACGGCC
-TGATAGCCAAACCCCTTACCGTTTGCCTTGTTTCGTTCTTTACGCTCTCTAAAGCCCTTC
-CAGGCACGATCTGATATGGTGTATTGATCATTATCCGGTTCGAGAATGTCACCGACCCTT
-GTTGGGGTACGTGGAGGAACAGGAAAACTAAAGAACACCGGATCGCGAAAGCAGACAATA
-AACACGCGCTCTCTTCGTTGAGGCAATCCAAAATCTTTTGTATTCATTACCTGATAATGG
-ATATCGTACCCTTCGTCCTGTAACAGCCTGTAGATGGTTTTAAACGTGTTTCCCTTGTCA
-TGTGTTAATAGCTGGGGAACATTCTCAAAGAACAGCACAGAGGGCTTTTTAGCCCGTATA
-ATGCGGAGTATTTCAAAGATGATAGTACCGCGAGGATCTAACATGCCCTGTTTTAACCCT
-GCTTTACTGAACGCCTGACAAGGAAACCCCGCCAACAGGATATCGTGATCAGGTACGTCG
-TTTTCATCAATGGCGAATATATCACCCTGAATATTTTCATCACCCCAGTTATCAGCATAT
-GTTTGTTGTGCATGTTTATCGATTTCAGACGTTAAAAGGCATTCGACCCCGCCGAATGCC
-TTATCGAAACCGAGCCTCACGCCACCAACACCAGCGCAAAGGTCAATTATTTTCATACGT
-CGAAATCAACCTCATCGATTTTGTATGATTCTTCGCCAATATCAGCCCATAGCTGAATAT
-TCACACTTTTTGCATCACGATAAAGAGATTGACCACAAAGCCCACCTGTATAACAAGTTT
-CTGTAATCTCGTTAACTTCCAGGCGGAGGCTATTGCGCATAATTTTAACAACAGCCTTTT
-CCATTGCCGAATCTAGGGTTTTAGTATCACCCAATACTACATCTTTAACGTTCAAAATAA
-CATCACCCATTATCGCCACTCCGTTTCAATTCCGTGTTTGTATGCGTCAACGCCCAGAGG
-GGTGATCACTAAACACATATCAGTATTTTTCGTTGGTGAACTAAACGCCATTGATGCGTA
-ACCTTTTTGAATCAGGGAATCACGCCCTGATTTACTGGGAACATCGTTGAAATCTAAATC
-CAACATTTTCGACGAGTATCCGTAAAGTTTACACAGAACATCAATTTCAGCGCCGGACAA
-TTTCGGATATGTCATTTGTAGTACCTCACAACATGTTCAGAATACACACGTTCAATGAAA
-TCATTCCAGAAATCGCGATCAACTTCTTTCGGATAACAAGATACAGCCGCCAGCTTTTCA
-ACTTCACACATCGTTGATTCTAGCGCCTCTTGTACGGTTGCGAAAGGAACACCGCCAGCT
-TTAACCATTTTCAAAAATGCGCTATCCGGAAGAGGATATACAATATCACCTTCTTTGAAA
-ATCTGGATCAATTGCATACCACCGCGCAACGCATGAGAAAGAGCTTTCCAGTCGATCCCG
-TTGTTGGCTTCTGCTTGCCGTGCTCGTTCCCCGTATTCATCCCAGAGTTTATACACGGAT
-TTTTTCATTTCCGCTACGGTGATCGTAGACTGGAATTTACGCCCCAGAACTTCATAAAAT
-TCCTGACAACCTGATTTCAGTGTTTTGTCTGTAACGAATCGACAAAACTCGTTGGTCGGG
-AATCGGTTAGAAATCTCACCAACTTTGATGCGCTTGCCGTAATTAGATTCATCCACGTTA
-CCCAGCAATGATGTACCATACCAGTAATCGGGAATCATTTGTAACACATCAACAACTTCA
-CGCAGTGCCGCCAGGCGAGAACCTTTAACACCATACTTCGCCGCTTGCTTACGAACATAA
-CCAAACAGGCCAGTTAATTCCGTAGTGTAGAAGCGCGAACGGTTAGCGCGGAGATATTGC
-CAGATATCAGAGTTAGCGATCAGCTTGCTATCATCTGCATGAAGCATATCAATCGCCACG
-GTGTCACCATCACATGCGAGGCTAATAAACTTTTGCAGACTGTAAATCTGACGATCTACG
-TCATTAACATCGTTCTTTGAGTTTTTATCGCCAGTTGATGTATCGATAGACTTCTTCGCA
-GTGCCTAACAGGATTTCGCGAGGATGAGGGAGATAGATCCCTTTGTAGTCTTTATCGCTT
-GTTGGTGTTTCCAGTCCGTACAGGTGAGAACCGAATACGGTTTCCATAATCATTTTCATC
-AGAATTCAACCTTTAATGTTTTTGCGATCCCGCGCAATTCAGCGGTAGTAATATCCGGAA
-CGTTTGTTCCGTAGCTATTCCCAAATACTTTTTTAATCTTATCACACAAATCGCGGCGAT
-ACACCATTTCTTTGTATTCTTCTTCGCTACGATACAGTTGATAACCCATCCACCCCTCAG
-TCCATCCGGAATTGCGCTTGATTTTAATATTAGTACAACAATCAGACCCATCTTCCGGTC
-GGAAAGATGCATACAGGTACTGACGCGCAACTTTTTGTACATAAAGAGTTTTGGGGCTGC
-GATTTTGTCGCTGATCGCTACGGATCCCAGCATCATACAATGTATCGCCAACTTTCACAT
-CACTTAAATCAATCATTTACGTCTCCAACAATTAGTTTTTTCACAGTAGTGAACGGGAAC
-AGACACGCCCAACGTTTCTTTACTGCTTCTGTTGTATGTTATCACAATGAATCGATTTTC
-GCCACCCCTAACACACTCCAGATCCAAAATCTCGCGGGTTCCCTTAGTGTTCATGTCTGC
-AACATAGTATTCTTCGTTGTTGACAATCACTATATCCGACATAATCAAGCGAGGTTTCAT
-GCAGCATACACCTCTGATTCATCAAGCCATTCCAGATTCTGATTGAGTGATTCAATCAGC
-TTTTTATCGCGTCTGGAAATAACAACGGTAGAACCTTTTTCTGCCTTCGCGATGATATCA
-CCAGAAGAAGTGATGTATTCAACCTCATAATCACGGCGAGGGCTTCCGAGTTTATCACCA
-GGGACTACATTCCGTTTAACAGATTCATGGGATTTTTCGGTGAATACCAATTCATTCTCT
-ACATGGGTAACAATACCATCAACAGCAGAACGAGAATTAATATAAATTTTGCTAATTTCC
-GCCATGAAAACACTATCTCTCAGATATCGAGCAGTCACTTTATCTAAACACTGAGAAGAC
-ACTTTATCTCCGCCAGGATATACCGAGATAATCATTACATGACCCTGAACACGGGCGGTT
-CCTACTTTATGCAGAATGTAAACCGTTGAACCATCAGAATCTTTAGATATCAAGATCACA
-CTGAATGATTCTTTCTTTTCCTTCCGAGTTTCACCACAGGTAAAACTCACATCCAGAAAA
-TCACCAACTTTAACGGCACGGGGTTTTGCTACTTGTTCACGAACACTAATAACAGGGATC
-ATAATCATTTCCTCACAGTTTCAAATTCTTCATCAGATTTCCAATATACGTTAAAATTAC
-GACAATCATGATCGGATGTCAACGTGTATTTTTCATTTGTTTTTTCGTCAGTGATAACCA
-TAGTTTCATTCTCGATCGAGTTAACACCGTAAACGAAAACATTCTCACCACGTTTGTTTA
-AAAACGCATCACCCTTTTCAATCAACTGCCAACAGGTAACAGGCAAACCACCCGGACTAA
-CCGGGCGGGTAACAAGACAATAGGGATGTTTAATCATTTAAATTCTTCCATTGCATAGGA
-AGTAAGATCTTTGAAATACCTTGCGGTGTTGCCTTCTGGGTTGTTTGTAATCTCCATCAG
-GATAACAGCACTATCAACTCCTGCTTTCTTAGCCATGAATGAAAGGGCTTCGGTAGCAAT
-AATCGTTGCTTTCATAACATCAGCTTTAGAAACGTTGATTGTATTCATTTTTCTTCCTTT
-TCATTAATCACTTGGTATGTGTGTATAATACAAAAGCCCTCACGAGAACGCAAGGGCTTT
-TTATTAAATTTCGTATAAATCTGGATTCACAATAACCGCACATAAAAGATCATCTATATG
-TGCGGCTTCTTGTTCTAAGGTTTGCTTAGATGAATGTGCTTTCAAGCAACCCCCGTAAAG
-GCGTTTACTATCTGGAAATGATCATCAAAGAATTCCCCTTGTCGTTGCACGACCTCATGC
-ATCGGTAGCCAGAACGCGTCTGCTGCATCATCAGAGCCGCCCATAATACGAGGTAATGAA
-CCATCGTTATTAGGTTCGAGCTTGATATATTGTGCTACAGTCGGTTTTGAGAAGTACACC
-GAACGTTTCGGATGATCGAACAGCATCGAATTACGGATAGAACCACGAATAACCTTTTCT
-GGTACTTTAATTCGTACTTCTTCCAGCAATTCACGGATCGCACAATCAAGGAACGTTTCG
-TTACCGTTTTTGTGTCCACCCGGAAGCGCTAACGCATCTTTACCAGGCGCAAACTTACGA
-CGGATTACTAACACGTGGTTATTACATACGACCACTGAATCAGCCGTGCAACAGTTCAGA
-GAATCCGGATACGGATATTTTTTGAACTTGTCAATCTCTCGTTGCCAGTGTGCATCTTCA
-TGGGACAAACGCTGGAATTCTTTTGTTTGTGTCCATTCATCGATAAAGGAAACCGTAGTG
-CTAGGCGCATATTTTAACAAATCTTCGTCCCAGCCTTCATGGTGTTCCCAGATAATTTTG
-CGTAAATTGGTCGAGGACAGATCCTGGTCTCCAACCTTCACAGATTCAACCGGAATATGA
-TTCCATCCGAATGCTTTAAGCCAGTAAGAATCTTTGTCTTTTTCGTACCCGACGATCGCA
-ATTCGGTCATTTCGAGTTTCATCGATTGCCATACGAACACAGGATTTCCATTTTTCCTCG
-TTATAGAGATAATCCGGAATGTGAGCGAATTTGATTCTGGCTGCATCTTCAACATCAAGT
-TTGCAGATAGACCAGCGAGTGATCATTGCTTGACGCTGTTTAGCGGTCAATGGGTTTAAT
-GTGTTCGGATATGCATAAGCAGAACCGATCAGAATGTAAACCGTATCAGCAACAGCAAGG
-GCTTCCCTTACCATTTTCTCATGACCATAGTGAAAAGGTTGAAAACGTCCAATTACTACA
-GCTTTATCATATTTGTGTTTCATAACGTGCTCCACGTTTAAAGGTTAATCATAAAACAGA
-CGCAATTATTAAAACACCAAACAATCCACCAATGAAACCAAAGAATAGTGAAATGAGTAT
-TGTCAATACGATCTGTTTTATGTTCATTATAGTATTCTCGTTTTAGATGTCAAGCCCCCA
-AAGAGGGGGCTTTAAAACATTATTTACGAGAATCGAAAATCACTTTACCCGCATAATCCG
-AACCCATTACAGTTTGAGGTACGCCACCTTTATAGCGGGTAGAGTAGTTCATCTGTACAT
-CCAGTTCTTTCCAGCGGATCATTTCCGGTGTAATGGTGCGTTGCAGGGCGGCGTTGGCTT
-CTGCTTCTTTCTTCGCTGCATACAGACGGGCATCAGCATCACGTTCGTTAGCGATTGCAG
-CGTTTTCACGCGCCTGGCGATCGGCTTCCGCTTGTTTTACTGCTTGTAATGAAGTCTGTT
-CTACTTTTTGCAGTTCAGCTTTAGCAGCGTTAACCTGTTCTTCGCGGATCTTCGTGTTAG
-TTACCTGTTCCATGATAACTTCCGGCAGGGTGATATCCTGCAAGAATACCTGTTTCACAG
-TGTAACCGTAAGGCCGTGCATAATCTTCTACTTCCTGCTGAATTGCGATTTGCAGTTGGT
-TTTGGATCTTCGCATCAAACAGGTCTTGCGCTTTTGGTACGGATTTACCAAATTCGCGAA
-CAGTAGAAAGCAGTTTTTCAGTTACATACTTATCCAGTGCCTGATCCTGATTACCCGCGT
-TGATACGGTTGATCGGTGCTTTGCTACCGTCGAATTGCAGCATTACGGTCATATCCACAG
-TGGATTTAAATTTATCCTGGGACGGAACCTGTAATTTGTCGAACTTCATCGCGATGTCTT
-TGGTGCTGAACGTATCAAACGTTGCCAGCGGGTTTACAATGTGGAAACCAGGCAGTACGG
-GTTTCGGTGATACTTTACCCATGAAGGTTTCAGTTTTAACCGTACCGTCTTGCACAATGG
-TATACATGTTAGGCACTAACCACAGTGCTGCGACTACGCCCAGAGCGATCAGAGAGGTTT
-TCTTCGGGTTGTTCACGATAGTGTTTAAGTTCATCATAATTTCCATAAGTTGTTGTTCAA
-TTCGATAGTTATTCTATCATCACATTTCACGCTGTCAAACTATTTTTAAGAAAGTTTTGT
-CAGCTTGTAGATTGTTTGATAGCACAAGCCCTTAATCTCGTCCAGGATGTTCTTCAAAGA
-ACTATCTACTGATTCGTAGATCTCGTTTGCTTCGTTGGCTATTTTACGGAGATACGCCAC
-CGTGTCAAGCACATTTTCGGTTTTTAGCACAGGTTTGTATCTTCCCGTGATTCCTATGTG
-GATTTCGGTGAATTTATCAACCAAATCCTGCATATCTTCGTAAAAACCCTCATATGCTTT
-ATGTTGTGAGTATGAACCTGTTGCAAAATGTGCGCTATGCATATAGGTAACGGACATAAG
-GCACATGCCAATAAAGGCATCTATCTTGCTTGAGTTCTCAGATTCTGTAATTTGTTTAAA
-TGATTGCATGATGATCCCTTTATGAACGATGGATACTTGCAAACTCATACGCGACCCTAA
-TCCCTAGCTTTGCGCATTCGGATTCAGATCGGCATTGTTTTTGGCGCCATTTTCGTTCCA
-TGTAGTTGTAGAATAGTTCGCTTGTATTTACGCTGGGAGGGATCGTTGTGATGTATACTT
-GAAGGGCCGCATTGATATAATCGTCAAATTCTTTCTGAACCGGACGGTCGGCGGCGTGTG
-TTGTGGGTGTCATCATCAACAATCCGAACAGCACAGCCATTGATATGCGTTTAATGTTCA
-TAACAATTACTCTTTTACTCATAGACCCACTATAGGTCTACTCCTGTATATATTTATAGC
-AAAAACGAGGCCGAAGCCTCGTTATAATATTTTTGCTGTAAAGTCAATCAAGTAATGTCA
-TACCAACACAAACTTCTTTCGAAAGCGCGTATTTTGTTCACGTTTTCTACGTTTTCATCC
-CAACCGATCACACCAGCTTTCATACGTTTCAGTTCCTGACGTAAACGGGTACGTACTTTT
-GAATCAATTTTCTTTACTGCAATAGAAAGCATTGCGTTCAGATCGCCATGAGCTTTGTTA
-CCGTCGCGACACAAATTATTATCAAATCGAATGTATGCACATCCTGATTTGTGTTTCCAG
-TTGGTTGAGTACCAACGTAACCCATCCGGATCAATACCATGTTGAGCATAATAACGAGAA
-TACTCTTTTACTTCTTCGATCTTTTCGTTAGATGAACGGTCACGAAGAGGATTGTATTTC
-TTACGGTAAGTGCGACTCATAATGATCTCCTTTTGTTTATGCTTCCACTGTATCAGGGTT
-GTTCTTTAGTTGCAAGTAGTGTTTTCGACAAAGTGAAACATATTTGTCTTCTGCCCCGAT
-CTCAATCTGGTCGCCATTAGCAACAAATTTGCCATTTGCATCAATACGGGCAACGGTAGT
-TGCTTTCTTTCCACAATAACAAACCCCTCGCAACTCCCTGATCTCATCAGCCAGCGCCAG
-CAACATATAAGAACCTTCGAACAAGTTCAACTGAAAATCGGTTCTTAGTCCATAAGTCAT
-TACGGGTATATCTAATTCGTCAACAACCCGACACAGATCCATGACATTTTTCCTGGAAAG
-GAATTGCGCTTCATCCACAAACACGCAAGAAACCAGATTCGGGCTGTCTCTATAAAAATG
-ATTGTTGTGAACATCATAATACAAGTCCATATCAGGCGTGATCATAGTGCATGTTGCTTC
-CAACCCAATGCGCGAAGAGATACTCTGTTTACCTTCTCGCGTATCAATTGCTGGTTTGTA
-CATCAGGATCCGCATACCGCGTTCCTGGTAGTTGTATGCATCAGTGAGTAAACGAGCACT
-CTTGCCAGCATTCATTGATGCATAATGAAAATACAGTTTAGCCATTTATCCTCTCAACAA
-AATCTGGGGTATTCTGGAATTTTCCTTCCCCTTCATGGTTTTTGCATGTTTTGTTTGAAC
-AGTAGATCCACCAATCCCACTCATCATAAGGGGGTTTGGTAATGTTCATTACGCAAATTA
-AAGGGAAATGACAATCCCGACAACGAACTTTTTCTATAATGTGTGCGTTAGCCAATTGAA
-AACCATCCTTTACCCATGAGTTTTTCATTATGTCGCGCAAGATACTCTTTGATTTCTGGC
-ATCCGGATCGCAGTGTCATACTCTTCTTTCGTCATGGTATGATTTGCGCAACCCATACAC
-CCGCACACCTGCGCGTTACACCAACGGAGTGTTCCATATGTCGCAATCACCTTCATTGCT
-TTAGCTTTGATTTTGTCAGTCATGATTATAACCACTCATTTCGTTATCTTGTGCTTGATG
-TATATCAAGATACCACATATTGATTTTACTTTTCAGTTCGTCCATTTCCTTACTCAGACA
-ATTGTCAACGATACATAGAACATTAACAGTTTCTTTACGCTGCATAATGTTGATGTTATT
-CGCTTTCATCGCTTGCGCCAATGCATTACAGGTTTTAACCAGTGCGGCGCGTTGTCCTTT
-GATTACGGTGATCCGTTTGTTCGCTTTCTTAATCTCCCGACCTGCTTTGATAGGATCCAT
-CATGATTAATTCGCCTTACGAGGATCGAAATGAACGACAATGATCGGGTAATCACCAGTC
-ACCTCATTAATAATGCGCTTAATGAGTTCCCAGTCGCCCCCAGCGAGGCCAGCACCGATT
-AAAGGTGTGATGATAGGCTTTCCAGTCTTAACGGCGTCAGCAAGCCCTACAGCCTGTTTA
-AAAGCATTGCCGATTGCGTCATAATCGACACGCGGCCCAGGTGTCCAGAAATCATATTGA
-GTATATGCATTGAAAACAATGTTGCCTTTTTCGCCAATGTAAACAGAACAAGTTCCGAGC
-TTATCACGGGAACCTTTTAACGTATTGGCATCAACTTGAAATGCACCAGGAATACGATCG
-CGGATTTCGCGAGCAATACCAGCGCCCATATTGCAATAGCAGTTGCATCCGTGGATCAAA
-TGGCCTTCACCGTTCAGATACATATTGACAGCATTACCTTTCACTTCTTTAATGATCATT
-TTTATTTTTCCGATATAGTAGGGCCACAACAAGGCCCATCAAAATCACAAGGATCCACAA
-TACAGTGAATTGAACCCCTACGCTCATTTTCTCGCTTTCCGTTCACGGCGGCGATCTTCT
-TGATGACACATATATAAAACACCACCAAAAATTATAAAACCGATAACAACGCCTATAAAG
-TATCCAGCACTAAACATAGTCATCATCCCCGCAATAGTAACAAGGCCCAGTGCTCTCATG
-CTTACCAGCATTGTACGCCAAGAACACCACAACCGCCGCCATAATAATAAAAATCCAGAT
-AGCCATTAGTAAAGTCCTATGCCAGCATTGAATTCGTCAACCAAATAAGTACGGAACTTT
-TCGCACCGTTCCTTATTTGGCGCTTGTTTGCATAGATTCATCATTGGTTCAGACTGCAAA
-AACTCTTTTTGTTTCAGCAACTTACCGCGTTTATACAGGTGAGCATTTTCCTCTCCCCAC
-ATATAAGCAACATCTAACTGTTCTGCGATCACTTGCTTACATACTGCGACATCTTTGATA
-TCACGATTGTTGCATAACTCATCCAGGCGAGCATCACCCGCGTGAGCAAATCCAGCAACC
-AGAGTTAAAAGCAGTGCTAACTTTTTCATGATGATTCCTTATTCATCCTCTTCGATAGGG
-GTATAATAATGCGCATTGCAGATATACGCAAGAACTTTTTTCAGAGACATATCCGAGAAC
-GTCGGATCCTGATTTCGTCTCATCCCACTACCAGTTTCAACAGCCCAACGTTTGTTAGCT
-GGATTGTATGTCAGCCAGTAACAATCCCATTCAGACAGAGTATGTTCGAACAGATCGAAA
-CGCTTACGCCCATTTGCTTGCGGCCTGACAAAAGGTTCAACCATTTCTAAAGCGGTTAAA
-ACTCGATTAAGGTTTGAACCGTCTTCATCCATCGCGATCCGCAAACAGTATTGGTTAATG
-TCCGGATCCATACCATCGATACCCAGACCGATAGATTCGAAAAATTTTGTTGCCGCGTGA
-TAAGACACACTGGAAGAACGATATTCCAACATCACGGGGATCTTTTCCCCGTCCTTGACG
-TTGTTAATGATATCCTGATCGATGAGTTCAATCAGGTCTCTTTTCTCTTTAATCAACGTG
-GAAATTTCTTCTTGCAGTGGGGCTATCTGTGCATGAAGTTCTTTTATCCGTTGATCAATT
-ACGGTCACTTCGAACGCTAAGTTTCTCATTGTACCCATTCCCCGTTTTTGTCAATGTACA
-TGATCCAATCAGCAACCGCCCAATGGGAAGTATTGCCTTTCGGAGTCGCCACGATGTAGG
-AACCAGCTTTAAACAGTACGCGTTTAGTTTCGTTCAGGATCAGGTCGCTCATAATGTATT
-CCTCATTTAACCAAAGTGAATCGTGATTCATAAGCATCGTTCGGGCGCTCATACACAGTA
-TCCGAACTTGTAATGACAGTGTACACGGTTTCTTTCACAAGATCCATGATTTTCTGTGAT
-TCTCCCCAGACATTGATACTAAAATACATCCCATTTTTAGGAATAGGATTGTATTCCATA
-TCATAATACATATCCATGAGTTCACAAATGAACAGGCGGCGCTGTTCGTTATCATATGTG
-AAATAAATGTTAAAACAATCGAGAGATTTACTCAAAGTAATCTCTTTGATAACGATGTTG
-TCTTGTTTGCTAAAATGTTCGCGGATTGCTTGCACACAACGCAGCAGGTTAGGGTAATCA
-TATTTTTGTGAAACAATGACTTGATGTGAAACGCTCATAATGTATTCCTCTCAATTAGAT
-GCATCCATAATAAAAAAGCCCCTGACCGAAGTCAAGGGCTTTTTGTCAAATGATTTGTTT
-TTCTTCTAACAGCTTCGCGGTTGTATTAACCATACGAGCATAATCACGGGCTTCTTTCTT
-TGTATACTTGAAACCAGCGTTATAGCTCGCCAGCGCCTTTTTCAAGTCGCCTTTGTGGTA
-ATCAAGCCAGTACTCCAGTTCATAGATCGCATACTTCGATCCACCTTGAAGAGTTTCGAG
-CTTTTTGATTACTACGCGTTTAGGATATGACTTATCCATTCGTGCGCTGGCGCTCCTTGC
-GGTAACTTGCCAGCATCCATAAGCGTGATGGCCTTTTTTACCTTTACCGACATTCTCACA
-TGCGCGAGACTCGATCCAGACAATAGCCGCTAAATGATAACCTAAACGTTTAGCCTTATC
-TTTTTCTACAGGTTTTGCAGTCTTCAAATCATAGTTGTGTCCAACTCGATAAGCATACTC
-CAGAACCTCTTTCTGCTTCGGTGTGATATTATCCAAATCCTTGATGTAGGATGGAGAATT
-TTTGTTTGCCGGAGGCTTCACAGTAGCCTTTTGTAAAGGCAATTGATGAGTAGGCAAATC
-CGCAATGAAATCCCCTAGCGGATCCGTCGCAGCGTTGCCAGAAAAAGAGCACAAGAAAAT
-GCTGGCAGCAATTATAATTTTCTTCATTTTAATACCTATGTTGCAAAAAGAAGGGCAATA
-ATACACCCTATTTTATATTTATGCAACTATTTTAGATAGTTTTCGCGTCACGTAGTTTAT
-CAGCGATAAACTCAGCAATGTTATAATTTGAAATAGCCTTGTTAGGATCGTATAGCGCAA
-TGATTTCATCTAACGATACCATAACGGCATGTTTAAAGTAGACGCTCCAGCTAGTAGTAA
-GGATCTCACTGTTGTCAAATCCACAATCAGGGCTGAACAATGCGCGGTATTTGTACCCAC
-TGTATTTCGTCAGCCGATTCGTGCTGTGCGCATCACTGGTGATCAGAAAAGTCCCCTGGT
-GAGTTTCAACAACGAAAAAGTATCCGAGGCGTTCTTTGTTGTCCAGCATCTTTTCAAACT
-TGCGATCGGTTTCTTCGCGAACAATACGAGAAGTCAGCATTTCCAACACTTTATCGTATT
-CGGGCCAATCATTCTCGATCACGATTGCATCAAACGGTTTCTTACCATTAATCCCGCGCC
-CGATTTCGATTTTCGTGCAAATTTCGTTGAACGTTTTCAAATCTTCTGGCGTCAGTTCTT
-TAAGATCGCTCAATTTTGCTACATAATAACGTTTTTCTAGTTTCATTTATGGAAACCTCA
-ATTCAAAAATAATTTCACAGAGTTACCACATTTGGGACATGTGATAAATTTTTTCACGAC
-ATAATCAGCAGCAGAGAAAAATCCATTGTAAATCGCTTCTCTCTTTTGCTGTATATCAGA
-TAGTTCATATTCTAACCCACTTTTACAGCAACTGCAAACAGTAATTAGTTTTGGGCTATA
-GATGACAGTAATCATATACACCTCACAAAAAAGGGGGCTTTCGCCCCCATCATTAGAAAT
-TGTCTTCGACAAACGCCGCGAGACGGGAACGATACACTGTATCAAGAATGATATGGCTTG
-AGTGTTCGTATTCTTTCAGCTTTTCAACAGCCCATACAAACCCGTTGTTAACGGCAGTGT
-TTCTAGGGTTGTCGATCTGCTTAATGTTCCCGCATAGTATCAGAAGTGTGTTCTCTCCGC
-AACGAGAAATAATAGATTTAATTTCGTGGTTGCTAAGGTTTTGACATTCATCAACAATCA
-GCACAGAACCTTTGCCCGGATCCGGATGTCCGATACTGCGACCACGGAAGTAATACAGGC
-TAGGGAATTGCACCACCCCTTTTTCAATCAAACCTTCAATGTATTTTTCAGATTCCGGAT
-TATCCTTAAACAGAATGTTCAGGCTAGTAATACAAGGTTCGATAGAAGGCCGGAGTTTTT
-CGCCCAATGTACCAGGAAGGAAGCCAATTTCACTTGATAACGGGCTATCTGACTTCACAT
-ACATCAAGTTAGCGTAATGTCCACTATTAACCAGGTGCATAGCACCGGAAACAGCAAGCA
-TTGTTTTACCAGAACCAGCGCCGCCCATAATGGTAGCAACATCGATTTCATTGCTCATAA
-TGGATTCAACGAAAGCCGCTTGCAGAGAATCACGGGGCTGGATAGCTTTCATGAGTTTGC
-GTTTCATAGCCTGTTCGTGCTTAACAGGTAAGACATTCAAGCAAATCTCATCAGCAGTCA
-CCACACGCCCGACTAACTCACCATTTGAGGTAATGTACTGGTTAGGATAAAAATCTTCGT
-CAGGAAGCGAACTGTAAGTGATTTGGGCTACATTATCCGTATATCCCAACACTTCCACGG
-TATCCCAGAAATCAGGGATCTCTACGTAACCGGAATACAATACATCGCTATCTTTTAACG
-TATCGTCGCCAGTATACTGTTCTACCTTACACCCACGGGACATTGCGATCAGCAACATCA
-TAATATCGCGAGTAACTAAGGTTGCATCCTGTTGCATACAAGTTTCAATGATTCTTTCGT
-CTTGCTTGTCAAGAGCAAACGTTTTGTTTCCGACATAATCAACCACTTTAAGGGTGATAG
-TGTCAGACAGTGCTGGGGTTGTCAGGTTTAAAGGAATACCTGATTTCGTAATCGCATCAT
-ATGACTGACCGAAAATAACTTTTGACAGAAGCCGGATCGCCAATCGTGCTTCGTGCGCTG
-TTCGTTCTTTCGTTTTCAGGTGATCTAATTCACCCATAGTAGCAGAGGTAATAATGATTT
-CTGTACCAGGTTGAGTGAATGAATAGATTGAATAGGGGTTACTAATCAAAACATTGGTGT
-CTAATACGTATTTTGACATACATTAACCTTATGTGGTTTCGTTAAAAAATGCACCGAAAA
-CCTCTTTTGCTTTCCGGTTATAAACGGATTTTGCTTCTTCTGGAGTGTTATAGTACCCCA
-AAAATTTTCTTTTTCCATCTATGTTTATCTGCGCTTTGTACTTCCCATTGGCTTTATGAT
-AAGAAACACCTTTCAACCCTGTACTACTGTTTGAGTTACATTTCTTTTTCATCGCATTTT
-GCTGGTTCGTCGCTTTCTGTAAATTTCTTGCTGTATCTCCATTCTCAACACCATATACAT
-GATCTACGATAGGAGGAAGATAACCATTCTCAACGTAAAACACTATTCGGTGTCGCAAAT
-ACATAGAACCTTTAAAATGAATTTGGGAATACTCGTTTTTGCTTCCGGCTTCACTTCCAG
-GAGACATAGGGCCGCGCTGAACTTTCCAATACACTTTACCTGTAGATGTATCAACATCTA
-CAAAATTCAGAAGAGATTCGATCCCTTGAATCTCTTCATGTATGGTTCTTGATGAATAGC
-CATGACTTTTCATTACATACCCAGCGAAATTACGTGAATATATGCTAATGGATGTTTCTT
-TTGTACACAATGCATGAGTGTATTATACACAATGTCCATGCGTTCATTGCGCGTAAGATC
-ACACTCATCAAAAATAAGGTTTATTGCCTGGTGCTCTATTCGACGTCCACGGAAATGATT
-AAGAATTGCCCCTTTACTGGTCAATACATCACATCCGGTAGCACCATTTAGCTGTTTGGC
-GTCTTGTGCTGCATTTAACGTATGCGCTACGTAAATGTTAAGGGAACTATGGGAACGTTT
-CATAAAATCAAACGCGCCTTTAGTCTTTTGCGTTTCTCTGCCCAGATCCAGCCTGGTTTC
-GAATACCATAAAATCGTTAGGGCCGTAATTATGCGTTGGTTCTTCCAACTCTCGCATAAG
-ATGCATCTTACGACATTCTTCAATTGTCTTTACATAAAATTCACTATTCATGTTTTACCT
-TTAAGGGGCCAAAGCCCCTTTGTTACGCTAATTCCACATGCGGGGCATCAATGAATTTTG
-TTTCGATCGGAAGGTTCGGATCATTTTTCCAGTTGATACCAAAACGCAGTTTAACACCCA
-GTTCATCACCTGCTTGTTTAACAGCATTCAGGACAGGCAACCACACTTTAGGGTTTGTTT
-GCCAGCCTTGAGGCAACACGCTAGGATACAGATCCACAGCATCACCCGTGATGTGTTTTG
-AGTTCATTGTTTGAGATACACCCTTACGGACGTTCTCGCGCTGTTGTTCTACAGTACGCA
-GACCTTCACGTACACCAAAATCAACAGGAGACAGTTGCAGAGCACGTTCTACGACTTTCA
-CCAGTTGAGGTTTAACACCTTTAAGGTTGTTAAGGCTTTTTTGACTGAATTTAAACATAA
-ATCACCTCTTGTAAAAATACCCTGTTTGGGTACACAGGGTATTTATGGTTTAAGAGGTTC
-GATAATTAATAATCGTAAAGATCACCGAAGCATTCTTCAAATTCACGTTTACGTTTCATC
-TGTTCTTCTTTTCGCTCTTTCATATCAGGAGGAAGACGGTCTTCATTGACTTCATCAATG
-TAAGCCTGTGCATCCTCTTTGGTCAGGAAGAAAGCATGGAAGTTATATCCGTTGCGCCCA
-TTCATACTACGATCGTCAAGAGAGAATTCTGTGTGACATTCCCAGTCTTTGTACAGGGTG
-ATGCATTTAGCAAACAGCCCAATACTGCGATGCATATAAGGGAAGCCAGTAACAATCATT
-TTGCTACCCATTTCCGCCTTTTCGCCATTCACACAAAATACTTCATACATGATCGCGCCT
-GGTTTAACATCTTTCTTAACAGCACGTTTTTCAAAAGCACTTTTCATAATATATTCCTCT
-CAATTGGTGTAACTACAGACTACTGGTTTATTTTCTGGATGTCAACAAGGTTTATCGTTT
-TTTGACGGAAAAGTTAGAGTGAACAAACGATCGTGAAGGTTGTCTATCCGTTCACAAGCC
-TGTTTCAGTATGATTTTATCACCATCATTTGTTGTTTCAATGCATCCAAGTTCATCGGCG
-TCAATGTTCACTACATCGCTCATCAATGAAGCAAACACGTTAGCATCAGGATGTAACAGT
-TCTTCTATTTCGGCCTTCATGCCGTCGTGTTCAGAAAGGATATCAATAATATCGCGGGTT
-AAATCTCCCTGGTACGGGAACCCTGTTTCTAAATGGTTAATGATCCTTTGTGCTTTCGTA
-ATCATAATTTTACCTACAAAAAAGCCCCTTTCGGGGCTAGTTAATTAGAGTTCACAGCAA
-CGGCACACACCGTATTTTGTAAATGGAGCATCACCGCTAACGTAGGCCCAGAAATCACAT
-GCTTCTTCGGCAGTATCGAAGATTGCAGCATCATAGAACCCGTGGGCTTCGTTACCGTTC
-TCATCGATGAAAACCGGAGTCCAGATATTAGGATTGAAGCAATCGTCAACAACAACCCAA
-CCTTCTTTAGCTTTCATTGCTTCTTTGTTGGCTTCGATGTGAGCTAAGATTTCGTTCATG
-ATGTCCATTTTTCTCTCCTAAAGTGCGTTTCGTTTCGACATGGCTATAGTCTCATAACCC
-CGTATCTACGTCAACACTTATTTGAAGCGAATTGTGCTATTTTTGAAAAATAGTCCAGAG
-CACACAGCACCTTCAATTTTCACCCCTGTAGGGCTTTTAGCAACGAACCCTGTTGCGTAG
-GTGTCTTTCTCATCACATGCGAACCAGGCGTGGCCTGTGTACGTGATATCGCTAAACCCG
-TTAGCAGTCAGAATACGTTCGGCTTCTTTCTCATCGGTGCATCCGGATTGTGCTAAAACG
-ACAATAACTACTAACACCAAAGCAATAATATATTTCATGTTAAACTCTTTTTAAGTTGGT
-TTTACTGGCTTCAATCCAGTACACGGGATCAGAATAGTTACCGCACATACCCAGTAACAC
-AGTTGTACATCCTAAATGATCGGAAGGTCTCAATCCATCAGGATGAAAAGGCAATTCGTT
-AACACCAATACTGGTAGCAAAAAGAGCACCTCCAGTACTGTAAAATGTTTTGATATGATC
-GTATGCATCATCAGGCCACTGAAAACGATAAGTTTTATTGTCAATGGTTACTGTATACAT
-ATCATATTCCGTAAACAACGGATCTTTTCCTTGTGTTGCCCCATACAGAGCGCCGCGCCA
-TTCAACCAGATTTGCTTCAATGTCGCTTACACAAATTTCGTTACCCATACGCAAATCATG
-AAGGATCCCTTCAATGGTACGAATGGCCCCACTAAGTTCATTAGTTAACATAGAGTTTCC
-CTTAAATCGGTTTAATGGTTTTCAGGTGTAGTTTAGCATAAAAAGAACCAAATGAGTTAC
-CATTATGATCAAATTTATAGTTTTCACTCTTCCAGTATTTCCCCGATTTCATCAGGGGAA
-CACGCTTCTTACCTGCTGTTATCGTTTCAACCATTCCGGTATGAGTAAATGTCATGATAT
-ACCCTCTTCTTTCAGCACTTCCCAGATCAGTTTATCAAGGTGCATCAGGTTCCACATAAC
-CGAATCATAAGAACCCAGTGAGCGGGAGTAAATCACTCCCCATGAACGATAACTTTTCTG
-GAATGCTTCTGCACTATCTACATCATACGGCATATCATCACCGGATGCAATCAAAAGTTT
-AAGGATCATCAGACTGTTCAGAAGTTTTGAACTAGCGTCTTGTGCTTGTACTTTTGCACA
-ATAATTTTCAATAATCGCTTTTGCCTTTGGTTCGGTGATGCGTCCATTTTTGCATCGCTC
-TTTGTACACATACATAAGTTCATCGATTATTTCTTGCATATAACGCCTCCCGTTCTACTG
-CTGATAACCCGCGAATGTAGTTCTGTGATTCTCTATGCGCATCTGCTACAGCGCGTCCTG
-CTACAGCGCGTCCTGCTCGTTCCGACGCCAGTATATAAGTAACAACTTCATTACGAATGT
-GCCATAGGTAATCCATCATTACAAGATCTTCTTCTGTATGAAAACCTTTAATGTCACACT
-CGCAGCAAATAGCGTCTCTTTCCGATAGTGCCAGTTGCGCGGATTGCGCGTTGATTGGCA
-TCATACTGTACTTGTCGATCAAACTATCCAACGTTCGCGGTTTCACAATACCAACTGTTA
-CAGGAACAGGACGAAGAGTAGGTTTATCCGAATAAATCATAGTATTCCTCTTCATCAAGT
-CTAGATGTCAGTTTAGCGATAAAGTCGAAAATGTGTTGTGAACCATCTTCAACATAATGA
-CGGTATGCAAGCAAAGTTGATACGTGACACATATCGACCGATTCAACTTTGATGCTTGAT
-GCGATCATTGTATCATCATTTCCATATCCGTCAATATCACGGAGTACCATTTCTTCAGTA
-GGGAAACGCTGAAGGAGTGACGCTTCCCGATCTGATACCAGAGCAACTAAGCGATTATGT
-CGCGTGTTGTACGATAATATTTTCATTTCAATTCCACCGCGTAAACATCAGGTTCAGGGG
-CTTTGTGTACGCGCATATCTTTACCGCATACCGCATAAGCCGGACAGTTACGACAACCGT
-TATGATCCTTATTACCGATCAGTTCATTACGGAACTGTTTGGTTTTCGGATGTTCCCAGA
-TATCCTTAATGAAATCGTTCGCTTCCAGGACATTCAAACCTTCTTCCCAACCACCTTCAA
-CCCAGCGTTCGGTAAACGAGCAAGGGAAGAACTGACCACGTTCGTTGATGTAAGAGCTAA
-ACATCGTCGCTTCACAGTCTTCGGCGTATTGCTTGTACTGTTCGAAGTTCGGGTGTCCCT
-CCATCGCTTCAACGAAAGCGGGGGCTGAACAGCTATCGAATCCAAATCCTACACCAGAAT
-CGAGGCAATATTCAACAAGTTTTTTATACTGTTCGCGGGTAACGGTGTCCCAGTTCTTAC
-CGCGTCCCTTTTGTTTCAGTCCCAGGAACACGATCGCGTTTACTTGTTTCAGGCGCGGAT
-CATTCTTCACGGCATCAACCACGTTAAACGCGTCATCATAGGTTTTCGAGCTAACCATGA
-AATGCAGGTTGATTTGCTGTTGTCCGGCTTCTGTCAGGTTCGCTACGGAGTCGAAAGCGA
-CATCAAAGCCAGCGTGTTTATAAACAGATACCGCAACAGCCCCAGCAACCGCCGCTAAAC
-GCGCTGCAACGTCTTTTGATACATCAGCAATGGTAAGGTTCGGTACAATGCCTTTAGAAC
-GCGCATAGGCCATCATATCGAACATATCAGGGTTTGTTTGCCCCTGTGCATCAGCACCGA
-GTGCGCATTGAGTCAGCCAGGGCATTTTGTCGATGATTTTTTTGAAGTTGGCAAGATCCA
-TGTTGAACCCGTTCGGGTTATTGGACTTGTAGCAGAACCCGCAGAGTTTACCCGCTGGCC
-CGTTGCATTTAGTTGTGATCTCGATATCGAGAATAAAAGGAAAATGACTATAAATAGGAT
-CGTCAGCAGGAGTTTTTCCCCAAGTCATCATATGACCTGTTTTCATATCAAAATTAAAAT
-TAACCTCTTCGGAACGATAGATTTTCTTTCCTTTCGCTTCCAGTAGAAGTCCAACAGGCG
-TTTTGATATGTTTGGCGTTTACTTTAACGTGTCTCATAGGAACCTCATAATGTATTACGT
-TTACAGAATCACAAATGTTATAGAGAACAAGCACTATTATGGATCAAGAAAACCTAAAAA
-GTCAATGCTTGCTTCCGACGATTTAGGGAAACACTATTTCAGTAGTTCCCGTGATAGTCA
-TTTCATCCAAGATCAGAAGGAAAATCCAGGACACTACAAATATAAAGTAATCGTATCTGG
-GTTGTCAAGGGAAAAGGCGATGAAACTTGAGAAAAGGTTACACGAAATCTATAAGGTGGA
-CAAGAACCCACATTTTTATAACAAACACATACACAACAGTGTTGATTTTTCATGTACACC
-AGAAACAGGAAAGAAGATTTCGCAAACACACCAGAAATATGCAGCAAAGAAAATTTCAGA
-ATCACATAAAAGGCGATTCAAGGAAGGTATAGCATCACATAAAGGAGAGAACAACCCACG
-ATACAACGATCATCGGTCTTATAAAGAGATACACGGAGAAGAAAAAGCGGATACTATACG
-CAAAGCACAATCTGAATCAAGAAGAGGAAAAGGTAATTCCCGCGCGGTTACGTGGAAATT
-TACTTCCCCTAATGGAGAAGAATTTTTAGTTGAAGGAGAATGTAAAAAGTTTTGCAAAGA
-CAGAAATATTTCCATGCGTAAACTGAAAACCTATCTGGGTGAAGTCATCACAACATGCGA
-TAAACCCTACGATATCTCTAAGAATACCGTAGGATGGAAATTAGAAAAGATTAGTTGAAT
-CTTCTTTTACGTTCGTCAGCCAGTTCTTTTTTGTACAGTTTAATGTACTTCCCGTTAAGG
-GTGCGAAGCTGTTGGAAAACCTTGTTACACAAAGCACGTTTCGCTTTGTATTCCGGCGTA
-TTACGGATTGATTCGACCGTCATACCCATTTCGTTTTTAGGGTACGCGCTCAACTCCCTG
-CCGATCTCTCTGTGCCAGTTGCTTAACTGATCACGCTGTGCTTTGTACTCTTCAAAAGTT
-AACATAACAATCTCCGGTTTCGTTTCTATGTGTGTAAGGTATCATTACCCTACACACAAC
-GCAAGCGATTTTTATTTTCCGTAAAGAACACAATATTCTTTATATTTTTCACGGGCTTTT
-TCTTCATTACTAAAGGAAACTCCCATTCCAAAATCAGAACCTTCGAACGTAACATCCCAC
-GATTCATACCCATCTTCCGAATAATAGGAAAGTGTTATTTTACGATCTTCAAGAACAAGT
-TGTTCAACAACAATATCAATTTCAGTAGTCATAGTTCATTTCCATAATCTTTTGCTGCAT
-CTTCGGGGGTTGCGTCCAGTCGGTAAAGCTCAACGGCTAACGGACTGGGTTTGATTTCGC
-GGTTCAGGATCTCACTGATACCGCGAAGGAATTCGATATAAGGACGGAATCTCATTTGAT
-ACGTACCGCGTTAAAAGCCTGGTTGCGCAGTTCATAAGCCTGTTCAAGCTGTTCTGTAGT
-GAACAGAGGACTATCGGTGTTAGTGGTGAAACTGCAAATGGTTTTGTTGTCGGCGTTAAC
-TTCTTCAACAACGATTTCATAACCCCAGATCCCGCTGTACTCACATTTCACGTTACGGTA
-CTTGATGTAAACCGCAGCAACATCTTCTTTTTTGTAGTTCCGGCTTTTGTAGATGATTTC
-CATGATTTCCTCCTTCGTTTCGATGTGTGTACAATAACAGATCAGGGTTATCGAGTTTTA
-GCAATTTGTGCTAATTATGCCATTTTCTTAGCGATTTTCCAGGAGGCTTTGAACGCCGGA
-ACGTCTTCAATATCAATCCAGAAACCAGATCCGAAACCATCACTATAGCAAGGGCAACCG
-TCGCAGTAGTTTTCCCAGGTCATCACTTCACCACCAACAGAAGCACCAGTTTCCATAGCA
-CGTAATGCATCTTCAACTTTTTCCAGTTTTTCGGCGTTGTCGTCGTAAATGACAAAGTAC
-CATTTACCGTTGTATTCGTTACCCAGTTTGATTGATTCGCGAACAAGTTTCATGATAATT
-TCCTTTTGTCTGTTTCGTTTCTATGTGTGTAATATAACAAAACCCCTCACCATAGGCAAG
-GGGTTTTGCAAAAAATTATCGTTTGATTGGGGTATTATCTATAACCCTTTGAATTTCCGA
-ACGCATCGTAGAATACTGACACAATTCGGTAAGCGCCCGATCCAGGTGCATCATAGCATA
-AGAAAACTCTTTTCCGCATTTGTCACATCGAGCGTATAAATGTAAATGGATGCGCCCGAT
-CCCATCTACCTGACTATATTTCTGGAATATGTAAGGATCTGCACCTCGATAGCCAGTTGC
-TTGATGCTTACACTCTCGTTTGAACCATGACATTAATAATATCCTTGTACGTTGAAGCGA
-TCACATAACAATTTTCTTGTTTGGTTAGTATCGCTTTGGATAGAATGCAACATAGCGCTG
-AACATGTTTAGGTTATTTTGCATCATTTCCGCGCTCATGAGAACTTCCATACGCGCACGT
-AAGCGTTTATTTTCTTCTTCCAACTCAACCATACGGTCATATGCTTTTATGCGCTCTAAG
-GGCATATCAGGGCGCTCTTTGAGTACGCGAGCACGTTCAACCTCACAAGCATGATTTGCT
-TTCCAGTGGTTCGATTCCGCTTCAAATTTATTAAGGCGGCGGATCTCTTCAACCAGCTTT
-TTGATCATGTGTGGATCCATCATGTCGATGAATTTCATCAAGCAATTGGATTTTGTTTGG
-TTGTCAGCAACAGACCAAGACGAATTATACGTAACCGTAAACGTGCGGCCCATTTCATCA
-ACAACCCCGATCTTGTTATCATCGGTGATTGTAGCCGCCCATTTCTCCCTCATGGCTGTA
-CAGGTTCCGCTGGCGACACTATGCAACTTGTTTAATGTTGCGTCATCAAACACAATTTCA
-TCACTCATGTATGCCTCACATAGATTTCAAAATACGCAGAAGTGCGTTAGTAAAGATATC
-AGGAACACAACCACCAAACAACTTATGATTCATCAGCGCTAATTTCATGCTGTGATTTTC
-AGTATATCGCCCGTTATGGATCCCCCAGGCAACGACATTACCAGGTTCATGAATAACTAA
-GTTAGTGAGAGTAACGGTCATGCGCTCTTTATCATTGATAGAGAATGAATAGCGATAACC
-GGATCCGATGTCGCCGTAAAGGTTAAGGTCTTTCAATTTCCCTTGCTCATGCAAGCGTTT
-CATATGAACTGCACATGCATGATTAATAGTCATTTCGTCATCCCTAGCCCAGTCATCAAT
-ACCAGAGGTATAACGAATATTGAAGTAGTTAGTCAGTTCATTTGATACGCTCATTAGAAA
-CCTCACTTTTATAAAATTCTTTACCAGACCCATTACAGCTACTGCATTTGGGGGAACGGT
-TGTTATCATACCGCCCCGAACCGTTACATGCAACACATTTCCTTAATTTCCAGCCATACA
-CGAACCTCATGTAATAATCGGTTCGTGCGGCCTTGCGTTCATGGAAATTCATGCTTTGTA
-AACCTGAACCAACCACATTTCGATGTTAGGCGCGTAAGTAACGTTTACCTTATGCATAGT
-GCGGTATTTGTAAGCGGCTTTGTACGCATCGAGTTCAGTCGGAACACAGAAAGAGAAACC
-GTTATCATAGCGTTCTGCGTTAGAAACTTCACAACCAACTACAGCGGCAATGTTTTTATT
-CATGTTCATGATATTTTCCTTTCTCTGTTTCGTTTCGATGTGTGTAATATAACAAAGCCC
-CTGCACTAATGCAAGGGCTTTTTGATTATTTTGGTAATTTTTCGATTGTTGCTTTCAACT
-CATTGATTTTATTAAAGAGTTCATCGCTATATTTCATCAACTCACTACGGCGTTTTTCGG
-CCCACTTGATCAGGAATTCATGAGAATCTACACCATACGTGTAACCTTCTGCACTCAGTT
-GAATACGAGCACGGGAACCATAATCAACAGAACTTTGTTCAATGAGAAACTTAACCGCAT
-CAAGCAGGGCTAAATCTTCATGACTTACCATGATTCCTTCTGCCTTTGGAAGATCCACAA
-CTTCATCCTGAATGAGTTCACGACGGGTTGTTTCTTCCAGTGTTTCATGATTCTGGATCA
-TCGTTTCGACCGGATCCTTTGCCACGGCTGGTTTGTTTTCACCTACTTCTTCCAAAAACA
-TCAACATCCATCCAGGAATTTTAGTCCAGAAATAACTTTGTACTTCACTGGTGCATGAAT
-TTCCCAGAATGTGGATCGCGTTACCATGCATATCAACTTTATTGATATAGATAACGTTCT
-GCTGTTCCTGTCGGTTGCTACCATAAGAAAGGAAGCGGCGTAACGATGTGTTATGACCAT
-ACTTCCCTAAATCGATTTCAGCCAGGCAATCAATGATCCCACGGTTAGAAACCTTGTAAC
-GCTTACCCTGTTTGAAAAATAACGATTCTTCCAGGTGAGTAGGGGTAAACTCTTCATAAA
-GAACATAGAATTCTTTAGGAATTTTGCGCTGAACCAGGCTCAGTTTACAATTATTAGAAG
-GAACAATAACAGCGTGAATGTTTCCTTCTGCGTCACACATAGCTTGCATTACTTGCGGAT
-AGTAAAGATGGTCTTTCTTGCAAGTATAGCTATGGATACGACTCTGCCGTTTTTTGAAGT
-ACCATTTACCAGTTTCAAAAGGCGCTGTTGTAAAATTCATTTTGCATTCTCATACATAGT
-TAAAATTGCTTGCATATGTTCCGGTGATTGTGGAACCCCTGCAAAGTTCACTTTCAAAAA
-GAAATTCAACCGATCTTTTATGTTGCACTCATCGAGTCCAAGCGCTGGTAATGAAATGTT
-TTCAAAAGCACGTTGTTCATGTCTTTCCATTTCACCCCAAAACAAACGGGAACCGTTAGG
-CATCGGTATTCCAATTTCATTGTTCCAGAATTTCATGATAGTTGTCAAGCGTTGTTTTCC
-GTCGATGACTTCTACCCATCGAGATTCGTTGAATTCACTATCAACCGCGATCGCGATGAT
-ACCGCAAGGAAACCCAGTAATCAAAGTCTTCATGAAAGCATCTTGCTCTTTCTGCTTCCA
-CACGTAGGGCCGCTGATAGGACGGATTCAGATCCAGATCGTTGTTCTTGAACCAGTGAAT
-GTAACTACCAACCATGATCGCATGATCGCGACTTTGGAAAGTTTTTAACTCACGAATACG
-GTTTCTTACAATTTCGTCTGTCATTATAAAATCACCATCCAGTATATAATCGTAATCATA
-ACCGCTACAGTGAAACACATTGCAGCGTACACCCGCGCATTATGAACCTGTGTTTTCAAT
-TCTGCGATCTCTTGATCCTTTTCGCTTTCAAACTCTTCGCGAGTACCATAATACCCAGGA
-TCGTTAGCAGTTGCCAATCTAACCGCATCTTTTTCAACCAGCGTTGCATAACCGCTTTTT
-ATTTGTGTCGCCCCGTACCATCCACCCCGATCATTGTTAATGATCAGATGGTCGCCTTTT
-TCGTTATGCTTTGATTCACCAACGACAATAACCCGCTTACCATTCATAATATGATCCTCA
-AAGGGGCCGAAGCCCCTATTTTGCGTTCTTCTGTAGATAATCTAACAGATTTCCGCTTTG
-ATGTAAATCCAAAACTTTAGAAAACTTCTCTGCGTTTCTTTCGTTTGTGAGTTCGTCGAA
-ATGCCATACACCATCATCAGCTATTAACGCGCCAGGTGATGAACCTGTTTCTACATCACG
-GGAAAGCGCAAGCCCCAGAGGGTGTAAGATTTCGCGGTTAATGCGCCAAACAAGGCCCAT
-TTCAGATAGAGTATTAAAATCGACGTATTTCATATTATGCCTTTGGTTTCACACCGTAGG
-CCAACATACCAAAACGATGATCATTATCTGCATCTTTAAACAGAACTTCGTTACCATCAA
-TGCAGATGACCTTTGCTTCCGGATCGATGTATGGAAGCAACCACAAAGGGATCAGGCGTA
-GGCCGCTATGTTCATCCCAGCGACTGAAATTGAGTTCTTCCAGTTCATCAAGGGAAAGCT
-CATTAGGATCGATATAACGGAACCATTTGGTATTTTTGAGGCGGTCGGGGAAGTTTACAA
-TTTCTTCATAGCCGAATTCAGCACTCCATGAAGAGTAAATAGTGACTTCGGATGCTTTGG
-TTAAAACAGCATCGCGAATTGATTTGCAGATATCGATTAAAGTCAGTTGATTTTCCATGA
-TATATTTCTCATCTTGCTAAAATTTTAGGCAGTAGTTGCCCCATCGTTTTACGTGCATGT
-GACGGAATCTGTGAGATCGGGACATATTTAAAATCATCCATTTCACGTATAGTCCGTCCG
-TTCTTAACGAAAGTTGATGCACAATAGCATTCTTCCGCTACTGGGTAATCTTGCCCTACA
-TAGAGGAATAAAGCAAGGTTTTTTGTTTTCGTGTAATCGAGAACACCCAGGCTAACCAAT
-TCCTCCGCGAACACTTCAAATCCTGTTTCTTCGAAGCATTCGCGGATCGCCGCGTCAATA
-TGAGTTTCGCCCTTTTCAACATGCCCCTTCGGAATATCCCAATGGGGCGTTTCAGTGGCA
-TGGCCCATCAACACGGCACCATCTTTAACAAAGATAATACCCGCTGATAGTTCCATTTAT
-TCACCCGCAAAAGCGTTATCAAATGCTTCAAGTGCGTTGTTAGCGCGAGCACTGGCTTTT
-GTCACACCAGCCTGGAGATTTTCAAAGAAAGTATGTTTCCACACTTCGCGGCGACTGGAT
-TCATGTTCCAGACTGTTTTTGTGATCACCGCGAATCTGTTCTTCCATGTCATAACGGTAC
-AGATCGAGTTCTGCGTTTAATTTCTGCTCTAATGCCTGTGCAAATACATGTTCAATATTC
-ATTTTGTATAGCCTATTTCAGATTTAAGGTTTTCGAGGGTGGAGTGATAAACAACATTCC
-CTTCGTGTCGAGTATACCATACTTTTCCGTTCTGGTTACACTCATTCATTACATTTTCAT
-CTAAACCAGGGATCGGCTTCATGCTGGGAGAAAACGTGATAGACATCATTTGTTCTGCAC
-TATCAGCAAACCCACAAGGGAAAACAGATCCAGTTGGTTTATCAAGATACATCAACTCTA
-CTTTAGCCATAGATTTCTTCGAAATCCTCACAATCAGGCAAATACGTTTCACAGAAGGTG
-CAAAGCGTAAAGAATGCAGGTTGACGAATACCAGGATTATCCGGTAGATACATCCAGAAG
-GTGTTAGCAAACACGATGAATGTTTTCAGGTTTTCGGTGGTGATTTCGCTAACACCATCA
-TACCCGGATTGATTGATCGCGCGTTGCAGTGGCACCTCATACTGTTCGCAATAGTCGGCA
-TAATGATCGCTTGTTACAAGGCCATTAGCCATTTTAATCAAATCGACGATTTTCATGATT
-TTACATATTCCACTTTAACAGGTTTTGCAACAAATTTATCTTTGGTGCGCCCATGACCAT
-TACACAGGTCACATTCTTTGTTGAAATCTTTCATATCTTCGACCCATCCAGAATCTGGCA
-ACCCAGACGGATATGCGTTATAACGAATGGTTTCATAACCTTTTCCGTTGCATTTCGGGC
-AAACATGAGGACGTTCTTTTTTAGCAGACTCTGCCAGTTCGCGAAGGGTGGTAGAACTAC
-CATAAGCCCGACACATGTTTTCAAAGTCTTTTAAAGTCATTCTATAAACATCAATGACGT
-TATATTTTTTGCCGGATGGTTTAGCCATAATATATTTCTCACTTAAAGAATTTTTTGATG
-AAAGAGATAGCAAGGCCGATACCAAAGAAAATTAAGTAACCTTTTCCGTCACCGTGCGCC
-AAAACATAGAGTGAGCTGCCGTATGCGATGAGTTCTGCGATGTTCATTAAGTTTCTCATG
-ATATCCTCCTTTTTCTATATTAAGTATCTTACCATAATATAAACCAAAGTCAACAACAAA
-GTTTTATCAACCCACTTATCACCAGTCATTAGTAATCCCCTACAGGTTGAGACGCCGCAA
-CACTCAGGATCTTGAAAGTGCAATTGTTCCATTCACAATAAGTTTTTGCGCAATGAACAC
-TTCCTTTCATAACAAACCCGTTTGAGAAAATTAACCAGTAAAGTTTCATGATAGCCTCCT
-TTGTTTCGACAAGGCCAATATAACAAAGCCCCTGCACGAATGCAAGGGCTTTTTTCAGTT
-TTTCAACATCCAAAGTTGCGGAGGACAATCTTTAGAAGCGATTAGACGATCCAGGCGGGA
-CATAACCCGACGATAACCGTCGTATTCAAAATTAATTTTTGGTGGAACGTAGTTGACCTG
-GATTGTTTTTCTGTTAGCTAAAGAAACATACTCAGGGATCACCGTTCGCAACCGTATAGC
-GATCACTGGCTTCTCTTCGCCTTCGTTAAAGAACATTTGAACAGTTATAGGACAAGCAAA
-GATTTTACCATTTACCCGACGATAAACAATAACTTCCTGTGTCCCTTCTGTTTTGGCCTT
-CACAGCGTAGGTTAGAACATAACACGAATAATGATTTGCTAGACTCATCATGATATCGCG
-ATAAGTTTCAATATCTTTTTTAATCGATACTGAACGGTCTTTAAAGCGATCTGCAATGTG
-GTCAGCAGTAGCCGCTACCTTGATTGTATACCAGTCACCTAACGCGCTAGTAAACGCCTC
-GCTAACTTCTTTTCGTACACTGTTAACAAGATACATTAAACGTGTTCTGTTCATATAATC
-CTCACTGATTTTTGAAGTATTCGATCTGACGCAAACGCTTTTCAGCGGCGGCTTTCGAAT
-CGTATTCACCAAGTTCTTTTGTGCGATCGTGATTCAAAACAACCCACTTATCGCCACGCT
-GTTCAATGTGTTCTGTAATATCTTTTAACGACTTATCCAGATCCAGTGATTCAGCCTCTT
-CACAGATAATAGTCAAATCCACGGGCAGTGTCAACAACCTTTTTACTCCGCTGATATCAT
-CAAGCATCGAATCGTATGCAAGGGTTACGTGCGGTTTGTAATCCGGATAATCGTATGTTG
-CGCCAGCATCAATAGAATCTTTGAAACGGCTATGCAGGTATTCAGATTCCAGGATCCCTA
-CGATAGTGCTACCGTATTTTGTGTCCCACTTTTCAACATCAACCAGTTTAGCAGGTTCTG
-TGATGTCCTGTTGCGGGAACAAATCAACCGTTTTCCGGCTGTATACGATCGTTGTATGCA
-TCTTTTCGGCTGAAACAGCATTCTTTGTGATACCTAATGTCTTTTGAACATTTTTCAAAG
-CCTCACATGAAGCCTGATCGAATTTAGCACACATGTAGATACCAGGATCTACAACAGGTT
-TTGTGATTTCAAGAAATGATTTCATAAAACACCCCAATAAAAAAGGGGCCGAAGCCCCTT
-TGTAATAAATTTGTTTTTACGCTTCTTCGCCAAAGGCGGCTTCATCTTCCGCGCCTTTTT
-CGACTTCAACGGAAGGGATCAGAGCGGATACCGCGCCAATCACTGCTTCTGGGGTTACTG
-GCTGGCTTGCGTCAATACCCAGTACCGAACACAGGTCGGACAGAAGTTGACGATGAACAG
-AGAGTTCACTTTCTTTTTGCGCGATAACTTCGTTCAGATCGAATGCGCGGCCTTTCAGTA
-CCAGTACTTCATTTTGCAGTTTTTGAATATCAGACATTTTATTACCCATTGTTAAAATTT
-AAAAGTATCGAGCACTTTGCTCTTTAGTTGTTTCAAAGTACCTTCGTTAGTGATGATACT
-ATCTCCAGGTTGAGGTGTCAAACCTTTTTCCGTGGAATGTTCATCAACAATTCCGGTATC
-CTTTACAATAAACACAAACTTAGCACCTAAGCGTTTTAGGTATTTGTATTCGTGTTCTTG
-ACGACAGTCAGTGACCAGAAGATGGTTGTATTCGTCACCAGTATATTTATTGACGAATCT
-TTCCAACGTGTAACGAACCCAAACCGTGTTATCATACTTGCATACGATATCAGTTCCAAA
-CACTTGCATCAAGCGTCTGATACTCCAGGGAGTATCGTTACTCATAATCAGGTTATCAAT
-ATCATCAGGACTATAAACAATATTGTATCCACGTTCTTTGAGGATTTCAAGCCCGATTTT
-GAAAATATTTAGAACATCTTCATTAGACATCACAAGAGGTTTCTCTCGATCGCCTTTGTA
-AAAAATAGCATCCGGATCAGAATATTGTCCTTCAATCATATTGCGAATGTATGGTTTATC
-GTAACCATATCGCTGCATTGCTATTCTTAGCGTTCTTTTGATACCAAATGCCAGTGCTTC
-ACACTGAACATCATTGTACGCCTCTTGAATAAATTTAGCAACCGTATCTTTACCAGTTCG
-CTTTTTTCCACTAATCACATAAATCATTAGCTCATTCTCTTTTGAGAAGTGACTACTTTT
-CCGTCAATTTCAACTTCCATATGAAGGAAGCCAAAAGTTGCCATACACGTAACCGCTTCA
-TCACTATCGTTAGTATAACCCAATTCAACCTCACCCAAGTTTGTTGGGAAGGCACCATAA
-AATCTAAATGTGGCGATCGTTTTCATCTGGGAGTTATCCAGGATATGCACAGCGAATGAT
-TGCTTAGGATCATCCCACGCAACAGAGTTAAACTCATTGTAATCGTTTGTGCTCAACATC
-CATATGTAAATCCCAAGATACGATCTCATTTCCTCATCGACTACAAAGCGGATCATCAAA
-GGATCAAACTCAAAAGCCGAACCAGGTACTTTACCTCGAACCATCATATTTGCAGGAATA
-TCAACTGCTGGGAGGTTCATTGATGGTAGTGTAACCCCTTGAACTTGTAAAGTCAAACCT
-TTCATGTAACTGTTATCAGGAATATCAACCCGAAAGTTTGTAGGTGAGATTTGGTTTAAA
-ATCATTTCTGTAGACATAGGATCTCCTTTCCTCTATTTAGCGGGGAACGGGATCAAAGCG
-GCCTGACGGGGTAATATAAAAATTTGAAGAAAATGCTTGACCTTTTAAAATCTTTGATCT
-ATAATAATTATTAATTAAAATTTTATCAAAAAGATCTAACAAGATCAAGTAAAATTTAAT
-AAATAATTTATCAAAAATTTTTAGATCTGATCTTGAATTCATAAATTTTATGATCTATAA
-TATATTAATATTTTATTTTATCATAAATTTTTATGAAGATCAATACTTAGATCTAATAAA
-TTTTATGCTTTTTCTGAAAACTTTTCCTTTACCCCGTCACTAAATACTGGTACTATGTTC
-CCATATTGGAAATCAGGAAAAACAAAATGACTCACTTGAAAAAATTCAAAGAATTTCTGA
-CCGAAGGTAAAACCCTCGCTCGTACCGTAGCACGTGGTCAACGCGCTAAAACTTCCGATA
-AACATTCAATCGGTTTTCTTCACTTCAAACATGGTTCTGATTTCGAAGTTTTAGCACCGG
-ATTCTCACGATCTGGCATACTTCGGTAAAAACATTGTACGTTTGAAAGGTATGACTACTG
-GTAAAGTTCAAGCGGCTTATGTCGATTGGGCTAAAGGTACTGTTTCTTTCTACAGTGGCA
-ATCCGGATGATGATCTGGATTTCGACAAACCAGAAAAATTCAAAGCTGCTACTCTGTATG
-AAGAGGCGGAAGAAAATCTGGATCTGTATAACCAGTTAGCAGAAGATTTCGAAATCGAGA
-TCCCTATGGATGAAGCTCTGGTGAAAGGTAAAGTTTACAAACTCCCAAGCAACGATATGC
-GTCTTCTGTACACTGGGCGTTCTAAAACTAAAGCAAGCGGTGAATATGCAGTGTTTACCG
-TAGTTGATGCTTCCGGCAAACCTCGCCTAGTATCTGGTAAAAAATTCACCCAAGAATATA
-AAGGCGATATGGTTTCTAAACTGGTTCTGGCTGAATCCGAAGATCTGAATGAAGCGTCTA
-AAGGCATTCGCGAAAAAGTTATTGCTGTGATGGTGAAACGCGGGTTTAACGAAAAAGATG
-CAGAAAAGATGGTTGACAAAAACCTGAAAGATGCTATGAAAGTTAGACCTGGTGCGACCC
-CTGGCAAACTTGCAGAAATAGTTAGCACCCTGTAAAAATAAAGCCCCTTCCTTTCGGTTG
-GGGCTTCTGTATATGGCACCTGTATGAAAAAATATGGCAATGATGGAAGCATCAATGATG
-AAATTGCTGGAATCGTTGATTTGCTAAAACATGTAAGAGTTGAACCCAAAGAGGGTAAAA
-TCTATTGGACTAATCCTATAGGAAAGAAAATGAAACCTGGACAAGAAGCGGGTTCATACA
-AAGGCGACTATTGGATTATATGCTTCAAGTATGCAAAATATAGGAGACATCGAATAATTT
-TCTATTATCAACACGGCTACTTACCTCAGATAGTAGATCATAAAGATGGAATTGACGCAG
-GGGATTCTATAGATAATCTTCGTGCTGCTGATGCAAAAGGAAACCAGCGAAACCGATTAG
-GGGCGCAAAAGAATAGTAAAAGTGGTGTAAAGGGAGTGCGAGAAAAAAGAGGTAAATGGG
-AAGCAAACATTAGATATGAAGGCAAAACGATTTATATTGGTACATATGAAAATATAGAAG
-ATGCGAAACTAGCATATGATACCAAAGCAGTTGAATTGTTTGGAGAATTTGCAAAATAAA
-AGCCCCGAAAGGGGCTTTTTAGTATCTGTTCCAGACTTTCTTCGCGCTGTAAGGCTTGCC
-CTTTGAAACAAACGCTTGTGTAGGCAACCAAACTGATTTAGCCCAGTCTTTTGGGGCAAT
-CTCTGCTAATGGTGATTTGAGGTGTGATGGTAGATATGCTTTGATCATTTCTGTTGCGCC
-TCGCATACCTTTCACGTTACCCCAGTTAATTTTAAGCACGGTCTTGTTAGAGAGGCGTTT
-AGTGGATCCGTACCCTCGCTTCAATAACTCTTCTAAAAACTCCTGTCGTGCTCTGGGTGG
-CGCATAGTGCAAGTTCAAACCATAGAACACTAAGTTACCCGCTTTCGATCTTCCGGATCC
-TAAGAAAATGATCAGTGGAAATCTATCCCAATACGGCAGGGTGTCTTTATATTTTGCATC
-ATATGCAAACGTGTACAGGCGACCCGTTGCTGGTTTTGCCACACGGTGTGTTTTGATACT
-GGTTTTGATGAAATTACCAAACCATTCTGTTGAATCTTTCTGTCGCTTTGCCGCCGATAC
-ACCAACAGTGATCTTTTTCAGACTATTACGGAAATCGTTGATGATCTCGATCCCGTGTTT
-TTTACGGTAGTCATTACGTTTTTTACGGGCTTCTGTCTCTGCGGAACGTCGTTCAATCTC
-ATCATCAATCTGTTTTTTGTAACGATGCATTGACTTTGTGAACGTTGCGTAGTTTAATCC
-CTCAGAATCGGCAAAACGTTTAGCAGAAACACCTTTCGTTTTTGCCTTACGGAATTTGAT
-CCCCAGTTCAACCCAATCACTCAATTTGCGTTTGGGTGGTGCTTTGGGTTTATCCTCTTC
-CGCGATGATCTCAAACTCAAAAATAAAACTCATGTTTCCCTCCAGGGATTACTGACCTCG
-CCACCCAAAAACTTTTTTGAGTGATTCTTCTGTTACGATTTTGAACTGCCAGCCTTTTTG
-ACGGCATAGCTCATTTGCGGCTTTCCACTTATCAATATTAACTGTATAGGTGTAAAGAGC
-ATCAATAAATTTCTTTTTATTGTGTACGTTGTTGTTTACTGGCTTCGGTGGAGGCATGGT
-TTCTTTAAGGGGCTTAACCTCCCAAAGATATGTAGTACCATTTTCCATTTCCACATAGAA
-ATCCATGTAATAGCGTCTTCTCTTACCGTCTGCATTGCAGAAATACGGGATCACTATACA
-TTCAGAATTCCAACGTTTTACGTGTGGGTTTTTATCCAGCCACTTCATAACGTAGCGCTC
-CCACGATGACCTATACGTAATCTTTCGCGGATCGCCTTTATACTTCTGTATGTTTTCGGG
-TACAAACGACCCTTTATACGTCTGTCTTCCAGCCATTGCGTAAATCCTAAATAGAATAAT
-ATAACGTTTAGATAGGGGAACTTATCGTGCTATTTTCATACTTCCCGCCTGTTGATTACA
-AAGGCACCCAGACAACTGATATTTTCCGAGACTATCGATTTTATTTTAATCGTGTGATTG
-GAAAATATAAAACCCGTAGTTACCAGATAACAGGCACACTACGACCTGAACAACTTGCAG
-AATCATTATATGGAAACCAGCAATACTACTGGATCCTGTTGATGCTTAACTCTGTTTATG
-ACCCTTTCTATGGTTGGATCTCCGATCAGGAAGCCGCGTATCAGTGCGCTATACAGCGTT
-ATTCTGAGGTTGGCGGTGAACAGGTTCTGTATCATGTAGATGAAAACAACAACAAGTATT
-ATAACCTTGTCGAAGACCCCAATAACCCTGGTCATTGGTATGACAAAGGCGACAAACCAA
-TGCTGTATTTACAGTATCAAGGTGTATTAGCTCCTGTAGATATTTATGAAGATGCAGTGT
-TGCAAAATGAAGCAAAACGAACAATAAAAATCATTAGTCCGTCTGACATCCAGGCGTTTC
-TGAATGATTTTATTAAAGAAATGGAAAAGGCTAACTCATGAAATTAGGCGGAAATTTACA
-CTCCCCTTTCTTTGATGGGGTGGTTGAAAACGTTGATGATCCTCGCGGGTTGGGCCGTGT
-TCAAGTCCGTGTATTTGGACAACACCCAGCCCAAAAACAAAAATCCGATGCGATCGGTGT
-TCCTGTTGAAGATTTACCCTGGATGATGCCTATTCAGGATATTAGAAGCGCTGCGATCTC
-TGGTGTGGGCTTCTCTCCAACTGGTATCACTCGCGGATCCTTTGTTGTTGGTTATTGGCG
-TGACAAATGGCACCAAGATGGTATGATAATCGGTACTGTCGCTGGTGAATATGTCGAACA
-ACCAGACACACAGAAAGGTTTTTGCGATCCTATGGGTGAATACCCTCGCTATGTTGGTAA
-CGATGTTAACTCCCTTGCTTTAGGTGGTTTGAAAGGCAAAGGATCATCAAGTGTCATCAT
-TCGTGATTCAAACACAAGCATAGCAGTAAACCCAGACGATCGCCCACTGGATGAGATACC
-AGAAGATAACCGCCCTGATACGGGTGGATTTACTATCGAAAAGATGCTCAAGCAGGATGA
-GGGGATCCGCACACGCTGGTATACAGACAGTGAAGGATATCCGACAATTGGGATCGGGCA
-TTTGCTTATCCGCGAAAAGACTCGCGACACTGCAAAAATTAACGCTGCGATCAGTAAAGC
-GGTAGGTCGAGAAGTAACAAACGGGACAATCACGGCAGAAGAGGTTTCAACCTTATTTGC
-TCAAGATTTAGCCAAAGTAAGATCTGATATTCAGAGAACCGCTAACGTCCGTGAAGTGTA
-TGTGAACCTAAACCGTCCTCGTCAAATGGCGATCGAAAACATGTCGTTTCAAATGGGCGT
-CGGTGGTGTTGCTAAATTCACCAATACCCTAAAAGCGATGAAAAATGAAGATTGGCAAGC
-GGCTTATAATGGTCTTCGCAATTCACTGTGGGCTAGTCAAACTCCAGGCCGTTCTTCTCG
-CGTGTCTAAAATCGTCCTCACGGGCAACCTTGAATCATATGGGGTGCAAGTACCAGATCC
-GGAAGGGCGCTCTCTGAGTGCTGCTTACGCTGCGTATAACGGTGCTACATTGTCGGCTAC
-TAGTCCGGAAGATCCGTTTACTCCTGGTGATACCCGTGTGATGTTTGAAGAACCAGCATC
-ATCTTATAATGCGGAATATCCGTATAACATGGTGTTTGAATCGAGATCCGGACACATTCA
-GGAATTCGATGATACCCCAGGATACGAACGATATAACCGTGTTCACCCAGCAGGGAGTTA
-CGAAGAAATTCGCCCGGATGGAACCCGCGTTGTTAAAATCGTAGGGGATGATTATCAAAT
-TGTGATGCAGGGCCGGAAACTCAATGTTAAAGGCAACTTGCAGGTAGTTATTGAAGGCGA
-CGCATTCATTTACAACATGGGTAACGTTCAACAAACGGTTGATGGTAACGTAACTGAGTT
-TGTTCGTGGCAACGTTCAACAAACTGTTGAAGGTGAGTACGTTGGCCTGATTAAAGGTAA
-CGCTGAACTAACTGTAAACAAAGATGCAACAGTTAACGTTGATCAGAATCTTACCGCAAA
-TGTGAAACAGAATGCAACCGTAGCTGTAACAGAAGACGCAACGATCACTGCAAAAAATGC
-GAAAATGGAGATTGAAGAAACGATGGATATCGGTGCTAAAGATATCAATATCAAAGCAAC
-GAATAACACGTTTATTGATTCTGGCGCATTAACAAAAATCACTGGCGGCACCGTCCAAGT
-GGGGTAATTAAATGATTATGGATTATGAATCAATAATTGATGGAATTATGCAAAATTATC
-AGCATCCTTGTGATGCTGAGATCCCCGCTGGCTATTATCGGCGGGTTATCTGGCAAGGGC
-ATACAGAAAATTATCCGGCTGTTGGGGTTGAGTGGGATACCGAGATAATCAAAATCGGTA
-CTCATCTTTATACTCAAGAACCGTTCGGACATAGAAGCACGGATCTACCTGTTGTCAATT
-CACCGGGAACAGATCCAAATACCGGACAACCAACAGGGATCCTTGTTCCGAAGATTGGCT
-ATTATTTCAACACTCAAGCAGAGATTGATGCTTACATTACATCCATCGGTGCAACTAAAA
-TCAATGGTGGTAATGATTGGTACGGCGCGGATCTGTCAAAATCAAACCTATACAAAAACC
-CTGGCGAACTGGCTATGTATAAGGTTGAAAACAGTGGCGGGTATCTTTCCGGAACAAACC
-CTGTATGTGATGCTCGCATACGTCAGGCGTATAATCAGGACACTGGCGCATTCACCAATA
-TTGATTATTATTGGAATGGTAATCGTATAGCATATATGAAGCATGACGAAACAGGGGCGC
-ACCAGTGCAAATATACGGGTATGCAGGTTAACACCAACGCAGATACAAGCATTCCTCCTG
-TTCCTCCTGCAATGCCTTCCACTTATGGGGCATTACCGAGTGAATTAAGCCGTGCTGATA
-TTTCGTGCATTCCGGCAACTGTTGGTTTCGCATATACAAATATCAGTGATGCTATGTTAC
-AGGCATGGAACGAAACCCGTAATACGTTCAAGCTACAGTTTAACATGTTAACGGGTGCTG
-TACAGAATGGATTCGGGATCGCGACGATGTTTGATGGTTTATCCGTATCGATGGAAGAAG
-TAATGGCGGGGGCGCTCGCATTGTCACAGCAAGCATGGCAAACTGCTATGAAAGTTTTCA
-GACAAGTGATTAGCGCTGCATTTAACATTATCGGTGGTGCGTGGGGATTGATTAATCAGT
-TCTTGCCTCAAGTAACCATCTTAGGTGTTGCGATCAACATTTACGATCTGGTGTTTGGTG
-ATAATTCTGTTCAGACTTTGAAAGATGCATTTAATGCAATCATCAAATCCGGACAACAAA
-CATATGAAACCGTCATAAACGCAATATACGGGGCCATAGGAAGCGCATACAATTACTCTG
-TGGAATATGTCAAAGCTGGCGCTCGCGACCTTGTGGATGCGTGTAGCGCGTTATTTGATT
-GGTGTTTAACGATGTTCCAAAACGGTTGCGTTGCATTAATCGACTTATACGGTCGGATCA
-TGCAAACATGGGCTATCCCTCCGGAAGTTCCAAACCCGTTATGGTCTGCGGTGCTGGCTA
-TCCGTAACATCATGATGCAAATCAAACCACTTGATATAATTCTGGGCGGTAACTTCCCTG
-GATTTACTGCAATGGATTTATATCAACAAGCACAGGAAAAAGTCAAGGCTTTTGTTGATG
-AGTCATACGAACAGATCCGAGGGCTTTATGAACAAGGGCAGGAACTTTACAAAACGTTAA
-AAAATCAGATTTTCGAACGTGATTCAATTCAGAGAAAATTCAACCAGTACTTAAACTGGA
-TGTGGGGCGCTGTAACAGACGAAGCAACAGCGGCTTATCAATCTGCATTGGATGCTGCAA
-ACGCTGCTGTAGCTGCAACACAGGCCGCGTATGACGCTATACAGGAACAGATTGGATCTC
-TACAAGATGCAATGAAAGATACATACAGCATGGCGATGGAAGAATTAAAGAAATTGCCTT
-TGATGAGTACAATAAACGAGTTTTTAGGATTCTGTGGTGTCGCATTTGACGATCTTCTCA
-AGTCATATGAAAATGCGATTACTGGTGCTCAGTCTCTGTACAAAAATTTCATTGATAGTT
-CTCGCTCGTTTAAAGATCACTGCAAAGTAATCTATAACCAAATTTGTACGTTGGCGTTGA
-GTAAAGTCACACAATATGTGAATAAATTGCTGTCTCTCATAGGATTAGCAATCAACTTTG
-GTTCGATTAGTGTATGTGTTCCAGTACTGAAATACTAAATAGTCGAATGATCAAGAGGAA
-TTTATAATAATGGCTACTGCTAAGACTAAGACTGTCAAAAAACAGATTAACCAAATCCCC
-GATATCTTTATCGGGGGTACTTTCGAAGAAATTAAAACAGATCTGATTGATTGGCTGGGT
-GGACAAGAAGAGTTTAAGGATTACGATTTTTCCGGCTCGCGAATGAACGTACTGATCGAC
-CTTCTGTCGTATGCTACTCTTTATATTCAGCAGATGGGTAACACGGCTCTATTTGAATCG
-TTTATTCGCACGGCTGCATTGCGTAGTTCTGTTGTACAGTCTGCTCAAGAACTGGGATAT
-ATGCCAGATTCGCGCACGGCTGCAAGCACAGCAGTAATGATTACGGCTGCTAACCCACTG
-ACCCCAACATCGATCCGTATCCCGCGCGGTACAAAATTCATCGGTACTGTAAAGAATACA
-GACAGTTATTCTTTTGTTGTATCAGATGACGTTGTTATCGTTCGTGATAGTAATAACAAC
-TATACATCAATGCTGAACCTGGTGCAAGGCCGTTTAGTTCGTACTGAACTAATTTATGAC
-GGTTCAAGTATCCTGATCCGAGATCCAAACATTGACCGTAGTCAGGTACGTTTAACTGTA
-AACGGCGCACAATGGGAAGACTGGACAAACGAAAGCATTGTAAACGCAACAGGCGCAAGC
-ACGATTTACTACATGCGTGAAACTGTTGATGGACATACCGAAGTTTATTTCGGTGAAGGT
-GAAGCAAGTCAACAAGTGGCGGGTGGTGCATTAACCGCTGAATATATCGGGGGCTTGAAA
-CCTGCTAATGGATCGACTATCGTTATTGAATACCTGTCAACCGATGGGGAAGCGGCTAAC
-GGTGCAAAAGATTTTATCTATGTCGATACATTAACCAATATTAGCATCACTAACATCGAA
-GAAAACCCGACTAAATCCCCTGATTATGTCGGTGCTGATGGTGGTGGTGATCCAGAAGAT
-ATCGAGCGTATTCGAGAACTGGCCCCTGTTATGCGTGAAACACAACGCCGTTGTGTAACT
-GCATCGGATTATGAATCTTTCCTGTCTCACAGATTTGGTTCTATCATCCAGGCGGTACAG
-TGCTTTACTGATAACGAAAAACCTGGTTATGCTTTCATTTCTGTTAAACCAAAGTCAGGT
-TTGCGCCTAACATCGGTACAGAAAGAAGATATGCAAACGTATCTTTCGAAATATAACCTC
-GCGACGATCACCCCATCGATTATGGATCCTAACTATCTGTATATTGTGCAATCTGTCAAA
-GTAACGTATGATATCAGTAAGTTGACGGAATCAGAGGAATGGTTACGCGGTCAGGTTATT
-TCGTCGATCGACTCTTACTATACTAACAACGTTGAAATTTTCAACAAATCTTTCAGTGTA
-TCTAAGATGTTGACTTATGTCGATCAGTCTGATACTTCTATTATCGGTTCGGAAGCAGAT
-ATTAAATTGCTCCGTGAAATTGACAACTATTACAGCGCCCCTATGTCTGGGATCCATTTC
-TTGAACCAGGTGGAATCTAAATCAATCATTTCCAGTACGTTCAAGTTCACCAACGAAGAA
-GACGAAAGTTATGATGTTCGTTATGCTTCTACGGAAATGGATCAGGATGGTAACGCAAAA
-ATTGTAATAGGCCCGTTCAAGGATGGGGATATTTCGATCGCTGCTTATACAGGCGATGAC
-TTTGAAAAATTAACAGATGCAGGAACCCGTAATAAATATTACGAAGTTGGATCGGTTTCT
-CATTACACCGATTTCATTAGCTTTGACCTGGGCGTTCTGAACGTATCCGCCGATAGTTTC
-AGCGCTGCTTATATCGAGCTAACTGCAAAACCTCTCGAAGAAACCATTTTTACTCGCGAT
-GGTTCGTTGATCGTGTTTGAAAATGACCTGCGTCCTCAATATACCACATTGACTATGAAT
-CCTATCAGTCAATAATCTTTAACCCCTGTCTTCGGATAGGGGTTTTTCTTTTTATAAATA
-CGTGATATACATAACCGCAAATTTGGAGAAATATAATGATTAAAGCGCCTTCGATTACGA
-GTTTGCGCGTTGATAAACTGGCTGCTAACTTCGTTTACCTTAAATGGGATGATGTTGGCA
-TGGATTTCTATTATGTGGTTGAATTGGCCCGTAGCCGTGATATGGACGGAACTATTATTC
-CAGACGAAGAGTTAATCTGGACGCAGTTGGGTTATAGCTACGAAAACGAATGGTTTAGCG
-ATCAGGTTGCCCCAAATACACGTTATAAATTCCGTATTCAAACAACTCATGAAGGGTTTG
-AACCTTCTGATTGGGTGATCAGCGATGAATTATGGACGTTTGATGAGAACGCCTACGCAT
-ATACAACCATGCGTGAATTCACCCCTGCTGATTCGTTTATCAATGAAAAATTCGCCAAAA
-ACAATCGTGATTACGTCGATTTTAACGATGATGTTATTATGGCTTCTCTGATGGTTGAGG
-ATTTTGTATACTCTCCCCTGTATTCTGATGTAAGCCAGATCAGCGATAAGATCCTGAAAC
-AAGAAAGCTACCATGAAATTCAAGATCACATCGAACACGTTTGTAATGATATAGATCGCA
-CGTTCCTGGTATACTCAAACGGATTGCTTTACCTGTTTGAACGTTTTCAGAATATGGCTA
-AAGTGTCAAATGACAAAGGCCAAACGTGGTATTACTACAAAGCATTAAACGATCGTGTAG
-GCAATCCGGTTTCCCGTACCATTGCTTATCAGAGCACTAACACTACGTATGTGTTAGGAT
-ACGATCGCATATTTTACGGGCGCACGTCAACAGATATTCGTTGGTCTTCTGATGAAGTTC
-GTTTTTCTTCTGATGATGTAACTTTTGCGAAGCTGGGGAACCAGTCAGGGTTAGATTTTG
-ATGTTGACTCATACAACACGTATGCGCGTCTACCGGGCGGAGTGTCGAAGTATGCCGAAG
-CTATGGCTTGTTCTAGTGATTGGCTCTATGTGGCTGCTAAGAACGTTATGCGCCGTATTG
-CGTTACGTAACACACCAATTGATACTGATCCTGGTTCGCCGACCTTTGGTGAACGTATTT
-TTGATGAAGTTTCATATACTATCGTACCAGGAAATGATAAAATTGTTGTTAAAAAAATGG
-ATGTGCTGAATGATCGTCTGTACGTTCTGGTAACTGGTGAAGTTAAAACGGCGATGATGG
-ATCCAACTGTCAAAGCTAACGTGATCCCATCAAACGATGCTGGCGTTTATCTGTGGGATG
-AGAATGCAAAGACGTTTACCCGTGTTTATGGTAAAACCGAAGATGAACGTTTTTATATCA
-CTCATGAATATACCAATATGTCAACCAATGGCGATGAAGTTTACATTTCTGTTGGTAACT
-ACAAATATCCAGGCACTTTGCCAGATCCAGATCTGGTTGAAAAGTATCCGGAAGATGTGC
-ATTCAGCGGTGAAATACGATCTTGTTCCTGGTTATACTGCGAGCATTTCGATTAACTTTG
-CTACAGTTCGAGCAAATCAGAACGATCCTACTGTTTGGAACTTTGGGCCGCAAGAGTACT
-ACAATGAAGCAAACTTTAGCTGGCATTTCCGCGATAAGGTTAGCACATGGATCACCAATG
-ATAACCGTCCTCTGGTGGTTTATCCGGAAACCCTGTATACTCTGGTTACTGATAGCGCGT
-CTCCTGCGTCAACGATTCGTGTAAACCATGAAGTTTGGGACAAAGGAACAGTTACTATCT
-ACTTGAATAATATCAAATTTACTGGTTTTACGAAGTACACAAACGGTGTTCTGTTGTATC
-GCTCAGGTGGTAGGATAATTGGATTCTATGAACTGTCATACCGCGCAAGGGATGAACTTA
-CTATTTTCTGGAAACCTGATAACACTTTAATGGTGGCAAGTCTGGTTAATCAGGAACGTG
-AAAACCCATACACGCCGGATATTGAACCTGGACTAATAGATCCTGATCTGAGTCACATGA
-TTACTCGTTTTGCTCCGCAAAGCTATCTGGACAACCAACAGTTCGAAAAATTTGGTGAAT
-ACTATCTGCAATATATTTCGTTGGGTAGCAACAGTTACTATAACAAATTGCTGAACCTCA
-TCCGGAACAAATATCCGAGAGAGAAAAACAACGTTGAATATTTGTGGTCTGAAATTAACC
-GCCGTAACATTTACCTGGATAAAACCAAACGTGAGGCAGTGGTTAGATTTTTTGAATCAC
-GTGCAAGCGATTTCTATTCAACAAAAGGGATTGAGGCAAGTTATACGTTCCTGTTTAAAT
-TGCTGTATAACGAAGATGTTTCCGTTGAGATCGAAAGCTCCAACAGTCTCGAATATGATA
-TTTTGGTTAGTTCAACAAATATCAGTCAGGATATCGTAGGCCGGACGATCTATACACCAA
-CTGGACGCGCTAACGTTACATACATCGAACGTGAATATGAAAATGGTCAATTGCGTTGGT
-CAATGACTCTGCATAATGCTCAAGGTAACTTTATCGAAGGGCAGGTTGTCAAGTCAGAAA
-AAACCAATTTCACCGGAATGGTAATTCGTGGTGTTCGTGGTAAACAAATGGCTAACAACT
-CGATCGACTATATAAACCGTGGACGTTCTTACTACGTGATGAAAATTCGTTCAAATCTAC
-CGACTTCCCGTTATAAGGATGACGTATTGAGGTTTGTTCATCCGGTAGGATTCGGCTTTA
-TGGGTATCACGATGTTAACAGTATTCATCAACTCTGGTTTGTCAATGACTCATAACGAGA
-CAATCATTGATATTCTGAGAAACTACCGTTTCGATAGTGGTTATCCTAAGTTCTGGCCTG
-ATCGCATTGCGAGCATGGACGGTAACGGAAACCAACAATTCGACCTGGTTACTGGTGAAC
-CTCTGTACACCGCACACCCGCGAGCGGGGGAACCTTTTGATGTACCTCCGGAATATGACG
-TTGAAGAAAAACCGCTTAACGGTGTTCTTCCTTCTGCGCGACGGTTCGATCAAAGTCCGT
-TGTTCGATTGCTCAGGCGTTAAATATTCACAGTTCCGTAATTTGGTGGATAGACGACTGA
-AAGATGATGCAGGAAACCCACGTGATCCAAATCCTCCATCACAGATTAAGGTAGGAAATT
-AAATGGCACAACAAAACTTGTATCGGTCGGTAATTACTGCAAAATTCCGAACCGAAAACT
-TGATGAACTTCAAAGATATGATCGGCGATGCCGCCGATCTAAACACGATTTATATGTCTA
-TTGGGCGAACTGAATCATGGGCGGATAACGAATCCGACCCTAACTTTGCCCCGCCATATC
-CAAATGATAGCACCGATGGTGTTAGTGATATGTGGACGCATATGATCGGGGCTACTAAAG
-TTCCTGGTGATATGATAGATGCAATTTTACCACGTAAAGACTGGGGTGATACTCGCTATC
-CAAACCCGAAAATCTTTTACTTTAACGATATTGTTGTTGTAAACACCGCGCCTTATAACC
-GTACTGATCCGGGTAAAGGTTGGATGGTTTATCGTGTAGTTGATGTTCCTGATATCGGTT
-CTTGCTCCATTTCGAGCATTACCGGAAAACTTGAATGTATCAGGATCGGCGGTATCTGGA
-GTCCGTCTCATGAATCGAGTGAACCTCCACGCGGAGAAGCTAACGGGATCGACATGGGCG
-ACGGCTATAAATGGGAATACCTCTACACAATCCCGCCAGATGTCGTGATCAACCGCTGTA
-CGAACGAACATATCGTAGTTCCTTTCCCTGGCGAACTGGAAGAGGATCCGGTACGTTGGG
-GTTATGATAACGTGATTCAATGGTATCCAGGACAATACGATCTAGTGTATCGGTTAAAGG
-TGAATTCAATGCGTTTTCGTGCGTACATGGATTCTCTTTTCTTCCCGCAATCTACGCTCC
-CTGGTAACAAAGGGTTCCGTCAGATAAGTATTATTGTAAACCCGTTGATTAAAAAGGCAA
-GCCCGACCGAACCTGAAAAGAAAGCAACTGGTGATTACTATAATGCTAACGCGCTTGAAC
-CTGATTCCGGACGTATGATTTACATGGAAAACAGACAACCTATTATTCGCTCCCTTGATC
-AGACTGAGGAAGTGAGTATTGTATTCGAATTCTAAGGAAAAACAATGGCTTACCAAACAG
-CAAAAAAACTAATTGATGTCGGTGAAATCGGCAACCCATCAACAGGCGACCCGCTTTATG
-ATGGTGGTGTTAAACTGAACGAAATGATCACCAACGTTTATAATGCGTTTGGTGATGTGC
-GTATGCTGTCTGCAAACGAAGGTGTCGGTAACATGGTGATCCATGCTACCGGATACTATC
-AGAAACTACCACGCACTTACTATTCAAGCACACCGATCGAACTGGGTTCCCTGCATGACA
-TAGATACTTCAACAGGTTCGATTACCGTTGTTCTTCCTTCTGGTAAGGTTGGCGAAGGTT
-GCTACTTCATAAATAGTACGGGTAGTGTCTCTGTTGATCGTCCTATCGCGTTTCGTCCTC
-AAGTTGGGGATACTATCGCGGGGGTTGCAGACCAGTTGTATATCACGTCACCTTACACCT
-TTGTAAAAATCTGGTGTACCAAAAAAGAAGGTGCGGTAACAAAATGGGATTATTCTGTAG
-AATCTATGTTCGGTTCTAAAACGATGCCTGTTGACACTACGGCGCTTGTACTGAAAGCAA
-ACCCGACTGCTATTCCTATGTTCGGATATAGCGAATTTAGCGGGGCTAAGGTGCTTGTAT
-ACGCAGAAAACTTAGCTGGTACAGTTACCAAAATGGCAGAAGTTTTAATGACCGTGGATC
-GTGTACACAAAACGATTTATTCAACGGAATATGCTATTTTGAAAAACAGTGAAGATGAAA
-TGTTTACATTAAACTTTACTGTCGGTGCTGGTGATGTTGTATACGCTAACGTGCAAGCGA
-TCAAAGAAGATCGAATTAAATTCACGATTAAAGCAATAGATACGATTAAATCAGGGATCG
-CGTCATGAAACAAGAAATTTTAATAGGTCAGATTGTAGACGATGGTACAGGCGATTACCT
-GCGTCGAGGTGGTCAAAAGACTAACAACAACTTTACAGAATTGTATAACATGCTGGGGGA
-TGGTGAGATCCCCCATCCAGCAGGTGCCTGGAAAACTTTTGCGGGTACGACGCTATCACC
-AAAATTTGGTGAATCATGGGCGTTGAATACCAGTGCAAACAAAATCACCGTAAACCTCCC
-GAAAGGCGGCGTAGGCGATTATAACAAGGTTATTCGTCTGCGTGATGTGTGGTCGCGTTG
-GGCTACCAACAACGTTAGACTGATCCCCGCAACTGGTGATACTATCAAAGGTTCCCCAAC
-TCCTAAAGATCTGTTTAAAGATTTTATGGATGTGGAATTGGTGTATTGTTCTCCGGGCCG
-TTGGGAATACGTCGAAAACAAACAGATTGACAAAATCACAACTTCGGATCTGGCAACAGT
-AGCAAAAGAAACGTATATTGCTACTCAGGGACAAACTGACTTCCCTAACGTATTCGGTGT
-TGGTAATGAATACAACCTGCAATCGTTCGAAGTTTACTATCGCGGTAACTTGCTGTTCAT
-CGATGAGAAAGACGGATTCAATGCTGATAACTCAGACTATGGATCGATTGGCTCTGCTCC
-TGGTGAACTGGTTGCACTTGATGGTAATTCAGTACGTCTTAAAAACCCGTGTAACGCTGG
-TGACACGCTTCAATTTGTTACCTATCTAGATGGGTTAGCAACATGGCGTTCGAGCTATGA
-AGCGTATGTGATGCGCATGTATCAGACTGGTGATACTTCTCTGGAAACCGTTCCTGGTGA
-ACAGTGGGTAGGTGATCTGGCAACCAAAAAAGAGTTTACACCTGCTGAATTTGGTGTTAA
-CCCTCGCGTGTTGATTAACCCTAACTCGTTTGAACTGCTTCTCAACGGTAAACAACTGGT
-TAAAGGCGGTGACGCTGACTATCCGGCGTTTTCCTGTGAAGGTGCGGAAGGTGTTGATGA
-AAGTACGTGTGTTGGTAACTCTGGTGTATGGGTTCCGTCAGGACAGGATTATAGTTTAGT
-ATTCACTGATTCTGTAGTGACTTCAATCAAGTTTGCTCAGAAACTGGAATCCGGCGACGT
-TGTAACGATCCGTTGGTTTAACAATGATATTGGTACTCTGATGGATTGGGAAGGAACTGG
-CGGTATTAAAGAAAAAGCTGATAAGGTTTATCTCAATAACGAAGAAGAAGTTATATTGAC
-GAACCGTATCGAATATACCGATTATAATAACCCTTCTCAGAAAACAATGCGTAATACAGG
-GGAAACCTATCAGGGGCGTATTCTGGATATTCAGGCTATGTTTGATATTATCCACCCGAT
-CGGAACCATCTATGAAAACGCACACAACCCGGCAAACCCTGCTGATTATATGGGATTTGG
-TGGTTGGAAACGTTACGCAGAAGGTTATTTCCTGGCTGGCTGGACATCAAATGCAACGGA
-TCCTGATTTCGCATTAAACAATAATGATTTAGATAGTGGTGGTCAACCGAGTCATACGGC
-AGGTGGTACTGGTGGCGATCGTGGTACAGAAATCAAAATCATCAACGTTCCTGAACTTGT
-ATCAAAAGATAAAGTTCTTATTGCTGATGAAAATGGTGCTGTGATCATTGGTGGTTGTCA
-GTTAGATCCTGATGCTTCTGGCCCTGGATACACTAAATACCGTGAGGATACATTGAAAGT
-GAATCATGGTAACACATTACCTGATAAAATCAAAACTATTCCACCGTATATGACTGCACA
-TCGCTGGATAAGGGTTGCATAATGGCTTACAAAAATATTTCAAAAACAAGGGAGGGCGCT
-CGCGTCCTCTCTAAAGAAGCAGATTACTTACAGTATGATACTTATGGTAAGTTGCCTCTG
-ATCGGCGGTAAACGTTCGATCGGCGAACCAAACATTGACCAAACAAAACGCGGTGTTCTG
-TATGGAAACGTACAATCCGCAATTGATGACCTGTATACGCTTATCGAGCAAATCCCGATT
-AACGGCGTTGTTACCATGACTGAGGATGCCCCTCCAATCGCTGTACAGCAGGTTGAGAGT
-GTTTCTTTTGATGGTATTGTACAGAACATCGATTCAGACCAAGAACAGGCTGTAGTTCAC
-GTGTACGGATTTCCTTTCATCTTTGATAATGGGACTAACGCCGCAACTGTTTGTGAAACG
-GCATACAACAAATTTACTGAATTTGTTGCAGCGGAAAAATATTTCGCAGAAGTTAACCGT
-AAAGGTGTTGATGGTACGATCCTAGAATGTCGATTTATTGATAGTGTTCCGCACCCGGCA
-ACAAATATCTCAGAAAACGGTATTCGTCAAATCGGAACTATCGACGTAGCCGCAAAAAGT
-GGCTATGGTTCATGGGTTAAGTTGGGTTCTGGTTTCTTACCTGATGTTACTCCGCAAGTA
-ACCGTGTATTACTTCAAACGAATTGCATAAGGATAACACATGAGTAACAATACAATCAAC
-CACGTAAGTGATAAATCCATTTACGTGACATTTGACCCAACAGGTACTGATTGGCCTGAT
-ACCATAACCAACGTACAAGATGCGTTGGAAAAAATAGGTAGTTGGGCGCGTACTGATACT
-GGGCTTCCTATCGCAACAACTTCTGTTCGTGGTATTGCTCAGATCGCAACCGAAGCTGAT
-ATTGACGCTGGCACGGATAACAATAAGATTGTTACTCCGAAACTGTTAGCGTATCGTATG
-CAGAACCCTAAAGCATCACAAACTGTATGGGGTTATACGAAGTATTCGACTGATGCGGAA
-TCTACAACCTTAACTAACGATGCATCGTCTATTACTCCGCGATCTCTGAACTATGTGTTC
-AATAACCGTAAAGGTACAGAATCGGTTTGGGGTTCTTCTAAAATTGCCACCACTGCACAG
-GCGGTTGCTGGTACAGATAACACTGTAACTATGACTCCGCTTAAAGTCAAGCAAGCGATC
-GCGTCCCTGGTTCCGGTTCAGTCAAGCGCGACCGAAAGCTCGCAAGGTTTGGTACAACTG
-GCAACAGTTGCACAGGTTCAGGCTGGTACGATCCGTGAAGGGTATGCAATTTCACCTTAT
-ACGTTTATTCGTTTAACTGCAACTGAAAGCAACCTGGGCGTTATTCGTATCGCATCACAG
-GCAGAAGCAAACGCGGGTACTGATGACACCAAAGCGATTACTGCGAAAAAATTAATCAAT
-ACCCGTGCAACTGGATCTCAGTTCGGTGTTGTCAAATTAGCAACAACTGTTGGTTATGTG
-GCAAACACTGCACTTTCTTCAAACGCTGCTGTATTACCTAGTGATCGAAATGCGGTAATT
-AACGGTTCTCTTTATGAGAATAGCGCAATATATAACAACAAATATCAGACGTGGACAGAT
-CTTGATTGGCATTTCCCAGTAGGTGCTATTGTCATGACTGGTTTTCAGACTGACCACGGT
-AGTTTGTATATTTGTGATGGTCGCTCACTGAATAAAAATAACTATCCGTTACTTTTTGAG
-CGTATAGGTTATACATTTGGTGGTGGCGGTGATTGGTTTAACCTTCCAGATTGTCGAGGC
-GTTGCAGTACGTGGTCATGACCGTGGGCGTGGACTAAACCCTAATCGTGGGTATGGTACA
-TATGAAGGCGATATGTTGGGCTGGCATGAACACCCATTACAGCTTATCTACCAGAACGGC
-GGTAATATTCCTAAATGGCAAGCAGTTTACGAACTGAAAAGCGCCGAAAAGAATGACCAA
-AGCGCTCGCGTATTTGATGCTTCTATAACTAAAGCCACTGGTGTGGGTGGGGAAGAAACC
-CGCATGAAAAACATCGCATTAAACTACGTAATTCGTACTCAATAGAGGTTATTAAATGAT
-CATCGACAAATTAAACCCGTTGCCGAAGATCCCGTTTGTTGATGGCGTCCCAGATGACGC
-CACGACTCAAACGAAGATTATTTGGATCAAAAACGGTGAAACTCTGGACGGTTCGCCAGA
-TAAAGTGTCAAACACTGGTAGTCTTAACCGAACTGGTGTAAACATCCAGCAGAACGCGGT
-TCAGTTAGAACAAAATACCATCACCCATAATGATAAAATCAACGAAGTAATCGATCAGGT
-TAACTTGATTACTGAAAACATTGATGCTATTGGTGATGAGAGCGTAATCAAAAAAGTTAA
-CCAGTTGGATCAGGATGTTCGGGCATTAACTTTATCTAACACCCAAACACAGAACAAGGT
-AGCACAGTTAACCCTTTCTGTAAATGCTCAAAACGATGAAATTGGTGAATACGATCCAGA
-AAAAGATCCTAAACACCGCACAATTCGTAATGATATCATTTACATTAAGAAAGAAGTTGG
-TTCATATCCTGGATTTAACGTTGATGGTGATGTTGACCCCTCTTCTACTGGTACTGGCCT
-TAAATACCGCGTACTGAGTAACCAACGTGCTATTTCTATGCAGGAAACTCGCATAACCAA
-ACTGGAAGATGATTGGGCGCTTTCCGAAGTAGGACAACTGACAGAAGAGGTAAAAGAACT
-TCGTGCTGAAATGGGTGATTCTGGTCTTGCCACAACCCGATCAATCTATGCGCGAATCAA
-GATCCTTGAGGATGGTTCTATTGTAATGCAAAATGAACTTGATGCGATTAATAGTTATAT
-CGGTCGCACGTCAGGTTCAACCAGTTCCATTAACGATCGTGTGAACAGTCTGGAAAACTC
-CGTTAGTTCTCTGGCTACACAAATCAATGATCCGGTAACTGGTATCACTGCACAAATTGC
-AACCATTAACGGTCAAATCGGTACGGCTTCTGCTCAGGGTAGTATCCGTTATGATATTGC
-GGAAACTAAACGCAGATTGATGGATATGGAAATGATTCTGGGTGAATCCGGCGATGATGG
-ATTGCAGGGACAAGTTGCGATCTTAACTGGTGACGTTGGTGAAGATTCAGATCCTACCAG
-TATCAAAGGCCGTTTGAGTGTTGTTGAGGGTGAATTGCGCACCAACACTAGCGCACTCTG
-GGAACTGCAAGGCATTGTAGGTAACTCTTCTAGTGGCCTCGTTGCAACTAGCCAGCAGAT
-TAACAAAGAAATCTATGGTGATGGTGTTAGTTCCGATCCTGTTACTCGCGCTGGTTTGAA
-AAAGACAACCCGCAACCTGTTCACTCAGGTAGGCGATAACGCAGAAGGTAACGAAACTGG
-CATTTATGCACTGATTGCCGACCTTAATAAACGTGTTGAGGATTTAGAAGCGTTGAACAT
-TGCACAGGCACTTGCAGATCGCGTAACTATCGAAGATCTGAATGCTAAACTGGCTCTGTA
-CATCAAAGAAGCTGACGCTGATCTCCGTTATGAGAGCAAAAACCCGCCTCTGTCATTCGG
-TACTAACCTAACTGGTGATACTGAATACACTACTGGCGATCCATTGTCTCTAAGCGTAAC
-TATGACTGGTGGCGTTTCTCCGCTGTCTTATCAGTGGACGAAGAACGGCGTAAATGTTGG
-TACTAATGCTAACACATTTACCATTGATTCGCTACAGCCTTCTGATTCCGGAACCTACAA
-AGTAACGGTAACTGATGCAAGCCATAAAGTCATCGTTTCTGATGAACTGGCGATCACTGT
-CGCTTAACGATTAACAAGGGGCTTCGGCCCCTTTTGAGGATCTTTATGATTACGAACAAC
-CCAGCACAATTAAAAGATGAAATTCTGCGCCGCTTAGGTGCTCCGATCGTCAAAATCGAA
-GTGACAACAGATCAGGTTTATGACTGCATTCAACGAGCATTAGACCTATATGCAGAATAT
-CATTACAATGGATCTAACAAAGGGTATATCATTCTTACCCTGGGGCCGGATAACCCGAAA
-AATATTTTCGATCTGAGTAAAGAACACATTTTCGCAATTACTAAAGTATTGCGTACTAAC
-ATGGGTTCCCTTGTATCGATGGATGGTACTGCGGTTTATCCGTGGTTTACTGATTTCCTG
-ATGGGCCTTACTGGTGGTTCTCTGGGCGGTGGTGGTTGTGCATCACGTACCTACGGAATG
-AACGCATACGGCGCGGATATGGGCTATTTTACCCAGATGATGAGCTATCAGCGGTCAATG
-CAAGATCTCCTGTCTCCGCTTCCGGATTACTGGTATAACGACGACACAGGACAGTTTGCA
-GTATACGGAACCGTTAAAGATGGTGATATTGTTGTTATCGAAGCAATGATCAGATCCTTT
-GTTGATGTACCCAGTATGGTCGGTAACGTCTCTGGATACGCTACAGCGGGTTCTGATGGC
-GAAGATAAGCCAACTATAGCAGATATATACAATAACCCCTACAAAGCTGTCTCAGGCGGT
-GTGAAGGCTGGTCAAGGTACAAGCGTTCAGGGTTCATCCTCTGCGTATAACAACCGTTGG
-GTGAAAGATTACGCAACTGCTCTTGTTAAAGAGGTAAACGGTCAGGTGCTGGCTAAGTTT
-CAGGGTATGCAATTACCTGGTGGTGTTGCTCCGGATGGAACCCGACTGATTCAGGAAGCT
-ATGCAAGAAAAAGAAAACCTCCGTCAAGAACTTCTGTTACTGTCTGATGCACTTCCAGTG
-TTGATGATGTAAGGAGGAAAAATGCAAAATTGGGATGAAAGTCTGTTTGCACAGTTAGAA
-GATGGTTCCGGCGTCGATCGGAACCTAAGACAAGAAGTAACAAACCCGTATGTTAACTGG
-TACAAGTATAACCCTACTCAACAGTTGCATGATTCACTAACAGCCGAAGCAATTCAAATG
-AAATCTCCGGATATGTATTACGTCCGTCGAGAATTTGTTAATATTGATAAAATTTTGGGC
-GAAGACCGTGAATCGAAGTTTACAAAATCGTGGAAAATTGCAGCATACATCGATTCGTAT
-GCAAACTACGAAGGGCAGAGAGACTTTTACAGTAAATTCGGTATGATGTCAAACGACGAA
-ATGACACTTGTGATCAATCCTCGTTTATTTGCACATCAAACTGATGGCGGGATCCCTGTT
-CTGGGAGATTTGATTTATTTCCCTATGGATAACAGCCTGTTTGAAATTACATGGATTGAG
-TTTGACCCGTTCTTCCAGTTCGGCGATCGTCCTCAACGTAAAATCAACCTCGTTAAATTT
-ATCTATACTGGTGAAGAATTGGATCCTAAACTGCAACGAAATGAAGGGATTAACCTTGCC
-CCCGATGCCGATCTGGATCTCGAACCTATTCGAAATCTTGATGGGTTGGCGGATACCAAT
-ATTGAACAATACGAAGAAGATCAAGCCTTTGAAGATGAAGGCGATGAATTCATTGAATCG
-TTTGATGTTGTTAACGGGCGCGGATCACCGTTCGCACAGTTCCCATAAATATAACCAGGG
-GAAACCCTATACATGTAGGGTATAGGAGAAATCTTATACCCGCTTTAACCCATACAGGAA
-AAATAAAATGTTTGGATTTTGGTATAATAGTTCGCTGCGAAATTATATTGTCTTGATGGG
-TTGTCTTTTCAATCACGTGCAAGTTAAACGCGTTCGCGGCGAACAAGAAAAATTTATCAA
-GGTTCCGATTACCTACGCATCAAAAGAAAAATTCCTGGCATCCATGAACAAGCTGAACTA
-TGCATACAGTCAGGAAAATGTTGCTAAAACGGAAACAATTTTACCACGTATGAATCTATC
-CCTCGTTGATTTGCAGTATAACGCAATTCGTAAAACGGGGATCGCGGTAAACCAAAAAAT
-GACGCAGTTACGCGCACCTGGAAAAACAGTAACGCAGTTTAATCCTGCTCCGTATCGTCT
-CATGTTCGAACTGGGAGTGTATACCCGTTACGAAGATGATGTGTTTCAAATTATCGAACA
-AATACTGCCATACTTCCAGCCGCATTTCAACTGTCGTATTACAGAATTACATAAAAACGA
-CATTAAAATAGACCGAGATATTAAAATATCTCTGCAATCTGTTTCCCCTGATACCACGTT
-TGAAGGTGATACAACGACACGGCGACACATTGAATGGTCTTTAATGTTTGAATTACAGGG
-CTACCTGTATCCGCCTGTTAACGAGATTAAAGGCGAGATCAGAACAGTATACACGGATTT
-CTTTTCCAATATGAACCCGTTGGACAAAGACAATTTTGAATCCGTTGATGCTCAGGTGGA
-TCCGGTTGATATGCCTATACAGGATTACACGGGAGAAGAATACGTTCAAACGTATGCTAA
-TGATATCCCAATTCCTAGCGGTGATCAACCTCCTAAACCGAGGGGCCAATAATGGAAGAA
-TTTAGCGTAAAACAATTACTTGATCTTGAAAATCTCCCTGGTGCTGAAACTGGGGAAGAA
-ATGGTTGTATATGAAAAACTCGAACTCGTTGATGTCGAGTCACACCCAGCAGATCGAAAA
-CCTGATTTAGAGGAAGACTATGCACTTGCGCGTAAAACCGCGCATTACATGAATCAGATG
-ATCATGGATATGGCACAAATTGCCTTGCATAACGCTAAAAACTCTGAATCTCCGAGACAC
-GTTGAAGTTTTTACAACCCTGATGAATCAGTTAAACAATTCTAACCAGGGATTGATGAAA
-ATTCATAAAGAAATGCGAGAAATTACCGAAGAAAAAACCACAACTACCCCGCTTCCTGAA
-CAAAAGGATAAAGGGGTTAATATCGAAAACGCAACTGTTTTTGTTGGTTCTCCTACAGAG
-TTGATGGCTATGAAAGGTAGTTCTTACGACGCAAAAGATGCGATTGCCGGGGAATGTGAG
-GAAGTATGACCGAACCAGTAATGAATCCAGAAAAAGAATCAGATCATCCTTTGAATATGA
-TGCACCCTAAATACCTGAAACGAAAAATCGAAGACGGGATGGAATGGGTACAAAGTAACC
-ATGATGGGAAATGGTATCCAAAGACGTTTAAAGATTACCTTAAAATTAACGGTATCGAAA
-AAGTAACGTTACAGGCAAAGGATAAGAAAAATTTCGCCACCTTTAAAGACAAAGGGAATA
-AGCGAAGCCGTTACATGGGGATCCCAAACCTTAAACGTGCGTATGTCCAAACTCAATGGA
-CAAATGAAATGGTTACAGAGTGGGTTAAATGTCGTGACGATATTATCTACTTTGCGGAAA
-CATATTGCGCAATCACCCACATTGACTATGGTACTATAAAGGTTAAACTGCGTGATTACC
-AGCGAGATATGCTAAAAGAAATGGTATCAAACCGTTTCTTTATTGCAAAACTTAGCCGTC
-AGTTAGGTAAATCTACTTGTACGGCGATCTTCTTTGCACATTTCGTTTGCTTTAACAACG
-ATAAAGACGTTGGTATTTTGGCGCATAAATTGTCGATGGCTAGTGAAGTTTTGGATCGTG
-TGAAACAGGCTATTGAACTGCTCCCCGATTTCTTACAACCTGGTATCGTAGAATGGAACA
-AAGGTTCTATCGAACTTGATAACGGCTGCTCCATTGGGGCATTTGCAAGTTCTCCAGACT
-CCGTTCGTGGTAACTCCTTTGCATTGGTTTATCTTGATGAAGCCGCGTTTATTCAACAGT
-GGGAAGATGTCTGGTTAGCGTTAAAACCAATTATTTCTTCTGGTAGGAAATCAAAAATAT
-TTTTGACAACTACTCCTAACGGAATGAACTATTTCTACGATCTGTGGAACGCTTCTCTGG
-AAGGAAAATCCGGTTTCACTACATACGAATCCAATTGGACTTCGGTCAAAGAACGTTTAT
-ATAACGATAAAACCGATGAATTCGATGATGGTTATTCGTGGTCTGCTAATGATATTGGGG
-CAGGTAGTCGAGAGGCATTTGCACAGGAACACGAAGGCGCATTTAACGGAAGTAACGGAA
-CTCTTATTTCCGGCTGGAAACTTTCTAAAATGTCATGGATTGATATTGAAGAAACCGAAA
-GTAATTTTTATCAGTATAAAGCACCAGAAGAGGGGCATAAATATATTGCGGTACTTGATC
-CAGCCGAAGGGCGTGGTCAGGACTATCACGCGATGCATATTATAGATATTACATCTATGC
-CGTTTGAACAGGTTGCTGTATACCATTCAAACAAAACATCGCACCTTATTTTGCCTGATG
-TCCTGTTACGTTATCTTATGATGTACAACGAAGCATGGGTTTATATCGAGCTAAATAGCA
-CAGGTCACTCAGTGGCTAAATCTTTGTTTTCTGAGTTGGATTACGATAACGTTATTTGTG
-ATAGCTATAGCGATTTGGGGATGAAACAGAGTAAACGATCGAAAGCGATTGGCTGCTCAA
-CCCTAAAAGACTTGATAGAGAAAGATAAACTCATCATAAATAACAAAAAGACAATACTTG
-AATTTCGTACTTTCTCAGAAAAAGGTGTTTCGTGGGCTGCGGAAGAAGGTTTCCATGACG
-ATCTCGTTATGGCGCTGGTTTGCTTTGCATGGCTAACAACACAAATGAAATTCGCAGAAT
-TTTGCGAGAAAGACGATTTGCGGTTGGCAAATGAGGTATTCGCACGTGAGCGCGAACTGC
-TTTATGAAGATATGTTATGTCCTGTTATCGTAACGAGTGGCGACGAAACAATATCTGTCG
-GCCAACACGGTATTTCGTTTATATAAATTTAGAGGAAACTTAATAATGGCTTTAATCTCT
-CCAGGCATTGAAACTAAAGAAACATCGGTACAATCTACCGTTGTTCGAAATTCAACTGGT
-CGTGCTGCTATTGTTGGTAAATTTTCATGGGGGCCAGCTTACCAGATCCGTCAGATTTCT
-AACGAAGTCGAACTGGTAAACTATTTTGGCTCCCCAGACAATGACACCGCTGATTATTTC
-ATGAACGCTGTAAACTTTTTACAGTTCGGTCAGGATCTGCGTGTTGTTCGTGTCGTCGAT
-AAAGAAGCCGCAAAAAACGCAACCGCGATCTATAATCAGATCAAAACCACGATCACCGCT
-GCTGGTTCTAACTATGCAGTAGACGATCAAATCAAAGTTAAACACAATAACGTTGTTATT
-GAAGAAGATGGCGTTGTTACCAGTGTTGATGATCAGGGTAAAATCCTGTCTGTGTTCATT
-CCGAGCACTAAGATCATCGCACACGCTAAACAGGTTGGTGTATATCCGGATCTGTCTAGT
-GGCTGGACTACAGAAATCGTTTCCAGTTCTTCTGGTGTTTCTGCTACGATTACAATCGAC
-GGCGTAGAAGTTGATCCGGGTATTACTCTGCTCAACCTTGACACCGCAAAAGAAACTATT
-CAGGCAACTGCTTTCCAGGAACTTTGCACCAAATACCAGCTACCGTCTGTTATTGCAATT
-TATCCTGGCGAAATGGGTAGCACCGTAACGGTTGAAATTCTGTCTAAAGCTGCATACGAT
-TCTTCGGCTGTCATTAAGTCTTATCCTTCTGGTAAGTCTGGTAAAAACAGCGGTCGCAGT
-TCGATGAACTTTGGCCCTCAGAATGATAACCAATACGCGTTTATCGTTCGCCGTGGTGGT
-ATTATCCAAGAAACGTTTATCGTGTCAACCGCTAAGGGTGATAAAGATATCTACGGTTCA
-ACGATCTACATGGATGATTTCTTTGCAAACGGTGGTTCGCAGTATCTGTATGGTACGTCC
-CTAAACTGGCCTGTCGGATTCTCCGGCGTTCTGGAACTGGGCGGCGGTACTTCTGCAAAC
-TCCACTGTAGGCGCTGATGAACTCATGGCTGGTTGGGATATGTTCGCAGATCGTGAATCT
-CTGCATGTTCCTCTGCTGATTGCTGGTGCTTGTGCTGGCGAAACTGCCGAAATTTCGTCT
-ACTGTACAGAAACACGCTGTGTCTATCGGTGAAACCCGTTCAGATTGCGTTGTATTCGTT
-TCTCCGCCGCGTTCTGCTCTGGTTAATATCCCACTGGCTCAGGCCGTTGATAACCTCGTA
-GAATGGCGTACAGGCTACAAAATCGGTAATACTACCCCAGTTGATAACAACATGAACGTA
-AGTTCAAGTTATGCGTTCATCGACGGTAACTATAAGTTCCAGTATGATAAATACAACGAT
-GTTAACCGTTGGATCCCGCTCGCGGGTGATATGGCTGGCCTCTGTGTTTATACCGATCAG
-GTATCGCAACCGTGGATGTCTCCGGCTGGCTACAACCGTGGTCAACTGCGTAACTGCATC
-AAACTGGCTATCGAACCGACTAACGCGCATCGCGATTCTATGTACCAGGTACAGATTAAC
-GCGGTTACTGGTTTCTCTGGTGGTGCTGGATACATTCTGTACGGTGATAAAACCGCAACG
-ACTGTTCCAAGCCCGTTTGACCGTATCAACGTTCGTCGCTTGTTCAACATGATCAAGAAA
-GACATTGGCGATAACGCAAAATATAAACTGTTTGAGAATAACGATGATTTCACTCGTTCT
-TCCTTCCGTATGGATGCAGGACAGTATATGTCTAACGTTCGCGCTCTGGGCGGTGTATAC
-GATTACCGTGTGGTTTGTGACACTACGAACAACACGCCGGATGTTATTGATCGCAATGAG
-TTTATTGCATCAATCTACGTCAAACCAGCACGTTCTATCAACTACATCACACTGAACTTC
-GTAGCAACCTCAACTGGTGCGGATTTCGATGAGTTGATTGGTTCAACGTCAGTATAACAT
-GTAAGGGGCTGAAAAGCCCCTATAAATACACATAGAGGTTAGAAAATGCTTACTGATATT
-GTACGCGCCTTTGAATCCGGTGATTTCGCACGTCCGAACCTGTTCGAAGTAGAGATCCCG
-TACCTGGGCAAAAACTTTAAATTAAAATGTAAAGCCGCTACTATGCCAGCGTCTACCGTT
-GAAAAAGTTCCGGTAGGTTACATGAACCGCAAAATTAACGTTGCTGGTGACCGTACCTAT
-GATGACTGGACAATCACGGTATATAACGACGATGCACACACAACCCGTGATGCAATCGTA
-GCATGGTCAAACATGCTGCATGGTATGGGTGAAGACATTACAGGGGATATCCCTGCAAAC
-TACAAAAAAACCGCTACGGTTAAACAGAAAAACCGTAACGACGAAGTAACCGCCGAACAT
-ACCATTTATGGCCTGTTCCCGACCAACGTTGGTGAGGTTACTTTAGACTGGGATAGCAAC
-AACGAAGTGAGCACTTTTGAGTGTACTTTCGCGCTAGACTGGTGGGTTTAAACGCTATAA
-ATACAGGGGTAGCAATACCCCTTATCATTATTTTTCGGAGTTGTAAATGAACTTTTTTGG
-ATTAGACAATGTGTTAGGGTTTTTCAAAAATTTCGCCAAACAGGATGAAATGGAATTTGA
-AGCCCAATTAAAAGATGATACAGGTTCGATTGCGCCTCCGAAAAATAACGATGGGGCGCA
-CGAAATCGAAACGGACTTATCAAACCAGCGTTATTCTTCTGTGTTCCAACAGTTCTATTC
-CGGACAGGATCCGCGAATTCAGAACAAAACACAGCTAATAAATACATACCGTGGTATCAT
-GACATACCCGGAAGTGGAAAACGCTGTTTCTGAAATCATTAACGAAGCGATTGTTAATGA
-ACAAGGGAAAGATATTGTTACGATGGATCTTACTAAAACGAATTTTAGTAAAAATATCCA
-AGATAAGATCATGGAAGAACTCGATACCGTAATGAATATTCACGATTTCGATAACCGAGG
-CTCTCGTTTATTCCGTGATTGGTATGTTGATTCGCGTATCTATTTCCATAAAATCATGCA
-CAAAAATGAAGCTGACGGCATCAAAGAATTGCGCCAGTTAGATCCCCGTTGCATGGAACT
-GATCCGAGAATCGGTTACAGAAACCCTACCCGGTGGGGTTAAAATTTTCCGTGGCTATCG
-TGAATACTTCGTATACACTGCACCGAAAAACGGTTATAGCTACAACGGACAGATTTATAG
-TCACAATGACAAGGTAAAAATTCCTCGCTCTGCGATTGTTTACGCTCATAGCGGCCTTGA
-AGATTGCGACAACAACATTATAGGCTACCTGCACCGCGCGGTCAAGCCAGCTAACCAGTT
-GCGTTTGCTGGAAGATGCTATGGTGATTTACCGTATTACCCGTGCGCCCGAACGTCGTGT
-GTTCTATATCGACGTAGGTCAGATGGGTGGCCCTAAAGCTACACAGTACGTAAATAACAT
-TGCACAGGGCTTAAAAAACCGTGTTGTATATGACGCGAGCACTGGTAAAGTTAAGAATCA
-GCAAAATAACCTGTCAATGACAGAGGACTATTGGCTGATGCGTCGTGATGGTAAAGCAGT
-TACCGAAGTTTCAACGCTTCCTGGTGGCACTGCCTTCTCTGATATCGACGATGTTAAGTG
-GTTTAACCGTAAGCTGTATGAAGCGTTACGTATTCCGTTAAGCCGTATGCCTCGCGATGA
-TGGCGGTATCCAGTTGGGTAACGATGGCGGTATTACCCGCGACGAATTGAACTTTAGCAA
-ATTTATTCGCGAATTGCAAATTCAATTCAACCCTGTTCTTGCGGATCCGTTAAAAACTAA
-CTTGATCGCGAAGAAAATCATTACAGAAGATGAATGGGATGAAAACGTAAGTAAGATTGC
-TTTTGTATATCAGCAAGATTCTTACTATTCCGAAATCAAAGATATTGAGATTTTGGAACG
-CCGTTTAAACCTGATGGGCCAACTTGAAGGGGTGGTCGGCAAATATATCTCCCATAAATA
-CGTAATGAAAGAAGTTCTCCGGATGTCTGATGAGGAAATTCAAAGCGAAGCCAAACAGAT
-AGAAGAAGAATCAAAAGAAGAACGTTTTAAAAATCCAGAAGCGGAAGAGGAAAACTTTTG
-ATGAAAGAATTTATCGAAGCAATCAAAAGCGGTAATCTGGTGGAAGCTAAAAAAACTTTT
-TACTCCATCATGGAAGACCGCACAGAAGCGCTTCGTCACGAATTGCGCGTTGAACTTGCC
-GAAGCTGTACGCATCGAAGGCGAAGAAGACAAAGAAAAAGACGACGAAGGCGCTGATAAA
-GATGACGAAAAGGGCGATAAAAAGCCAGCCGAGGATGATAAATCCGATAAAGATGATGAG
-TGAGGTGTGTAATGCAACTTGACATCGAAATCACCGCCGAAGATCTCCATGAACATTTAG
-ACGAAGCGAAAGCTCGTGTAGATATTCTGGGTATCGATGAAGGCACGGTTAAAATCATCG
-AAAATTTGGCGGTCACCGAACCAAATTTAGCCCTTGCTATGATGGCGGTTGTTGAAGGTT
-TAACACTTGATGAGGTAATTGTCAAGCATGTTGATTCCCGTGGCAACGTAGAACGCCTCA
-AAGACAGGAAAACCCGTGAGCGTAATGCGTATCAGACGACCGGATTAACTAAATCCCAAC
-GTCGCCAGATCGCGCGTCGTGCTCTCAAAACAAAACGTGCTAACCCGTCAATTGCTACTC
-GCGCACAACGTAAGCGCAAGAAAGCATTGCGTAAACGTGCTGCACTGGGGCTATAAATAT
-GAATGAATCCCAAATCAACGAAAACGGCGATATGCTTTTAATCGAAGAATGGGGTTTACC
-TTGCGGTGACGTTTCAGAATCTATTTTAGAATCTGTTGGGGAATCAAAAGACGGTAAATT
-ACGGATCGAAGGTATTTTCCTTCAAGCCGAAAAGGTTAACCGTAACCGTCGTTTGTATCC
-TAAAAACGTACTTGAAGAAGCAGTTAACGATTATATTAGAACTCAAGTTAACACCCGTCA
-AGCATTAGGTGAAATGAATCACCCTCCGCGTCCGAATGTGGATCCGCGAAATGCTTGCAT
-CCTGATTGAAAAATTGTGGTGGAAGGGTAACGATGTTTGGGGCCGCGCTGTTGTTGTTGA
-AGGCGACGGTGGTGATGGTGACAAACTGGCGGCGTTGATTCGTGCTGGTTGGGTTCCTGG
-TGTTTCTTCCCGTGGATTAGGTAAGCTCTCCGATTCCGGCAAAGGCTACGGCGTTGTACA
-AAAGGGCTTTAAATTAGCTGTAGGCGTTGATGTCGTCTGGGGGCCAAGCGCACCTGATGC
-ATATGTTAAGCCTATAGTGGAAAATCAGCAAAGCAAACCGCTTGTTGAGAATAATAATGC
-TGATGACGCTTTTCGGGAATTGTCCGAGCGTTTGAAAGGTCTATAAATACATTAAACAAA
-ACAACAGGAAAATCAAAAATGCTTAAAGAACAACTGCTGGCGGAAGCCCAGAACCTGGAT
-ACTCCGGTCGAGTTAGACAGCATTTTCGAATCAGTTGAACTTTCTGATGACGTGAAAGCG
-ACATTCACCACTGTATTCGAACAAGCTGTAAAAGCTGGCGCTGCAAAACTCGCTGAATCC
-CACATTACCCAGATCGCGGAACGTTCCGACGAACTGGTCGAAGCTCAGGTAACTGAACGT
-GCCGCTGAAATCGAAACTAAGCTGTACGAAGATGCTGATAAATATTTTGCGCACATTTCC
-GAAGAATGGCTGAAAGAAAACAAAGAAGCCGTTTCCCGTGACATCAAAGCCGATCTGTTT
-GAATCCCTGATCATGGGCCTCAAAGAAGTTCTGGTTGAACATAACGTTGTCATTCCGGAA
-GAACAGGTTGATGTAGTCGCCGAACTGGAAGACGAACTGACTGAGAATCAGCAGGAAGTT
-AAAACCCTGTTTGAAGCGAATCAGGAACTGACCAAAGAAATTTCAGAAATGAAACGCAAT
-GCAGTAGTTTCAGAGAAAACTAAAGGTTTGACCGAATCTCAGGTCGAAAAAGTAGAATCT
-CTGATTGAAGGGCTGGAATATTCCGCAACCTTCGAAAATAAACTCAGCGCAATTGTTGAA
-ATGGTAGCAACCAAAGCTGAAAAACCCGTTGACGAGTCTGTAAATACTCCGCAAACGAAA
-GATAACTTTGTTCCGGTAGTAGAAAGTGTTCCGGCAGAGAAATCCAAGATCAATAAATAT
-GTACAAGCGGCAAAAGCCCTTTCTTAATTTCAAAAGGTAAGAAACAATGTCTAAGAAAAA
-CGAATTGATGGAAAAATGGAACGATCTTCTGGAGTCTCAGGAAGGCTTACCGGATATCGC
-TACCAAATCCAAAAAACAACTGATTGCTGCCATTATGGAAGCACAGGAAAAAGACGCAGA
-AGTTGATCCGGTTTACCGCGACGAGAAAATCGTTGAATCCTTCGGTGGTTTCCTGGCGGA
-AGCTGAAATTGCTGGTGACCACGGTTACGACGCAACCAAAATCGCTTCTGGTAACTCAAG
-CGGTGCTATCACCAACATCGGCCCTGCTGTAATCGGTATGGTTCGCCGTGCGATTCCTAA
-CCTGATCGCGTTCGATATCTGCGGTGTTCAGCCTATGACTGGCCCTACTGGTCAGGTGTT
-CGCTCTCCGCGCAGTGTACGGCAAAGATCCGCTGGCTTCCGGTGCTAAAGAAGCATTCCA
-TCCGATGTTCTCTCCGGATAGCATGTACTCCGGTCAGGGCGCGGCTCCGAGCAACGGCTT
-TACCGAACTGGCTTCCGGTACTGCGATCGCTGACGGTGCTATCGTGTTCCACGATTTCGG
-TGAAACTGGTCGTGTGTTCCTCCAGAACGTTTCTGGCTCTCCGGTTACTGTAACTGGTTC
-TACCGACGATGCTCTGGATGCTGCTGTTATCGCCGAACAGGAAAAAGGTACTCTGGCTGA
-AATTTCTTACGGTATGGCTACCAGTGTAGCAGAACTGCAAGAACAGTTCAACGGTTCTAC
-TGGCAACCCGTGGAACGAAATGGGCTTCCGTATCGATAAGCAGGTTATCGAAGCACGTAG
-CCGCCAACTGAAAGCACAGTACTCTGTAGAACTGGCTCAGGATCTCCGCGCTGTTCACGG
-TATGGACGCTGACGCCGAACTGTCTGCTATTCTGGCAACCGAAATCATGCTGGAAATCAA
-CCGCGAAATCGTTGATATGATCAACTATACCGCACAGGTTGGTAAAACTGGTTTCACTCA
-GACCGTTGGCTCTAAAGCTGGTGCGTTTGACTTCCAGGATCCGATTGATGTTCGTGGCGC
-TCGTTGGGCTGGTGAAAGCTACAAAGCTCTGCTGATTCAGATCGACAAAGAAGCAAACGA
-AATCGCACGTCAAACTGGTCGTGGTGCTGGTAACTTCATCATCGCTTCCCGTAACGTGGT
-TTCCGCTCTGGCTCGTATCGATAGCGGTATCACTCCGGCAGGTCAAGGTCTCCAGAAGAC
-TCTGAACGTTGACACCACTAAAGCAGTATTCGCTGGTGTTCTGGGTGGCGTGTATAAAGT
-ATACATCGACCAGTATGCACGTGGTGATTACTTCACCGTGGGTTACAAAGGCGATAACGA
-AATGGATGCTGGTATCTACTACGCTCCGTATGTTGCGCTGACCCCGCTGCGTGGTTCTGA
-TCCGAAGAACTTCCAGCCAGTAATGGGCTTCAAAACTCGTTACGGTGTAGGTATCAACCC
-GTTTGCGAACTCTCGCTCTCAGGCTCCGTCCGACCGTATCACTTCTGGTATGATTACCAA
-AGAAATGTTCGGTAAAAACGCATACTTCCGTCGCGTGTATGTGAAGGGACTTTGATCCTA
-ATTCGTTGAAAAACAACGACTTTTTAAAGGGAACCTTCGGGTTCCCTTTTTGTTTATATA
-AATATTGAAAACATTCGAGGCTATATTATGAAACATATCATTTATAAGATAACAAACACA
-ATCAATAACAAAATATATGTTGGTGCTCACTCAACCGAAGATATCAACGATTCATACATG
-GGTTCCGGTATTGCAATCAAAAAAGCGCAAAAGAAATACGGTATGAAACATTTCATAAAA
-GAAATACTTCATGTATTTGATACCCGTGAAGAAATGTATGAGAAGGAGAGGGAAATAGTT
-GATATTGAATTCATAAATCGACCAGATACGTATAATGCTGGTATTGGCGGTAAAGGTGCT
-CCAATGGCGTTGATTGGATGGAGTGATGAACAACGCAAGCTGATTTCTGAAAATACTTCG
-AAAGTTATGCAATCTCCAGAAATGCGCGAACGTCTTTCAAAAATCAAAAAGGGAAGAAAG
-CAATCCCAAGAATCCAACAGGAAGCGCTCAGAGACGTTAAAAGCTAAATATATGAATGGA
-CGTATAGACAGAGAGTATAAACCTCTCACAGAAGCGCACAAGGCGAAATTAGGCCGTTCT
-GTATCGATAGATGGAGTTGTATACTCATCCGGATCGGAGGCGGCAAAATCCCTTAGTATG
-TCCCACTCTGGTTTAAAATATCGGATTAATAGCGACAAATACCCTACCTGGAAATTTGTT
-GCATAAATACCATTATACACTTTACGCAGGAACATAAAATGAGTGAAAAATTTTACACAA
-TTAACAAGCTGGTGCGTCAGTCACAGCTACCGCCTGGCCTGTCTAAAAAGGTTCTTGATG
-AGGCAACCGGAACAGAAACAATTAACGTAGCTAATACCCGTCCGGATCTGGTATCTCTTA
-CCCGTGCGGTAAACAACCTGATCTACGGTGAACTTGTAGCAATTCAGGAAACTAATTTGC
-CTACCGCAACCCTGTTCGGTGTGCGTTATCGTAACCCTAAAGGCGATATGACGTTTTCCA
-GCGCTGCTACCTATTCCGGTAAGTATGCAAGCCGTGATAACATTCCAGTTGGTGCGGTTG
-GTACTGCCTATACCAAAGGCCAAGTTTTTAAACACCCGACAAGCGATGTCGTATACGAAG
-CAACTGATAGCGTAACTCTCGCAGGTGCTGATATTGATGAAGCAATTATGGTCGCAGTAT
-TCAGCAATAAATTACGCCTGGCAAGCGAAGCCGCGCCAACAAGTCAGTATGAAACCAGCG
-AAGATATTAGCACAACTTCTTTCGAAATGGATCGTTGGAATATCAACGTTCGTTCCCGTA
-AATTCAAAACTGAAATGACCGTGGAACTTATGCAGGATCTGGAAGCAAACCAATTCAACG
-CAGAAAATGTGATTGAAGATGTTCTGGGTACTGTTGCCAGCGAAGAAGTAAACAAAGATA
-TCATCCAGACTCTGATCAACGTATCACATCGTTACAACGTTGATGGTGTGGTAACAAATG
-GCATTTTCGATGCTACAACCGCATACACTGCAAAGGATGCTCCGGCTTTAGGTCGTTTCC
-TGTATCAATTAGTGTGTGAAATGGGGCAGGAAATGAATAGAACGACTTCATTTGAAGCTA
-CCTATGTCCTGGCCTCTTCTCGCGTTGTAAGCGTTCTGTCTGCGTCTGGTTGGATGCATG
-AAACTGATGAAACCCACCCGTTAGCAACAGGTCGACTTAAAAACGGTTACTATGTCTATA
-CTGACACCAATACACCGTTTGATTACCTGCTGACTGGTTGCAAGTACGATCTGGGTGAAA
-TGGATCATGTTGGCTCTCTGTTCTATACGCCATACACAGAAGCTGATCAGGCAGGTTCGA
-TCAAGATTTCTGTTGATCCTCAATCCTTACAGCCTAAAGTTGCTATTCTGATGCGCTACG
-GTTTATCGGTTAACCCGTATACCACTGCTGCTAATGAAAGACTTGTGAAAGGTGATGACT
-GGGTAAACCTCTCAGGCAAATCTAAAATGAGTCAGATTGTTGGTATCAAACTTCCTAAAC
-TGGGTTGATAGTATAACCCAACTGGGATAATATTCAATAGGTGGAGTAGGGAAACTTACT
-CCACCTTTTAATAATTGTTATAATTAATATTAAATTAGATCTTGAATTTATAAATGATTT
-ATGATAAAATTTATTAATTATAATTATTATAGATCAAATAATTTTTGAAATCAAGTAAAA
-ATAAATTTGATTTTATTAATTAGATCATGTATAATTATTCTTTTAATAATATATTATATT
-AGATCAAATAAAATTTGACTACAAATTAATATAGTATATTATAGATCAACTGGGTAAATT
-GGTGAGTATGTTATGAGTTTGAAATTAGAAGATCTGCAAAATGAACTTGAGAAGGATATG
-CTGATAGATCCCCTCAAGTTGCAATCAGAATCAGCGGATATCCCGAAGATTTGGGCTAAA
-TGGCTTCGATACCATTCAAACGCTAAGAAAAAATTGATCCAACTTCATGCGAAAAAAGAA
-GCTGATGTGAAGGATCGTATGTTGTACTACACCGGAAGGCATGACAAAGAAATGTGCGAA
-GTGGTGTATACTGGGACTACTGAAATTAAAATCGCGATCGCTGGGGATCCGAAAATTGTA
-GAAACCAACAAGCTGATCCAGTATTATGACATGGTGGTAGATTTCACCAGCAAAGCACTG
-GATATCGTCAAAAACAAAGGATACTCTATCAAAAACATGTTAGAGATCCGTAAATTAGAA
-AGTGGTGCATAATGTCTACTGAAAATGAAAAATGTGTAGTGTGCAAGTGTCCGGTTCCTT
-CTACTGGTTTTGTGACTGAATCTGGGCGCGTGTGTAGTACTATCTGTGCTGACTACATCG
-CAGAAAAAACAAAAAACGGCGAGATCAACGAATCCGATGATCTGAATGAAGTTCAAATGT
-TGCTGTAGGAGGATCTTATGATTGGATACGGTGAAGGAATTACAGATCGTGATGAACATC
-CTGATTTTTAGTGCATAAATACTAGCGTACCCGAAAGGGGCTTGATAAAAGAATGCTGGA
-TGATAGGCGTACTCTTTTGCGCCGTCCGATGGAGTTTACCTTCGGCGGGGTGATTGATAA
-TATACCTTCGATCAAGGGCATGTGAATAGAATAGCCAGAATAGTACAGCACTGGCGTTAA
-GCAAATGTACAAAAGCCCCTTCCTTTCGGTTGGGGCTTCTTTTTAGAACTTTTCTTCTTC
-TCCGCTTTCGAGTTCGGCCTTTAATTCTTCGGCTCGACCTTTCAGCGCATCGCGCATAGA
-AATATCGTCTGACGGCGCAACATCAACTTCTTTTACACGATTTTTGTAATATTTTTCAAG
-CTCTTTAAGGCCGTCCATAGTACGGCAAGAGGCGACCTTGCTCATGAAATCATCAATAGC
-CGCCTCATAAAGTCGAAAATCGTTGAAACTCTTCATTTTGACCTCTAAATTTCGATTTGT
-TTGATCACGTAGTCAAACTTTTCTTCATTGTAAATGCGTACTCGTTCGATTGCGTGTTTC
-ATACCATAGTTTTTGTATGAATATTTATTTTTAGCATTTTTGGACTTTGCCAGCGTTGCT
-AAGTTATCAACCAAATCCCAAACAGTAGCAAGAGATTTAGAATCATGTTTACGCAGTACG
-CGCCCAATTGACTGTTTGACTATAACAGCAGATTTGCAAGGATGTCCGAAGATGATGTGA
-TGCAGGTTCTTGACAGAAATACCTGTACTCAGTACACCAATAGAACCGATTACGATCAGC
-CCCTTCGTTGATTCCGCGATCCGTTTCATTTCGTTTCGCTCATCAATCCCCGTTTCCCCA
-GAAATGTATACAACGTTGTCATATACCTTTTTGAGTTGCTCATACAGCCATTTACCATGT
-TTGATCTGATTGAACATCACAAACACGTTTTCATCTTTTTCCCTTGCCAGTTTCAACGCC
-AGCTTACAGATCCATGCGTTACGCCTGGTATGCGATGTTATATACTTGATTTCGCTTTGG
-TAATCGGCCCCCTTCATTTTCTTAATCTCATCCTCTTTGTATCTCATGAAGATGGTATTA
-ATTCGAAGGTTGGTAACTTGACCTTCCTGCATCAATCGATTTGTATCAACTGGCTTGAAG
-ATTTGACCAAAAGCGCCAATGTATTGCATCATGTTTGCTTTGCCTTCTTTCAGAGAACCA
-GAAAGGCCAAACTTGAAAATACACTGATCCATTGTGTTGATGATCTTCTGTATGCTTTGT
-CCTGTTGATTTGTGGCATTCATCCACCATCAAACACATGAACTGTTGAAACCACTCAGGA
-GGCATTTTAACAGCCGATTGCCACGTAGACACGTAGATCAATGCATTACTGTTTTTAGCA
-GTTCCTGAACGTATTCCAAGCATTGCCTCGCGAGGTAAAAGGCGATAGTTGACAATATCA
-CCGATCATCTGATCAACAAGGGCGGTTGTTGGGACAATGATTAGTACTTTGCCTGTGTAA
-TTTTCCAGACACCAACGAGATATCAACCCCTGGATAAGAGATTTACCCGCTGACGTTGGG
-AGGTTAAGCACAGCACGGCGGTTTTTAATCGCATGGAACACCGATTGTTTTTGATACCAA
-TACGGATCAATCTGCTTGTTTCCGTCGTATACTGGGTGTTCTTCTAACCACTTGTCAAAA
-TCTGGCTGGGTAATTTCTTCTGTTTCGTGGATCTTAGGATCCATCCAGATAGAATACCCG
-CGAGACTCCGCGAATTTTGTTACAAGATAGGCTAAACCGTAGGGCAGTTTCCCGTTATAG
-TCCATCAAGTATATGTAGCCGTTCCATCCACCATATTTGTATTTTGCCTGGTACTGATAA
-CCTGGCGGCTGGAAGCTGAAATAGTCGCGCAATTCATAGACTATGTTAGCCTCTGCCTGA
-ATCTGCACATGACTAGTGTTAAGGAATTTGACTTCGATATCCACTATGTGTATCCTATAT
-ACGGTTTATATGAATATTTATAGGCTAAATAATGATAAACATTGGAGAACTACAATGAGT
-ATTGATTACGAAAAGGTTGAAGGTTTCAAAGCCTTAGAACAAAAAGAAGCCAAATTACAG
-CTTGCTGCCTACGCGCAAGAAACGTTTGATGTCAAACTGAACCGCCAGAAGTCATTCGAA
-AATATGCTTGCTGATCTGGAATCTGCCGTACCAGCAGAAAAGCCGGAACTGTTGATCGAC
-TCCCCCGATCCTGAAATTGTTACATACGAAGGTGAACAATCCGTTCCTGATGTTGTTATT
-GATGTGACTAACGATTTCATGGATTACGTTAAAGAGGTTGCTCCGGAAATCGCAGACCAG
-ATTGAAATTGTTCCTGACGCTCTACAAGCTCCTACAAGCGATTCTGAGACGGTTTCTGAT
-GAACTGGCATGGATGGAAGGGTTTACCCCGTCTATCATCATGATGGGCCGCTCTGTTTCG
-AATACTGGCTTTTATACGTGTCCGTATTGGATCTATGATTGGATGAAACAAAATCCGGAT
-TGGTACAAGCACCCTGACAGTTGTCCTCATTATTCAGCGCGTCAAACCCTCAAGTCGCTG
-GCATGGTACATGCATCGTGATGGGATGGTTACTGTAAGGGAAACCCGAAACAGCCAGTTC
-TACACGTTCAAAAAATAATTTTAAAAAGTAGTTGACCTTGCCCTGCTATTCGAGTATATT
-TGTATTCGAAGGCGGGGGAATGGCTCTCGCAGTGAAGAAGGAAATACAAAATGAACATGA
-TGAAAAATGCTTACTACCCAGTTCTGTTTGTTTGGACTAATGGTGAAGTTAAGAAAATCG
-TCAATTCTAAAGCTCCTTATTACACTGTAGGTGAAGCACTTCGCCACGCTGCGGAAGCAA
-ATTATCCTGTTCATGCCGAACCTGGTTATGCTCGTTGGAACGGTTCTAAATGGGTTGCTG
-ATACCTGGGACAACTACGAAGAAGAAAGAATGGAGTGTGATCCTGATTACGTATCTCGTC
-AAATGGAAGCTCATATGATTGCAGATCGTAGACTGGATAATGAAGCTCGCGGATTTTATT
-GATTAACAAGGGGCTACGGCCCCTTTTCTTTTAGGTGAAATATGAACTTAAATCACGAAT
-GTTTAAAAGATTTGAGCGATGGTAACGAGATTGGTAACGTTATTTTTCTTGATATCGATG
-GCGTTCTAAATAATATGCGGTGCATGAAATTTGGTGAACATATGGACATCGAATGCGCAC
-GACACTTACGCCGGATAGTGAATCACGCTAATTGTGATATCGTCATTTCCTCTACGTGGA
-GAATCGGCAACAGTACCCATAATCTACGTGAAATATTTTATCCGTGGGGATTGTATCGGA
-TCATTGGTAAAACTTGCACTAACTTCCCTCATAGCACTGGAATGCGTGGTGATGAAATCA
-AGGCATGGATCGATACTTTCGGATGTAAAAACTATCTCATTCTTGATGATGACACCGATA
-TGCTTTCTTCACAAAAAGATCATTTTATTAACACTGATGGGTTTGTTGGGTTGACCGAAG
-AACAATCCACTTATGCGATCCGTAACATTTTCGGGGTTACTACTCCGTTTTGTCCTGAAT
-GCAATGGGTATGGACGTGTTAACGGCTACGACAAATGCGGAACGTGTAACGGTAAAATAC
-TCCGGCTATAAATACCAATAAACATAAGAGGTTAAATTTATGGCAATTCCTTCTGTAACA
-ATTAGCGCCAACAAAAACGAACTTTTGATTGGCGAAACTTTGACCTTAGAGGTTGAAACT
-ACTGAACTAGATCCGGGTGATGTGTTTCTGGCCTATCGTTGGCAAAAAGATGGTGTAGAT
-ATTCCAGGCGCAACCGCCGATACTTACACAACTACGGTTGACGGTACAACTGCTGGTGAT
-TATACCCTGATCTTAAAACACGGTGCTGATGAAGAATCAGCAACAGAAACCACGTCAGAT
-ACAATCACCGTGACAACTTATTCTGATGATCTCGTTTCTAAATGGACGGTTCACCCGATT
-CCGTGGCGTGATACCAGCTTTACCCCGATCGGTTATTGGGTACTTGATGAAATTCTGTAT
-CAGAAAGCACAGGGTAAAGATTGGAAAACTGATTATGCTGATTACAAGTATAGTGAGGAA
-GTACAAACGATCCTGAAAGCGTTCATGGAAAACGGTGAATGTGAGATCCAGGATTCACGA
-AACGGCTATATTCATAAAATGAGTGAAATCTAAGAGGCTTTAAATGGCAACTGAAAAATG
-GACTACGGTTCATCCTATTCCGTGGAGAAATACCAGTTTTACATATCTTCCATACTGGCT
-ATACGATATTATCGTTGATGCTTTTGAGAAAGGCGACGACTGGCGCGATTATGCGGAAGA
-AAAATATAAATTAGAGTTTGATACTCTGAAAGAGGCGTTTGAAGATTATGGTGATATTCA
-TGTAATCGAATCTCGTAATGGTAAACTGGTTAGTCTGTTGTCATTGACTCCTGCTCCTGA
-ACCAGATCCTGACCAATAAAATAAGGCAAACAATGAATACACTTCTTTTTGATTTCGACG
-ACACTTTAGCAGAATTTTCTCAGACTTTTTATGATAAGTTCGGTGTACGTCCGGAAGGAA
-CGCCAAAAGAACGATATGACGAAATGGCAGCTTCTTTGGTGCGTACTGATTTTTATAAAA
-ACCTTCCCCGTATTCAGGCTGGGATTGACCTCCTTCAATGGAGTTTCCAACGCCGAATCG
-GTGATCCTGCTACTTTGCTGCTTCGCGCGGAAGCGGTCAGCCCTCTTTGGGTTATGAAAG
-AAAAACTGAACTATACTGATAAGATTTGCGCTGAACTGGGGATCTCTCGTCTCGATTTTA
-GTCGCATTGACTATCCGAAACAGTTCGCAGAACATGCCTATCGTGGTGTTCTGATTTCCC
-GCAACCAGAAACATCTTGAAATCTGGAACAATTCTCATCTAGCTAATAAAGTTCCAGGTA
-TTTTCCTTGCGGAAACCCTGGAAGAAAATATTCAGCTAGTCACGGAAGCGCTTGCAAAGG
-CTAATCAATAACAAAAAAGGGAACCGCAATGGTTCCCTTTTTTTACAATCTTTTTAATTC
-ATCAAGCGCTGTTTTCTTATCACCAACAAAGAGGATTGCTTTACCTCCTGCTTTTCTGAA
-AGGCAACACCGCTTTTGCCCGATCGTCAAACAGAATTCCTTTACCAGCGAATGCTGCTTT
-TTCATGGCTACTTTTAACGTAGTGGAATTCTGGAACGTAACCCAATACTTTTTGTAATGC
-TTTACGTTTTTGTTCGGCAACACCGTCAGAATTGAATTTACCGACACTGGTTAGTATTGC
-TACATCGCCAAGTGTTCTTAAATGATGGAATAATTCAAATCCTTCTTTGATTGGTTCCAG
-ATTTTCGTAGAAATCAGTTTTGGCAATTTTTGCTTTGCACTTTTTCAACTCATCTTCTGT
-CATCATCGAGGGTTCGCCATACATTGGCACAAATGAACCTTCCCAGTCGAACAATACACC
-ATCCATATCAAAGAAAAACTTATTCATATCAATTCCTCAGTTTGTGTATGCATACTATAA
-TGTTTAATCATTAATGTCAACCCCAAGTGTCAGTTTTCGGTGCGTATGCTGCAACTTTAG
-CCACAATTTCCTTATCCAGTTCAGCTACAGATTTCTGAGGCTTACCACGGGCTTTAACTT
-TGATGTAGTTTGACTTAACAACAAACATCCCTTTGTTACCTGATTTCTTGATCTCGCTAT
-CAACACCAACTTTGTTAAAGCTGATCCAAATGTCGCCGTCCATATACTGTTTAAGAGAAT
-CACCCATGTTCAGGATCTTCGCCATAGTAAGGGCCGCGCCTTCGTGGGTATCCATGAGAA
-TTTCTTTAGGAACTACACGATCGCGTTTCTGGTTCTGCTGCATAGCAATATGCACATCGT
-TCATAACCCATACGATATGTACGTTTTCTTTTTTGTATCCCAGCGTTTCGACATCACGCG
-CGATGCTTGCCAGCTTGCTCATGCCTTTTAACGTTACGTCAAAGATGAGGTTAGGTTTAC
-GATCTTCTGGTGCTGCCATAATACCAGAATAAACACGGTTTTGGTTTTTGTTGGAAATGT
-TGAAAACGTCGGCGATCACATGATGGAGGGTAGATACGTTTTCTGGGTTTTTGAGGTTCA
-TTGTTTTGACATCATGACCCGTTTGTTTCTTGATCTCTGCTGCGAGTTTATCGCTACCCA
-TTACAAGTTTTTTCAGGGCGTCAACGTCCAGTGTAATACCTTCGATGCCTAGCAGTTTTT
-CCAGTGTGAATCCTTTACCGGAACCAGCACCGCCAGCCAGAATAACAACCTGACCAAACT
-TAGGATAAGCACGGCCCCCGAAGGTGATCAGCGCTTCGGTTAAGGTGCTTTCTGTGAATT
-GTTTAAATGACTTCATGTAAAATTCTCCAGTTTATTTTCTATTATTTATTGACATGCTTT
-CTGACAGTGGTGTATGGTTATGGTGTTCGACGGATAGGCCGGAAGAACTTTAAACCATAA
-GGTATATGATATGAAAATTGATTTACATCGCTTCATTGCAGAATTTTCCCGCGACCGCGA
-CATGGACTCTTTCAACTACTACTCCCGTGAAATTGAAGATCGTTTTGCGGCTCATGTTGG
-GTTCCGTCGCCACCATACTCCTAAAATGCGCCCTGACCACGATCCGAAGTATAGCCCTAT
-CACATGGCAAGCCCCGATCAATGGTTACGTTGAAGGGATCCGGATCATGACTTTTAACGC
-GATGTATGGAAACGCTTTGATCCATATTGCACGTGAGAAAAAGGCAGAATTCCCTAACGG
-CTGGCGTATTGATGAAGTGATTCAAACCCTTATGCAGTTACGACGTGAATACAAAGCTGG
-TATGTGTCTGCGTAATGAACAGTATCCGATGTATAAAACGTATGCCTATATCTCTAAGCA
-TCTAATTAATTCCATGTTTTACATCGTTGGTAATCATGGTTCCGCTATAGATATCGGTTC
-TTATGAAATCGTGGCTTATGCTCGCGAACAAGGAAAGGCCGCTGCACTGAAAATCATTGA
-ATCTGGTGCTATCATTCTTAACCATCGCATTGATACTATTGCTTACTATGGCGATCAGGT
-TGAGGTTGAAGGCGTACACCATGAACGATTCAACAAAGCCGTATTTGCTAAAAATGGTTA
-TGCTTATGGTAATGACATTATAACTTCTGCTATTCCTTTCGTTCGTCTAACTGTTGAAGG
-ATTTGGAGAAAGGTTGCCTTATAAACTGTCAGAAGCTCAAATGTGTGCGGCTGCTGAAAG
-AATCGCCAAAAAGCGGAAAATGTATACCGATGAATACCTGGCGTATGTCAACAAGACAAA
-AGAAGATGTAGATCGAGAAATTTCTTGCATGGATTTGTGCCTTTGATATAATGTAAGCAT
-CTTTTAAAGGGAGGATGCATGAAAACGATACATTGCAGAAATGAAAACGTTGTTTACTAT
-CACGGTTCGTGTACTGCTGCTGGTATTGAAAGCATGTTATTGCCTCCCTGTGATTCTGAT
-ACTCTGTCTGAAAAAGGCAGGAAGAAAAATTTAGACCGTGTTTTCTTTACCGCTGATATC
-GGGTTAGCTCGTATATACGCTGGAAGGGCCGCGCGTTCTATAGGTGGGGATCCTGTTCTG
-TACAGGGTTGTGTGTCCGGTTGATGTTGTATGCATGAACGAAGACAAAGGCGCGAGCGTT
-TACCATGCAGCATGGGCTTTTTGTGAGGAATTATGAATGATAAAGTGTTGGCGTATCTCG
-TTTTCTTGCTGGGATATCGCTTAGAAGTGATGGGCGCGTATTCATCAATTTATGGTGATT
-TAACGGCTATCTGGATGGTCGGGTTAGGGGTTGCTTTTACATTCCTTTCCTTTGCAATTG
-TTAATGAATCGGAAAAGGATATTGTATGAAACTATATCATGTGATCTACTCTGGTGTTTT
-AGGCATTGACAAACAAATGTTAGTTGATGTAATGTGTAAAAAACTCGATGAACGAATTGG
-AACTCGATACAAAAATCATGTATCGGAAAGTATTTTCATCAACGTTGACCATCCAAATGA
-CATGGAAGAAATGGTTAATACTCTTGATGATCAGCAGATCCCGTTTGTTGACAATTTCAA
-CATGAGCGCTGGAGTGTATACGGTAGTAACTTTTGTTCTAAAAAATGTTGACAGCCGAAA
-CGATAGCGTGTTGAATGTAGTTGCAAAAATCGATTCTACCAAAGGAAAATAATATGAAAA
-TTGTACACCGTAGCATTTCCGAACTGTCTCAAGCTGAAAAAGTGCAAATTCATTTCAAAT
-TCAATGATTTGCGTAAAGGTTATGCCGAAATTGCCCGTGAACATGGGTTAGATAACGGCG
-ATATTTACCAGGTAGTACAGGAAATTGAACGTATCCGCGCGTTCCGTTCTGCAAATCTCC
-CTGTTAAAAATGCAATGCGCCGTGAAGCGATCGAAATCCATCGTAAGCGTGTGTACAATT
-TAGAACGTGCTAAACGTCCGATGAAGAAAGAAAAGAAACCTCGTCCGTTTAAACGTGAAC
-ATCTTAACACCTCTATGGCGCTGGCGTTTCAAGATGCGGGGATTATCTAATGCGTAAATC
-TGCGATGGATCGTTGGGCTAGTATTGCTACTTCAAACGTAAAACCAAATCAAGCCGCACC
-TGATGTAGAAGCGGTTCGTAAAGCAAAAGAACCTGAGATCGTGGCCCTTAGCCCTGAACT
-CATCGAGCATCGCCGTCGTGCGTCTGCTATTGAACTGGATCTGCGTATTGCGCGTTCATA
-TAATCTCAAGCATGAACACGCCGCAAAGAACAACCATTCTTTTGACCTTACTCTGGAAGA
-TTGGAAAGTGTTGATGACAACTGAACGTTGTCAGTATTCCGGCAAGATGTTTAGCAATAA
-ACCAGGTAGCCCATATGCCCGTACAATGGAACGTATTAATCCACGTCTGGGATATACACA
-AGAAAATACAATAGCGGTTATCAACGCCGCTAATGCCGAAAAATCACAGCTTGATGCATT
-CGTTAAGGGTGATGTCATTCTGGATGAAGTAAAAGTGAAGTTGCTGCGTAAAGCACTTTA
-TCAAGTTGAAAAACGTGTGAAAATGAAAGGTTAAATTATGTTTAAGAAATATTCTTCTCT
-GACTAACCATTATGAAGGTAAGTTCATCAATGGTGTAATTATGAACGGGCTTACTGGCGG
-TGTGTGGGTTGCACGTGAAAAGATCCACGGTGCTAACTTTAGCTTTATCACCGATGACGG
-TAATATCGTTACCCCCGCAAAGCGTACTGATGTTGTTAAGCCAGCCGAAGATTTTTATGG
-CTGTTCAGCAGTAGTTGCAAAGTATTCCCCAGGGATCCGTAAGATGTGGGAAACCCTCAA
-AAAGACCGGAACTTATGATGATTTGGTTATTCAAGTCTACGGTGAATTTGCGGGGCGTGG
-TGTACAGAAAGATGTTGATTACGGCGAAAAAGATTTCTACGTATTCGATATCCGCGTAAA
-TGGTGAATTCCTTCCGGATAACCTGTGCTCGCTGATCTCTCGATCTCATGGCCTGAAAAT
-GGCCCCGCTGTTGGGATACGGTACTTTTGAAGAGATCAAAGAACTGCCGATCACGTTTGA
-ATCTGTTGTGAATAAAGCAAATAGCGGCATTGGTAGCGATAATACAGTATATGGTGAATT
-CGTATATCCTATCATGGAAGTTGAAGAGGGCAACATTGCAGAAGGTTTTGTAATGAAACC
-TGTTTCACCTGCTTTTATGCCAAACGGTGAACGCGTTGCAATCAAATGCAAAACAACCAA
-ATTCACTGAGAAGAAAGCGAAGAAAGCAACCCGCTTTAATGCTCCGGTTTCACTGTCAGA
-AAAAGACAAAAACCAACTCGATGAGTTTGTTTGTTACCTTACAGAGAACCGTGTGAAAAA
-CGTTCTTTCGAAACTGGATCTGGCTTCGATCACTGCGAAAGATTTCGGTCGCATTATGGG
-CTTAACGGTTCAGGATGCTATTGAAGAAATCAGCCGTAATCATGGGCCTTTCCTCGAACA
-GTTCGAAGACCCAGCAATGGCTAAAAAGTTGTTTGTAACCGAAGCCCAAAATATGATTCG
-CCCTGTATGGGGCAAAATCCTGAACCATGAATTTTAATCAGATTCTGGTTGATGCAAAAG
-CGGCTTCCCTGATCGGTAGCCGTAAACCTCCTGAACGTATCGCAAACATTGCTGTTAAAA
-TCGGACGTGCTTTGAACGAACGCGGGATCAGGGCTTATTCTGGCGGCGCTCCTGGTATGG
-ATAGTCACTTTCTGTTTGACTATAGTCCGGATAACAGATGTATAATCCTTCCTGAGAACG
-GGTTTAACGGCCTTTTCTCAAACGGAAAGGATATCATCGACTTTCGAGATTTAAACACAC
-AGAAAGCCGCTGACGAAGCCAGAAAGGTAGCAGGTAACTTCGATACACAGAATGAATACG
-TTCAAAGAAGGTATGCGCGAAACACGATTCAAGTTCTTCGTGAAAATCTTGACAATCCAA
-CTGATTTTGTTTTATTTTGGGCGGAAGAACGTGAAGGATGTGTTAAAGGTGGAACCGCGA
-TCGCTGTAAGATTGGCTAGGTTGTACAAGGTTCCATGTTTCAATCTCTTCAAAGAAAGTG
-TATTGAACGATGTGTGTGATACGTTAGGGATCAATATCAAACCCCCAACGTTGGATTTTT
-TATGGTAATTGAACATGCGCCCTTACTTCGTGAAACATACGAAAGATGGGCTGTTAATAA
-CGCAATAGGTGAAAATATGATTCATGTACGTAGTATCGGTGCTGACGGCGAAACTCCGGT
-TCCAGTAGAAGGCCGATCCCCCACTCTCGCAGAACGAGCAAGAGAAATTATAAACGATCA
-GAATGCTAAGATGATCGAACATGCGCGGGATACAATCACAAAAGGTGTTCTGAAACACGC
-GACTCAACAAAACCTTATCTATGATATGAAGCACGATATCGGCTCTTGTCTGGGTATTGA
-ATGTACTCGCTATGCATTCCAACGCGTTTCTGAATGGTTGGAAGAAGAAGGGCTAAAATT
-CGATACAGAAGAAAAACGCAACGCCGCTAAGATCACAAATTCTCTGGCTAGTAAGTACAA
-TCAAACGTATCGAAACCAGGAAGAACGCGAAGTGTTCGGTTTCAAAATTCCTGAAAGGAA
-AACAGATCGCCGTGTAAGTGAATTCACTTTTTACATTAGTTGGTAAAAAGGTGTTGACGG
-GGGTTGGTTATAGTAGTATTCTAACTCCCGTAGACAAGACACTAACTCAGAAGGATAAAC
-ATCATGGAAATCGTAATGAAAGCAACTTATGCTGGATATTGCCTGGAAGCAAAAGGTGTT
-GCTAACAATGGCAAAGGCTTACGGGCCAATGTTGAAGCAATGCTGGATGAATTACATGCA
-ATGTACGAATACGACAACGTAGCGGGTAGCGTTCTTATCCAGGCGTTGGAAGTTGATGGT
-GTTGATTGTGTTGGTTGGTGGGATGCTTACATTGACTACAACGATAACCGGGTTTACCTG
-TTGAGCAACAAAGATTATTTCTAAGGAACCACTATGAGCGATGAAGCTGAGGCTTTAGAA
-GATTGGGCTGATTTTGATGACGAAGAAGACGGGGAATATTTCTGCGTTAACAGTGGTGCT
-TACAAAGACCGTTTAGAACTTCGTGAACTTTTATCCGGTTCCTCTCAAATATCAGGATCC
-AAACGAAAAAGTAGTAAACAAAAAGTTCAATATAGTGATGGTTCTGTACGTGATGAAACT
-GTTGTTGCTGAATTTCGTGGTCGGGTTATCACAAAAGAACGACAAATTGATGTAAAGAAC
-TTGTATGAAGTGGCTAAGGCTGCTAAAATAGGTTCTGTGATTGTTTGCCCTGTGTGCAAA
-GAAAAACACACAAAGACAACGTATCACAAAGTTTTCTGTTCGAATGGCAGAAAAACCAGT
-AAGGATTGTAAGTCTAAATATCACAATACAATCCATCCCGAACGACTGGATCGGGTATTT
-TAAAATAAACTTAAAACGTGGAGTACGTTTATGAACAACAAAACTTTCGAAGAACTGAAC
-AGCATTATCACTTCCGTAGATTCCTATAAGGTTTCTCACTGGTCGCAATATCCAACTGGC
-TCCGAAGAGGCGCTGTTTTATATTGAATCTCGTGGTGGTAAATTTGATCAAGTAGTTACG
-GCTGGCTGTAACCGCCTTGCGCAAATCCTATCACGTCCGGTGACTATGGAAAACGTGGAT
-TTTGCTAATCGGTTGTACAAAATGCACTTTGGGCGCGAAATCTTCAACTACAAAGGTTGG
-AAAGAAATTGCAGAACTGGGTTACATCCCTCTTGAATTCAGAGCGATTCCGGAAGGAACC
-CCAGTAGCGGTTAAAAATCCGGTTGCAACTTTCCATGCTGGGAAAAATGCGCTGTGGTTA
-GCAGGACACGTAGAAACCCTGGCGATCAGGGGAGTATGGTTCCCTTCAACCGTAGCAACT
-CTATCCCGTGAATGTAAAAAAGTGTTGAAGAAATATCTCAAGAAAACCTCCGATCTCGAA
-GGTGAAGCATTTGATATGGTGTTACGTACCCGTTTGCATGACTTCGGCGCACGTGGAACC
-TCTTCTGCTGAATCTGCTGGTATTGGTGGCCTCGCGCACCTGTATAACTTCCTCGGTACT
-GATACCGTAGAAGCGCTGATTATGGCTATCTCTCTGTTTGAAGATTGTCAGAAAGCGTTT
-GATGATGGTGAAATGGCGGCTGGTATTTCAATTCCTGCTCGCGAACATTCCACTACCGTT
-TCTTACGGCAAAGAAAACGAAGACCTTGCGTACAAAAACAGTATTGAGATCTTCGGAGAA
-GGGATGTATGCATGTGTGTATGATTCCTGGGATTTTAAAGCGGCGGTTCGCCGTATCGCA
-GAATATAAAGATTCTATTCTTTCTAAGGGCGGTACTCTGGTAGTTCGTCCGGATTCTGGT
-GATATGGTAGACAATATCATGTACGCTCTTGAAGAACTGGGCCGTATCTTTGGCTATACA
-GTGAACTCAAAAGGGTATAAAGTACTACACCCAGCAGTAAGGATCATTCAAGGCGATGAA
-ATTCATGGCCCTGAAACAATCAATCGGGTGTTGAACTGGATGGAGTCTAACCGTTGGGCG
-TCTGAAAACATCGCGTTTGGTATGGGCGGAGGATTGCTTCAAGAAGTTACCCGCGACACT
-CAAAAATATGCGATGAAAATGTGCGCAATCAAAATTAACGGTGTGTGGACTGGTGTGTAT
-AAATGTCCAAAAGGCGCTGAATGGAAAAAGAGTAAAAAAGGGTTGTTGATGACTATCACT
-GATGGCGTTAACTTTAAAACCATTGATACTCTGGAACAGAAAGTGCCGGAAGGCTGGAAA
-GATGCTATGATCACATACTATGTCAACGGAAAGATTACTTCCCGTGACACTTTAGAGGAA
-ATTAGGAACCGTGCCGGGATTTAGTATCCGCAAAAACAACAAAGGAACCGTGATTTTCTA
-TGACAACATTCCCCTTGTAGCTCGCAAGGGGCTTTTTGCTAAAATCGCTGGGTATTCCTT
-TAAACTGGAAGAAGTCAACGACGAAACACTAAAAGAGATCGTAAGAATTGCCTTACAATT
-AAGAGGTAAGAAAGACGAACAGAAAGCTATTGACATGATCAATAAATTGGGTGAAACTCA
-ATGCTTTATAGTGAATCGTGGTTACAAGTACGATACCATTGCAAAATTTGAAAAAGGGCT
-TTGTGAATTATGAGTTATTATGGTGTGATCCCATACACAGGAAACAAGCAATCGCTATTA
-CCTGAACTATTCAAGCTGTTCCCCGAAAGAAGTTCATACATGCGTTTCATTGATTGTTTT
-TGCGGTGGCCTTAGTGTGTCGCTAAACGTCCCTAAACCCGTTCTAAGCAACGATTATGAT
-AAGACGCTGATTGATATGTATGAGCGTCTTAAAACGCTTCCTGACCTGTCTCCGGTGCGA
-GAATTGATTGCATCGAAGGGGCTGGGGAAAGACAATAAAGAAGAGTATCTGAAATTCCGT
-GATGAATACAACCAGAACAAAGATCCTTTATGGCTCTATGTCCTGATCCTGCATTCATTC
-AGCAACGTTAACCGGACAAACGACAAAGGCGATTTTAACGCTGCTGTAGGAAAACGAACC
-CTCAACTTTATGACAGAAAAACGTTTCGAACATTTCAAAAAGAATGTGACAGGAATTGAA
-TTTCGTTCTGGTTCATACTCTGATATTGAAATCAACGATAACGATTTTGTTTATTGCGAT
-CCTCCGTATCTGATCACTGATGCGGTGTATAACAAATTCTGGAACGCAGATCACGAACGC
-GAGTTATATGCTTTCCTTGACTCCCTGCATGAGCGGGGTATCAAGTTTGGTTTATCAAAC
-GTGACACATCATGCAGGAAAGCAAAATGATATCCTGATCGAGTGGATGCAAAAATATAAT
-GTGCATAACCTCGATAAAAAGTATCTGTTAGGCCAGCATACTGATTCTTACGAACAAAAT
-AAAACGCAAGAAGTCTACGTGTGTAACTACCAGAAACGCGACGTAAATACATACCCTGAA
-ACACTGGATGACTTAATGTAAGGTAACATATGTTTAAGATTTTTGGTTATATCCCTTCTG
-TTTATAATTGCGCTCCATGCCTGAATTCAAAGCGTTTGCTGGATGCGAAAAAACACCCAT
-ACGAATTCGTATCTGTTGCGGATTCCGTGGAAGACGGTAAGCCTGTGCTGAACGAAGCGG
-TGATCGATGAACTCGAAGCCCTGGTTGGTACGCGCCGGATGACTATGCCTCAGATTTTCC
-ATGACGGTAAACATGTAGGCGGGTTTGACCAACTTCGTGAGTATGTCCGCACCCTGTAAT
-AAATAATGACACCTTACTGAATGGTGTTATTATGCTGACGAAACGAATTACCAAAAAAGA
-CTACCCCACGATCAAACAAGCTCTCTTTGAAAAACAAGGGGGCTGTTGTGCTCTGTGCAA
-GCGCCCTTTAGAGGGTGAGATCGAAAAACATCACCTCGACCATGACCATGCTTTAGACGG
-CGAAAACGCCGGACGTGTGCGCGGCCTACTGTGTAACCTATGTAACGGTACAGAAGGTAT
-TGTGAAGCACAAATTCAACCGATCCGGTCTTGTGTCCCGTGATGTTGACTACATCCACTG
-GTTAGAAAACCTGCTTGCATATCTGAAACAAGATTATTCCGAAAACCGTATTCATGACAA
-ATTCATACCAGATAAGGTAAAATGGTTTTCAAGACTTACCAAACCTGATATGATTGCCGA
-AATGGTTTCTATGGGCTTCGAGTACGCCGACAAAGACGAACGCAAAGCCTTAACCGCAAA
-ATATAGAAAGCAATTAATGAAGGCAACGAAATGAAATATCTAAACGCTCGATTATCAACG
-CAACAGAAGAAAAAGCTGATGATGTTGATATCCTCCACTGACAAAAAGATCATATCTCTA
-CATGATTGGATGCTTGGAAGGGGTGACTCTGATTTGTGTTATGTCAAACCGAAAGACCGA
-ACGATGTTTGATGATCGCGGTCGCACATTGACTAATTTTTCTCCTATCACCGTTATTGAT
-ATGTGGGAACTCCTTGAGATTGTAGGACGGGATATACCTGTTGACGGGGTTGAACTGATC
-AAATATCTTAACGAGATTGGACACAATTTAGATATTATCCATAAGGCAACGAAATGAAAG
-TAGAAAAACGCGACGGCAAAACCGTCGATTTCGATCAAGAAAAAATTCGCAATGCTGTGT
-ATAAAGCTGGCGGGACTATGACGGATGCTGACTCCGCGATCATGCTTGTGTTGCGTAGTC
-AGATCCGCAACGGTAAAGCAATGAAGATTTCACAAATTCAAGAACTTGTTGAAGAATCTT
-TAATGAAGACAAATCCGACTGTTGCCCGTGCATATATCGAATATCGTCATGATCGTGATA
-TCGCCCGTGAACAAAACGGAAAATTATTCCGTGATATCAAGGGTTTGATGACTCTTAGTA
-ACAAAGAATTAACCAACGAAAACGCAAACAAAGATTCTCGCGTATTCCCGACTAAACGCG
-ATCTTCTGGCTGGTATCGTTTCTAAACATATGGCGCGTAACCATATTCTACCGAAACATA
-TTGTTGCGGCGCATGATTCCGGTGATATTCATTATCACGATCTGGATTACAGCCCGTTCA
-CGCCATACACAAACTGCTGTCTGGTGGATTTGAAAGGTATGCTGGCTAATGGCTTCAAGA
-TGGGTAACGCAGACATCGAACCCCCGAAATCAATCGGTGTTGCGACGGCTCTCATGGCAC
-AGATCACCGCACAGATTGCTTCTCACCAGTACGGCGGAACTACCTTTGCTAACGTCGATT
-TAGTATTGGCTCCTTATGTGGAGAAGACATTCGCTAAACATGTACGTGATGCTCGCAAAT
-ATCAAGTAGCATTAGTAAAAGATTATGCTATTTCAAAAACAGAAAAAGACGTATTTGATG
-CTTTCCAATCGTATGAATACGAAGTTAACACGCTGCATACTGCCAACGGACAAACACCTT
-TCGTTACTATTACTTTCGGTACTGGTACGGGAATGTTTGAACGCATGATCCAGAAAGCGA
-TTCTGAAAAACCGTATTCGTGGACTGGGTAAAAAGGGCATTACCCCTGTATTCCCGAAAC
-TGGTTATGTTTATGGAAAAAGGAATTAACCTTGATCCAGAGGATCAAAACTATGACATCA
-AACAACTTGCCCTGGAATGTTCTTCAAAGCGTATGTATCCGGATATTATTAGCGCGGCTA
-ATAACCGTCGTATTACTGGTTCTAGCGTTCCTGTATCTCCTATGGGTTGTCGTAGTTTCC
-TTAGCGTGTGGAATGATGAGCACGGTAATGAAATTCTTGATGGACGTAATAACCTGGGCG
-TTGTGACGATCAACCTTCCTCGTATTGCGATTGAAGCCGAAGCACAGGAAGATGAAGACG
-CGCATGATGCATTTTGGCGTATCCTTGATGAACGTCTGGAACTGTGTTTTGAAGCCCTGA
-TGACTCGTATTGATAGTCTCAGAGGTGTTAAAGCCAGTGTAGCCCCGATCCTTTATACAG
-AAGGTGCGTTTGGTGTACGGTTGAAACCCGATGATGAAATTCTGGAACTGTTCAAAAATG
-GGCGTAGTTCTATCAGTCTGGGATACATCGGATTGCATGAAACTCTGATGCTTTTCGGAT
-CTGGACAACACCCATTCGACCGGATCGGTTCTCAGAACATGGGTAGACTGATTCTGGAAT
-ATCTACGCGCTGCGACCGAAGCATGGAAAAAGAAAACCGGATTTGGGTTTAGTCTGTATT
-CAACCCCTGCTGAATCTCTATGTCATCGTTTCTGCAAACTGGACTATGAGAAATTCGGAA
-GTATCAAAGGGATCACAGATAAAGGCTGGTACACTAACAGTTTTCATCTGGACGTTGACC
-GCAAGGTAACACCGTTCGAGAAAATCGACTATGAAGCCGATTATCATTACATTGCAACTG
-CTGGACATATCAGCTATGTAGAATTCCCTGATATGAAAAACAACCTGGAAGCCCTTGAAA
-AAGTCTGGGATTATGCAATGGATAAACTGGACTACTTCGGAACTAACCTTCCGGTTGATA
-AATGCTTTGAGTGTGGCTCTGATGATGAATTTAAACCAACAGAAGACGGTTTTCATTGTA
-CCCATTGTGGGAACCATGATCCGGAAAAAATGAGCGTCACGCGCCGTACATGCGGCTATT
-TGGGTGCTCCCGCTGTCCGTGGGTTCAACGAAGGTAAGAACAAAGAAATGATGCATCGCA
-CTAAGCATCAAAATTAATCAAAAAGCCCTTGACTTCGGTTGAGGGCTTTTGTTATATTAG
-GCCTATCGAAAAAGGAGACAGATTATGAAACTGACTAAGAAAATGACCGATGTAGTAGCA
-TGTGCGTTTGCATTAGGCTACAAAGTTGAAAATCATCCAACTCGCGTTGAAGTCATCAAC
-CCTATCAAGGGCCGTCCTGGTTTGGTTCTGTGTGAAGACGGCACAGCATATCGTAATGAT
-GTCTCTTTAGAACTGGCAACTACTATCCGCACCGCAAAACAAATGAAAGATGTTCTCATT
-AGCGGCGCAAAATTGAGGGATTTATGATGTATTGGACAAAAGATAAATTTGTTTTTCGTG
-ATGATACGTGCTTTGGGACTGCATACCGAAACTTAGCTATTCGTGGCGGTTCGTTTTCGG
-CTAATGATTTGTCTAAGGTAGTATTCCCTATTAAAGTTACTGAGTATGACGTATTCGGTG
-TTAAAGGGTTTACTGATTACTTTGGTACAAAGTTTGAATCAGAATCTTACATTTTCACTA
-ATAGCGATCGTGAATTATTCAAAAAACACGTTGTTGTTAAAGAGAAACCGTTATTACCAA
-AAGAAGATGAAGCAAAGGAAATCTATGATCTCCTGAACATGCTTGATAATCTTGGTACTT
-GTCATCTGTTCGGGAAACGCGCCCGTAAAGCGAAAGATGTTCTCAATCTGTTACGCTCTC
-GCCGGAATTACCTGATCCGGGAAGCAGAACGTAATCTGAAAAATTCAGAAAAACAGGTCG
-ATGTTCATAAATCCACTCTTGCGAAATTAAAGTCTTTGTGATGTTTCCGTTATACGCTAA
-AGTGCGTCGAAATGTCGGTGATTCGTATCAGGAATGGAGTGAATGGCTACGCGAAACAAA
-GTCATTCTACATTTCAAAAGCAACTGATATGAAAGGCCGTAACATTCGCTATCGTAAACC
-CAGTGGTAAGCGAGTGAATGGGATAGATTACATTGTTCTTGATTCGATTCGGGATGATAT
-ACGATAATTTAACTTTGAGGCAATATTATGATTTTCAACAAAACAAATTCACGTAATTTG
-AACTATCTACGCTGTGAACTGGAAGCTAACGAAATTGAACTGTTTTTCTGTGGGGCTACA
-GATCCGGAACACAAATTGCATTGGGTATCAGGTGAGATTGTAAGCCTAACCGATCAGATT
-GTCGAAGAGGCTACCCGCCGCAATGCAATCGTTAAAATTGGTGCTATTGATGTGAACTAC
-GAAGGACATCCTTCATTTTTCATTCAATATTATCCATAAAAGTATTGACCTGTATATCTG
-AATGTAGTAACATCCTTCTTGTCAACTAAGGAGGATGTTATGAAAATCAAAAACACTGCT
-ACTGAAACTCTTTGCAACGAAATTGCAGAAATGTACTGGAGTAAAGGTCACTTAGAGGCT
-ATGAAAGAGTTTCAAAAGTGGTGTGATACCCAAAAGTTAGCTAAATGGGAATACATCGTT
-ATTGTTGAACGGATCAAAGAACTGATCCTCGTGAAGAAAGGTAATAAATAACCATGTAAA
-TCAACATGGAACCCAATATGAACTATCAAAAAATATACGATTCTCTCATATCGAAATATA
-GGGGAGAACCTCCAATATCTTACAGACACAAGAAATCAGGTTACGAGATTCATCACATAT
-ACCCAAAATCAATGGGTGGATCTGATGAACCAGATAACTTAGTATATCTTACACCAAAAC
-AGCATTATACTGCACATCATCTTCTGTCTAAAATATATGGCGGTACTATGCATAACGCAT
-TTTGGATTATGTCATTTTCTCGTGGGTTTCCCATCACAGCAAGGCAGTATAAAACTGCAA
-AAGAGAATAAAATTCTCAATCAAACTGGAAGAAAGCATTCTCCTGAAACTATAGAAAAAA
-TGATAAAATCCAGACAAGGAAGAACGTATTCTATTGAATCGCGTAGAAAAATGAGTGAAT
-CACATAAAGGATATTCTCATAGTGAAGAAACAAAAGAGAAAACACGAAAAAGTTGTTTAG
-TTTCTAAAGCTAGATTTGTGAAAGTTGCTATCGGGACGAATATCAAAGATCCGTCAATTG
-TTATCCGGCTGTGCGGAAAAACTGATATACGCAATCACGGATTCAGTCAAGGTAAGGTTC
-ATTCTTGCTGTCGCGGTGAAATAAAAAGTTATAAAGGCTATACATGGAGATTTGAATGAA
-TTATATTAGAATTTATAACATGGATGTGGTCAACGGAAAAGGGATCCGTGTTGTTTTGTT
-TGTGGCCGGATGCAATCATAAGTGTGATGGGTGCTATAATCGCAGTTCATGGAATCCTTG
-CAACGGAACACCGTACACGGAAGAGACAGAAAACCATCTGATTTCTCTGTTGAGTAATCC
-GCATGTTGATGGACTTACATTAACTGGCGGCGATCCGCTTTACCGTGACAACTATCCTAC
-TATCCTAAAACTGCTTGAGCGCGTTTCTAAGGAACTTCCAAAGAAAAACGTATGGTTATG
-GACAGGATATACCCTGGAGGCTTTACAGGCCGACCCAGAACGTTCTAAGCTACTTCCTTA
-CATTGATGTTCTGATTGATGGTAAGTATGAAAAAGATTTACCAACTAAAAAGCCGTTTCG
-CGGTTCAGATAATCAACGTATGATCGAATTCGCTAAAAAATCGATAGAAATTAAAAATAT
-TTCTTGACCTAATGTGTAACTATGGTAATCTTACCACATCGTAAATGACGATTAACTTTA
-ATTGAGAGATAATATCATGATCCTGAATTTCAAAACCCGTAAAGAAGCGCGTAACTACTG
-CTGGAAGTGGAACATTCCCCTGAAAACCATCCGTAATACAGGGCGCGGTTCTTGCCCGTG
-GACAGTTCAAGCAAATGAACTGAAAACGTTCGTAGTTGGTAAAACTTACAAACTGGTTGA
-CCGTGAAGGGTTTACTACCAATTCACACGGCGGATCTAACACCGCAAACACTATCCAGGC
-GACACAGATCGAAAAATTCCTGAATAACGAGGTAAAAATTATCTCGAAAACCAATTCAGA
-TACTTTCAAAATCGATCATACTCCGGAAATGACTTTTAGCTCTCTGCGTTCGTGGGAAGC
-TCGTTATTTCGTCGAAGTTGGCGCGGCTCCAGCTAAGAAAAAGAAAGCCAACCCGAAAAA
-AGCCAACGTTACGGCTCCGGTTGCGCCTGTTGCACCAGCAACCGCAGATCTTGATCAAAT
-GCTTGATGGTGGTTCGGCAATGTCGGTTGAACTGGATCCTACTAAATTTGTTGAAGGCCG
-TTCGTATGTTCTGGTTAAACCGCAGCAATTTAAAAATCGTTGTGGCGCTAACCACGGGAT
-CAAATCATATACCGATGAACACAGTAATGGTGTATACACCGTTTACCATACGACTTCGCT
-CGGTCATCATCAATTGAGCAAAACGGTAGAAACCATTGATTCCCAGACCGGAAACGGAAA
-CGTTGGTTACTATCTGCTTGATTCTGAACGTTCGTTCTTCCGTGAACTGGCGACCGGAAC
-TGTTGATGAACCTGTTAGCGTTTCCGGTAATAGCGCTATCGCTATCAATGTAGACGAAGC
-GGCTAAGAAAGAAGAAATCGCAAAAGCAATGACACAGCTTGAAGAAGCGGTTAAAGCCCA
-TGATGACGCGCTTCAAAATCTGCGTACTGCTTCCGACCTGGTTCGCAAAGCTGCTCGAAA
-AGTAGCAGAAGTAAGCAAGTAAATTAAACTGGGTGCTCCGGCACCCTTTTTTATGAGGTG
-ACACATGGAATTATTAGAAGGTAAATCTTATACCCTGAACATCGACGCTAAAGAATTTGC
-AGAAAAAACCTGGCGAAATGCTTTAGCTGAATTGATCAAAAACAACGGCTATATTACAAT
-CGATCGTATTGCGATTGGGGATACTGAGGACATTGCTTATGTTCTGCAAGATGATTTCGA
-ATATGAGATCCCTAGCCATATCTGGAAATACTTCAAACCATATGATTTACCGGAAGAAGA
-ACCGAAGATTGCTACTAAAGAAGAAATCGCCGCGCCTGATTTAAATTTCGTATCTTCCGA
-TCCTAAAATGTGGATGACTGTAAAACCTGTTCAACAAGATATCAATGATCTGCGATTTGA
-TTATCCTTTTGTCAAGCGGATCACTTCGATTTCTGTACTACCAGCGCCGACTGATTCACA
-GGCACTTGAATTTGCATTACAGCATGTTTTCGGTGATAATAAGCTGTACGCGATTGACAA
-GGAAGCTGCTATTGATGAACAGAAAAAGGAAATCATCAACCTTCTTTCTCTGCATCAACA
-ACTTGAAGCGGTGGAATTGATTGAGCGTATGCTTTCTGATACAAAGAAAGATATCATTAG
-CAAAATCACTCCGGCACGAAGGAAAGCAATTGATGAAAATCGAGATTTACGGTATTCCCG
-AATCGCTTCATAAATGTTACGGCTGTATTGAAGCTCGGAAATTACTTGATGAGCATGGAT
-TAGAATACGAATTTTATTCTGTTCTAAAGCCAGCAAATAACAGTGTGGGGTTTGATTACG
-ATCGACCCCGCATTGAAGAGTTAGCGAAACGTGTTCGTAGTCGAAGCATGGCATTTACTT
-ACCCTCGGATCTTTGTAGATGGTAATTTTATTGGCGGTTATATGCAATTGAAAGAGTATT
-TGGGTGAAGCATGAATAAAGAATACATTCGCAAAGTAGCAAACGCTATTCACGCAACAAC
-GATTGATTTTCTGGAAGGGTTTGATCATATTATCCACCCTGAAACGCTGGATAGTTGGGA
-AGCCAAACTGTTTAAAAGTATCAATGAACAGTTTCCGGAAAAGGTTAAGCGCTGGTTTAT
-CAGACAGGAAATCGTAGCAACGATCCTTAATGAACGTGGTGTTGAGGCGTTCGGTGTAAC
-CCCTCTATATAAACGAAACCAGATTACAGACGAAACAATCAAGAAATATAAAAAGATGGT
-TCGGAAGTAATAAATAATCAGTTAAATGGCCTTCGGGCCATTTTTTGTATATAAATATTG
-GTATTGAATACAATATAGGAAAAAAGATAATGGTAGCTAAATCATTCCGCGCACGAAGTG
-GCCTTGATGCTGCTGGTGAAAAAGTTATCAACGTTGGGAAGGCTGATCGTAATACGCTGA
-GTGACGGCGTTAACGTTGACTTTTTCAATGAATTTAACGGAATCCAGCAGTATGACCCGA
-CTCGTGGTTATTCTCAAGACATGGCGATCATTTATGCGCGTCGTATCTGGTACGCAAAAC
-AGAATATTGCTTCCCCTGCTGGGGCTTTCGACGAATCCAAATGGATCGCAACTCGTAATG
-ACCCGAAATGGGTTTATAGTAACGTAACCACTCCAGACGGTAGCATTATTGAATCTGGTA
-GTTACATTATGGCTGATGGACGCTTTACTGAACTTCTGTACCTGCTGCCGGACAACCCGA
-CAGAGGGCGACGTAATCACGTTTAAAGATTGTGGTGGTTTAGTAGGTGTGAACAGTATCC
-TTGTTAAGTCTAACACCCGTCAGATCCGTTTACGTACTGTACAATCGGCACAGTATCGAC
-TGACCCACCCGTACATGATCGCAACGTTTATCTATAACGGTAACGTATGGCGTGTTGCTG
-AAACTCTGGATAACCGCGATTCTGAGATCGTGAACGCAACCGGAACAGGTTCATTCCAGT
-TACAATCTGGTATGACAGTTTTCCGTAACAGTGCTACGGGTAAAATCACTCTCCAGTTGC
-CGAAATATGCAAATGATGGTGATGTGATCACAACCTATGACGCTGATAAAATGAACTCTA
-TCAACGTAGCCGTTTTGCAGATTTATCCAGGTAGTGGACACACTATTTCTGACGGTGCAA
-TTACTGGTGTTACTTCGGTAACTAGCCAGAAATCTGGCTTTGGTATGTTCATCTTTGATG
-CACAGAATAGCCAATGGAAAGTATATGATGCTGATAATCGTGTTCGTCTGCGTCGTATCT
-ATAGTGATTTAAACACAGTTCCTAACGATTACGTTTTTGTTACTGCAAACCCTTCTGGGA
-CTATACCAAACGTTACAGTTACCCTTCCAACTGATGTTGCTGATGGTGATCGCGTTTACG
-TATCCCTTTATATGATGGGTAAAAACCAGAACTGTACAATCAAAGTTAAAGATGGTACAA
-CGGACAAGATCCGCACCAACAAAAATATGATGCAGTTCCCGCAGCGCAAAGACTATCCGC
-CTGATGATTGGTTTAGTGTAACTTCATTAGCATTTAATGCTGCTAGTGATTACCTCCCGT
-ATATCGAGTTTTCTTACATGAAAGCTACGAAAGAATGGGTTGTTGCTAATTATCGTCCGA
-TCGTTGAACGTGTTGACGCAACTAACAGATCGCGTACTGGTGTTATTGCTCTGGCTGCAC
-AGGCAGAAGTAAACAAAAACTTGGAAGACAACCCGAACGACGAAACTGCTATTACTCCGA
-TGACGTTAGCAAATAAAACTGCTACAGAAACCCGTCGTGGTATTGCACGGTTAGCAACAA
-CTGCTGAGGTTAACAAACTTTCAACCGATACCTATCTGGATGATGTGATTGTTACCCCTA
-AGAAGCTGAACGAAAGAACAGCAACTGAAACCCGTCGTGGACTGGCAGAAATCGCAACTC
-AGGCAGAAACCAACGGAAGCACCGATGATATTACTATTGTAACCCCGAAAAAGTTGCATA
-ACCGTATTGCATCGCCGACCTTGACTGGTATCCTTGCCCTTGTTGCTACTGGTGGTGATC
-CTAACACCAACACGGATCGTTCTCAGGCTGGTACTGGGGTTTATGACCATTCAGATTATC
-AGAAAGCGGTAACGCCTAAAACTCTTCGTGAGTATAAAGCGACTCAGTTACAATCTGGTG
-TTGTATGGCTGGCTTCTGAAACCGAAGTTATTAACGGTACTGTTGCAAGTTCAAACGTTC
-CGACCGTTGTTACTCCGGAAATGCTGCACAAGAAAACCTCTACTGATGGTCGTATTGGTT
-TGATCGAGATTGCTACCCAGACAGAAACCAACGCAGGGACTGATTACACGCGAGCGGTAA
-CGCCTAAAACGCTTAATGATCGTGCTGCAACGGAAACGCTGACAGGTATCATTGCAATTG
-CAACCACTGCCGAAGTATCAGCAGGTACTGTAACGAATAAAGCGATCGTACCGTCTAAAC
-TGAAAGGTTATCTGGACGATACAAGCCATATTACTGTTGCTACTGCTGATGGGTTAACTC
-AATCTGGTACTATTTGGACTACGGTTAACATCGGTATTCAATCAGCAACTGAAACTCAAC
-GTGGTACTTTACGCGTTGCTACGCAGTCTGAGACGAACGCAGGGACATTAGATACAGTAT
-TTGTCACCCCTAAGAAGTTACACGCTAAGAAAGCGACTGAGAGCGCAGAAGGTATCATTC
-AGGTGGCTACGGCTGCTGAAACTACCGCTGGCACCGTTGCAAACAAGGCTGTTTCTCCTA
-AGAACTTGAAAAATACAATTCAGGTTGATACTTCATGGCAAGCTACCGATCTGGTACGTG
-GTACTGTGAAGCTGTCTAAGGGGCTTGGTACTTGGTCTGGTAATGATGTGGCTGGTTCTA
-CTCTTCCGGATGATGGTTATGCCGCTGTAGGTGTTGCTGTTTCTCCGTATGAACTGAACT
-TAACACTGAAACACTATCTACCGATCGGTGCTAAAGCGGTTGATGCTGATAAGCTGGATA
-ATCTGGATTCTTCCCAGTTCATTCGTCGTGATATTGATCAGACGGTTAACGGGGCATTGA
-CTCTAACGAAAGAAACCACTGTACAGGCTAACATTAACTCAACCGCCGACGCGAGTTTCC
-GGGTAATGAATGTTAGTGGAGATCTGAACGTTGGTGATGGCTCATCGATGGGTAAACTTC
-GTTTGAATGGCGGTTCATCTAACGACTGGTCAATTCAAGCAAGTTCATCCTCTGGGCGTA
-TTGCAATGATCTCAACGGGTAACACTGGCACAGTTCATCTTTCTGTGTATAATGATACTC
-GCGGCGTTGTAGCTAACGTTAAATTCCAGGCTCCTGAAATTCAGGCGATTGGCAAAGTGA
-CTCTGGGTAATGATACAGTGATCACGGCTGCTGGTTCTGTTCTCTCTATGGGTACGAACA
-ACAAGACAACTAAGATCCTAACTTCGGACGCTGGTAACATTTTGGCAGAAGAATCAGGGA
-ACTCTTATAAAGTCTTTACTGAGAAGAACGCGCAAACCTTGCTGAATCCTACGTATGTAC
-GTAAAGCAGGTGATACGATGTCTGGGCGCTTGACGGTAAGCAACAGTTCAATTATCATTG
-CAGGTCAAGCGGCTTGGTCAACGCTGGATGCAGTAACAGAAGCATCCAGGGGCAACTGGA
-CGGCTGAGATCACAGCATCGGCACAGTACAACTTGCTTCCTGGTTATGCGGTTCCGGTTC
-TTGAACCAGATCCTATTAATCCAGAAATCATGATTGTGACCCGTTATACCTATGTTAAAG
-CACCGGGTACTTTAACGCAGTTTGGTAACGGAACTGCATTCACTTATCAGATTTGGGCAC
-CTCGTCCGACCTCTGGTACTGGTGTTAATGCGCTGGCGCAATCCTTCTGGATCCGTCAAA
-TGAACCCGATCACGGGTAAATTTGATGAGTGGGGCCGCATGTATACCAGCAACAACCCGC
-CTACTGCTGGTGAGATTGGTGCAACGTCTGCTGTTGGTACTACGGTTAAAAACATGACTG
-TTACCGATTGGATCAAAGTTGGTAATGTTAAGATTTACCCAGATCCGGTTACTCAGACAG
-TTAAATTTGAGTGGGTGGCATAATGTCAAACTTAATGGCGGGGTTCGGCCCCGATTTTGT
-AGAAACGCAAATTCTATCGGAAACAAACAGCGTAACTTACAGAATAACCGCAAAGGCAAC
-ACATCCCAATGCGGTTCCTAATCAGTATGAGTTTACACTAAATCAAAAGGCGGTAGGGAC
-ACCGCCTAGTGTTGGGATCAACGTATGGAGAATTAACAATGCTGTAGTTGATCCAATTAA
-AACCTTCACATTATCGAATGATAATTCAGCAACTGCAAACAAAGCGTTTGTTGAATATAT
-GGATGCTCAACCTTCTGGGCTGTATTTGATAATGACTAACGGTGAATACAAAACAAGCCA
-AATCGTTGATGATTGGTTTGCTAAAAACAGATCCGTTATGTGGCAAGGCGCTGATTTCGC
-TCAGAGATTCCCAAATTCTGCATATGTTGCATTGTATGGGGCTTCAAAATCTCGTATACT
-GATTGAATCGTTTTACGCGAACGATGGAGTTTTAAAAGAAGATTCACGCGCATCAATCGA
-TCTTGTCTATAATAACGTTGGTGATGTTGGGCGAACTGGTGTACCTTTCCGATCTGTTGA
-AGATACGGAAGAATACAATTCAACCAATGGGTCTGAATATAAAGTATATCCTGTTGCAAA
-CCCAGTGATCTCTAAACTGGCTGATTATGGTATGGCTCCTGGATTAGCTATGATGATTGC
-TGGTGATTTTTACGCCAGCAAAGCATTATTGGATGCTGGATCAACAACAAGGGTTACTGT
-TCGATGGTTTACGGGTACTGCTCAAACTTCATCATCGGTGATTGAAGTTCCTGCAAATAA
-ACCTGATGAGTGGTTACGATTTGAACAGTTCTATACGATCCCTAGTGGTTGTGATGGATT
-TAACGTTGCTGTATCTCGTTATCCTAAACCCGCTACGGATAGTTTATCTGCGATCCGTAA
-CTTTGTGATGGTTCAGGTATCTGCTGCCGAAGCTGATCAAAACTTTGCTGCACAGTTTGG
-GGTTAACGGTATCAGAATGAACAACATGATCGATGGTGGAACACCGTATATATTTGAATT
-GCCGAATACTAAGGTTTATCCTGGTGGCGATTATTCTGCTTCCGAATTCCGTGAAGTTGA
-TGCATAAACAAAGGCCCGGATCATCGGGCCTTATAAATATGTAAAAAGGGGTTATTATGG
-CAGATTTAAAAGCTGGTTCTACAGTCGGGGGTTTACCTATTTGGCACTCCGGCACATTTC
-CGCTGGTTCCGGTTGGTAATACTCTAACCTATCGCGGATATAAGGTTTATACTGAAAACG
-ATAAACCGCAAGCATCAAATAACGACTTCGTTTCTAAAGCAAGCGGTGGTCAATATTTGG
-GTGTAGTTGCCTTTAAACAGGGGCTACAAATTAAAGCTACTTTCACAGGCGGAAGTGACC
-AGAACGGTTTATATTCTGGTGATGGTGATGGCGCGACATTATCAAAAGCCAACATTGATC
-TTGTATCATGGTATGGTATTGGTATTCGTTCATCTTCCGGTACTAATGGTCGCGTATTAG
-TCATCAACGCTCGAAATGGTGATTTAAACACTCAGGGTAATATTACGGTTGAAAAGCAAA
-TCAGTATTACAACCGCTAACCCTACTGACGCAAGTCATGCAACACGAAAAAGTTATGTTG
-ATGGACAGATAAATAATGTCACAACAAATGCTAATAGCAGGGTATTACGCGCTGGCGATA
-CAATGACAGGGCTGTTAACTGCCCCGCAATTCGCGAGCACAGGCGCGGCTTCCCGTCCCG
-AACACGTACCACGGCTCGACCAGGTAATTACTAAAGGGACTATCATAGATTTTGGATCTT
-ATTAAGGTGAAACATGGCTGATTTAGAAAAAATTCAATTCCTACGTAGCACAGTTGCGGG
-GAAAACACCTACTACAAGTCAGCTTGCAGATGGTGAACTGGCGATCAACATGGCTGATTA
-TGCCATTTACACGAAAAATGGTTCTTCGATCGTTCAGTTAGCGGGTAAAGGTATCCCAGA
-AACAAATACCAAAAAATTAACAGTTGATGGGCCTAGTGCTCTTAATGATACCGTTACCGT
-AGCGGAAGGTAAAACTATTACTTTCACCAACGAGAATTTAAGTGGTGAAATAACTCGTCA
-TATCGTCGGTAAATGTGCCAGCAATGATGGATGGTACATCGGCTCCGGTGGTACAAGCAA
-TAACGGCATTCTTGAAATCGGTACTATTGACGATGGTACTGAAACAATCCAGTTTGTACA
-ACGCGGTGCAGGTAACGTAGAAGCCAGAAAATTAGTCTTACTTGATAGCTCTGGTAATAC
-TACTCTTCCTGGGGATTTAAGATTATCCACTAATAAAACCGTTAAAATTAGTAATGGAAG
-CACTCTTACGTTAGAAATGGGCGTAGGTGCTAATGATGTATACATTAAAAACCTGAGAGG
-TGCAGGGGTTCTTCAATTAACTAATGATAGTAACCTGACGTTCAGAAATTCCCAGGTTTA
-TTATGCTATGAGTGGAAGAGGCCCTGGTAAAGATGGTACTCTTCTGACTAATGTAGAAAA
-CGAGCGCCAACTTAAGCAAGATAATTTCCCTATATCTACAGGCACCGAAGCTCGGTGGAC
-TAAAGTTGCTCTTTTAAAAGATCCTGGATCAAACCAGAGTCGCCTGCAACTGATGGTGAC
-TAACGGCGGTAACTATGGTTCTACGCGTGGATCTATCGACTTTATCGATTGTAGCGCTAG
-AAACTTTCCATCCACTTTAACAAGCGCTAATATTCGTAATCATCTACAGGTTCGTCGAAT
-CGGTGATCCTGGAATTGATAACACTAACCAAATGCGTTATAGTCTGGTTCGTACCTCTGA
-GGGTTTAGAACTGTGGTTTACTCAACGCGCATTCATTAGTAGTGTTAAAGTTGCTCTGCT
-GTCTATTGCTGGTGATACTGAGTATTATCTGCCTACTGGTTACACAACTTCTGCAACTGC
-TCCGGAAGGTTTAGTTGAGAGTGTGGCTATTCGTATCTATGACGAAATTAATAAACCTAA
-CCTTGACAATGGTACTGATGGTATTCTGTCTATTGCTAAAGGTGGTACAGGCGCAAGTAC
-AGCGGATGCTGCTCGTACAAACTTAGGGTTGGGTACTGCTGCAACCCGCGATGTCGGCGA
-AGGTGCTGGTAATGTTTTAGAAAATGGCGCTTATGGCTTAGGCGGTAATGGTGGTAAATC
-CATCAACGACATTATCTCTAATGCGGATATGTTGACCCGCTTAAAATCATACGGCGGTAC
-TTTCTGGCGTGGTGTTGCTAAATCTGGTGTTAGCGTTCAAAATGGTCTTTATAGTCATGG
-CTCTGGTATTTTTATGAATGCTGGTGATACCATGTCAGCCATTAATATCGACTATGCTAG
-TGCTAAAGTTCGTGTATACGCGGCTAACAACGCGGCTCTTGCCGCAGGAGATGTCAAATA
-CAACGAACTTTACGGTACAGCAAATAAACCGTCTAAGGCCGACGTAGGGCTTGGTAATCT
-GACAAACGACATTCAGGTTAAAAAAGCTGGCGACACCATGACTGGTGATTTAGCTGCACC
-TAACCTCCATGCTTCTGGGCCGGGAACCGCATCGGTGTATGTTAATGCAGGAAGCGGAAA
-TGCTCATGTATGGTTTAGAACAAACGCCAATGAACGCGGTGTAATTTGGGCAACTCCAAA
-TACTACGGACTTAGGACAAATTAACATTCGTGCAAAAACTACTGAAGGTGTTTCTGCTGG
-TGATTTTAGCTTCCGTTCTGATGGCCGCCTTGATGTTCCTGTAGCAGTTAAAGTTGGTGG
-AGCAGCAATACTAACCAAAGACGGGAATATTACCTCTGGCTCGATGTTTGGTGGCAACCT
-TAATAACTATCTGAACACCATTAAAAATGATATCACTGCTGGCGATAATAAGCAAGTAAG
-CAAGACTGGCGACACCATGACCGGTAACTTGACTATTAACGCTAACTTAAAAGTTGAAAA
-TCCTAGTGGGACGTTTGTTGATTTAGGTTCAGAGAACTCGGACAAGTACAGTAGATTAAC
-CCTTGCTCGTAAAGTTGGTAGCGGTGCTACCGTAGCAATGCTTAAAATTACTCCTGAAGG
-ATACGTGCAATTTGGTTATCAAACTGCGGTTTCTAATCCAGCTCCTAGTAAATATATTCT
-AGTTAAATCTAGCGGCCTTGAGGTAGAAGGGGACTTGGTTTTTAACCAGACATATCGTGG
-TGCTGAAGACGCAGTTGATATTACTGATAAGACTAATGACCTTAACAACATGGTTATTAA
-AGGCAGTGATTTAGGTACTCGTCTATTATACAAGTGTACTTCTACTGGTGGTGGTTCTAA
-TATATCGAACAAACCTACCTCTGACGGCAACTTTGTTCTTGAAGTTCTATCTTTGCGTAA
-AATTTCTGATACCGATTGGACATGTAAGCAGACCTTTACTACAAAGAACGGTGATGTTGA
-AGGCACATATGTTCGATACTGCCAAAACGGTACATGGTCTGCATGGAAAGAGGTTGTTGC
-TGGTGTTCAACCAATTAATTTAGGTGGTACTGGAGCAACTTCTGTAGCTGCTGCTCGTAA
-TAACCTCGGTGTTGGTGAAGGACAGAGCGTTAAGTTCGGCGGATTAGTTGTTGATGGAAA
-CATCAACGTTGCTTCTGGTAATTTTGTTATTGCAGGCCAAGCTCCTACTGATAACTCGCA
-TCTGACCAACAAGAAATATGTTGATGATAAGGTTGCTTCTGCTATTAGTAATGCTGGCGA
-CACGTATCTTCCGTTAGCAGGTGGTACTGTAACTGGGCGGTTAACAATTACAGGCGATCA
-GTTAAAGACTACATCGCTCTGGGTTACTGGAGATGCTGCTGTTAACGGTGTTTTAACTGT
-TGATGGAAGGGCTAGATTTAATCAAGAGTTCATTGTATCAACTTCGGTTAACGTCCAGAA
-CACTGGTAACAGTCATTTGGTCTTCCGTAAAGCTGATGGTACAGAAAAAGGACTTATTTG
-GGCTGATGACCCTGGTAACGTTAGTATAAGAGCAGGTGGTGGAAGTGGCCCTACTTGGAA
-CTTTTGGGAATCAGGATCTTGTCAATTCCCAGGTGCTATTAGTAACTTTAATGGTGTTAA
-TAGTACTACTAATTACCCTGGCGGCGGTATTGGCGCGTATTTAAATACAGCGGGCCTAAC
-AAGTAGATTTAGTAATGGTGCTTATGTTTCCTTATACTTCCAAGAATATGTAGGAAGCTA
-TCACCAAGCTATTCTTAATGTTAACGGCTATGGGCAAGATAACAGCTTTTATTTCCGGGC
-TGGTGGTGATTTCATATGTACCCGTAATGGTTCATTCGATAACGTCGAGATTCGTTCTGA
-CCGTAGAGCCAAATCGGATATCAAAGTTATTGAAAATGCTTTGGAAAAAGTAGAAAAACT
-AACCGGTAATACTTATGAGCTTCACAACACATCCGGTGGTACTACTCGTTCTGCGGGTTT
-AATCGCGCAGGAAGTTCAAGAAGTTCTTCCGGAAGCAGTTACTCAGGATATTGAAGCAGA
-CGGGGGTTTATTGCGTCTGAATTACAACTCAGTAATTGCACTTCTCGTTGAATCTGTTAA
-AGAGCTTTCTGCTGAGGTTAAAGAGCTTAAATCTCAACTGAAATAATGTAAGGGGCTTCG
-GCCCCTTTTAGGAGAAATAACTATGGCAGTAACAGGGCCGTGGGTCGGAAGTTCGGCAAA
-GGCTGAAACTGGCGAAGCATGGATGGTGCAAGCTGGGGCCAAATTAAGAATAGGGACACC
-GTTTTGGATGTCTAATATGATTGGACAAAGCGTATTCCATTTAATTTTCAGAATTAACTA
-TGCACAAGGTTCTTCTGGCGATCCATCTAGATATAGAGGATTCTTTAAAAGAGGGTTATC
-AGTAAATATAGGAGACTCAGCAAACCAGCCAACATTAAATGCATTTCCTGGTGGTGAAGT
-AGGGTCTTTAGTAGCCATTACAAATATTAAAGGGGATCCTTATTGTTTGTCTATTTTAAA
-TGGGGCTGATCGACGAGTTAAAGTGTCTATATTTAATGCATCTGGCGGAGACCAGTATGA
-TGTTTATTTCAGTAGAACTACTATGAGTGACGGTTGGAGAAGATATAGATGCGAAAACGC
-TGGTGGCCTCAATGGGTATTTTGAAGCTAGAATGGATAATCAGTTCGGTGCTTTATTAGA
-ATATGTTTGATAGATAAACCAACAAACTCACCTCATACTATTAAATATATTAAAAGGCTA
-CCATATAGGTAGCCTTTTTGTTGCATCCTAAATATACCTATAGTAACCTAAGAAGAGTCT
-TATAAAATGGCTGAGAGAAATCCCGTAGATAAACTAGCCTTATTTGATCGGGTAATATCG
-TTTGTGATGGGTGTGAAAACATGGAAACAATTGCTGATAAAAATAATTCTAATAATGGTT
-ATGTTTCTTATGGTAGTAACTTGGTACAAATGGACTGATATATTCCCGATGATAAAAGGT
-GCCCTTGTAGTCGATACAAGGGCTATCGAAATGGAAAGAACAGAAAAGTTTAATCAATCC
-GCGTTGGAACAGTTGAGCATAGTTCATCTTACTTCCAACGCGGATTTTTCGGCGGTACTG
-GCATTCAGACCAAAGAACATAAACTATTTTGTTGACATTGTAGAATATCAGGGAAAATTA
-CCATCCCAAATCGATCCTAAAAACCTCGGTGGTTATCCGATCGATAAAACATCCGAAGAA
-TACACGAATCATATAAATGGCTTGTACTATTCATCAACTACAGCAAGTTCCTACCTACCG
-ACACGTGATTTTGTGCCAGTAGCTTATACTTTTAGTTGCCCTTATTTCAATCTTGATAAC
-TACTATTCTGGATCGGTTTTGATGGAATGGTATGCAAAGCGGCCTGATATACCAGATATG
-AAGATAAACATCATATGTGGACAGGCCGCGCGCATTTTAGGTCGAGCGAGGTGATTAACG
-TAATGCTGGTGTTAAATTGTGTGATCTTCCAATAGCCCGTTTGATTGCTTTAAAGAAGTT
-CATCACCGGGCTATTTTTCTCGTAAATATCCCAAACTTTCAATTTGTCCCACGGATCCGG
-AACATAATCTTCATTCCTTGCCGAAACCCCCAACGTAACCCTCCTGTATCCAGCGCTGTC
-GTGATAATACACGAAGAATGGCCTACCTATTGGCGCAACCTTACAACCTCTCTTAGCGGC
-TCTCATAGCCTCATCGAACGTCATGGATTCCCCCAAAAATTTCTATGCATGAATGGTCGA
-ATTCCGATAGTTTCACTCAAAATGAATATCGGATGATCTAGCTCATCGTGGTTTTCTTCG
-TCAATGACGATATCCCAATCAGTAGCCTTTTGTTCTTCTACCGTGGCAATGAATACCTGG
-TTTACTTCACACTTGCGGTGTGTACGTCTGATGATTGTATCCCCCTCACGAAACACAATC
-ATATCAGGATTGGTAGTGCGGTACGCGGTTTTACCCGCGCACACTTCATTAAGCATATCT
-TCGTATGTCATTATAAAACCTTTACACGTTGAACGATGGTTTGTTTAACGTCTTTGTATT
-CTCCGTGCTCTTTAACGGTTGCTTTGAAAGTGATTTCATCACCTTCGTTTGCAATGTTAT
-TACCGAAGTAAACAACAACATTACCATCAACATTAATTTTGGTCATGAATCTTTCTACAG
-AAGTGTAGTAAGAAACTTGAGTATATCCCAGTGAAATCACTTTCTCAACGGTTCCGGTCA
-TTTCCAGACGTTGTTTGATTTCACCGATGTGGTTAGCTTTAGAAATGCGTTCCTGGCGCT
-CTTGTTCCCACTGTTCGCGGATTTCTTCGCGTTTGGCGATATAATCCTTTTCCAGTGCAA
-CACCCATGCAGTAAGCGCACACAGCATCGAATACAGGGCTGTTTTTGTTGTCTTCTTTAG
-ACTGGTCAGCCCACCAAAGAACAGTAAACATTGGCATTTCTGCAATTACTTCGCCTTTAC
-GCTTGCCAATCGGCATGATCCCTTTTTCCAGCAGTTCCAGTTTTTCAGTATCGAACACTG
-ACAGTTTACCGCGACGTTCGAACAGATCGAAATCTGCAAAGCCCTGGAATATCATTTTGA
-AAGTATCAGTTTCAGTTAAACGGGCTGAAACACGGTCGAAATACTCACGCGCTTTCGCTT
-CCGCTTTCTCCGGATCGGTAGATAAGTTGCAGATATAGTTATCAGAAGTATAACCGCCGC
-CTCTACGCTCAACACGCAAGGTATACATTGCATTTTTACGACCAGAAGAAATGAAGTAAG
-TGGTAGTAACTACGGTTGCGTTAGTCATGGTATTTCTCCTTAAAGGGTATCTCGTTTCGA
-TATGGCTAATATAGCAAAAGCCCCTGACCGAAGTCAAGGGCTTTTTCATCATTCATTCGA
-ATCTTTCATTGTTTTATGAAGATGAATATCAAAAATTTTCCAGTACGCCTTTCCGCGAGG
-ATAAATTTTTGCTTTGTCAATATCGTTGTTGCTTCCCCATGTGTTGTTTGGGCCACGACA
-TCGATTTTTTATATAATCTGTATGCCAGAATAAGCGCTGAACCGATGATTCCGTACCTAA
-TGGATCTTCTTTACTGAACAGAATTTGTATACTCATAAGAAGAACCCAGTGCGAACAATC
-AGATCGATTTTCTTTTCTGGTTCAAACGGTGATTTGCTATCGATGTTACACTGATAGAAC
-ATACCAACATACTTTTCAGGAATGTTGGATTCACGCGCCCATTTCAGGTTATCATCGGTA
-TTCGGCCCCAGCATGAGGTTAACAACATCAACAGCATAATCCTGTTCTTTGGTGTTGCCG
-GAACCGTTTACATAATGCCCGTGGGCGGTTTTGAGGATCTCAATTACTTCGCTATCGTCA
-GTTTCGACTTTGTAAAGCGTTGTATTTTCAGGAATTTCTTCAAGAATGATCAAAGCGGTT
-TTCATCACACTTACCTTTGTGTTTCTGTTTACGTTTTGCTTCTTTAAATGCTCGCTTGCG
-ATCGCGGTGAGTAGAAGCGCGGTTGAAATCATGTTTCGCTACCAAATTATTCATATAAGC
-CCCTTAAAGAAAAATATTTAGGGGCTTTCGCCCCTGTATTAATCCAGCAATTTGCGGATC
-TTGTCTGCGATACGTCCGGCGCGGGTTGCACTTGCAGTATGATCGCTTTCTTTTGAAGCC
-AGTTCCGCCAGCTTACGCTGATGTTCTTCTTCTGCTGCTTGACGATCTGCTGCAACCTGT
-GCAACCTGCTCATTATCGTGAGCAATACGCGCTTCCAGTTCAGACAGGGTTTTGTCGAAA
-GTTGCTACGATTTCATCTACAGAACGAATTTTATTAAACAGTTTCATAATTTATCTCAAT
-TGGTTAGTTTTAATCAGTATACATCAATATGGTTGAAATTCAAAATCATAAATGTCATTC
-AGTGCGCGGTTCCACTCGGTGTAGTTTTCACCAGCACCATAACGCATTTGAATAGCACTT
-TCGAACGTTGATCCGTTGAGGTTCGGGAAACCGAACAGGTTTTTGATTTTGTCATGTGCT
-ACATAATACAGAGAAGCACTTTCCAGCATCGCAACCATCGCAGACGGTTCGTGTTCGCGG
-CGCTTGATACGTAACAGAGTACGACTAGCACCAGTTTTACGGCGTTGATTTGGTGCTACG
-TAGAAACGGAATACTACGCGCCCTGTTTTATCATCAACTACCAGGTAAAACCCGTTTTCT
-TTCAGATCCACGCCTTCGAATTTCTTGAAGGTTCCGCGTTTCATGTCACCAATTTTAATT
-GCATATTTGTGAATGTCAAGTCTTGTCAGAATTCTTTTCATATTTTTTAGATACCAGTTT
-GCCTAATTTTGTAATTTCGCCTGTTTTTACGTTAACAAACAAGGCGATGCTCAGAAATGG
-GATGCTAATCACTACGCTGATCAATGTAAACAGAAAACGTATCACAAAAAGAACAGCACG
-TTCAAGATATCGTTGCATCCACGCGATTCCTAAACAACTATACCCTACTATAAAGGTGGT
-TGCAACATAAAATGCACCAAATCCTTTACGAAATACGTAACCTTTCCCGGATTCTATCCG
-GTCGTCGGCCCACATTTCACGGGCAGTTTTCAGAATAGATTCACCACTAGCGCGAGTTTC
-GTTAGCCGAAGGCATGTTTTTAAATTTCATGATAGTCTCCTATGCGCCCAGAACTCTCCA
-GGCGCGGTTGTTTAG
diff -r 4d4a4b603d33 -r 5004ddb62700 cpt_shinefind/test-data/Miro_ShineFindIn.gff3
--- a/cpt_shinefind/test-data/Miro_ShineFindIn.gff3 Fri May 20 09:04:04 2022 +0000
+++ /dev/null Thu Jan 01 00:00:00 1970 +0000
@@ -1,827 +0,0 @@
-##gff-version 3
-##sequence-region Miro 1 176055
-Miro feature gene 7454 7906 . - . ID=Miro_8
-Miro GenBank CDS 7454 7894 . - 1 ID=Miro_8.CDS;Name=Miro_8;Parent=Miro_8;obsolete_name=Miro_156;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 7903 7906 . - 1 Alias=Miro_8;ID=Miro_8.RBS;Name=Miro_8;Parent=Miro_8
-Miro feature gene 7917 8512 . - . ID=Miro_9
-Miro GenBank CDS 7917 8501 . - 1 ID=Miro_9.CDS;Name=Miro_9;Parent=Miro_9;obsolete_name=Miro_155;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 8509 8512 . - 1 Alias=Miro_9;ID=Miro_9.RBS;Name=Miro_9;Parent=Miro_9
-Miro feature gene 123276 124212 . + . ID=Miro_206
-Miro GenBank CDS 123286 124212 . + 1 Alias=Miro_206;ID=Miro_206.CDS;Name=Miro_206;Parent=Miro_206;obsolete_name=Miro_234;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 123276 123279 . + 1 ID=Miro_206.rbs;Name=Miro_206;Parent=Miro_206
-Miro feature gene 68490 70715 . - . ID=Miro_117
-Miro GenBank CDS 68490 70706 . - 1 ID=Miro_117.CDS;Name=Miro_117;Note=contains von Willebrand factor%2C type A;Parent=Miro_117;obsolete_name=Miro_047;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 70713 70715 . - 1 Alias=Miro_117;ID=Miro_117.RBS;Name=Miro_117;Parent=Miro_117
-Miro feature gene 115729 116735 . + . ID=Miro_200
-Miro GenBank CDS 115743 116735 . + 1 Alias=Miro_200;ID=Miro_200.CDS;Name=Miro_200;Note=T4 gp6-like;Parent=Miro_200;obsolete_name=Miro_240;product=baseplate structural protein
-Miro GenBank Shine_Dalgarno_sequence 115729 115732 . + 1 ID=Miro_200.RBS;Name=Miro_200;Parent=Miro_200
-Miro feature gene 116735 117608 . + . ID=Miro_201
-Miro GenBank CDS 116745 117608 . + 1 Alias=Miro_201;ID=Miro_201.CDS;Name=Miro_201;Note=T4 gp9/gp10-like;Parent=Miro_201;obsolete_name=Miro_239;product=baseplate structural protein
-Miro GenBank Shine_Dalgarno_sequence 116735 116738 . + 1 ID=Miro_201.RBS;Name=Miro_201;Parent=Miro_201
-Miro feature gene 117595 119422 . + . ID=Miro_202
-Miro GenBank CDS 117605 119422 . + 1 Alias=Miro_202;ID=Miro_202.CDS;Name=Miro_202;Note=T4 gp9/gp10-like;Parent=Miro_202;obsolete_name=Miro_238;product=baseplate structural protein
-Miro GenBank Shine_Dalgarno_sequence 117595 117597 . + 1 ID=Miro_202.RBS;Name=Miro_202;Parent=Miro_202
-Miro feature gene 119412 120090 . + . ID=Miro_203
-Miro GenBank CDS 119422 120090 . + 1 Alias=Miro_203;ID=Miro_203.CDS;Name=Miro_203;Note=T4 gp11-like;Parent=Miro_203;obsolete_name=Miro_237;product=baseplate to short tail fiber connector protein
-Miro GenBank Shine_Dalgarno_sequence 119412 119415 . + 1 ID=Miro_203.RBS;Name=Miro_203;Parent=Miro_203
-Miro feature gene 81829 81940 . - . ID=Miro_142
-Miro GenBank CDS 81829 81927 . - 1 ID=Miro_142.CDS;Name=Miro_142;Parent=Miro_142;obsolete_name=Miro_022;product=hypothetical conserved;tmhelix=1 TMD %284-26%29 N out%2C C in
-Miro GenBank Shine_Dalgarno_sequence 81938 81940 . - 1 Alias=Miro_142;ID=Miro_142.RBS;Name=Miro_142;Parent=Miro_142
-Miro feature gene 1 910 . - . ID=Miro_1
-Miro GenBank CDS 1 900 . - 1 ID=Miro_1.CDS;Name=Miro_1;Parent=Miro_1;obsolete_name=Miro_163;product=rIIb
-Miro GenBank Shine_Dalgarno_sequence 908 910 . - 1 Alias=Miro_1;ID=Miro_1.RBS;Name=Miro_1;Parent=Miro_1
-Miro feature gene 900 3173 . - . ID=Miro_2
-Miro GenBank CDS 900 3161 . - 1 ID=Miro_2.CDS;Name=Miro_2;Parent=Miro_2;obsolete_name=Miro_162;product=rIIa
-Miro GenBank Shine_Dalgarno_sequence 3171 3173 . - 1 Alias=Miro_2;ID=Miro_2.RBS;Name=Miro_2;Parent=Miro_2
-Miro feature gene 3172 3417 . - . ID=Miro_3
-Miro GenBank CDS 3172 3408 . - 1 ID=Miro_3.CDS;Name=Miro_3;Parent=Miro_3;obsolete_name=Miro_161;product=hypothetical conserved;tmhelix=1 TMD %2812-34%29 N in%2C C out
-Miro GenBank Shine_Dalgarno_sequence 3414 3417 . - 1 Alias=Miro_3;ID=Miro_3.RBS;Name=Miro_3;Parent=Miro_3
-Miro feature gene 3412 3979 . - . ID=Miro_4
-Miro GenBank CDS 3412 3966 . - 1 ID=Miro_4.CDS;Name=Miro_4;Note=contains SprT domain;Parent=Miro_4;obsolete_name=Miro_160;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 3975 3979 . - 1 Alias=Miro_4;ID=Miro_4.RBS;Name=Miro_4;Parent=Miro_4
-Miro feature gene 4038 5334 . - . ID=Miro_5
-Miro GenBank CDS 4038 5324 . - 1 ID=Miro_5.CDS;Name=Miro_5;Note=T4 gp52-like;Parent=Miro_5;obsolete_name=Miro_159;product=DNA topoisomerase II medium subunit
-Miro GenBank Shine_Dalgarno_sequence 5331 5334 . - 1 Alias=Miro_5;ID=Miro_5.RBS;Name=Miro_5;Parent=Miro_5
-Miro feature gene 5324 7231 . - . ID=Miro_6
-Miro GenBank CDS 5324 7222 . - 1 ID=Miro_6.CDS;Name=Miro_6;Note=T4 gp39-like;Parent=Miro_6;obsolete_name=Miro_158;product=DNA topoisomerase II%2C large subunit
-Miro GenBank Shine_Dalgarno_sequence 7228 7231 . - 1 Alias=Miro_6;ID=Miro_6.RBS;Name=Miro_6;Parent=Miro_6
-Miro feature gene 7290 7465 . - . ID=Miro_7
-Miro GenBank CDS 7290 7454 . - 1 ID=Miro_7.CDS;Name=Miro_7;Note=contains zinc ribbon domain;Parent=Miro_7;obsolete_name=Miro_157;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 7463 7465 . - 1 Alias=Miro_7;ID=Miro_7.RBS;Name=Miro_7;Parent=Miro_7
-Miro feature gene 124212 124968 . + . ID=Miro_207
-Miro GenBank CDS 124222 124968 . + 1 Alias=Miro_207;ID=Miro_207.CDS;Name=Miro_207;Note=T4 gp14-like;Parent=Miro_207;obsolete_name=Miro_233;product=neck protein
-Miro GenBank Shine_Dalgarno_sequence 124212 124216 . + 1 ID=Miro_207.RBS;Name=Miro_207;Parent=Miro_207
-Miro feature gene 173061 173361 . - . ID=Miro_269
-Miro GenBank CDS 173061 173351 . - 1 ID=Miro_269.CDS;Name=Miro_269;Parent=Miro_269;obsolete_name=Miro_171;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 173358 173361 . - 1 Alias=Miro_269;ID=Miro_269.RBS;Name=Miro_269;Parent=Miro_269
-Miro feature gene 66523 66819 . - . ID=Miro_112
-Miro GenBank CDS 66523 66807 . - 1 ID=Miro_112.CDS;Name=Miro_112;Parent=Miro_112;obsolete_name=Miro_052;product=hypothetical conserved;signal=signal peptidase I cleavage site 17-18
-Miro GenBank Shine_Dalgarno_sequence 66816 66819 . - 1 Alias=Miro_112;ID=Miro_112.RBS;Name=Miro_112;Parent=Miro_112
-Miro feature gene 66879 67172 . - . ID=Miro_113
-Miro GenBank CDS 66879 67163 . - 1 ID=Miro_113.CDS;Name=Miro_113;Parent=Miro_113;obsolete_name=Miro_051;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 67169 67172 . - 1 Alias=Miro_113;ID=Miro_113.RBS;Name=Miro_113;Parent=Miro_113
-Miro feature gene 44560 45732 . + . ID=Miro_69
-Miro GenBank CDS 44575 45732 . + 1 Alias=Miro_69;ID=Miro_69.CDS;Name=Miro_69;Note=T4 RNA ligase 1-like;Parent=Miro_69;obsolete_name=Miro_095;product=RNA ligase
-Miro GenBank Shine_Dalgarno_sequence 44560 44562 . + 1 ID=Miro_69.RBS;Name=Miro_69;Parent=Miro_69
-Miro feature gene 44216 44594 . + . ID=Miro_68
-Miro GenBank CDS 44229 44594 . + 1 Alias=Miro_68;ID=Miro_68.CDS;Name=Miro_68;Note=contains GIY-YIG domain;Parent=Miro_68;obsolete_name=Miro_096;product=homing endonuclease
-Miro GenBank Shine_Dalgarno_sequence 44216 44218 . + 1 ID=Miro_68.RBS;Name=Miro_68;Parent=Miro_68
-Miro GenBank CDS 43905 44225 . + 1 ID=Miro_67;Name=Miro_67;obsolete_name=Miro_097;product=hypothetical conserved
-Miro feature gene 42748 43933 . + . ID=Miro_66
-Miro GenBank CDS 42758 43933 . + 1 Alias=Miro_66;ID=Miro_66.CDS;Name=Miro_66;Note=T4 NrdB-like;Parent=Miro_66;obsolete_name=Miro_098;product=ribonucleotide reductase%2C small subunit
-Miro GenBank Shine_Dalgarno_sequence 42748 42751 . + 1 ID=Miro_66.RBS;Name=Miro_66;Parent=Miro_66
-Miro feature gene 40459 42721 . + . ID=Miro_65
-Miro GenBank CDS 40469 42721 . + 1 Alias=Miro_65;ID=Miro_65.CDS;Name=Miro_65;Note=T4 NrdA-like%3B E-val 0;Parent=Miro_65;obsolete_name=Miro_099;product=ribonucleotide reductase%2C large subunit
-Miro GenBank Shine_Dalgarno_sequence 40459 40462 . + 1 ID=Miro_65.RBS;Name=Miro_65;Parent=Miro_65
-Miro feature gene 39545 40429 . + . ID=Miro_64
-Miro GenBank CDS 39554 40429 . + 1 Alias=Miro_64;ID=Miro_64.CDS;Name=Miro_64;Note=T4-like;Parent=Miro_64;obsolete_name=Miro_100;product=thymidylate synthase
-Miro GenBank Shine_Dalgarno_sequence 39545 39548 . + 1 ID=Miro_64.RBS;Name=Miro_64;Parent=Miro_64
-Miro feature gene 38964 39552 . + . ID=Miro_63
-Miro GenBank CDS 38974 39552 . + 1 Alias=Miro_63;ID=Miro_63.CDS;Name=Miro_63;Note=T4-like;Parent=Miro_63;obsolete_name=Miro_101;product=dihydrofolate reductase
-Miro GenBank Shine_Dalgarno_sequence 38964 38966 . + 1 ID=Miro_63.RBS;Name=Miro_63;Parent=Miro_63
-Miro feature gene 38710 38977 . + . ID=Miro_62
-Miro GenBank CDS 38720 38977 . + 1 Alias=Miro_62;ID=Miro_62.CDS;Name=Miro_62;Parent=Miro_62;obsolete_name=Miro_102;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 38710 38713 . + 1 ID=Miro_62.RBS;Name=Miro_62;Parent=Miro_62
-Miro feature gene 38483 38723 . + . ID=Miro_61
-Miro GenBank CDS 38493 38723 . + 1 Alias=Miro_61;ID=Miro_61.CDS;Name=Miro_61;Parent=Miro_61;obsolete_name=Miro_103;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 38483 38486 . + 1 ID=Miro_61.RBS;Name=Miro_61;Parent=Miro_61
-Miro feature gene 38194 38496 . + . ID=Miro_60
-Miro GenBank CDS 38206 38496 . + 1 Alias=Miro_60;ID=Miro_60.CDS;Name=Miro_60;Parent=Miro_60;obsolete_name=Miro_104;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 38194 38197 . + 1 ID=Miro_60.RBS;Name=Miro_60;Parent=Miro_60
-Miro feature gene 97404 97739 . - . ID=Miro_176
-Miro GenBank CDS 97404 97727 . - 1 ID=Miro_176.CDS;Name=Miro_176;Parent=Miro_176;obsolete_name=Miro_264;product=hypothetical conserved;tmhelix=1 TMD %2884-106%29 N in%2C C out
-Miro GenBank Shine_Dalgarno_sequence 97736 97739 . - 1 Alias=Miro_176;ID=Miro_176.RBS;Name=Miro_176;Parent=Miro_176
-Miro feature gene 97756 98022 . - . ID=Miro_177
-Miro GenBank CDS 97756 98013 . - 1 ID=Miro_177.CDS;Name=Miro_177;Parent=Miro_177;obsolete_name=Miro_263;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 98020 98022 . - 1 Alias=Miro_177;ID=Miro_177.RBS;Name=Miro_177;Parent=Miro_177
-Miro feature gene 95966 96891 . - . ID=Miro_174
-Miro GenBank CDS 95966 96880 . - 1 ID=Miro_174.CDS;Name=Miro_174;Parent=Miro_174;obsolete_name=Miro_266;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 96889 96891 . - 1 Alias=Miro_174;ID=Miro_174.RBS;Name=Miro_174;Parent=Miro_174
-Miro feature gene 96877 97416 . - . ID=Miro_175
-Miro GenBank CDS 96877 97404 . - 1 ID=Miro_175.CDS;Name=Miro_175;Parent=Miro_175;obsolete_name=Miro_265;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 97414 97416 . - 1 Alias=Miro_175;ID=Miro_175.RBS;Name=Miro_175;Parent=Miro_175
-Miro feature gene 95498 95705 . - . ID=Miro_172
-Miro GenBank CDS 95498 95692 . - 1 ID=Miro_172.CDS;Name=Miro_172;Note=heat shock protein DnaJ%2C cysteine-rich domain;Parent=Miro_172;obsolete_name=Miro_268;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 95702 95705 . - 1 Alias=Miro_172;ID=Miro_172.RBS;Name=Miro_172;Parent=Miro_172
-Miro feature gene 95689 95900 . - . ID=Miro_173
-Miro GenBank CDS 95689 95889 . - 1 ID=Miro_173.CDS;Name=Miro_173;Parent=Miro_173;obsolete_name=Miro_267;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 95897 95900 . - 1 Alias=Miro_173;ID=Miro_173.RBS;Name=Miro_173;Parent=Miro_173
-Miro feature gene 94533 95117 . - . ID=Miro_170
-Miro GenBank CDS 94533 95108 . - 1 ID=Miro_170.CDS;Name=Miro_170;Parent=Miro_170;obsolete_name=Miro_270;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 95114 95117 . - 1 Alias=Miro_170;ID=Miro_170.RBS;Name=Miro_170;Parent=Miro_170
-Miro feature gene 95116 95524 . - . ID=Miro_171
-Miro GenBank CDS 95116 95514 . - 1 ID=Miro_171.CDS;Name=Miro_171;Parent=Miro_171;obsolete_name=Miro_269;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 95520 95524 . - 1 Alias=Miro_171;ID=Miro_171.RBS;Name=Miro_171;Parent=Miro_171
-Miro feature gene 98015 98410 . - . ID=Miro_178
-Miro GenBank CDS 98015 98398 . - 1 ID=Miro_178.CDS;Name=Miro_178;Parent=Miro_178;obsolete_name=Miro_262;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 98408 98410 . - 1 Alias=Miro_178;ID=Miro_178.RBS;Name=Miro_178;Parent=Miro_178
-Miro feature gene 98409 98826 . - . ID=Miro_179
-Miro GenBank CDS 98409 98816 . - 1 ID=Miro_179.CDS;Name=Miro_179;Parent=Miro_179;obsolete_name=Miro_261;product=NUDIX hydrolase
-Miro GenBank Shine_Dalgarno_sequence 98823 98826 . - 1 Alias=Miro_179;ID=Miro_179.RBS;Name=Miro_179;Parent=Miro_179
-Miro feature gene 105709 106188 . - . ID=Miro_194
-Miro GenBank CDS 105709 106176 . - 1 ID=Miro_194.CDS;Name=Miro_194;Parent=Miro_194;obsolete_name=Miro_246;product=restriction endonuclease
-Miro GenBank Shine_Dalgarno_sequence 106185 106188 . - 1 Alias=Miro_194;ID=Miro_194.RBS;Name=Miro_194;Parent=Miro_194
-Miro feature gene 106215 106781 . + . ID=Miro_195
-Miro GenBank CDS 106227 106781 . + 1 Alias=Miro_195;ID=Miro_195.CDS;Name=Miro_195;Note=T4 gp53-like;Parent=Miro_195;obsolete_name=Miro_245;product=baseplate wedge protein
-Miro GenBank Shine_Dalgarno_sequence 106215 106218 . + 1 ID=Miro_195.RBS;Name=Miro_195;Parent=Miro_195
-Miro feature gene 106763 108547 . + . ID=Miro_196
-Miro GenBank CDS 106778 108547 . + 1 Alias=Miro_196;ID=Miro_196.CDS;Name=Miro_196;Note=T4 gp5-like;Parent=Miro_196;obsolete_name=Miro_244;product=baseplate hub structural protein and tail lysozyme
-Miro GenBank Shine_Dalgarno_sequence 106763 106765 . + 1 ID=Miro_196.RBS;Name=Miro_196;Parent=Miro_196
-Miro feature gene 108542 110618 . + . ID=Miro_197
-Miro GenBank CDS 108552 110618 . + 1 Alias=Miro_197;ID=Miro_197.CDS;Name=Miro_197;Parent=Miro_197;obsolete_name=Miro_243;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 108542 108545 . + 1 ID=Miro_197.RBS;Name=Miro_197;Parent=Miro_197
-Miro feature gene 102567 103107 . - . ID=Miro_190
-Miro GenBank CDS 102567 103097 . - 1 ID=Miro_190.CDS;Name=Miro_190;Note=T4 gp19-like;Parent=Miro_190;obsolete_name=Miro_250;product=tail tube protein
-Miro GenBank Shine_Dalgarno_sequence 103103 103107 . - 1 Alias=Miro_190;ID=Miro_190.RBS;Name=Miro_190;Parent=Miro_190
-Miro feature gene 103455 104255 . + . ID=Miro_191
-Miro GenBank CDS 103467 104255 . + 1 Alias=Miro_191;ID=Miro_191.CDS;Name=Miro_191;Parent=Miro_191;obsolete_name=Miro_249;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 103455 103458 . + 1 ID=Miro_191.RBS;Name=Miro_191;Parent=Miro_191
-Miro feature gene 104349 104819 . + . ID=Miro_192
-Miro GenBank CDS 104361 104819 . + 1 Alias=Miro_192;ID=Miro_192.CDS;Name=Miro_192;Note=contains AP2/ERF domain;Parent=Miro_192;obsolete_name=Miro_248;product=homing endonuclease
-Miro GenBank Shine_Dalgarno_sequence 104349 104351 . + 1 ID=Miro_192.RBS;Name=Miro_192;Parent=Miro_192
-Miro feature gene 73313 73582 . - . ID=Miro_124
-Miro GenBank CDS 73313 73570 . - 1 ID=Miro_124.CDS;Name=Miro_124;Parent=Miro_124;obsolete_name=Miro_040;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 73579 73582 . - 1 Alias=Miro_124;ID=Miro_124.RBS;Name=Miro_124;Parent=Miro_124
-Miro feature gene 125036 125872 . + . ID=Miro_208
-Miro GenBank CDS 125048 125872 . + 1 Alias=Miro_208;ID=Miro_208.CDS;Name=Miro_208;Parent=Miro_208;obsolete_name=Miro_232;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 125036 125039 . + 1 ID=Miro_208.RBS;Name=Miro_208;Parent=Miro_208
-Miro feature gene 110635 112575 . + . ID=Miro_198
-Miro GenBank CDS 110650 112575 . + 1 Alias=Miro_198;ID=Miro_198.CDS;Name=Miro_198;Parent=Miro_198;obsolete_name=Miro_242;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 110635 110638 . + 1 ID=Miro_198.RBS;Name=Miro_198;Parent=Miro_198
-Miro feature gene 112645 115742 . + . ID=Miro_199
-Miro GenBank CDS 112656 115742 . + 1 Alias=Miro_199;ID=Miro_199.CDS;Name=Miro_199;Parent=Miro_199;obsolete_name=Miro_241;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 112645 112648 . + 1 ID=Miro_199.RBS;Name=Miro_199;Parent=Miro_199
-Miro feature gene 136157 136806 . + . ID=Miro_219
-Miro GenBank CDS 136168 136806 . + 1 Alias=Miro_219;ID=Miro_219.CDS;Name=Miro_219;Note=contains GIY-YIG domain;Parent=Miro_219;obsolete_name=Miro_221;product=homing endonuclease
-Miro GenBank Shine_Dalgarno_sequence 136157 136160 . + 1 ID=Miro_219.RBS;Name=Miro_219;Parent=Miro_219
-Miro feature gene 125860 126369 . + . ID=Miro_209
-Miro GenBank CDS 125872 126369 . + 1 Alias=Miro_209;ID=Miro_209.CDS;Name=Miro_209;Note=T4 gp16-like;Parent=Miro_209;obsolete_name=Miro_231;product=terminase%2C small subunit
-Miro GenBank Shine_Dalgarno_sequence 125860 125863 . + 1 ID=Miro_209.RBS;Name=Miro_209;Parent=Miro_209
-Miro feature gene 93915 94204 . - . ID=Miro_169
-Miro GenBank CDS 93915 94193 . - 1 ID=Miro_169.CDS;Name=Miro_169;Parent=Miro_169;obsolete_name=Miro_271;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 94201 94204 . - 1 Alias=Miro_169;ID=Miro_169.RBS;Name=Miro_169;Parent=Miro_169
-Miro feature gene 93592 93854 . - . ID=Miro_168
-Miro GenBank CDS 93592 93843 . - 1 ID=Miro_168.CDS;Name=Miro_168;Parent=Miro_168;obsolete_name=Miro_272;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 93849 93854 . - 1 Alias=Miro_168;ID=Miro_168.RBS;Name=Miro_168;Parent=Miro_168
-Miro feature gene 48763 49277 . + . ID=Miro_78
-Miro GenBank CDS 48771 49277 . + 1 Alias=Miro_78;ID=Miro_78.CDS;Name=Miro_78;Note=T4-like;Parent=Miro_78;obsolete_name=Miro_086;product=dCMP deaminase
-Miro GenBank Shine_Dalgarno_sequence 48763 48765 . + 1 ID=Miro_78.RBS;Name=Miro_78;Parent=Miro_78
-Miro feature gene 49267 49634 . + . ID=Miro_79
-Miro GenBank CDS 49281 49634 . + 1 Alias=Miro_79;ID=Miro_79.CDS;Name=Miro_79;Note=T4 gp31-like;Parent=Miro_79;obsolete_name=Miro_085;product=chaperonin-GroEL
-Miro GenBank Shine_Dalgarno_sequence 49267 49269 . + 1 ID=Miro_79.RBS;Name=Miro_79;Parent=Miro_79
-Miro feature gene 120090 121485 . + . ID=Miro_204
-Miro GenBank CDS 120100 121485 . + 1 Alias=Miro_204;ID=Miro_204.CDS;Name=Miro_204;Note=T4 gp12-like;Parent=Miro_204;obsolete_name=Miro_236;product=short tail fiber protein
-Miro GenBank Shine_Dalgarno_sequence 120090 120093 . + 1 ID=Miro_204.RBS;Name=Miro_204;Parent=Miro_204
-Miro feature gene 47021 47916 . + . ID=Miro_74
-Miro GenBank CDS 47032 47916 . + 1 Alias=Miro_74;ID=Miro_74.CDS;Name=Miro_74;Note=contains HAD-like domain;Parent=Miro_74;obsolete_name=Miro_090;product=nucleoside triphosphate hydrolase
-Miro GenBank Shine_Dalgarno_sequence 47021 47023 . + 1 ID=Miro_74.RBS;Name=Miro_74;Parent=Miro_74
-Miro feature gene 47957 48256 . + . ID=Miro_75
-Miro GenBank CDS 47969 48256 . + 1 Alias=Miro_75;ID=Miro_75.CDS;Name=Miro_75;Parent=Miro_75;obsolete_name=Miro_089;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 47957 47960 . + 1 ID=Miro_75.RBS;Name=Miro_75;Parent=Miro_75
-Miro feature gene 48240 48504 . + . ID=Miro_76
-Miro GenBank CDS 48253 48504 . + 1 Alias=Miro_76;ID=Miro_76.CDS;Name=Miro_76;Parent=Miro_76;obsolete_name=Miro_088;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 48240 48242 . + 1 ID=Miro_76.RBS;Name=Miro_76;Parent=Miro_76
-Miro feature gene 48485 48781 . + . ID=Miro_77
-Miro GenBank CDS 48497 48781 . + 1 Alias=Miro_77;ID=Miro_77.CDS;Name=Miro_77;Parent=Miro_77;obsolete_name=Miro_087;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 48485 48488 . + 1 ID=Miro_77.RBS;Name=Miro_77;Parent=Miro_77
-Miro feature gene 45718 46265 . + . ID=Miro_70
-Miro GenBank CDS 45729 46265 . + 1 Alias=Miro_70;ID=Miro_70.CDS;Name=Miro_70;Note=contains AP2/ERF domain;Parent=Miro_70;obsolete_name=Miro_094;product=homing endonuclease
-Miro GenBank Shine_Dalgarno_sequence 45718 45721 . + 1 ID=Miro_70.RBS;Name=Miro_70;Parent=Miro_70
-Miro feature gene 46221 46569 . + . ID=Miro_71
-Miro GenBank CDS 46234 46569 . + 1 Alias=Miro_71;ID=Miro_71.CDS;Name=Miro_71;Note=T4 PseT.3-like;Parent=Miro_71;obsolete_name=Miro_093;product=i-spanin;tmhelix=1 TMD %2815-33%29 N out%2C C in
-Miro GenBank Shine_Dalgarno_sequence 46221 46224 . + 1 ID=Miro_71.RBS;Name=Miro_71;Parent=Miro_71
-Miro feature gene 46553 46883 . + . ID=Miro_72
-Miro GenBank CDS 46566 46883 . + 1 Alias=Miro_72;ID=Miro_72.CDS;Name=Miro_72;Note=T4 PseT.2-like;Parent=Miro_72;obsolete_name=Miro_092;product=o-spanin;signal=signal peptidase II cleavage site 16-17
-Miro GenBank Shine_Dalgarno_sequence 46553 46556 . + 1 ID=Miro_72.RBS;Name=Miro_72;Parent=Miro_72
-Miro feature gene 46854 47035 . + . ID=Miro_73
-Miro GenBank CDS 46868 47035 . + 1 Alias=Miro_73;ID=Miro_73.CDS;Name=Miro_73;Parent=Miro_73;obsolete_name=Miro_091;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 46854 46856 . + 1 ID=Miro_73.RBS;Name=Miro_73;Parent=Miro_73
-Miro feature gene 90380 90770 . - . ID=Miro_161
-Miro GenBank CDS 90380 90760 . - 1 ID=Miro_161.CDS;Name=Miro_161;Parent=Miro_161;obsolete_name=Miro_003;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 90767 90770 . - 1 Alias=Miro_161;ID=Miro_161.RBS;Name=Miro_161;Parent=Miro_161
-Miro feature gene 90052 90410 . - . ID=Miro_160
-Miro GenBank CDS 90052 90399 . - 1 ID=Miro_160.CDS;Name=Miro_160;Parent=Miro_160;obsolete_name=Miro_004;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 90406 90410 . - 1 Alias=Miro_160;ID=Miro_160.RBS;Name=Miro_160;Parent=Miro_160
-Miro feature gene 91043 92201 . - . ID=Miro_163
-Miro GenBank CDS 91043 92197 . - 1 ID=Miro_163.CDS;Name=Miro_163;Note=contains 4Fe4S-binding SPASM domain;Parent=Miro_163;obsolete_name=Miro_001;product=radical SAM superfamily protein
-Miro GenBank Shine_Dalgarno_sequence 92198 92201 . + 1 Alias=Miro_163;ID=Miro_163.RBS;Name=Miro_163;Parent=Miro_163
-Miro feature gene 100922 101554 . - . ID=Miro_187
-Miro GenBank CDS 100922 101545 . - 1 ID=Miro_187.CDS;Name=Miro_187;Parent=Miro_187;obsolete_name=Miro_253;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 101551 101554 . - 1 Alias=Miro_187;ID=Miro_187.RBS;Name=Miro_187;Parent=Miro_187
-Miro feature gene 100375 100923 . - . ID=Miro_186
-Miro GenBank CDS 100375 100914 . - 1 ID=Miro_186.CDS;Name=Miro_186;Parent=Miro_186;obsolete_name=Miro_254;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 100920 100923 . - 1 Alias=Miro_186;ID=Miro_186.RBS;Name=Miro_186;Parent=Miro_186
-Miro feature gene 100169 100320 . - . ID=Miro_185
-Miro GenBank CDS 100169 100309 . - 1 ID=Miro_185.CDS;Name=Miro_185;Parent=Miro_185;obsolete_name=Miro_255;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 100315 100320 . - 1 Alias=Miro_185;ID=Miro_185.RBS;Name=Miro_185;Parent=Miro_185
-Miro feature gene 90744 91055 . - . ID=Miro_162
-Miro GenBank CDS 90744 91046 . - 1 ID=Miro_162.CDS;Name=Miro_162;Parent=Miro_162;obsolete_name=Miro_002;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 91053 91055 . - 1 Alias=Miro_162;ID=Miro_162.RBS;Name=Miro_162;Parent=Miro_162
-Miro feature gene 99593 99940 . - . ID=Miro_183
-Miro GenBank CDS 99593 99928 . - 1 ID=Miro_183.CDS;Name=Miro_183;Note=contains heat shock protein DnaJ%2C cysteine-rich domain;Parent=Miro_183;obsolete_name=Miro_257;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 99938 99940 . - 1 Alias=Miro_183;ID=Miro_183.RBS;Name=Miro_183;Parent=Miro_183
-Miro feature gene 99303 99611 . - . ID=Miro_182
-Miro GenBank CDS 99303 99596 . - 1 ID=Miro_182.CDS;Name=Miro_182;Parent=Miro_182;obsolete_name=Miro_258;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 99609 99611 . - 1 Alias=Miro_182;ID=Miro_182.RBS;Name=Miro_182;Parent=Miro_182
-Miro feature gene 99059 99328 . - . ID=Miro_181
-Miro GenBank CDS 99059 99310 . - 1 ID=Miro_181.CDS;Name=Miro_181;Parent=Miro_181;obsolete_name=Miro_259;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 99325 99328 . - 1 Alias=Miro_181;ID=Miro_181.RBS;Name=Miro_181;Parent=Miro_181
-Miro feature gene 98817 99074 . - . ID=Miro_180
-Miro GenBank CDS 98817 99062 . - 1 ID=Miro_180.CDS;Name=Miro_180;Parent=Miro_180;obsolete_name=Miro_260;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 99072 99074 . - 1 Alias=Miro_180;ID=Miro_180.RBS;Name=Miro_180;Parent=Miro_180
-Miro feature gene 92931 93195 . - . ID=Miro_165
-Miro GenBank CDS 92931 93185 . - 1 ID=Miro_165.CDS;Name=Miro_165;Parent=Miro_165;obsolete_name=Miro_275;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 93192 93195 . - 1 Alias=Miro_165;ID=Miro_165.RBS;Name=Miro_165;Parent=Miro_165
-Miro feature gene 101872 102579 . - . ID=Miro_189
-Miro GenBank CDS 101872 102567 . - 1 ID=Miro_189.CDS;Name=Miro_189;Note=contains P-loop NTPase domain;Parent=Miro_189;obsolete_name=Miro_251;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 102577 102579 . - 1 Alias=Miro_189;ID=Miro_189.RBS;Name=Miro_189;Parent=Miro_189
-Miro feature gene 92203 92938 . + . ID=Miro_164
-Miro GenBank CDS 92210 92938 . + 1 Alias=Miro_164;ID=Miro_164.CDS;Name=Miro_164;Parent=Miro_164;obsolete_name=Miro_276;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 92203 92206 . - 1 ID=Miro_164.RBS;Name=Miro_164;Parent=Miro_164
-Miro feature gene 93449 93607 . - . ID=Miro_167
-Miro GenBank CDS 93449 93595 . - 1 ID=Miro_167.CDS;Name=Miro_167;Parent=Miro_167;obsolete_name=Miro_273;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 93605 93607 . - 1 Alias=Miro_167;ID=Miro_167.RBS;Name=Miro_167;Parent=Miro_167
-Miro feature gene 121485 123247 . + . ID=Miro_205
-Miro GenBank CDS 121496 123247 . + 1 Alias=Miro_205;ID=Miro_205.CDS;Name=Miro_205;Note=T4 fibritin-like;Parent=Miro_205;obsolete_name=Miro_235;product=neck whisker protein
-Miro GenBank Shine_Dalgarno_sequence 121485 121489 . + 1 ID=Miro_205.RBS;Name=Miro_205;Parent=Miro_205
-Miro feature gene 93252 93463 . - . ID=Miro_166
-Miro GenBank CDS 93252 93452 . - 1 ID=Miro_166.CDS;Name=Miro_166;Parent=Miro_166;obsolete_name=Miro_274;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 93461 93463 . - 1 Alias=Miro_166;ID=Miro_166.RBS;Name=Miro_166;Parent=Miro_166
-Miro feature gene 30315 30571 . - . ID=Miro_49
-Miro GenBank CDS 30315 30560 . - 1 ID=Miro_49.CDS;Name=Miro_49;Parent=Miro_49;obsolete_name=Miro_115;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 30569 30571 . - 1 Alias=Miro_49;ID=Miro_49.RBS;Name=Miro_49;Parent=Miro_49
-Miro feature gene 29659 30330 . - . ID=Miro_48
-Miro GenBank CDS 29659 30318 . - 1 ID=Miro_48.CDS;Name=Miro_48;Note=T4 gp59-like;Parent=Miro_48;obsolete_name=Miro_116;product=helicase assembly protein
-Miro GenBank Shine_Dalgarno_sequence 30328 30330 . - 1 Alias=Miro_48;ID=Miro_48.RBS;Name=Miro_48;Parent=Miro_48
-Miro GenBank DNA 1 176055 . . 1 Alias=Miro;ID=Miro;Name=Miro;date=01-JAN-1980
-Miro feature gene 70714 71046 . - . ID=Miro_118
-Miro GenBank CDS 70714 71034 . - 1 ID=Miro_118.CDS;Name=Miro_118;Parent=Miro_118;obsolete_name=Miro_046;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 71044 71046 . - 1 Alias=Miro_118;ID=Miro_118.RBS;Name=Miro_118;Parent=Miro_118
-Miro feature gene 71034 71561 . - . ID=Miro_119
-Miro GenBank CDS 71034 71549 . - 1 ID=Miro_119.CDS;Name=Miro_119;Parent=Miro_119;obsolete_name=Miro_045;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 71558 71561 . - 1 Alias=Miro_119;ID=Miro_119.RBS;Name=Miro_119;Parent=Miro_119
-Miro feature gene 25310 25609 . - . ID=Miro_41
-Miro GenBank CDS 25310 25597 . - 1 ID=Miro_41.CDS;Name=Miro_41;Parent=Miro_41;obsolete_name=Miro_123;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 25606 25609 . - 1 Alias=Miro_41;ID=Miro_41.RBS;Name=Miro_41;Parent=Miro_41
-Miro feature gene 24984 25325 . - . ID=Miro_40
-Miro GenBank CDS 24984 25313 . - 1 ID=Miro_40.CDS;Name=Miro_40;Parent=Miro_40;obsolete_name=Miro_124;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 25321 25325 . - 1 Alias=Miro_40;ID=Miro_40.RBS;Name=Miro_40;Parent=Miro_40
-Miro feature gene 26032 26607 . - . ID=Miro_43
-Miro GenBank CDS 26032 26595 . - 1 ID=Miro_43.CDS;Name=Miro_43;Parent=Miro_43;obsolete_name=Miro_121;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 26603 26607 . - 1 Alias=Miro_43;ID=Miro_43.RBS;Name=Miro_43;Parent=Miro_43
-Miro feature gene 25666 26036 . - . ID=Miro_42
-Miro GenBank CDS 25666 26028 . - 1 ID=Miro_42.CDS;Name=Miro_42;Note=T4 RegA-like;Parent=Miro_42;obsolete_name=Miro_122;product=translational repressor protein
-Miro GenBank Shine_Dalgarno_sequence 26034 26036 . - 1 Alias=Miro_42;ID=Miro_42.RBS;Name=Miro_42;Parent=Miro_42
-Miro feature gene 27655 28329 . - . ID=Miro_45
-Miro GenBank CDS 27655 28320 . - 1 ID=Miro_45.CDS;Name=Miro_45;Note=T4-like;Parent=Miro_45;obsolete_name=Miro_119;product=DNA polymerase processivity component
-Miro GenBank Shine_Dalgarno_sequence 28327 28329 . - 1 Alias=Miro_45;ID=Miro_45.RBS;Name=Miro_45;Parent=Miro_45
-Miro feature gene 26598 27605 . - . ID=Miro_44
-Miro GenBank CDS 26598 27596 . - 1 ID=Miro_44.CDS;Name=Miro_44;Note=T4 gp44-like;Parent=Miro_44;obsolete_name=Miro_120;product=sliding-clamp-loader subunit
-Miro GenBank Shine_Dalgarno_sequence 27602 27605 . - 1 Alias=Miro_44;ID=Miro_44.RBS;Name=Miro_44;Parent=Miro_44
-Miro feature gene 28672 29656 . - . ID=Miro_47
-Miro GenBank CDS 28672 29643 . - 1 ID=Miro_47.CDS;Name=Miro_47;Note=T4 gp32-like;Parent=Miro_47;obsolete_name=Miro_117;product=ssDNA-binding protein
-Miro GenBank Shine_Dalgarno_sequence 29654 29656 . - 1 Alias=Miro_47;ID=Miro_47.RBS;Name=Miro_47;Parent=Miro_47
-Miro feature gene 28347 28628 . - . ID=Miro_46
-Miro GenBank CDS 28347 28616 . - 1 ID=Miro_46.CDS;Name=Miro_46;Note=T4-like;Parent=Miro_46;obsolete_name=Miro_118;product=RNA polymerase binding protein
-Miro GenBank Shine_Dalgarno_sequence 28626 28628 . - 1 Alias=Miro_46;ID=Miro_46.RBS;Name=Miro_46;Parent=Miro_46
-Miro feature gene 159724 160702 . + . ID=Miro_258
-Miro GenBank CDS 159737 160702 . + 1 Alias=Miro_258;ID=Miro_258.CDS;Name=Miro_258;Parent=Miro_258;obsolete_name=Miro_182;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 159724 159726 . + 1 ID=Miro_258.RBS;Name=Miro_258;Parent=Miro_258
-Miro feature gene 165793 166927 . + . ID=Miro_263
-Miro GenBank CDS 165803 166927 . + 1 Alias=Miro_263;ID=Miro_263.CDS;Name=Miro_263;Parent=Miro_263;obsolete_name=Miro_177;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 165793 165796 . + 1 ID=Miro_263.RBS;Name=Miro_263;Parent=Miro_263
-Miro feature gene 126351 128186 . + . ID=Miro_210
-Miro GenBank CDS 126366 128186 . + 1 Alias=Miro_210;ID=Miro_210.CDS;Name=Miro_210;Note=T4 gp17-like;Parent=Miro_210;obsolete_name=Miro_230;product=terminase%2C large subunit
-Miro GenBank Shine_Dalgarno_sequence 126351 126353 . + 1 ID=Miro_210.RBS;Name=Miro_210;Parent=Miro_210
-Miro feature gene 34191 34491 . + . ID=Miro_56
-Miro GenBank CDS 34204 34491 . + 1 Alias=Miro_56;ID=Miro_56.CDS;Name=Miro_56;Parent=Miro_56;obsolete_name=Miro_108;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 34191 34195 . + 1 ID=Miro_56.RBS;Name=Miro_56;Parent=Miro_56
-Miro feature gene 34465 36172 . + . ID=Miro_57
-Miro GenBank CDS 34475 36172 . + 1 Alias=Miro_57;ID=Miro_57.CDS;Name=Miro_57;Parent=Miro_57;obsolete_name=Miro_107;product=methyl methanesulphonate-sensitivity protein
-Miro GenBank Shine_Dalgarno_sequence 34465 34468 . + 1 ID=Miro_57.RBS;Name=Miro_57;Parent=Miro_57
-Miro feature gene 32797 33134 . + . ID=Miro_54
-Miro GenBank CDS 32808 33134 . + 1 Alias=Miro_54;ID=Miro_54.CDS;Name=Miro_54;Parent=Miro_54;obsolete_name=Miro_110;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 32797 32800 . + 1 ID=Miro_54.RBS;Name=Miro_54;Parent=Miro_54
-Miro feature gene 33173 34217 . + . ID=Miro_55
-Miro GenBank CDS 33186 34217 . + 1 Alias=Miro_55;ID=Miro_55.CDS;Name=Miro_55;Note=T4 exonuclease subunit 1-like;Parent=Miro_55;obsolete_name=Miro_109;product=exonuclease
-Miro GenBank Shine_Dalgarno_sequence 33173 33175 . + 1 ID=Miro_55.RBS;Name=Miro_55;Parent=Miro_55
-Miro feature gene 32068 32603 . + . ID=Miro_52
-Miro GenBank CDS 32076 32603 . + 1 Alias=Miro_52;ID=Miro_52.CDS;Name=Miro_52;Parent=Miro_52;obsolete_name=Miro_112;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 32068 32070 . + 1 ID=Miro_52.RBS;Name=Miro_52;Parent=Miro_52
-Miro feature gene 32588 32815 . + . ID=Miro_53
-Miro GenBank CDS 32600 32815 . + 1 Alias=Miro_53;ID=Miro_53.CDS;Name=Miro_53;Parent=Miro_53;obsolete_name=Miro_111;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 32588 32590 . + 1 ID=Miro_53.RBS;Name=Miro_53;Parent=Miro_53
-Miro feature gene 30564 30838 . - . ID=Miro_50
-Miro GenBank CDS 30564 30827 . - 1 ID=Miro_50.CDS;Name=Miro_50;Note=T4-like;Parent=Miro_50;obsolete_name=Miro_114;product=dsDNA-binding protein
-Miro GenBank Shine_Dalgarno_sequence 30834 30838 . - 1 Alias=Miro_50;ID=Miro_50.RBS;Name=Miro_50;Parent=Miro_50
-Miro feature gene 30837 31781 . - . ID=Miro_51
-Miro GenBank CDS 30837 31772 . - 1 ID=Miro_51.CDS;Name=Miro_51;Note=T4 RNase H-like;Parent=Miro_51;obsolete_name=Miro_113;product=5%27-3%27 exonuclease
-Miro GenBank Shine_Dalgarno_sequence 31778 31781 . - 1 Alias=Miro_51;ID=Miro_51.RBS;Name=Miro_51;Parent=Miro_51
-Miro feature gene 36162 36363 . + . ID=Miro_58
-Miro GenBank CDS 36172 36363 . + 1 Alias=Miro_58;ID=Miro_58.CDS;Name=Miro_58;Parent=Miro_58;obsolete_name=Miro_106;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 36162 36166 . + 1 ID=Miro_58.RBS;Name=Miro_58;Parent=Miro_58
-Miro feature gene 36425 38146 . + . ID=Miro_59
-Miro GenBank CDS 36437 38146 . + 1 Alias=Miro_59;ID=Miro_59.CDS;Name=Miro_59;Note=contains DNAJ domain;Parent=Miro_59;obsolete_name=Miro_105;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 36425 36428 . + 1 ID=Miro_59.RBS;Name=Miro_59;Parent=Miro_59
-Miro feature gene 65396 65799 . + . ID=Miro_109
-Miro GenBank CDS 65407 65799 . + 1 Alias=Miro_109;ID=Miro_109.CDS;Name=Miro_109;Note=T4-like;Parent=Miro_109;obsolete_name=Miro_055;product=tail lysozyme
-Miro GenBank Shine_Dalgarno_sequence 65396 65399 . + 1 ID=Miro_109.RBS;Name=Miro_109;Parent=Miro_109
-Miro feature gene 64840 65406 . + . ID=Miro_108
-Miro GenBank CDS 64852 65406 . + 1 Alias=Miro_108;ID=Miro_108.CDS;Name=Miro_108;Note=T4 gp26/gp51-like;Parent=Miro_108;obsolete_name=Miro_056;product=baseplate structural protein
-Miro GenBank Shine_Dalgarno_sequence 64840 64843 . + 1 ID=Miro_108.RBS;Name=Miro_108;Parent=Miro_108
-Miro feature gene 64103 64855 . + . ID=Miro_107
-Miro GenBank CDS 64112 64855 . + 1 Alias=Miro_107;ID=Miro_107.CDS;Name=Miro_107;Note=T4 gp26/gp51-like;Parent=Miro_107;obsolete_name=Miro_057;product=baseplate structural protein
-Miro GenBank Shine_Dalgarno_sequence 64103 64106 . + 1 ID=Miro_107.RBS;Name=Miro_107;Parent=Miro_107
-Miro feature gene 63210 64083 . + . ID=Miro_106
-Miro GenBank CDS 63220 64083 . + 1 Alias=Miro_106;ID=Miro_106.CDS;Name=Miro_106;Note=T4 gp19-like;Parent=Miro_106;obsolete_name=Miro_058;product=tail tube protein
-Miro GenBank Shine_Dalgarno_sequence 63210 63214 . + 1 ID=Miro_106.RBS;Name=Miro_106;Parent=Miro_106
-Miro feature gene 62126 63210 . + . ID=Miro_105
-Miro GenBank CDS 62137 63210 . + 1 Alias=Miro_105;ID=Miro_105.CDS;Name=Miro_105;Note=T4 gp48-like;Parent=Miro_105;obsolete_name=Miro_059;product=tail tube assembly protein
-Miro GenBank Shine_Dalgarno_sequence 62126 62129 . + 1 ID=Miro_105.RBS;Name=Miro_105;Parent=Miro_105
-Miro feature gene 60343 62126 . + . ID=Miro_104
-Miro GenBank CDS 60354 62126 . + 1 Alias=Miro_104;ID=Miro_104.CDS;Name=Miro_104;Parent=Miro_104;obsolete_name=Miro_060;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 60343 60345 . + 1 ID=Miro_104.RBS;Name=Miro_104;Parent=Miro_104
-Miro feature gene 59767 60351 . + . ID=Miro_103
-Miro GenBank CDS 59776 60351 . + 1 Alias=Miro_103;ID=Miro_103.CDS;Name=Miro_103;Note=T4 gp28-like;Parent=Miro_103;obsolete_name=Miro_061;product=baseplate structural protein
-Miro GenBank Shine_Dalgarno_sequence 59767 59770 . + 1 ID=Miro_103.RBS;Name=Miro_103;Parent=Miro_103
-Miro feature gene 58597 59719 . - . ID=Miro_102
-Miro GenBank CDS 58597 59706 . - 1 ID=Miro_102.CDS;Name=Miro_102;Note=T4 gp27-like;Parent=Miro_102;obsolete_name=Miro_062;product=baseplate structural protein
-Miro GenBank Shine_Dalgarno_sequence 59714 59719 . - 1 Alias=Miro_102;ID=Miro_102.RBS;Name=Miro_102;Parent=Miro_102
-Miro feature gene 58210 58600 . + . ID=Miro_101
-Miro GenBank CDS 58223 58600 . + 1 Alias=Miro_101;ID=Miro_101.CDS;Name=Miro_101;Parent=Miro_101;obsolete_name=Miro_063;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 58210 58213 . + 1 ID=Miro_101.RBS;Name=Miro_101;Parent=Miro_101
-Miro feature gene 57934 58236 . + . ID=Miro_100
-Miro GenBank CDS 57946 58236 . + 1 Alias=Miro_100;ID=Miro_100.CDS;Name=Miro_100;Parent=Miro_100;obsolete_name=Miro_064;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 57934 57936 . + 1 ID=Miro_100.RBS;Name=Miro_100;Parent=Miro_100
-Miro feature gene 142768 143313 . + . ID=Miro_228
-Miro GenBank CDS 142780 143313 . + 1 Alias=Miro_228;ID=Miro_228.CDS;Name=Miro_228;Note=contains Ig-like fold;Parent=Miro_228;obsolete_name=Miro_212;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 142768 142772 . + 1 ID=Miro_228.RBS;Name=Miro_228;Parent=Miro_228
-Miro feature gene 143314 143599 . + . ID=Miro_229
-Miro GenBank CDS 143324 143599 . + 1 Alias=Miro_229;ID=Miro_229.CDS;Name=Miro_229;Parent=Miro_229;obsolete_name=Miro_211;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 143314 143317 . + 1 ID=Miro_229.RBS;Name=Miro_229;Parent=Miro_229
-Miro feature gene 138844 139028 . + . ID=Miro_222
-Miro GenBank CDS 138852 139028 . + 1 Alias=Miro_222;ID=Miro_222.CDS;Name=Miro_222;Parent=Miro_222;obsolete_name=Miro_218;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 138844 138846 . + 1 ID=Miro_222.RBS;Name=Miro_222;Parent=Miro_222
-Miro feature gene 139303 139545 . - . ID=Miro_223
-Miro GenBank CDS 139303 139536 . - 1 ID=Miro_223.CDS;Name=Miro_223;Note=T4 UvsW-like;Parent=Miro_223;obsolete_name=Miro_217;product=ATP-dependent DNA helicase
-Miro GenBank Shine_Dalgarno_sequence 139542 139545 . - 1 Alias=Miro_223;ID=Miro_223.RBS;Name=Miro_223;Parent=Miro_223
-Miro feature gene 136828 138128 . + . ID=Miro_220
-Miro GenBank CDS 136839 138128 . + 1 Alias=Miro_220;ID=Miro_220.CDS;Name=Miro_220;Note=T4 gp23/gp24-like;Parent=Miro_220;obsolete_name=Miro_220;product=major capsid protein
-Miro GenBank Shine_Dalgarno_sequence 136828 136831 . + 1 ID=Miro_220.RBS;Name=Miro_220;Parent=Miro_220
-Miro feature gene 138424 138852 . + . ID=Miro_221
-Miro GenBank CDS 138433 138852 . + 1 Alias=Miro_221;ID=Miro_221.CDS;Name=Miro_221;Parent=Miro_221;obsolete_name=Miro_219;product=UvsY recombination protein
-Miro GenBank Shine_Dalgarno_sequence 138424 138426 . + 1 ID=Miro_221.RBS;Name=Miro_221;Parent=Miro_221
-Miro feature gene 141819 142142 . + . ID=Miro_226
-Miro GenBank CDS 141831 142142 . + 1 Alias=Miro_226;ID=Miro_226.CDS;Name=Miro_226;Parent=Miro_226;obsolete_name=Miro_214;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 141819 141822 . + 1 ID=Miro_226.RBS;Name=Miro_226;Parent=Miro_226
-Miro feature gene 142173 142751 . + . ID=Miro_227
-Miro GenBank CDS 142182 142751 . + 1 Alias=Miro_227;ID=Miro_227.CDS;Name=Miro_227;Note=contains heat shock protein DNAJ domain;Parent=Miro_227;obsolete_name=Miro_213;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 142173 142176 . + 1 ID=Miro_227.RBS;Name=Miro_227;Parent=Miro_227
-Miro feature gene 139545 141056 . - . ID=Miro_224
-Miro GenBank CDS 139545 141044 . - 1 ID=Miro_224.CDS;Name=Miro_224;Note=contains helicase superfamily and ATP-binding domains;Parent=Miro_224;obsolete_name=Miro_216;product=DNA helicase
-Miro GenBank Shine_Dalgarno_sequence 141053 141056 . - 1 Alias=Miro_224;ID=Miro_224.RBS;Name=Miro_224;Parent=Miro_224
-Miro feature gene 141104 141738 . + . ID=Miro_225
-Miro GenBank CDS 141115 141738 . + 1 Alias=Miro_225;ID=Miro_225.CDS;Name=Miro_225;Parent=Miro_225;obsolete_name=Miro_215;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 141104 141107 . + 1 ID=Miro_225.RBS;Name=Miro_225;Parent=Miro_225
-Miro feature gene 154043 154534 . + . ID=Miro_248
-Miro GenBank CDS 154052 154534 . + 1 Alias=Miro_248;ID=Miro_248.CDS;Name=Miro_248;Note=T4 gp49-like;Parent=Miro_248;obsolete_name=Miro_192;product=recombination endonuclease
-Miro GenBank Shine_Dalgarno_sequence 154043 154045 . + 1 ID=Miro_248.RBS;Name=Miro_248;Parent=Miro_248
-Miro feature gene 154521 154857 . + . ID=Miro_249
-Miro GenBank CDS 154531 154857 . + 1 Alias=Miro_249;ID=Miro_249.CDS;Name=Miro_249;Parent=Miro_249;obsolete_name=Miro_191;product=hypothetical novel
-Miro GenBank Shine_Dalgarno_sequence 154521 154523 . + 1 ID=Miro_249.RBS;Name=Miro_249;Parent=Miro_249
-Miro feature gene 149229 149828 . + . ID=Miro_240
-Miro GenBank CDS 149247 149828 . + 1 Alias=Miro_240;ID=Miro_240.CDS;Name=Miro_240;Parent=Miro_240;obsolete_name=Miro_200;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 149229 149232 . + 1 ID=Miro_240.RBS;Name=Miro_240;Parent=Miro_240
-Miro feature gene 149813 150346 . + . ID=Miro_241
-Miro GenBank CDS 149822 150346 . + 1 Alias=Miro_241;ID=Miro_241.CDS;Name=Miro_241;Parent=Miro_241;obsolete_name=Miro_199;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 149813 149815 . + 1 ID=Miro_241.RBS;Name=Miro_241;Parent=Miro_241
-Miro feature gene 150412 150684 . + . ID=Miro_242
-Miro GenBank CDS 150424 150684 . + 1 Alias=Miro_242;ID=Miro_242.CDS;Name=Miro_242;Parent=Miro_242;obsolete_name=Miro_198;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 150412 150415 . + 1 ID=Miro_242.RBS;Name=Miro_242;Parent=Miro_242
-Miro feature gene 150684 151143 . + . ID=Miro_243
-Miro GenBank CDS 150694 151143 . + 1 Alias=Miro_243;ID=Miro_243.CDS;Name=Miro_243;Parent=Miro_243;obsolete_name=Miro_197;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 150684 150687 . + 1 ID=Miro_243.RBS;Name=Miro_243;Parent=Miro_243
-Miro feature gene 151160 152604 . + . ID=Miro_244
-Miro GenBank CDS 151171 152604 . + 1 Alias=Miro_244;ID=Miro_244.CDS;Name=Miro_244;Note=contains quinolinate phosphoribosyl transferase domain;Parent=Miro_244;obsolete_name=Miro_196;product=nicotinamide phosphoribosyl transferase
-Miro GenBank Shine_Dalgarno_sequence 151160 151163 . + 1 ID=Miro_244.RBS;Name=Miro_244;Parent=Miro_244
-Miro feature gene 152576 152893 . + . ID=Miro_245
-Miro GenBank CDS 152591 152893 . + 1 Alias=Miro_245;ID=Miro_245.CDS;Name=Miro_245;Parent=Miro_245;obsolete_name=Miro_195;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 152576 152579 . + 1 ID=Miro_245.RBS;Name=Miro_245;Parent=Miro_245
-Miro feature gene 153004 153741 . + . ID=Miro_246
-Miro GenBank CDS 153016 153741 . + 1 Alias=Miro_246;ID=Miro_246.CDS;Name=Miro_246;Note=T4-like;Parent=Miro_246;obsolete_name=Miro_194;product=DNA adenine methylase
-Miro GenBank Shine_Dalgarno_sequence 153004 153006 . + 1 ID=Miro_246.RBS;Name=Miro_246;Parent=Miro_246
-Miro feature gene 153741 154019 . + . ID=Miro_247
-Miro GenBank CDS 153750 154019 . + 1 Alias=Miro_247;ID=Miro_247.CDS;Name=Miro_247;Note=T4 NrdC-like;Parent=Miro_247;obsolete_name=Miro_193;product=glutaredoxin
-Miro GenBank Shine_Dalgarno_sequence 153741 153744 . + 1 ID=Miro_247.RBS;Name=Miro_247;Parent=Miro_247
-
-Miro feature gene 12732 14075 . - . ID=Miro_23
-Miro GenBank CDS 12732 14060 . - 1 ID=Miro_23.CDS;Name=Miro_23;Note=contains P-loop containing nucleoside triphosphate hydrolase domain;Parent=Miro_23;obsolete_name=Miro_141;product=DNA helicase
-Miro GenBank Shine_Dalgarno_sequence 14073 14075 . - 1 Alias=Miro_23;ID=Miro_23.RBS;Name=Miro_23;Parent=Miro_23
-
-Miro feature gene 12399 12716 . - . ID=Miro_22
-Miro GenBank CDS 12399 12707 . - 1 ID=Miro_22.CDS;Name=Miro_22;Parent=Miro_22;obsolete_name=Miro_142;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 12713 12716 . - 1 Alias=Miro_22;ID=Miro_22.RBS;Name=Miro_22;Parent=Miro_22
-Miro feature gene 12114 12410 . - . ID=Miro_21
-Miro GenBank CDS 12114 12398 . - 1 ID=Miro_21.CDS;Name=Miro_21;Parent=Miro_21;obsolete_name=Miro_143;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 12407 12410 . - 1 Alias=Miro_21;ID=Miro_21.RBS;Name=Miro_21;Parent=Miro_21
-Miro feature gene 11728 12126 . - . ID=Miro_20
-Miro GenBank CDS 11728 12117 . - 1 ID=Miro_20.CDS;Name=Miro_20;Parent=Miro_20;obsolete_name=Miro_144;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 12123 12126 . - 1 Alias=Miro_20;ID=Miro_20.RBS;Name=Miro_20;Parent=Miro_20
-Miro feature gene 15073 16108 . - . ID=Miro_27
-Miro GenBank CDS 15073 16098 . - 1 ID=Miro_27.CDS;Name=Miro_27;Note=T4-like;Parent=Miro_27;obsolete_name=Miro_137;product=DNA primase
-Miro GenBank Shine_Dalgarno_sequence 16104 16108 . - 1 Alias=Miro_27;ID=Miro_27.RBS;Name=Miro_27;Parent=Miro_27
-Miro feature gene 14529 15074 . - . ID=Miro_26
-Miro GenBank CDS 14529 15065 . - 1 ID=Miro_26.CDS;Name=Miro_26;Parent=Miro_26;obsolete_name=Miro_138;product=dCTP pyrophosphatase
-Miro GenBank Shine_Dalgarno_sequence 15072 15074 . - 1 Alias=Miro_26;ID=Miro_26.RBS;Name=Miro_26;Parent=Miro_26
-Miro feature gene 14344 14545 . - . ID=Miro_25
-Miro GenBank CDS 14344 14529 . - 1 ID=Miro_25.CDS;Name=Miro_25;Parent=Miro_25;obsolete_name=Miro_139;product=hypothetical conserved;tmhelix=2TMDs %287-29%2C 39-57%29 N in%2C C in
-Miro GenBank Shine_Dalgarno_sequence 14543 14545 . - 1 Alias=Miro_25;ID=Miro_25.RBS;Name=Miro_25;Parent=Miro_25
-Miro feature gene 14057 14358 . - . ID=Miro_24
-Miro GenBank CDS 14057 14347 . - 1 ID=Miro_24.CDS;Name=Miro_24;Parent=Miro_24;obsolete_name=Miro_140;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 14355 14358 . - 1 Alias=Miro_24;ID=Miro_24.RBS;Name=Miro_24;Parent=Miro_24
-Miro feature gene 16418 16647 . - . ID=Miro_29
-Miro GenBank CDS 16418 16636 . - 1 ID=Miro_29.CDS;Name=Miro_29;Parent=Miro_29;obsolete_name=Miro_135;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 16644 16647 . - 1 Alias=Miro_29;ID=Miro_29.RBS;Name=Miro_29;Parent=Miro_29
-Miro feature gene 16102 16375 . - . ID=Miro_28
-Miro GenBank CDS 16102 16362 . - 1 ID=Miro_28.CDS;Name=Miro_28;Note=contains zinc finger domain;Parent=Miro_28;obsolete_name=Miro_136;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 16370 16375 . - 1 Alias=Miro_28;ID=Miro_28.RBS;Name=Miro_28;Parent=Miro_28
-Miro feature gene 76662 77733 . - . ID=Miro_132
-Miro GenBank CDS 76662 77723 . - 1 ID=Miro_132.CDS;Name=Miro_132;Parent=Miro_132;obsolete_name=Miro_032;product=NUDIX hydrolase
-Miro GenBank Shine_Dalgarno_sequence 77730 77733 . - 1 Alias=Miro_132;ID=Miro_132.RBS;Name=Miro_132;Parent=Miro_132
-Miro feature gene 77900 78824 . - . ID=Miro_133
-Miro GenBank CDS 77900 78814 . - 1 ID=Miro_133.CDS;Name=Miro_133;Parent=Miro_133;obsolete_name=Miro_031;product=hypothetical conserved;signal=signal peptidase I cleavage site 34-35
-Miro GenBank Shine_Dalgarno_sequence 78822 78824 . - 1 Alias=Miro_133;ID=Miro_133.RBS;Name=Miro_133;Parent=Miro_133
-Miro feature gene 76025 76309 . - . ID=Miro_130
-Miro GenBank CDS 76025 76297 . - 1 ID=Miro_130.CDS;Name=Miro_130;Parent=Miro_130;obsolete_name=Miro_034;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 76307 76309 . - 1 Alias=Miro_130;ID=Miro_130.RBS;Name=Miro_130;Parent=Miro_130
-Miro feature gene 76294 76498 . - . ID=Miro_131
-Miro GenBank CDS 76294 76488 . - 1 ID=Miro_131.CDS;Name=Miro_131;Parent=Miro_131;obsolete_name=Miro_033;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 76495 76498 . - 1 Alias=Miro_131;ID=Miro_131.RBS;Name=Miro_131;Parent=Miro_131
-Miro feature gene 79668 80071 . - . ID=Miro_136
-Miro GenBank CDS 79668 80060 . - 1 ID=Miro_136.CDS;Name=Miro_136;Parent=Miro_136;obsolete_name=Miro_028;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 80067 80071 . - 1 Alias=Miro_136;ID=Miro_136.RBS;Name=Miro_136;Parent=Miro_136
-Miro feature gene 80077 80695 . - . ID=Miro_137
-Miro GenBank CDS 80077 80685 . - 1 ID=Miro_137.CDS;Name=Miro_137;Note=contains P-loop containing nucleoside triphosphate hydrolase;Parent=Miro_137;obsolete_name=Miro_027;product=thymidine kinase
-Miro GenBank Shine_Dalgarno_sequence 80693 80695 . - 1 Alias=Miro_137;ID=Miro_137.RBS;Name=Miro_137;Parent=Miro_137
-Miro feature gene 78886 79317 . - . ID=Miro_134
-Miro GenBank CDS 78886 79308 . - 1 ID=Miro_134.CDS;Name=Miro_134;Parent=Miro_134;obsolete_name=Miro_030;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 79314 79317 . - 1 Alias=Miro_134;ID=Miro_134.RBS;Name=Miro_134;Parent=Miro_134
-Miro feature gene 79280 79572 . - . ID=Miro_135
-Miro GenBank CDS 79280 79561 . - 1 ID=Miro_135.CDS;Name=Miro_135;Parent=Miro_135;obsolete_name=Miro_029;product=hypothetical conserved;tmhelix=2TMDs %287-24%2C 39-61%29 N out%2C C in
-Miro GenBank Shine_Dalgarno_sequence 79570 79572 . - 1 Alias=Miro_135;ID=Miro_135.RBS;Name=Miro_135;Parent=Miro_135
-Miro feature gene 80678 80889 . - . ID=Miro_138
-Miro GenBank CDS 80678 80875 . - 1 ID=Miro_138.CDS;Name=Miro_138;Parent=Miro_138;obsolete_name=Miro_026;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 80886 80889 . - 1 Alias=Miro_138;ID=Miro_138.RBS;Name=Miro_138;Parent=Miro_138
-Miro feature gene 80868 81097 . - . ID=Miro_139
-Miro GenBank CDS 80868 81083 . - 1 ID=Miro_139.CDS;Name=Miro_139;Parent=Miro_139;obsolete_name=Miro_025;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 81095 81097 . - 1 Alias=Miro_139;ID=Miro_139.RBS;Name=Miro_139;Parent=Miro_139
-Miro feature gene 128192 130197 . + . ID=Miro_211
-Miro GenBank CDS 128206 130197 . + 1 Alias=Miro_211;ID=Miro_211.CDS;Name=Miro_211;Note=T4 gp18-like;Parent=Miro_211;obsolete_name=Miro_229;product=tail sheath protein
-Miro GenBank Shine_Dalgarno_sequence 128192 128195 . + 1 ID=Miro_211.RBS;Name=Miro_211;Parent=Miro_211
-Miro feature gene 148228 149257 . + . ID=Miro_239
-Miro GenBank CDS 148238 149257 . + 1 Alias=Miro_239;ID=Miro_239.CDS;Name=Miro_239;Note=T4 Rnl2-like;Parent=Miro_239;obsolete_name=Miro_201;product=RNA ligase
-Miro GenBank Shine_Dalgarno_sequence 148228 148231 . + 1 ID=Miro_239.RBS;Name=Miro_239;Parent=Miro_239
-Miro feature gene 99939 100090 . - . ID=Miro_184
-Miro GenBank CDS 99939 100079 . - 1 ID=Miro_184.CDS;Name=Miro_184;Parent=Miro_184;obsolete_name=Miro_256;product=hypothetical conserved;tmhelix=1 TMD %2819-41%29 N in%2C C out
-Miro GenBank Shine_Dalgarno_sequence 100085 100090 . - 1 Alias=Miro_184;ID=Miro_184.RBS;Name=Miro_184;Parent=Miro_184
-Miro feature gene 146845 147029 . + . ID=Miro_235
-Miro GenBank CDS 146853 147029 . + 1 Alias=Miro_235;ID=Miro_235.CDS;Name=Miro_235;Parent=Miro_235;obsolete_name=Miro_205;product=hypothetical conserved;tmhelix=2TMDs %285-27%2C 31-50%29 N in%2C C in
-Miro GenBank Shine_Dalgarno_sequence 146845 146847 . + 1 ID=Miro_235.RBS;Name=Miro_235;Parent=Miro_235
-Miro feature gene 146530 146856 . + . ID=Miro_234
-Miro GenBank CDS 146539 146856 . + 1 Alias=Miro_234;ID=Miro_234.CDS;Name=Miro_234;Parent=Miro_234;obsolete_name=Miro_206;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 146530 146533 . + 1 ID=Miro_234.RBS;Name=Miro_234;Parent=Miro_234
-Miro feature gene 147343 147710 . + . ID=Miro_237
-Miro GenBank CDS 147354 147710 . + 1 Alias=Miro_237;ID=Miro_237.CDS;Name=Miro_237;Parent=Miro_237;obsolete_name=Miro_203;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 147343 147346 . + 1 ID=Miro_237.RBS;Name=Miro_237;Parent=Miro_237
-Miro feature gene 147016 147352 . + . ID=Miro_236
-Miro GenBank CDS 147026 147352 . + 1 Alias=Miro_236;ID=Miro_236.CDS;Name=Miro_236;Parent=Miro_236;obsolete_name=Miro_204;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 147016 147019 . + 1 ID=Miro_236.RBS;Name=Miro_236;Parent=Miro_236
-Miro feature gene 144163 144638 . - . ID=Miro_231
-Miro GenBank CDS 144163 144627 . - 1 ID=Miro_231.CDS;Name=Miro_231;Note=contains HAD-like domain;Parent=Miro_231;obsolete_name=Miro_209;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 144635 144638 . - 1 Alias=Miro_231;ID=Miro_231.RBS;Name=Miro_231;Parent=Miro_231
-Miro feature gene 143604 144131 . + . ID=Miro_230
-Miro GenBank CDS 143613 144131 . + 1 Alias=Miro_230;ID=Miro_230.CDS;Name=Miro_230;Parent=Miro_230;obsolete_name=Miro_210;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 143604 143606 . + 1 ID=Miro_230.RBS;Name=Miro_230;Parent=Miro_230
-Miro feature gene 145620 146506 . + . ID=Miro_233
-Miro GenBank CDS 145631 146506 . + 1 Alias=Miro_233;ID=Miro_233.CDS;Name=Miro_233;Parent=Miro_233;obsolete_name=Miro_207;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 145620 145623 . + 1 ID=Miro_233.RBS;Name=Miro_233;Parent=Miro_233
-Miro feature gene 144677 145528 . - . ID=Miro_232
-Miro GenBank CDS 144677 145516 . - 1 ID=Miro_232.CDS;Name=Miro_232;Note=contains P-loop NTPase and zeta toxin domains;Parent=Miro_232;obsolete_name=Miro_208;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 145525 145528 . - 1 Alias=Miro_232;ID=Miro_232.RBS;Name=Miro_232;Parent=Miro_232
-Miro feature gene 160735 161413 . + . ID=Miro_259
-Miro GenBank CDS 160745 161413 . + 1 Alias=Miro_259;ID=Miro_259.CDS;Name=Miro_259;Parent=Miro_259;obsolete_name=Miro_181;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 160735 160739 . + 1 ID=Miro_259.RBS;Name=Miro_259;Parent=Miro_259
-Miro feature gene 65834 66298 . - . ID=Miro_110
-Miro GenBank CDS 65834 66289 . - 1 ID=Miro_110.CDS;Name=Miro_110;Parent=Miro_110;obsolete_name=Miro_054;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 66295 66298 . - 1 Alias=Miro_110;ID=Miro_110.RBS;Name=Miro_110;Parent=Miro_110
-Miro GenBank CDS 157781 157987 . + 1 ID=Miro_253;Name=Miro_253;obsolete_name=Miro_187;product=hypothetical conserved
-Miro feature gene 157275 157781 . + . ID=Miro_252
-Miro GenBank CDS 157287 157781 . + 1 Alias=Miro_252;ID=Miro_252.CDS;Name=Miro_252;Parent=Miro_252;obsolete_name=Miro_188;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 157275 157278 . + 1 ID=Miro_252.RBS;Name=Miro_252;Parent=Miro_252
-Miro feature gene 157033 157287 . + . ID=Miro_251
-Miro GenBank CDS 157045 157287 . + 1 Alias=Miro_251;ID=Miro_251.CDS;Name=Miro_251;Parent=Miro_251;obsolete_name=Miro_189;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 157033 157037 . + 1 ID=Miro_251.RBS;Name=Miro_251;Parent=Miro_251
-Miro feature gene 154844 156977 . + . ID=Miro_250
-Miro GenBank CDS 154854 156977 . + 1 Alias=Miro_250;ID=Miro_250.CDS;Name=Miro_250;Note=T4-like%3B contains glycine radical domain;Parent=Miro_250;obsolete_name=Miro_190;product=anaerobic ribonucleoside-triphosphate reductase
-Miro GenBank Shine_Dalgarno_sequence 154844 154846 . + 1 ID=Miro_250.RBS;Name=Miro_250;Parent=Miro_250
-Miro feature gene 159166 159667 . + . ID=Miro_257
-Miro GenBank CDS 159176 159667 . + 1 Alias=Miro_257;ID=Miro_257.CDS;Name=Miro_257;Note=T4 NrdG-like;Parent=Miro_257;obsolete_name=Miro_183;product=ribonucleoside-triphosphate reductase activating protein
-Miro GenBank Shine_Dalgarno_sequence 159166 159169 . + 1 ID=Miro_257.RBS;Name=Miro_257;Parent=Miro_257
-Miro feature gene 158528 159179 . + . ID=Miro_256
-Miro GenBank CDS 158538 159179 . + 1 Alias=Miro_256;ID=Miro_256.CDS;Name=Miro_256;Note=contains nuclease associated modular 3 and winged helix-turn-helix DNA-binding domains;Parent=Miro_256;obsolete_name=Miro_184;product=homing endonuclease
-Miro GenBank Shine_Dalgarno_sequence 158528 158530 . + 1 ID=Miro_256.RBS;Name=Miro_256;Parent=Miro_256
-Miro feature gene 158309 158511 . + . ID=Miro_255
-Miro GenBank CDS 158320 158511 . + 1 Alias=Miro_255;ID=Miro_255.CDS;Name=Miro_255;Parent=Miro_255;obsolete_name=Miro_185;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 158309 158314 . + 1 ID=Miro_255.RBS;Name=Miro_255;Parent=Miro_255
-Miro feature gene 157997 158259 . + . ID=Miro_254
-Miro GenBank CDS 158008 158259 . + 1 Alias=Miro_254;ID=Miro_254.CDS;Name=Miro_254;Parent=Miro_254;obsolete_name=Miro_186;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 157997 158000 . + 1 ID=Miro_254.RBS;Name=Miro_254;Parent=Miro_254
-Miro feature gene 16633 17132 . - . ID=Miro_30
-Miro GenBank CDS 16633 17121 . - 1 ID=Miro_30.CDS;Name=Miro_30;Note=T4 gp23/gp24-like;Parent=Miro_30;obsolete_name=Miro_134;product=major capsid protein
-Miro GenBank Shine_Dalgarno_sequence 17130 17132 . - 1 Alias=Miro_30;ID=Miro_30.RBS;Name=Miro_30;Parent=Miro_30
-Miro feature gene 17127 17819 . - . ID=Miro_31
-Miro GenBank CDS 17127 17813 . - 1 ID=Miro_31.CDS;Name=Miro_31;Note=contains N-6 adenine-specific DNA methylase conserved site;Parent=Miro_31;obsolete_name=Miro_133;product=radical SAM protein
-Miro GenBank Shine_Dalgarno_sequence 17817 17819 . - 1 Alias=Miro_31;ID=Miro_31.RBS;Name=Miro_31;Parent=Miro_31
-Miro feature gene 17839 18240 . - . ID=Miro_32
-Miro GenBank CDS 17839 18231 . - 1 ID=Miro_32.CDS;Name=Miro_32;Parent=Miro_32;obsolete_name=Miro_132;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 18237 18240 . - 1 Alias=Miro_32;ID=Miro_32.RBS;Name=Miro_32;Parent=Miro_32
-Miro feature gene 18228 18475 . - . ID=Miro_33
-Miro GenBank CDS 18228 18464 . - 1 ID=Miro_33.CDS;Name=Miro_33;Parent=Miro_33;obsolete_name=Miro_131;product=hypothetical conserved;tmhelix=2TMDs %285-27%2C 38-60%29 N in%2C C in
-Miro GenBank Shine_Dalgarno_sequence 18470 18475 . - 1 Alias=Miro_33;ID=Miro_33.RBS;Name=Miro_33;Parent=Miro_33
-Miro feature gene 18556 18822 . - . ID=Miro_34
-Miro GenBank CDS 18556 18810 . - 1 ID=Miro_34.CDS;Name=Miro_34;Parent=Miro_34;obsolete_name=Miro_130;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 18818 18822 . - 1 Alias=Miro_34;ID=Miro_34.RBS;Name=Miro_34;Parent=Miro_34
-Miro feature gene 18889 19168 . - . ID=Miro_35
-Miro GenBank CDS 18889 19158 . - 1 ID=Miro_35.CDS;Name=Miro_35;Parent=Miro_35;obsolete_name=Miro_129;product=hypothetical conserved;tmhelix=2TMDs %287-29%2C 44-66%29 N in%2C C in
-Miro GenBank Shine_Dalgarno_sequence 19165 19168 . - 1 Alias=Miro_35;ID=Miro_35.RBS;Name=Miro_35;Parent=Miro_35
-Miro feature gene 19202 20648 . - . ID=Miro_36
-Miro GenBank CDS 19202 20638 . - 1 ID=Miro_36.CDS;Name=Miro_36;Note=T4 gp41-like;Parent=Miro_36;obsolete_name=Miro_128;product=DNA helicase
-Miro GenBank Shine_Dalgarno_sequence 20646 20648 . - 1 Alias=Miro_36;ID=Miro_36.RBS;Name=Miro_36;Parent=Miro_36
-Miro feature gene 20648 20978 . - . ID=Miro_37
-Miro GenBank CDS 20648 20968 . - 1 ID=Miro_37.CDS;Name=Miro_37;Note=T4 gp40-like;Parent=Miro_37;obsolete_name=Miro_127;product=head formation protein
-Miro GenBank Shine_Dalgarno_sequence 20975 20978 . - 1 Alias=Miro_37;ID=Miro_37.RBS;Name=Miro_37;Parent=Miro_37
-Miro feature gene 21006 22174 . - . ID=Miro_38
-Miro GenBank CDS 21006 22163 . - 1 ID=Miro_38.CDS;Name=Miro_38;Note=T4 RecA-like;Parent=Miro_38;obsolete_name=Miro_126;product=DNA recombination and repair protein;tmhelix=1 TMD %2840-62%29 N in%2C C out
-Miro GenBank Shine_Dalgarno_sequence 22172 22174 . - 1 Alias=Miro_38;ID=Miro_38.RBS;Name=Miro_38;Parent=Miro_38
-Miro feature gene 22238 24954 . - . ID=Miro_39
-Miro GenBank CDS 22238 24937 . - 1 ID=Miro_39.CDS;Name=Miro_39;Note=T4 gp43-like;Parent=Miro_39;obsolete_name=Miro_125;product=DNA polymerase
-Miro GenBank Shine_Dalgarno_sequence 24951 24954 . - 1 Alias=Miro_39;ID=Miro_39.RBS;Name=Miro_39;Parent=Miro_39
-Miro feature gene 101597 101867 . - . ID=Miro_188
-Miro GenBank CDS 101597 101857 . - 1 ID=Miro_188.CDS;Name=Miro_188;Parent=Miro_188;obsolete_name=Miro_252;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 101864 101867 . - 1 Alias=Miro_188;ID=Miro_188.RBS;Name=Miro_188;Parent=Miro_188
-Miro feature gene 73570 73827 . - . ID=Miro_125
-Miro GenBank CDS 73570 73815 . - 1 ID=Miro_125.CDS;Name=Miro_125;Parent=Miro_125;obsolete_name=Miro_039;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 73823 73827 . - 1 Alias=Miro_125;ID=Miro_125.RBS;Name=Miro_125;Parent=Miro_125
-Miro feature gene 66297 66533 . - . ID=Miro_111
-Miro GenBank CDS 66297 66521 . - 1 ID=Miro_111.CDS;Name=Miro_111;Parent=Miro_111;obsolete_name=Miro_053;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 66530 66533 . - 1 Alias=Miro_111;ID=Miro_111.RBS;Name=Miro_111;Parent=Miro_111
-Miro feature gene 74819 75206 . - . ID=Miro_127
-Miro GenBank CDS 74819 75196 . - 1 ID=Miro_127.CDS;Name=Miro_127;Parent=Miro_127;obsolete_name=Miro_037;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 75203 75206 . - 1 Alias=Miro_127;ID=Miro_127.RBS;Name=Miro_127;Parent=Miro_127
-Miro feature gene 73812 74832 . - . ID=Miro_126
-Miro GenBank CDS 73812 74819 . - 1 ID=Miro_126.CDS;Name=Miro_126;Note=T4 nrdC.11-like;Parent=Miro_126;obsolete_name=Miro_038;product=nucleotidyltransferase
-Miro GenBank Shine_Dalgarno_sequence 74829 74832 . - 1 Alias=Miro_126;ID=Miro_126.RBS;Name=Miro_126;Parent=Miro_126
-Miro feature gene 71861 72037 . - . ID=Miro_121
-Miro GenBank CDS 71861 72028 . - 1 ID=Miro_121.CDS;Name=Miro_121;Parent=Miro_121;obsolete_name=Miro_043;product=hypothetical conserved;tmhelix=2TMDs %289-26%2C 30-52%29 N in%2C C in
-Miro GenBank Shine_Dalgarno_sequence 72034 72037 . - 1 Alias=Miro_121;ID=Miro_121.RBS;Name=Miro_121;Parent=Miro_121
-Miro feature gene 71577 71871 . - . ID=Miro_120
-Miro GenBank CDS 71577 71861 . - 1 ID=Miro_120.CDS;Name=Miro_120;Parent=Miro_120;obsolete_name=Miro_044;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 71868 71871 . - 1 Alias=Miro_120;ID=Miro_120.RBS;Name=Miro_120;Parent=Miro_120
-Miro feature gene 72390 73331 . - . ID=Miro_123
-Miro GenBank CDS 72390 73316 . - 1 ID=Miro_123.CDS;Name=Miro_123;Note=C-5 cytosine-specific active site;Parent=Miro_123;obsolete_name=Miro_041;product=cytosine-specific methyltransferase
-Miro GenBank Shine_Dalgarno_sequence 73329 73331 . - 1 Alias=Miro_123;ID=Miro_123.RBS;Name=Miro_123;Parent=Miro_123
-Miro feature gene 72068 72357 . - . ID=Miro_122
-Miro GenBank CDS 72068 72346 . - 1 ID=Miro_122.CDS;Name=Miro_122;Parent=Miro_122;obsolete_name=Miro_042;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 72354 72357 . - 1 Alias=Miro_122;ID=Miro_122.RBS;Name=Miro_122;Parent=Miro_122
-Miro feature gene 75417 76034 . - . ID=Miro_129
-Miro GenBank CDS 75417 76022 . - 1 ID=Miro_129.CDS;Name=Miro_129;Parent=Miro_129;obsolete_name=Miro_035;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 76031 76034 . - 1 Alias=Miro_129;ID=Miro_129.RBS;Name=Miro_129;Parent=Miro_129
-Miro feature gene 75193 75434 . - . ID=Miro_128
-Miro GenBank CDS 75193 75420 . - 1 ID=Miro_128.CDS;Name=Miro_128;Parent=Miro_128;obsolete_name=Miro_036;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 75430 75434 . - 1 Alias=Miro_128;ID=Miro_128.RBS;Name=Miro_128;Parent=Miro_128
-Miro feature gene 133686 134487 . + . ID=Miro_217
-Miro GenBank CDS 133699 134487 . + 1 Alias=Miro_217;ID=Miro_217.CDS;Name=Miro_217;Parent=Miro_217;obsolete_name=Miro_223;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 133686 133689 . + 1 ID=Miro_217.RBS;Name=Miro_217;Parent=Miro_217
-Miro feature gene 172795 173074 . - . ID=Miro_268
-Miro GenBank CDS 172795 173064 . - 1 ID=Miro_268.CDS;Name=Miro_268;Parent=Miro_268;obsolete_name=Miro_172;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 173071 173074 . - 1 Alias=Miro_268;ID=Miro_268.RBS;Name=Miro_268;Parent=Miro_268
-Miro feature gene 133007 133666 . + . ID=Miro_216
-Miro GenBank CDS 133019 133666 . + 1 Alias=Miro_216;ID=Miro_216.CDS;Name=Miro_216;Note=T4 gp21-like;Parent=Miro_216;obsolete_name=Miro_224;product=prohead core protein protease
-Miro GenBank Shine_Dalgarno_sequence 133007 133010 . + 1 ID=Miro_216.RBS;Name=Miro_216;Parent=Miro_216
-Miro feature gene 171490 172030 . + . ID=Miro_266
-Miro GenBank CDS 171503 172030 . + 1 Alias=Miro_266;ID=Miro_266.CDS;Name=Miro_266;Note=T2 gp38-like;Parent=Miro_266;obsolete_name=Miro_174;product=receptor-recognizing protein
-Miro GenBank Shine_Dalgarno_sequence 171490 171494 . + 1 ID=Miro_266.RBS;Name=Miro_266;Parent=Miro_266
-Miro feature gene 172135 172794 . + . ID=Miro_267
-Miro GenBank CDS 172147 172794 . + 1 Alias=Miro_267;ID=Miro_267.CDS;Name=Miro_267;Note=T4 gpT-like;Parent=Miro_267;obsolete_name=Miro_173;product=holin;tmhelix=1 TMD %2829-47%29 N in%2C C out
-Miro GenBank Shine_Dalgarno_sequence 172135 172137 . + 1 ID=Miro_267.RBS;Name=Miro_267;Parent=Miro_267
-Miro feature gene 166968 167645 . + . ID=Miro_264
-Miro GenBank CDS 166977 167645 . + 1 Alias=Miro_264;ID=Miro_264.CDS;Name=Miro_264;Note=T4 gp36-like;Parent=Miro_264;obsolete_name=Miro_176;product=tail fiber
-Miro GenBank Shine_Dalgarno_sequence 166968 166971 . + 1 ID=Miro_264.RBS;Name=Miro_264;Parent=Miro_264
-Miro feature gene 167645 171466 . + . ID=Miro_265
-Miro GenBank CDS 167654 171466 . + 1 Alias=Miro_265;ID=Miro_265.CDS;Name=Miro_265;Parent=Miro_265;obsolete_name=Miro_175;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 167645 167648 . + 1 ID=Miro_265.RBS;Name=Miro_265;Parent=Miro_265
-Miro feature gene 162017 165803 . + . ID=Miro_262
-Miro GenBank CDS 162030 165803 . + 1 Alias=Miro_262;ID=Miro_262.CDS;Name=Miro_262;Parent=Miro_262;obsolete_name=Miro_178;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 162017 162020 . + 1 ID=Miro_262.RBS;Name=Miro_262;Parent=Miro_262
-Miro feature gene 132602 133016 . + . ID=Miro_215
-Miro GenBank CDS 132612 133016 . + 1 Alias=Miro_215;ID=Miro_215.CDS;Name=Miro_215;Note=T4 gp68-like;Parent=Miro_215;obsolete_name=Miro_225;product=prohead core protein
-Miro GenBank Shine_Dalgarno_sequence 132602 132606 . + 1 ID=Miro_215.RBS;Name=Miro_215;Parent=Miro_215
-Miro feature gene 161360 161654 . + . ID=Miro_260
-Miro GenBank CDS 161373 161654 . + 1 Alias=Miro_260;ID=Miro_260.CDS;Name=Miro_260;Note=T4 NrdC-like;Parent=Miro_260;obsolete_name=Miro_180;product=glutaredoxin
-Miro GenBank Shine_Dalgarno_sequence 161360 161363 . + 1 ID=Miro_260.RBS;Name=Miro_260;Parent=Miro_260
-Miro feature gene 161642 161950 . + . ID=Miro_261
-Miro GenBank CDS 161651 161950 . + 1 Alias=Miro_261;ID=Miro_261.CDS;Name=Miro_261;Note=T4 gp55.2-like;Parent=Miro_261;obsolete_name=Miro_179;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 161642 161645 . + 1 ID=Miro_261.RBS;Name=Miro_261;Parent=Miro_261
-Miro feature gene 132347 132603 . + . ID=Miro_214
-Miro GenBank CDS 132361 132603 . + 1 Alias=Miro_214;ID=Miro_214.CDS;Name=Miro_214;Parent=Miro_214;obsolete_name=Miro_226;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 132347 132350 . + 1 ID=Miro_214.RBS;Name=Miro_214;Parent=Miro_214
-Miro feature gene 130777 132361 . + . ID=Miro_213
-Miro GenBank CDS 130787 132361 . + 1 Alias=Miro_213;ID=Miro_213.CDS;Name=Miro_213;Note=T4 gp20-like;Parent=Miro_213;obsolete_name=Miro_227;product=portal protein
-Miro GenBank Shine_Dalgarno_sequence 130777 130780 . + 1 ID=Miro_213.RBS;Name=Miro_213;Parent=Miro_213
-Miro feature gene 147698 148234 . + . ID=Miro_238
-Miro GenBank CDS 147710 148234 . + 1 Alias=Miro_238;ID=Miro_238.CDS;Name=Miro_238;Parent=Miro_238;obsolete_name=Miro_202;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 147698 147701 . + 1 ID=Miro_238.RBS;Name=Miro_238;Parent=Miro_238
-Miro feature gene 130235 130731 . + . ID=Miro_212
-Miro GenBank CDS 130246 130731 . + 1 Alias=Miro_212;ID=Miro_212.CDS;Name=Miro_212;Note=T4 gp19-like;Parent=Miro_212;obsolete_name=Miro_228;product=tail tube protein
-Miro GenBank Shine_Dalgarno_sequence 130235 130239 . + 1 ID=Miro_212.RBS;Name=Miro_212;Parent=Miro_212
-Miro feature gene 51892 52172 . + . ID=Miro_85
-Miro GenBank CDS 51903 52172 . + 1 Alias=Miro_85;ID=Miro_85.CDS;Name=Miro_85;Parent=Miro_85;obsolete_name=Miro_079;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 51892 51894 . + 1 ID=Miro_85.RBS;Name=Miro_85;Parent=Miro_85
-Miro feature gene 51531 51903 . + . ID=Miro_84
-Miro GenBank CDS 51541 51903 . + 1 Alias=Miro_84;ID=Miro_84.CDS;Name=Miro_84;Note=T4-like%3B contains glycine radical domain;Parent=Miro_84;obsolete_name=Miro_080;product=autonomous glycyl radical cofactor
-Miro GenBank Shine_Dalgarno_sequence 51531 51534 . + 1 ID=Miro_84.RBS;Name=Miro_84;Parent=Miro_84
-Miro feature gene 52585 52833 . + . ID=Miro_87
-Miro GenBank CDS 52594 52833 . + 1 Alias=Miro_87;ID=Miro_87.CDS;Name=Miro_87;Parent=Miro_87;obsolete_name=Miro_077;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 52585 52588 . + 1 ID=Miro_87.RBS;Name=Miro_87;Parent=Miro_87
-Miro feature gene 52286 52591 . + . ID=Miro_86
-Miro GenBank CDS 52298 52591 . + 1 Alias=Miro_86;ID=Miro_86.CDS;Name=Miro_86;Parent=Miro_86;obsolete_name=Miro_078;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 52286 52289 . + 1 ID=Miro_86.RBS;Name=Miro_86;Parent=Miro_86
-Miro feature gene 50203 50493 . + . ID=Miro_81
-Miro GenBank CDS 50212 50493 . + 1 Alias=Miro_81;ID=Miro_81.CDS;Name=Miro_81;Parent=Miro_81;obsolete_name=Miro_083;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 50203 50206 . + 1 ID=Miro_81.RBS;Name=Miro_81;Parent=Miro_81
-Miro feature gene 49635 49896 . + . ID=Miro_80
-Miro GenBank CDS 49645 49896 . + 1 Alias=Miro_80;ID=Miro_80.CDS;Name=Miro_80;Parent=Miro_80;obsolete_name=Miro_084;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 49635 49637 . + 1 ID=Miro_80.RBS;Name=Miro_80;Parent=Miro_80
-Miro feature gene 50955 51530 . + . ID=Miro_83
-Miro GenBank CDS 50964 51530 . + 1 Alias=Miro_83;ID=Miro_83.CDS;Name=Miro_83;Parent=Miro_83;obsolete_name=Miro_081;product=hypothetical conserved;tmhelix=1 TMD %289-31%29 N in%2C C out
-Miro GenBank Shine_Dalgarno_sequence 50955 50958 . + 1 ID=Miro_83.RBS;Name=Miro_83;Parent=Miro_83
-Miro feature gene 50495 50922 . + . ID=Miro_82
-Miro GenBank CDS 50503 50922 . + 1 Alias=Miro_82;ID=Miro_82.CDS;Name=Miro_82;Parent=Miro_82;obsolete_name=Miro_082;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 50495 50497 . + 1 ID=Miro_82.RBS;Name=Miro_82;Parent=Miro_82
-Miro feature gene 104839 105703 . - . ID=Miro_193
-Miro GenBank CDS 104839 105693 . - 1 ID=Miro_193.CDS;Name=Miro_193;Parent=Miro_193;obsolete_name=Miro_247;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 105699 105703 . - 1 Alias=Miro_193;ID=Miro_193.RBS;Name=Miro_193;Parent=Miro_193
-Miro feature gene 52974 53137 . + . ID=Miro_89
-Miro GenBank CDS 52985 53137 . + 1 Alias=Miro_89;ID=Miro_89.CDS;Name=Miro_89;Parent=Miro_89;obsolete_name=Miro_075;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 52974 52978 . + 1 ID=Miro_89.RBS;Name=Miro_89;Parent=Miro_89
-Miro feature gene 52806 52988 . + . ID=Miro_88
-Miro GenBank CDS 52818 52988 . + 1 Alias=Miro_88;ID=Miro_88.CDS;Name=Miro_88;Parent=Miro_88;obsolete_name=Miro_076;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 52806 52809 . + 1 ID=Miro_88.RBS;Name=Miro_88;Parent=Miro_88
-Miro feature gene 85193 86549 . - . ID=Miro_150
-Miro GenBank CDS 85193 86539 . - 1 ID=Miro_150.CDS;Name=Miro_150;Note=contains PIN domain and P-loop containing nucleoside triphosphate hydrolase;Parent=Miro_150;obsolete_name=Miro_014;product=PhoH-like protein
-Miro GenBank Shine_Dalgarno_sequence 86546 86549 . - 1 Alias=Miro_150;ID=Miro_150.RBS;Name=Miro_150;Parent=Miro_150
-Miro feature gene 86549 87082 . - . ID=Miro_151
-Miro GenBank CDS 86549 87073 . - 1 ID=Miro_151.CDS;Name=Miro_151;Note=contains AP2/ERF domain;Parent=Miro_151;obsolete_name=Miro_013;product=HNH endonuclease
-Miro GenBank Shine_Dalgarno_sequence 87079 87082 . - 1 Alias=Miro_151;ID=Miro_151.RBS;Name=Miro_151;Parent=Miro_151
-Miro feature gene 87073 87540 . - . ID=Miro_152
-Miro GenBank CDS 87073 87531 . - 1 ID=Miro_152.CDS;Name=Miro_152;Parent=Miro_152;obsolete_name=Miro_012;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 87537 87540 . - 1 Alias=Miro_152;ID=Miro_152.RBS;Name=Miro_152;Parent=Miro_152
-Miro feature gene 87563 87968 . - . ID=Miro_153
-Miro GenBank CDS 87563 87958 . - 1 ID=Miro_153.CDS;Name=Miro_153;Note=D-alanyl-D-alanine carboxypeptidase;Parent=Miro_153;obsolete_name=Miro_011;product=endolysin
-Miro GenBank Shine_Dalgarno_sequence 87964 87968 . - 1 Alias=Miro_153;ID=Miro_153.RBS;Name=Miro_153;Parent=Miro_153
-Miro feature gene 88026 88439 . - . ID=Miro_154
-Miro GenBank CDS 88026 88427 . - 1 ID=Miro_154.CDS;Name=Miro_154;Parent=Miro_154;obsolete_name=Miro_010;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 88436 88439 . - 1 Alias=Miro_154;ID=Miro_154.RBS;Name=Miro_154;Parent=Miro_154
-Miro feature gene 88482 88815 . - . ID=Miro_155
-Miro GenBank CDS 88482 88805 . - 1 ID=Miro_155.CDS;Name=Miro_155;Parent=Miro_155;obsolete_name=Miro_009;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 88812 88815 . - 1 Alias=Miro_155;ID=Miro_155.RBS;Name=Miro_155;Parent=Miro_155
-Miro feature gene 88845 89119 . - . ID=Miro_156
-Miro GenBank CDS 88845 89108 . - 1 ID=Miro_156.CDS;Name=Miro_156;Parent=Miro_156;obsolete_name=Miro_008;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 89115 89119 . - 1 Alias=Miro_156;ID=Miro_156.RBS;Name=Miro_156;Parent=Miro_156
-Miro feature gene 89178 89447 . - . ID=Miro_157
-Miro GenBank CDS 89178 89438 . - 1 ID=Miro_157.CDS;Name=Miro_157;Parent=Miro_157;obsolete_name=Miro_007;product=hypothetical conserved;signal=signal peptidase II cleavage site 19-20
-Miro GenBank Shine_Dalgarno_sequence 89445 89447 . - 1 Alias=Miro_157;ID=Miro_157.RBS;Name=Miro_157;Parent=Miro_157
-Miro feature gene 89440 89880 . - . ID=Miro_158
-Miro GenBank CDS 89440 89871 . - 1 ID=Miro_158.CDS;Name=Miro_158;Parent=Miro_158;obsolete_name=Miro_006;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 89878 89880 . - 1 Alias=Miro_158;ID=Miro_158.RBS;Name=Miro_158;Parent=Miro_158
-Miro feature gene 89882 90064 . - . ID=Miro_159
-Miro GenBank CDS 89882 90055 . - 1 ID=Miro_159.CDS;Name=Miro_159;Parent=Miro_159;obsolete_name=Miro_005;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 90061 90064 . - 1 Alias=Miro_159;ID=Miro_159.RBS;Name=Miro_159;Parent=Miro_159
-Miro feature gene 134495 136075 . + . ID=Miro_218
-Miro GenBank CDS 134507 136075 . + 1 Alias=Miro_218;ID=Miro_218.CDS;Name=Miro_218;Note=T4 gp23/gp24-like;Parent=Miro_218;obsolete_name=Miro_222;product=major capsid protein
-Miro GenBank Shine_Dalgarno_sequence 134495 134498 . + 1 ID=Miro_218.RBS;Name=Miro_218;Parent=Miro_218
-Miro feature gene 174229 174467 . - . ID=Miro_271
-Miro GenBank CDS 174229 174456 . - 1 ID=Miro_271.CDS;Name=Miro_271;Parent=Miro_271;obsolete_name=Miro_169;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 174464 174467 . - 1 Alias=Miro_271;ID=Miro_271.RBS;Name=Miro_271;Parent=Miro_271
-Miro feature gene 173351 174160 . - . ID=Miro_270
-Miro GenBank CDS 173351 174148 . - 1 ID=Miro_270.CDS;Name=Miro_270;Parent=Miro_270;obsolete_name=Miro_170;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 174156 174160 . - 1 Alias=Miro_270;ID=Miro_270.RBS;Name=Miro_270;Parent=Miro_270
-Miro feature gene 174760 174903 . - . ID=Miro_273
-Miro GenBank CDS 174760 174894 . - 1 ID=Miro_273.CDS;Name=Miro_273;Parent=Miro_273;obsolete_name=Miro_167;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 174900 174903 . - 1 Alias=Miro_273;ID=Miro_273.RBS;Name=Miro_273;Parent=Miro_273
-Miro feature gene 174453 174796 . - . ID=Miro_272
-Miro GenBank CDS 174453 174785 . - 1 ID=Miro_272.CDS;Name=Miro_272;Parent=Miro_272;obsolete_name=Miro_168;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 174793 174796 . - 1 Alias=Miro_272;ID=Miro_272.RBS;Name=Miro_272;Parent=Miro_272
-Miro feature gene 175224 175675 . - . ID=Miro_275
-Miro GenBank CDS 175224 175661 . - 1 ID=Miro_275.CDS;Name=Miro_275;Parent=Miro_275;obsolete_name=Miro_165;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 175673 175675 . - 1 Alias=Miro_275;ID=Miro_275.RBS;Name=Miro_275;Parent=Miro_275
-Miro feature gene 174939 175197 . - . ID=Miro_274
-Miro GenBank CDS 174939 175187 . - 1 ID=Miro_274.CDS;Name=Miro_274;Note=contains FCH and colicin domains;Parent=Miro_274;obsolete_name=Miro_166;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 175195 175197 . - 1 Alias=Miro_274;ID=Miro_274.RBS;Name=Miro_274;Parent=Miro_274
-Miro feature gene 175636 176021 . - . ID=Miro_276
-Miro GenBank CDS 175636 176010 . - 1 ID=Miro_276.CDS;Name=Miro_276;Parent=Miro_276;obsolete_name=Miro_164;product=hypothetical conserved;tmhelix=2TMDs %2844-66%2C 76-98%29 N in%2C C in
-Miro GenBank Shine_Dalgarno_sequence 176017 176021 . - 1 Alias=Miro_276;ID=Miro_276.RBS;Name=Miro_276;Parent=Miro_276
-Miro feature gene 82146 82479 . - . ID=Miro_144
-Miro GenBank CDS 82146 82469 . - 1 ID=Miro_144.CDS;Name=Miro_144;Parent=Miro_144;obsolete_name=Miro_020;product=hypothetical conserved;signal=signal peptidase I cleavage site 17-18
-Miro GenBank Shine_Dalgarno_sequence 82476 82479 . - 1 Alias=Miro_144;ID=Miro_144.RBS;Name=Miro_144;Parent=Miro_144
-Miro feature gene 11178 11471 . - . ID=Miro_18
-Miro GenBank CDS 11178 11459 . - 1 ID=Miro_18.CDS;Name=Miro_18;Note=contains LysM domain;Parent=Miro_18;obsolete_name=Miro_146;product=peptidoglycan-binding protein
-Miro GenBank Shine_Dalgarno_sequence 11468 11471 . - 1 Alias=Miro_18;ID=Miro_18.RBS;Name=Miro_18;Parent=Miro_18
-Miro GenBank CDS 11456 11731 . - 1 ID=Miro_19;Name=Miro_19;obsolete_name=Miro_145;product=hypothetical conserved
-Miro feature gene 9399 9740 . - . ID=Miro_12
-Miro GenBank CDS 9399 9728 . - 1 ID=Miro_12.CDS;Name=Miro_12;Parent=Miro_12;obsolete_name=Miro_152;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 9736 9740 . - 1 Alias=Miro_12;ID=Miro_12.RBS;Name=Miro_12;Parent=Miro_12
-Miro feature gene 9788 10025 . - . ID=Miro_13
-Miro GenBank CDS 9788 10012 . - 1 ID=Miro_13.CDS;Name=Miro_13;Parent=Miro_13;obsolete_name=Miro_151;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 10021 10025 . - 1 Alias=Miro_13;ID=Miro_13.RBS;Name=Miro_13;Parent=Miro_13
-Miro feature gene 8488 8779 . - . ID=Miro_10
-Miro GenBank CDS 8488 8766 . - 1 ID=Miro_10.CDS;Name=Miro_10;Parent=Miro_10;obsolete_name=Miro_154;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 8776 8779 . - 1 Alias=Miro_10;ID=Miro_10.RBS;Name=Miro_10;Parent=Miro_10
-Miro feature gene 8763 9370 . - . ID=Miro_11
-Miro GenBank CDS 8763 9359 . - 1 ID=Miro_11.CDS;Name=Miro_11;Parent=Miro_11;obsolete_name=Miro_153;product=hypothetical conserved;tmhelix=1 TMD %2810-29%29 N out%2C C in
-Miro GenBank Shine_Dalgarno_sequence 9367 9370 . - 1 Alias=Miro_11;ID=Miro_11.RBS;Name=Miro_11;Parent=Miro_11
-Miro feature gene 10737 10970 . - . ID=Miro_16
-Miro GenBank CDS 10737 10961 . - 1 ID=Miro_16.CDS;Name=Miro_16;Parent=Miro_16;obsolete_name=Miro_148;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 10967 10970 . - 1 Alias=Miro_16;ID=Miro_16.RBS;Name=Miro_16;Parent=Miro_16
-Miro feature gene 10965 11125 . - . ID=Miro_17
-Miro GenBank CDS 10965 11114 . - 1 ID=Miro_17.CDS;Name=Miro_17;Parent=Miro_17;obsolete_name=Miro_147;product=hypothetical conserved;tmhelix=1 TMD %2810-32%29 N out%2C C in
-Miro GenBank Shine_Dalgarno_sequence 11121 11125 . - 1 Alias=Miro_17;ID=Miro_17.RBS;Name=Miro_17;Parent=Miro_17
-Miro feature gene 10086 10361 . - . ID=Miro_14
-Miro GenBank CDS 10086 10349 . - 1 ID=Miro_14.CDS;Name=Miro_14;Parent=Miro_14;obsolete_name=Miro_150;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 10358 10361 . - 1 Alias=Miro_14;ID=Miro_14.RBS;Name=Miro_14;Parent=Miro_14
-Miro feature gene 10438 10746 . - . ID=Miro_15
-Miro GenBank CDS 10438 10737 . - 1 ID=Miro_15.CDS;Name=Miro_15;Parent=Miro_15;obsolete_name=Miro_149;product=hypothetical conserved;tmhelix=1 TMD %284-21%29 N out%2C C in
-Miro GenBank Shine_Dalgarno_sequence 10743 10746 . - 1 Alias=Miro_15;ID=Miro_15.RBS;Name=Miro_15;Parent=Miro_15
-Miro feature gene 53914 54144 . + . ID=Miro_92
-Miro GenBank CDS 53923 54144 . + 1 Alias=Miro_92;ID=Miro_92.CDS;Name=Miro_92;Parent=Miro_92;obsolete_name=Miro_072;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 53914 53916 . + 1 ID=Miro_92.RBS;Name=Miro_92;Parent=Miro_92
-Miro feature gene 54130 54755 . + . ID=Miro_93
-Miro GenBank CDS 54141 54755 . + 1 Alias=Miro_93;ID=Miro_93.CDS;Name=Miro_93;Note=contains haloacid dehydrogenase %28HAD%29-like domain;Parent=Miro_93;obsolete_name=Miro_071;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 54130 54134 . + 1 ID=Miro_93.RBS;Name=Miro_93;Parent=Miro_93
-Miro feature gene 53212 53661 . + . ID=Miro_90
-Miro GenBank CDS 53221 53661 . + 1 Alias=Miro_90;ID=Miro_90.CDS;Name=Miro_90;Note=T4 Y12G-like;Parent=Miro_90;obsolete_name=Miro_074;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 53212 53215 . + 1 ID=Miro_90.RBS;Name=Miro_90;Parent=Miro_90
-Miro feature gene 53646 53921 . + . ID=Miro_91
-Miro GenBank CDS 53658 53921 . + 1 Alias=Miro_91;ID=Miro_91.CDS;Name=Miro_91;Parent=Miro_91;obsolete_name=Miro_073;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 53646 53648 . + 1 ID=Miro_91.RBS;Name=Miro_91;Parent=Miro_91
-Miro feature gene 56987 57203 . + . ID=Miro_96
-Miro GenBank CDS 57000 57203 . + 1 Alias=Miro_96;ID=Miro_96.CDS;Name=Miro_96;Parent=Miro_96;obsolete_name=Miro_068;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 56987 56990 . + 1 ID=Miro_96.RBS;Name=Miro_96;Parent=Miro_96
-Miro feature gene 57193 57382 . + . ID=Miro_97
-Miro GenBank CDS 57206 57382 . + 1 Alias=Miro_97;ID=Miro_97.CDS;Name=Miro_97;Parent=Miro_97;obsolete_name=Miro_067;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 57193 57195 . + 1 ID=Miro_97.RBS;Name=Miro_97;Parent=Miro_97
-Miro feature gene 54726 56265 . + . ID=Miro_94
-Miro GenBank CDS 54736 56265 . + 1 Alias=Miro_94;ID=Miro_94.CDS;Name=Miro_94;Note=T4-like;Parent=Miro_94;obsolete_name=Miro_070;product=DNA ligase
-Miro GenBank Shine_Dalgarno_sequence 54726 54728 . + 1 ID=Miro_94.RBS;Name=Miro_94;Parent=Miro_94
-Miro feature gene 56331 56911 . + . ID=Miro_95
-Miro GenBank CDS 56342 56911 . + 1 Alias=Miro_95;ID=Miro_95.CDS;Name=Miro_95;Parent=Miro_95;obsolete_name=Miro_069;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 56331 56333 . + 1 ID=Miro_95.RBS;Name=Miro_95;Parent=Miro_95
-Miro feature gene 57368 57543 . + . ID=Miro_98
-Miro GenBank CDS 57379 57543 . + 1 Alias=Miro_98;ID=Miro_98.CDS;Name=Miro_98;Parent=Miro_98;obsolete_name=Miro_066;product=hypothetical conserved;tmhelix=2TMDs %287-26%2C 31-53%29 N in%2C C in
-Miro GenBank Shine_Dalgarno_sequence 57368 57372 . + 1 ID=Miro_98.RBS;Name=Miro_98;Parent=Miro_98
-Miro feature gene 57613 57914 . + . ID=Miro_99
-Miro GenBank CDS 57624 57914 . + 1 Alias=Miro_99;ID=Miro_99.CDS;Name=Miro_99;Parent=Miro_99;obsolete_name=Miro_065;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 57613 57616 . + 1 ID=Miro_99.RBS;Name=Miro_99;Parent=Miro_99
-Miro feature gene 81924 82086 . - . ID=Miro_143
-Miro GenBank CDS 81924 82079 . - 1 ID=Miro_143.CDS;Name=Miro_143;Parent=Miro_143;obsolete_name=Miro_021;product=hypothetical conserved;tmhelix=1 TMD %2815-37%29 N out%2C C in
-Miro GenBank Shine_Dalgarno_sequence 82084 82086 . - 1 Alias=Miro_143;ID=Miro_143.RBS;Name=Miro_143;Parent=Miro_143
-Miro feature gene 67179 67658 . - . ID=Miro_114
-Miro GenBank CDS 67179 67649 . - 1 ID=Miro_114.CDS;Name=Miro_114;Parent=Miro_114;obsolete_name=Miro_050;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 67656 67658 . - 1 Alias=Miro_114;ID=Miro_114.RBS;Name=Miro_114;Parent=Miro_114
-Miro feature gene 81366 81851 . - . ID=Miro_141
-Miro GenBank CDS 81366 81839 . - 1 ID=Miro_141.CDS;Name=Miro_141;Note=contains macro domain;Parent=Miro_141;obsolete_name=Miro_023;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 81849 81851 . - 1 Alias=Miro_141;ID=Miro_141.RBS;Name=Miro_141;Parent=Miro_141
-Miro feature gene 81076 81376 . - . ID=Miro_140
-Miro GenBank CDS 81076 81363 . - 1 ID=Miro_140.CDS;Name=Miro_140;Parent=Miro_140;obsolete_name=Miro_024;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 81374 81376 . - 1 Alias=Miro_140;ID=Miro_140.RBS;Name=Miro_140;Parent=Miro_140
-Miro feature gene 83223 83630 . - . ID=Miro_147
-Miro GenBank CDS 83223 83618 . - 1 ID=Miro_147.CDS;Name=Miro_147;Parent=Miro_147;obsolete_name=Miro_017;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 83627 83630 . - 1 Alias=Miro_147;ID=Miro_147.RBS;Name=Miro_147;Parent=Miro_147
-Miro feature gene 83066 83224 . - . ID=Miro_146
-Miro GenBank CDS 83066 83212 . - 1 ID=Miro_146.CDS;Name=Miro_146;Parent=Miro_146;obsolete_name=Miro_018;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 83221 83224 . - 1 Alias=Miro_146;ID=Miro_146.RBS;Name=Miro_146;Parent=Miro_146
-Miro feature gene 82479 83083 . - . ID=Miro_145
-Miro GenBank CDS 82479 83069 . - 1 ID=Miro_145.CDS;Name=Miro_145;Parent=Miro_145;obsolete_name=Miro_019;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 83080 83083 . - 1 Alias=Miro_145;ID=Miro_145.RBS;Name=Miro_145;Parent=Miro_145
-Miro feature gene 67646 67816 . - . ID=Miro_115
-Miro GenBank CDS 67646 67804 . - 1 ID=Miro_115.CDS;Name=Miro_115;Parent=Miro_115;obsolete_name=Miro_049;product=hypothetical conserved;tmhelix=2TMDs %282-21%2C 31-50%29 N in%2C C in
-Miro GenBank Shine_Dalgarno_sequence 67814 67816 . - 1 Alias=Miro_115;ID=Miro_115.RBS;Name=Miro_115;Parent=Miro_115
-Miro feature gene 84392 84959 . - . ID=Miro_149
-Miro GenBank CDS 84392 84946 . - 1 ID=Miro_149.CDS;Name=Miro_149;Parent=Miro_149;obsolete_name=Miro_015;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 84955 84959 . - 1 Alias=Miro_149;ID=Miro_149.RBS;Name=Miro_149;Parent=Miro_149
-Miro feature gene 83686 84337 . - . ID=Miro_148
-Miro GenBank CDS 83686 84327 . - 1 ID=Miro_148.CDS;Name=Miro_148;Note=T4 RegB-like;Parent=Miro_148;obsolete_name=Miro_016;product=endoribonuclease;signal=signal peptidase II cleavage site 12-13
-Miro GenBank Shine_Dalgarno_sequence 84334 84337 . - 1 Alias=Miro_148;ID=Miro_148.RBS;Name=Miro_148;Parent=Miro_148
-Miro feature gene 67801 68461 . - . ID=Miro_116
-Miro GenBank CDS 67801 68451 . - 1 ID=Miro_116.CDS;Name=Miro_116;Parent=Miro_116;obsolete_name=Miro_048;product=hypothetical conserved
-Miro GenBank Shine_Dalgarno_sequence 68457 68461 . - 1 Alias=Miro_116;ID=Miro_116.RBS;Name=Miro_116;Parent=Miro_116
diff -r 4d4a4b603d33 -r 5004ddb62700 cpt_shinefind/test-data/Miro_ShineFindOut.tbl
--- a/cpt_shinefind/test-data/Miro_ShineFindOut.tbl Fri May 20 09:04:04 2022 +0000
+++ /dev/null Thu Jan 01 00:00:00 1970 +0000
@@ -1,1 +0,0 @@
-ID Name Terminus Terminus Strand Upstream Sequence SD Spacing
diff -r 4d4a4b603d33 -r 5004ddb62700 cpt_shinefind/test-data/Miro_ShineFindOut1.gff3
--- a/cpt_shinefind/test-data/Miro_ShineFindOut1.gff3 Fri May 20 09:04:04 2022 +0000
+++ /dev/null Thu Jan 01 00:00:00 1970 +0000
@@ -1,1 +0,0 @@
-##gff-version 3
diff -r 4d4a4b603d33 -r 5004ddb62700 cpt_shinefind/test-data/Miro_ShineFindOut2.gff3
--- a/cpt_shinefind/test-data/Miro_ShineFindOut2.gff3 Fri May 20 09:04:04 2022 +0000
+++ /dev/null Thu Jan 01 00:00:00 1970 +0000
@@ -1,824 +0,0 @@
-##gff-version 3
-Miro feature gene 7454 7906 . - . ID=Miro_8;
-Miro GenBank CDS 7454 7894 . - 1 ID=Miro_8.CDS;Name=Miro_8;Parent=Miro_8;obsolete_name=Miro_156;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 7903 7906 . - 1 Alias=Miro_8;ID=Miro_8.RBS;Name=Miro_8;Parent=Miro_8;
-Miro feature gene 7917 8512 . - . ID=Miro_9;
-Miro GenBank CDS 7917 8501 . - 1 ID=Miro_9.CDS;Name=Miro_9;Parent=Miro_9;obsolete_name=Miro_155;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 8509 8512 . - 1 Alias=Miro_9;ID=Miro_9.RBS;Name=Miro_9;Parent=Miro_9;
-Miro feature gene 123276 124212 . + . ID=Miro_206;
-Miro GenBank CDS 123286 124212 . + 1 Alias=Miro_206;ID=Miro_206.CDS;Name=Miro_206;Parent=Miro_206;obsolete_name=Miro_234;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 123276 123279 . + 1 ID=Miro_206.rbs;Name=Miro_206;Parent=Miro_206;
-Miro feature gene 68490 70715 . - . ID=Miro_117;
-Miro GenBank CDS 68490 70706 . - 1 ID=Miro_117.CDS;Name=Miro_117;Note=contains von Willebrand factor%2C type A;Parent=Miro_117;obsolete_name=Miro_047;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 70713 70715 . - 1 Alias=Miro_117;ID=Miro_117.RBS;Name=Miro_117;Parent=Miro_117;
-Miro feature gene 115729 116735 . + . ID=Miro_200;
-Miro GenBank CDS 115743 116735 . + 1 Alias=Miro_200;ID=Miro_200.CDS;Name=Miro_200;Note=T4 gp6-like;Parent=Miro_200;obsolete_name=Miro_240;product=baseplate structural protein;
-Miro GenBank Shine_Dalgarno_sequence 115729 115732 . + 1 ID=Miro_200.RBS;Name=Miro_200;Parent=Miro_200;
-Miro feature gene 116735 117608 . + . ID=Miro_201;
-Miro GenBank CDS 116745 117608 . + 1 Alias=Miro_201;ID=Miro_201.CDS;Name=Miro_201;Note=T4 gp9/gp10-like;Parent=Miro_201;obsolete_name=Miro_239;product=baseplate structural protein;
-Miro GenBank Shine_Dalgarno_sequence 116735 116738 . + 1 ID=Miro_201.RBS;Name=Miro_201;Parent=Miro_201;
-Miro feature gene 117595 119422 . + . ID=Miro_202;
-Miro GenBank CDS 117605 119422 . + 1 Alias=Miro_202;ID=Miro_202.CDS;Name=Miro_202;Note=T4 gp9/gp10-like;Parent=Miro_202;obsolete_name=Miro_238;product=baseplate structural protein;
-Miro GenBank Shine_Dalgarno_sequence 117595 117597 . + 1 ID=Miro_202.RBS;Name=Miro_202;Parent=Miro_202;
-Miro feature gene 119412 120090 . + . ID=Miro_203;
-Miro GenBank CDS 119422 120090 . + 1 Alias=Miro_203;ID=Miro_203.CDS;Name=Miro_203;Note=T4 gp11-like;Parent=Miro_203;obsolete_name=Miro_237;product=baseplate to short tail fiber connector protein;
-Miro GenBank Shine_Dalgarno_sequence 119412 119415 . + 1 ID=Miro_203.RBS;Name=Miro_203;Parent=Miro_203;
-Miro feature gene 81829 81940 . - . ID=Miro_142;
-Miro GenBank CDS 81829 81927 . - 1 ID=Miro_142.CDS;Name=Miro_142;Parent=Miro_142;obsolete_name=Miro_022;product=hypothetical conserved;tmhelix=1 TMD (4-26) N out%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 81938 81940 . - 1 Alias=Miro_142;ID=Miro_142.RBS;Name=Miro_142;Parent=Miro_142;
-Miro feature gene 1 910 . - . ID=Miro_1;
-Miro GenBank CDS 1 900 . - 1 ID=Miro_1.CDS;Name=Miro_1;Parent=Miro_1;obsolete_name=Miro_163;product=rIIb;
-Miro GenBank Shine_Dalgarno_sequence 908 910 . - 1 Alias=Miro_1;ID=Miro_1.RBS;Name=Miro_1;Parent=Miro_1;
-Miro feature gene 900 3173 . - . ID=Miro_2;
-Miro GenBank CDS 900 3161 . - 1 ID=Miro_2.CDS;Name=Miro_2;Parent=Miro_2;obsolete_name=Miro_162;product=rIIa;
-Miro GenBank Shine_Dalgarno_sequence 3171 3173 . - 1 Alias=Miro_2;ID=Miro_2.RBS;Name=Miro_2;Parent=Miro_2;
-Miro feature gene 3172 3417 . - . ID=Miro_3;
-Miro GenBank CDS 3172 3408 . - 1 ID=Miro_3.CDS;Name=Miro_3;Parent=Miro_3;obsolete_name=Miro_161;product=hypothetical conserved;tmhelix=1 TMD (12-34) N in%2C C out;
-Miro GenBank Shine_Dalgarno_sequence 3414 3417 . - 1 Alias=Miro_3;ID=Miro_3.RBS;Name=Miro_3;Parent=Miro_3;
-Miro feature gene 3412 3979 . - . ID=Miro_4;
-Miro GenBank CDS 3412 3966 . - 1 ID=Miro_4.CDS;Name=Miro_4;Note=contains SprT domain;Parent=Miro_4;obsolete_name=Miro_160;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 3975 3979 . - 1 Alias=Miro_4;ID=Miro_4.RBS;Name=Miro_4;Parent=Miro_4;
-Miro feature gene 4038 5334 . - . ID=Miro_5;
-Miro GenBank CDS 4038 5324 . - 1 ID=Miro_5.CDS;Name=Miro_5;Note=T4 gp52-like;Parent=Miro_5;obsolete_name=Miro_159;product=DNA topoisomerase II medium subunit;
-Miro GenBank Shine_Dalgarno_sequence 5331 5334 . - 1 Alias=Miro_5;ID=Miro_5.RBS;Name=Miro_5;Parent=Miro_5;
-Miro feature gene 5324 7231 . - . ID=Miro_6;
-Miro GenBank CDS 5324 7222 . - 1 ID=Miro_6.CDS;Name=Miro_6;Note=T4 gp39-like;Parent=Miro_6;obsolete_name=Miro_158;product=DNA topoisomerase II%2C large subunit;
-Miro GenBank Shine_Dalgarno_sequence 7228 7231 . - 1 Alias=Miro_6;ID=Miro_6.RBS;Name=Miro_6;Parent=Miro_6;
-Miro feature gene 7290 7465 . - . ID=Miro_7;
-Miro GenBank CDS 7290 7454 . - 1 ID=Miro_7.CDS;Name=Miro_7;Note=contains zinc ribbon domain;Parent=Miro_7;obsolete_name=Miro_157;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 7463 7465 . - 1 Alias=Miro_7;ID=Miro_7.RBS;Name=Miro_7;Parent=Miro_7;
-Miro feature gene 124212 124968 . + . ID=Miro_207;
-Miro GenBank CDS 124222 124968 . + 1 Alias=Miro_207;ID=Miro_207.CDS;Name=Miro_207;Note=T4 gp14-like;Parent=Miro_207;obsolete_name=Miro_233;product=neck protein;
-Miro GenBank Shine_Dalgarno_sequence 124212 124216 . + 1 ID=Miro_207.RBS;Name=Miro_207;Parent=Miro_207;
-Miro feature gene 173061 173361 . - . ID=Miro_269;
-Miro GenBank CDS 173061 173351 . - 1 ID=Miro_269.CDS;Name=Miro_269;Parent=Miro_269;obsolete_name=Miro_171;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 173358 173361 . - 1 Alias=Miro_269;ID=Miro_269.RBS;Name=Miro_269;Parent=Miro_269;
-Miro feature gene 66523 66819 . - . ID=Miro_112;
-Miro GenBank CDS 66523 66807 . - 1 ID=Miro_112.CDS;Name=Miro_112;Parent=Miro_112;obsolete_name=Miro_052;product=hypothetical conserved;signal=signal peptidase I cleavage site 17-18;
-Miro GenBank Shine_Dalgarno_sequence 66816 66819 . - 1 Alias=Miro_112;ID=Miro_112.RBS;Name=Miro_112;Parent=Miro_112;
-Miro feature gene 66879 67172 . - . ID=Miro_113;
-Miro GenBank CDS 66879 67163 . - 1 ID=Miro_113.CDS;Name=Miro_113;Parent=Miro_113;obsolete_name=Miro_051;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 67169 67172 . - 1 Alias=Miro_113;ID=Miro_113.RBS;Name=Miro_113;Parent=Miro_113;
-Miro feature gene 44560 45732 . + . ID=Miro_69;
-Miro GenBank CDS 44575 45732 . + 1 Alias=Miro_69;ID=Miro_69.CDS;Name=Miro_69;Note=T4 RNA ligase 1-like;Parent=Miro_69;obsolete_name=Miro_095;product=RNA ligase;
-Miro GenBank Shine_Dalgarno_sequence 44560 44562 . + 1 ID=Miro_69.RBS;Name=Miro_69;Parent=Miro_69;
-Miro feature gene 44216 44594 . + . ID=Miro_68;
-Miro GenBank CDS 44229 44594 . + 1 Alias=Miro_68;ID=Miro_68.CDS;Name=Miro_68;Note=contains GIY-YIG domain;Parent=Miro_68;obsolete_name=Miro_096;product=homing endonuclease;
-Miro GenBank Shine_Dalgarno_sequence 44216 44218 . + 1 ID=Miro_68.RBS;Name=Miro_68;Parent=Miro_68;
-Miro GenBank CDS 43905 44225 . + 1 ID=Miro_67;Name=Miro_67;obsolete_name=Miro_097;product=hypothetical conserved;
-Miro feature gene 42748 43933 . + . ID=Miro_66;
-Miro GenBank CDS 42758 43933 . + 1 Alias=Miro_66;ID=Miro_66.CDS;Name=Miro_66;Note=T4 NrdB-like;Parent=Miro_66;obsolete_name=Miro_098;product=ribonucleotide reductase%2C small subunit;
-Miro GenBank Shine_Dalgarno_sequence 42748 42751 . + 1 ID=Miro_66.RBS;Name=Miro_66;Parent=Miro_66;
-Miro feature gene 40459 42721 . + . ID=Miro_65;
-Miro GenBank CDS 40469 42721 . + 1 Alias=Miro_65;ID=Miro_65.CDS;Name=Miro_65;Note=T4 NrdA-like%3B E-val 0;Parent=Miro_65;obsolete_name=Miro_099;product=ribonucleotide reductase%2C large subunit;
-Miro GenBank Shine_Dalgarno_sequence 40459 40462 . + 1 ID=Miro_65.RBS;Name=Miro_65;Parent=Miro_65;
-Miro feature gene 39545 40429 . + . ID=Miro_64;
-Miro GenBank CDS 39554 40429 . + 1 Alias=Miro_64;ID=Miro_64.CDS;Name=Miro_64;Note=T4-like;Parent=Miro_64;obsolete_name=Miro_100;product=thymidylate synthase;
-Miro GenBank Shine_Dalgarno_sequence 39545 39548 . + 1 ID=Miro_64.RBS;Name=Miro_64;Parent=Miro_64;
-Miro feature gene 38964 39552 . + . ID=Miro_63;
-Miro GenBank CDS 38974 39552 . + 1 Alias=Miro_63;ID=Miro_63.CDS;Name=Miro_63;Note=T4-like;Parent=Miro_63;obsolete_name=Miro_101;product=dihydrofolate reductase;
-Miro GenBank Shine_Dalgarno_sequence 38964 38966 . + 1 ID=Miro_63.RBS;Name=Miro_63;Parent=Miro_63;
-Miro feature gene 38710 38977 . + . ID=Miro_62;
-Miro GenBank CDS 38720 38977 . + 1 Alias=Miro_62;ID=Miro_62.CDS;Name=Miro_62;Parent=Miro_62;obsolete_name=Miro_102;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 38710 38713 . + 1 ID=Miro_62.RBS;Name=Miro_62;Parent=Miro_62;
-Miro feature gene 38483 38723 . + . ID=Miro_61;
-Miro GenBank CDS 38493 38723 . + 1 Alias=Miro_61;ID=Miro_61.CDS;Name=Miro_61;Parent=Miro_61;obsolete_name=Miro_103;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 38483 38486 . + 1 ID=Miro_61.RBS;Name=Miro_61;Parent=Miro_61;
-Miro feature gene 38194 38496 . + . ID=Miro_60;
-Miro GenBank CDS 38206 38496 . + 1 Alias=Miro_60;ID=Miro_60.CDS;Name=Miro_60;Parent=Miro_60;obsolete_name=Miro_104;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 38194 38197 . + 1 ID=Miro_60.RBS;Name=Miro_60;Parent=Miro_60;
-Miro feature gene 97404 97739 . - . ID=Miro_176;
-Miro GenBank CDS 97404 97727 . - 1 ID=Miro_176.CDS;Name=Miro_176;Parent=Miro_176;obsolete_name=Miro_264;product=hypothetical conserved;tmhelix=1 TMD (84-106) N in%2C C out;
-Miro GenBank Shine_Dalgarno_sequence 97736 97739 . - 1 Alias=Miro_176;ID=Miro_176.RBS;Name=Miro_176;Parent=Miro_176;
-Miro feature gene 97756 98022 . - . ID=Miro_177;
-Miro GenBank CDS 97756 98013 . - 1 ID=Miro_177.CDS;Name=Miro_177;Parent=Miro_177;obsolete_name=Miro_263;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 98020 98022 . - 1 Alias=Miro_177;ID=Miro_177.RBS;Name=Miro_177;Parent=Miro_177;
-Miro feature gene 95966 96891 . - . ID=Miro_174;
-Miro GenBank CDS 95966 96880 . - 1 ID=Miro_174.CDS;Name=Miro_174;Parent=Miro_174;obsolete_name=Miro_266;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 96889 96891 . - 1 Alias=Miro_174;ID=Miro_174.RBS;Name=Miro_174;Parent=Miro_174;
-Miro feature gene 96877 97416 . - . ID=Miro_175;
-Miro GenBank CDS 96877 97404 . - 1 ID=Miro_175.CDS;Name=Miro_175;Parent=Miro_175;obsolete_name=Miro_265;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 97414 97416 . - 1 Alias=Miro_175;ID=Miro_175.RBS;Name=Miro_175;Parent=Miro_175;
-Miro feature gene 95498 95705 . - . ID=Miro_172;
-Miro GenBank CDS 95498 95692 . - 1 ID=Miro_172.CDS;Name=Miro_172;Note=heat shock protein DnaJ%2C cysteine-rich domain;Parent=Miro_172;obsolete_name=Miro_268;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 95702 95705 . - 1 Alias=Miro_172;ID=Miro_172.RBS;Name=Miro_172;Parent=Miro_172;
-Miro feature gene 95689 95900 . - . ID=Miro_173;
-Miro GenBank CDS 95689 95889 . - 1 ID=Miro_173.CDS;Name=Miro_173;Parent=Miro_173;obsolete_name=Miro_267;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 95897 95900 . - 1 Alias=Miro_173;ID=Miro_173.RBS;Name=Miro_173;Parent=Miro_173;
-Miro feature gene 94533 95117 . - . ID=Miro_170;
-Miro GenBank CDS 94533 95108 . - 1 ID=Miro_170.CDS;Name=Miro_170;Parent=Miro_170;obsolete_name=Miro_270;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 95114 95117 . - 1 Alias=Miro_170;ID=Miro_170.RBS;Name=Miro_170;Parent=Miro_170;
-Miro feature gene 95116 95524 . - . ID=Miro_171;
-Miro GenBank CDS 95116 95514 . - 1 ID=Miro_171.CDS;Name=Miro_171;Parent=Miro_171;obsolete_name=Miro_269;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 95520 95524 . - 1 Alias=Miro_171;ID=Miro_171.RBS;Name=Miro_171;Parent=Miro_171;
-Miro feature gene 98015 98410 . - . ID=Miro_178;
-Miro GenBank CDS 98015 98398 . - 1 ID=Miro_178.CDS;Name=Miro_178;Parent=Miro_178;obsolete_name=Miro_262;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 98408 98410 . - 1 Alias=Miro_178;ID=Miro_178.RBS;Name=Miro_178;Parent=Miro_178;
-Miro feature gene 98409 98826 . - . ID=Miro_179;
-Miro GenBank CDS 98409 98816 . - 1 ID=Miro_179.CDS;Name=Miro_179;Parent=Miro_179;obsolete_name=Miro_261;product=NUDIX hydrolase;
-Miro GenBank Shine_Dalgarno_sequence 98823 98826 . - 1 Alias=Miro_179;ID=Miro_179.RBS;Name=Miro_179;Parent=Miro_179;
-Miro feature gene 105709 106188 . - . ID=Miro_194;
-Miro GenBank CDS 105709 106176 . - 1 ID=Miro_194.CDS;Name=Miro_194;Parent=Miro_194;obsolete_name=Miro_246;product=restriction endonuclease;
-Miro GenBank Shine_Dalgarno_sequence 106185 106188 . - 1 Alias=Miro_194;ID=Miro_194.RBS;Name=Miro_194;Parent=Miro_194;
-Miro feature gene 106215 106781 . + . ID=Miro_195;
-Miro GenBank CDS 106227 106781 . + 1 Alias=Miro_195;ID=Miro_195.CDS;Name=Miro_195;Note=T4 gp53-like;Parent=Miro_195;obsolete_name=Miro_245;product=baseplate wedge protein;
-Miro GenBank Shine_Dalgarno_sequence 106215 106218 . + 1 ID=Miro_195.RBS;Name=Miro_195;Parent=Miro_195;
-Miro feature gene 106763 108547 . + . ID=Miro_196;
-Miro GenBank CDS 106778 108547 . + 1 Alias=Miro_196;ID=Miro_196.CDS;Name=Miro_196;Note=T4 gp5-like;Parent=Miro_196;obsolete_name=Miro_244;product=baseplate hub structural protein and tail lysozyme;
-Miro GenBank Shine_Dalgarno_sequence 106763 106765 . + 1 ID=Miro_196.RBS;Name=Miro_196;Parent=Miro_196;
-Miro feature gene 108542 110618 . + . ID=Miro_197;
-Miro GenBank CDS 108552 110618 . + 1 Alias=Miro_197;ID=Miro_197.CDS;Name=Miro_197;Parent=Miro_197;obsolete_name=Miro_243;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 108542 108545 . + 1 ID=Miro_197.RBS;Name=Miro_197;Parent=Miro_197;
-Miro feature gene 102567 103107 . - . ID=Miro_190;
-Miro GenBank CDS 102567 103097 . - 1 ID=Miro_190.CDS;Name=Miro_190;Note=T4 gp19-like;Parent=Miro_190;obsolete_name=Miro_250;product=tail tube protein;
-Miro GenBank Shine_Dalgarno_sequence 103103 103107 . - 1 Alias=Miro_190;ID=Miro_190.RBS;Name=Miro_190;Parent=Miro_190;
-Miro feature gene 103455 104255 . + . ID=Miro_191;
-Miro GenBank CDS 103467 104255 . + 1 Alias=Miro_191;ID=Miro_191.CDS;Name=Miro_191;Parent=Miro_191;obsolete_name=Miro_249;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 103455 103458 . + 1 ID=Miro_191.RBS;Name=Miro_191;Parent=Miro_191;
-Miro feature gene 104349 104819 . + . ID=Miro_192;
-Miro GenBank CDS 104361 104819 . + 1 Alias=Miro_192;ID=Miro_192.CDS;Name=Miro_192;Note=contains AP2/ERF domain;Parent=Miro_192;obsolete_name=Miro_248;product=homing endonuclease;
-Miro GenBank Shine_Dalgarno_sequence 104349 104351 . + 1 ID=Miro_192.RBS;Name=Miro_192;Parent=Miro_192;
-Miro feature gene 73313 73582 . - . ID=Miro_124;
-Miro GenBank CDS 73313 73570 . - 1 ID=Miro_124.CDS;Name=Miro_124;Parent=Miro_124;obsolete_name=Miro_040;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 73579 73582 . - 1 Alias=Miro_124;ID=Miro_124.RBS;Name=Miro_124;Parent=Miro_124;
-Miro feature gene 125036 125872 . + . ID=Miro_208;
-Miro GenBank CDS 125048 125872 . + 1 Alias=Miro_208;ID=Miro_208.CDS;Name=Miro_208;Parent=Miro_208;obsolete_name=Miro_232;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 125036 125039 . + 1 ID=Miro_208.RBS;Name=Miro_208;Parent=Miro_208;
-Miro feature gene 110635 112575 . + . ID=Miro_198;
-Miro GenBank CDS 110650 112575 . + 1 Alias=Miro_198;ID=Miro_198.CDS;Name=Miro_198;Parent=Miro_198;obsolete_name=Miro_242;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 110635 110638 . + 1 ID=Miro_198.RBS;Name=Miro_198;Parent=Miro_198;
-Miro feature gene 112645 115742 . + . ID=Miro_199;
-Miro GenBank CDS 112656 115742 . + 1 Alias=Miro_199;ID=Miro_199.CDS;Name=Miro_199;Parent=Miro_199;obsolete_name=Miro_241;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 112645 112648 . + 1 ID=Miro_199.RBS;Name=Miro_199;Parent=Miro_199;
-Miro feature gene 136157 136806 . + . ID=Miro_219;
-Miro GenBank CDS 136168 136806 . + 1 Alias=Miro_219;ID=Miro_219.CDS;Name=Miro_219;Note=contains GIY-YIG domain;Parent=Miro_219;obsolete_name=Miro_221;product=homing endonuclease;
-Miro GenBank Shine_Dalgarno_sequence 136157 136160 . + 1 ID=Miro_219.RBS;Name=Miro_219;Parent=Miro_219;
-Miro feature gene 125860 126369 . + . ID=Miro_209;
-Miro GenBank CDS 125872 126369 . + 1 Alias=Miro_209;ID=Miro_209.CDS;Name=Miro_209;Note=T4 gp16-like;Parent=Miro_209;obsolete_name=Miro_231;product=terminase%2C small subunit;
-Miro GenBank Shine_Dalgarno_sequence 125860 125863 . + 1 ID=Miro_209.RBS;Name=Miro_209;Parent=Miro_209;
-Miro feature gene 93915 94204 . - . ID=Miro_169;
-Miro GenBank CDS 93915 94193 . - 1 ID=Miro_169.CDS;Name=Miro_169;Parent=Miro_169;obsolete_name=Miro_271;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 94201 94204 . - 1 Alias=Miro_169;ID=Miro_169.RBS;Name=Miro_169;Parent=Miro_169;
-Miro feature gene 93592 93854 . - . ID=Miro_168;
-Miro GenBank CDS 93592 93843 . - 1 ID=Miro_168.CDS;Name=Miro_168;Parent=Miro_168;obsolete_name=Miro_272;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 93849 93854 . - 1 Alias=Miro_168;ID=Miro_168.RBS;Name=Miro_168;Parent=Miro_168;
-Miro feature gene 48763 49277 . + . ID=Miro_78;
-Miro GenBank CDS 48771 49277 . + 1 Alias=Miro_78;ID=Miro_78.CDS;Name=Miro_78;Note=T4-like;Parent=Miro_78;obsolete_name=Miro_086;product=dCMP deaminase;
-Miro GenBank Shine_Dalgarno_sequence 48763 48765 . + 1 ID=Miro_78.RBS;Name=Miro_78;Parent=Miro_78;
-Miro feature gene 49267 49634 . + . ID=Miro_79;
-Miro GenBank CDS 49281 49634 . + 1 Alias=Miro_79;ID=Miro_79.CDS;Name=Miro_79;Note=T4 gp31-like;Parent=Miro_79;obsolete_name=Miro_085;product=chaperonin-GroEL;
-Miro GenBank Shine_Dalgarno_sequence 49267 49269 . + 1 ID=Miro_79.RBS;Name=Miro_79;Parent=Miro_79;
-Miro feature gene 120090 121485 . + . ID=Miro_204;
-Miro GenBank CDS 120100 121485 . + 1 Alias=Miro_204;ID=Miro_204.CDS;Name=Miro_204;Note=T4 gp12-like;Parent=Miro_204;obsolete_name=Miro_236;product=short tail fiber protein;
-Miro GenBank Shine_Dalgarno_sequence 120090 120093 . + 1 ID=Miro_204.RBS;Name=Miro_204;Parent=Miro_204;
-Miro feature gene 47021 47916 . + . ID=Miro_74;
-Miro GenBank CDS 47032 47916 . + 1 Alias=Miro_74;ID=Miro_74.CDS;Name=Miro_74;Note=contains HAD-like domain;Parent=Miro_74;obsolete_name=Miro_090;product=nucleoside triphosphate hydrolase;
-Miro GenBank Shine_Dalgarno_sequence 47021 47023 . + 1 ID=Miro_74.RBS;Name=Miro_74;Parent=Miro_74;
-Miro feature gene 47957 48256 . + . ID=Miro_75;
-Miro GenBank CDS 47969 48256 . + 1 Alias=Miro_75;ID=Miro_75.CDS;Name=Miro_75;Parent=Miro_75;obsolete_name=Miro_089;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 47957 47960 . + 1 ID=Miro_75.RBS;Name=Miro_75;Parent=Miro_75;
-Miro feature gene 48240 48504 . + . ID=Miro_76;
-Miro GenBank CDS 48253 48504 . + 1 Alias=Miro_76;ID=Miro_76.CDS;Name=Miro_76;Parent=Miro_76;obsolete_name=Miro_088;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 48240 48242 . + 1 ID=Miro_76.RBS;Name=Miro_76;Parent=Miro_76;
-Miro feature gene 48485 48781 . + . ID=Miro_77;
-Miro GenBank CDS 48497 48781 . + 1 Alias=Miro_77;ID=Miro_77.CDS;Name=Miro_77;Parent=Miro_77;obsolete_name=Miro_087;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 48485 48488 . + 1 ID=Miro_77.RBS;Name=Miro_77;Parent=Miro_77;
-Miro feature gene 45718 46265 . + . ID=Miro_70;
-Miro GenBank CDS 45729 46265 . + 1 Alias=Miro_70;ID=Miro_70.CDS;Name=Miro_70;Note=contains AP2/ERF domain;Parent=Miro_70;obsolete_name=Miro_094;product=homing endonuclease;
-Miro GenBank Shine_Dalgarno_sequence 45718 45721 . + 1 ID=Miro_70.RBS;Name=Miro_70;Parent=Miro_70;
-Miro feature gene 46221 46569 . + . ID=Miro_71;
-Miro GenBank CDS 46234 46569 . + 1 Alias=Miro_71;ID=Miro_71.CDS;Name=Miro_71;Note=T4 PseT.3-like;Parent=Miro_71;obsolete_name=Miro_093;product=i-spanin;tmhelix=1 TMD (15-33) N out%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 46221 46224 . + 1 ID=Miro_71.RBS;Name=Miro_71;Parent=Miro_71;
-Miro feature gene 46553 46883 . + . ID=Miro_72;
-Miro GenBank CDS 46566 46883 . + 1 Alias=Miro_72;ID=Miro_72.CDS;Name=Miro_72;Note=T4 PseT.2-like;Parent=Miro_72;obsolete_name=Miro_092;product=o-spanin;signal=signal peptidase II cleavage site 16-17;
-Miro GenBank Shine_Dalgarno_sequence 46553 46556 . + 1 ID=Miro_72.RBS;Name=Miro_72;Parent=Miro_72;
-Miro feature gene 46854 47035 . + . ID=Miro_73;
-Miro GenBank CDS 46868 47035 . + 1 Alias=Miro_73;ID=Miro_73.CDS;Name=Miro_73;Parent=Miro_73;obsolete_name=Miro_091;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 46854 46856 . + 1 ID=Miro_73.RBS;Name=Miro_73;Parent=Miro_73;
-Miro feature gene 90380 90770 . - . ID=Miro_161;
-Miro GenBank CDS 90380 90760 . - 1 ID=Miro_161.CDS;Name=Miro_161;Parent=Miro_161;obsolete_name=Miro_003;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 90767 90770 . - 1 Alias=Miro_161;ID=Miro_161.RBS;Name=Miro_161;Parent=Miro_161;
-Miro feature gene 90052 90410 . - . ID=Miro_160;
-Miro GenBank CDS 90052 90399 . - 1 ID=Miro_160.CDS;Name=Miro_160;Parent=Miro_160;obsolete_name=Miro_004;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 90406 90410 . - 1 Alias=Miro_160;ID=Miro_160.RBS;Name=Miro_160;Parent=Miro_160;
-Miro feature gene 91043 92201 . - . ID=Miro_163;
-Miro GenBank CDS 91043 92197 . - 1 ID=Miro_163.CDS;Name=Miro_163;Note=contains 4Fe4S-binding SPASM domain;Parent=Miro_163;obsolete_name=Miro_001;product=radical SAM superfamily protein;
-Miro GenBank Shine_Dalgarno_sequence 92198 92201 . + 1 Alias=Miro_163;ID=Miro_163.RBS;Name=Miro_163;Parent=Miro_163;
-Miro feature gene 100922 101554 . - . ID=Miro_187;
-Miro GenBank CDS 100922 101545 . - 1 ID=Miro_187.CDS;Name=Miro_187;Parent=Miro_187;obsolete_name=Miro_253;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 101551 101554 . - 1 Alias=Miro_187;ID=Miro_187.RBS;Name=Miro_187;Parent=Miro_187;
-Miro feature gene 100375 100923 . - . ID=Miro_186;
-Miro GenBank CDS 100375 100914 . - 1 ID=Miro_186.CDS;Name=Miro_186;Parent=Miro_186;obsolete_name=Miro_254;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 100920 100923 . - 1 Alias=Miro_186;ID=Miro_186.RBS;Name=Miro_186;Parent=Miro_186;
-Miro feature gene 100169 100320 . - . ID=Miro_185;
-Miro GenBank CDS 100169 100309 . - 1 ID=Miro_185.CDS;Name=Miro_185;Parent=Miro_185;obsolete_name=Miro_255;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 100315 100320 . - 1 Alias=Miro_185;ID=Miro_185.RBS;Name=Miro_185;Parent=Miro_185;
-Miro feature gene 90744 91055 . - . ID=Miro_162;
-Miro GenBank CDS 90744 91046 . - 1 ID=Miro_162.CDS;Name=Miro_162;Parent=Miro_162;obsolete_name=Miro_002;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 91053 91055 . - 1 Alias=Miro_162;ID=Miro_162.RBS;Name=Miro_162;Parent=Miro_162;
-Miro feature gene 99593 99940 . - . ID=Miro_183;
-Miro GenBank CDS 99593 99928 . - 1 ID=Miro_183.CDS;Name=Miro_183;Note=contains heat shock protein DnaJ%2C cysteine-rich domain;Parent=Miro_183;obsolete_name=Miro_257;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 99938 99940 . - 1 Alias=Miro_183;ID=Miro_183.RBS;Name=Miro_183;Parent=Miro_183;
-Miro feature gene 99303 99611 . - . ID=Miro_182;
-Miro GenBank CDS 99303 99596 . - 1 ID=Miro_182.CDS;Name=Miro_182;Parent=Miro_182;obsolete_name=Miro_258;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 99609 99611 . - 1 Alias=Miro_182;ID=Miro_182.RBS;Name=Miro_182;Parent=Miro_182;
-Miro feature gene 99059 99328 . - . ID=Miro_181;
-Miro GenBank CDS 99059 99310 . - 1 ID=Miro_181.CDS;Name=Miro_181;Parent=Miro_181;obsolete_name=Miro_259;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 99325 99328 . - 1 Alias=Miro_181;ID=Miro_181.RBS;Name=Miro_181;Parent=Miro_181;
-Miro feature gene 98817 99074 . - . ID=Miro_180;
-Miro GenBank CDS 98817 99062 . - 1 ID=Miro_180.CDS;Name=Miro_180;Parent=Miro_180;obsolete_name=Miro_260;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 99072 99074 . - 1 Alias=Miro_180;ID=Miro_180.RBS;Name=Miro_180;Parent=Miro_180;
-Miro feature gene 92931 93195 . - . ID=Miro_165;
-Miro GenBank CDS 92931 93185 . - 1 ID=Miro_165.CDS;Name=Miro_165;Parent=Miro_165;obsolete_name=Miro_275;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 93192 93195 . - 1 Alias=Miro_165;ID=Miro_165.RBS;Name=Miro_165;Parent=Miro_165;
-Miro feature gene 101872 102579 . - . ID=Miro_189;
-Miro GenBank CDS 101872 102567 . - 1 ID=Miro_189.CDS;Name=Miro_189;Note=contains P-loop NTPase domain;Parent=Miro_189;obsolete_name=Miro_251;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 102577 102579 . - 1 Alias=Miro_189;ID=Miro_189.RBS;Name=Miro_189;Parent=Miro_189;
-Miro feature gene 92203 92938 . + . ID=Miro_164;
-Miro GenBank CDS 92210 92938 . + 1 Alias=Miro_164;ID=Miro_164.CDS;Name=Miro_164;Parent=Miro_164;obsolete_name=Miro_276;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 92203 92206 . - 1 ID=Miro_164.RBS;Name=Miro_164;Parent=Miro_164;
-Miro feature gene 93449 93607 . - . ID=Miro_167;
-Miro GenBank CDS 93449 93595 . - 1 ID=Miro_167.CDS;Name=Miro_167;Parent=Miro_167;obsolete_name=Miro_273;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 93605 93607 . - 1 Alias=Miro_167;ID=Miro_167.RBS;Name=Miro_167;Parent=Miro_167;
-Miro feature gene 121485 123247 . + . ID=Miro_205;
-Miro GenBank CDS 121496 123247 . + 1 Alias=Miro_205;ID=Miro_205.CDS;Name=Miro_205;Note=T4 fibritin-like;Parent=Miro_205;obsolete_name=Miro_235;product=neck whisker protein;
-Miro GenBank Shine_Dalgarno_sequence 121485 121489 . + 1 ID=Miro_205.RBS;Name=Miro_205;Parent=Miro_205;
-Miro feature gene 93252 93463 . - . ID=Miro_166;
-Miro GenBank CDS 93252 93452 . - 1 ID=Miro_166.CDS;Name=Miro_166;Parent=Miro_166;obsolete_name=Miro_274;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 93461 93463 . - 1 Alias=Miro_166;ID=Miro_166.RBS;Name=Miro_166;Parent=Miro_166;
-Miro feature gene 30315 30571 . - . ID=Miro_49;
-Miro GenBank CDS 30315 30560 . - 1 ID=Miro_49.CDS;Name=Miro_49;Parent=Miro_49;obsolete_name=Miro_115;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 30569 30571 . - 1 Alias=Miro_49;ID=Miro_49.RBS;Name=Miro_49;Parent=Miro_49;
-Miro feature gene 29659 30330 . - . ID=Miro_48;
-Miro GenBank CDS 29659 30318 . - 1 ID=Miro_48.CDS;Name=Miro_48;Note=T4 gp59-like;Parent=Miro_48;obsolete_name=Miro_116;product=helicase assembly protein;
-Miro GenBank Shine_Dalgarno_sequence 30328 30330 . - 1 Alias=Miro_48;ID=Miro_48.RBS;Name=Miro_48;Parent=Miro_48;
-Miro GenBank DNA 1 176055 . . 1 Alias=Miro;ID=Miro;Name=Miro;date=01-JAN-1980;
-Miro feature gene 70714 71046 . - . ID=Miro_118;
-Miro GenBank CDS 70714 71034 . - 1 ID=Miro_118.CDS;Name=Miro_118;Parent=Miro_118;obsolete_name=Miro_046;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 71044 71046 . - 1 Alias=Miro_118;ID=Miro_118.RBS;Name=Miro_118;Parent=Miro_118;
-Miro feature gene 71034 71561 . - . ID=Miro_119;
-Miro GenBank CDS 71034 71549 . - 1 ID=Miro_119.CDS;Name=Miro_119;Parent=Miro_119;obsolete_name=Miro_045;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 71558 71561 . - 1 Alias=Miro_119;ID=Miro_119.RBS;Name=Miro_119;Parent=Miro_119;
-Miro feature gene 25310 25609 . - . ID=Miro_41;
-Miro GenBank CDS 25310 25597 . - 1 ID=Miro_41.CDS;Name=Miro_41;Parent=Miro_41;obsolete_name=Miro_123;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 25606 25609 . - 1 Alias=Miro_41;ID=Miro_41.RBS;Name=Miro_41;Parent=Miro_41;
-Miro feature gene 24984 25325 . - . ID=Miro_40;
-Miro GenBank CDS 24984 25313 . - 1 ID=Miro_40.CDS;Name=Miro_40;Parent=Miro_40;obsolete_name=Miro_124;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 25321 25325 . - 1 Alias=Miro_40;ID=Miro_40.RBS;Name=Miro_40;Parent=Miro_40;
-Miro feature gene 26032 26607 . - . ID=Miro_43;
-Miro GenBank CDS 26032 26595 . - 1 ID=Miro_43.CDS;Name=Miro_43;Parent=Miro_43;obsolete_name=Miro_121;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 26603 26607 . - 1 Alias=Miro_43;ID=Miro_43.RBS;Name=Miro_43;Parent=Miro_43;
-Miro feature gene 25666 26036 . - . ID=Miro_42;
-Miro GenBank CDS 25666 26028 . - 1 ID=Miro_42.CDS;Name=Miro_42;Note=T4 RegA-like;Parent=Miro_42;obsolete_name=Miro_122;product=translational repressor protein;
-Miro GenBank Shine_Dalgarno_sequence 26034 26036 . - 1 Alias=Miro_42;ID=Miro_42.RBS;Name=Miro_42;Parent=Miro_42;
-Miro feature gene 27655 28329 . - . ID=Miro_45;
-Miro GenBank CDS 27655 28320 . - 1 ID=Miro_45.CDS;Name=Miro_45;Note=T4-like;Parent=Miro_45;obsolete_name=Miro_119;product=DNA polymerase processivity component;
-Miro GenBank Shine_Dalgarno_sequence 28327 28329 . - 1 Alias=Miro_45;ID=Miro_45.RBS;Name=Miro_45;Parent=Miro_45;
-Miro feature gene 26598 27605 . - . ID=Miro_44;
-Miro GenBank CDS 26598 27596 . - 1 ID=Miro_44.CDS;Name=Miro_44;Note=T4 gp44-like;Parent=Miro_44;obsolete_name=Miro_120;product=sliding-clamp-loader subunit;
-Miro GenBank Shine_Dalgarno_sequence 27602 27605 . - 1 Alias=Miro_44;ID=Miro_44.RBS;Name=Miro_44;Parent=Miro_44;
-Miro feature gene 28672 29656 . - . ID=Miro_47;
-Miro GenBank CDS 28672 29643 . - 1 ID=Miro_47.CDS;Name=Miro_47;Note=T4 gp32-like;Parent=Miro_47;obsolete_name=Miro_117;product=ssDNA-binding protein;
-Miro GenBank Shine_Dalgarno_sequence 29654 29656 . - 1 Alias=Miro_47;ID=Miro_47.RBS;Name=Miro_47;Parent=Miro_47;
-Miro feature gene 28347 28628 . - . ID=Miro_46;
-Miro GenBank CDS 28347 28616 . - 1 ID=Miro_46.CDS;Name=Miro_46;Note=T4-like;Parent=Miro_46;obsolete_name=Miro_118;product=RNA polymerase binding protein;
-Miro GenBank Shine_Dalgarno_sequence 28626 28628 . - 1 Alias=Miro_46;ID=Miro_46.RBS;Name=Miro_46;Parent=Miro_46;
-Miro feature gene 159724 160702 . + . ID=Miro_258;
-Miro GenBank CDS 159737 160702 . + 1 Alias=Miro_258;ID=Miro_258.CDS;Name=Miro_258;Parent=Miro_258;obsolete_name=Miro_182;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 159724 159726 . + 1 ID=Miro_258.RBS;Name=Miro_258;Parent=Miro_258;
-Miro feature gene 165793 166927 . + . ID=Miro_263;
-Miro GenBank CDS 165803 166927 . + 1 Alias=Miro_263;ID=Miro_263.CDS;Name=Miro_263;Parent=Miro_263;obsolete_name=Miro_177;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 165793 165796 . + 1 ID=Miro_263.RBS;Name=Miro_263;Parent=Miro_263;
-Miro feature gene 126351 128186 . + . ID=Miro_210;
-Miro GenBank CDS 126366 128186 . + 1 Alias=Miro_210;ID=Miro_210.CDS;Name=Miro_210;Note=T4 gp17-like;Parent=Miro_210;obsolete_name=Miro_230;product=terminase%2C large subunit;
-Miro GenBank Shine_Dalgarno_sequence 126351 126353 . + 1 ID=Miro_210.RBS;Name=Miro_210;Parent=Miro_210;
-Miro feature gene 34191 34491 . + . ID=Miro_56;
-Miro GenBank CDS 34204 34491 . + 1 Alias=Miro_56;ID=Miro_56.CDS;Name=Miro_56;Parent=Miro_56;obsolete_name=Miro_108;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 34191 34195 . + 1 ID=Miro_56.RBS;Name=Miro_56;Parent=Miro_56;
-Miro feature gene 34465 36172 . + . ID=Miro_57;
-Miro GenBank CDS 34475 36172 . + 1 Alias=Miro_57;ID=Miro_57.CDS;Name=Miro_57;Parent=Miro_57;obsolete_name=Miro_107;product=methyl methanesulphonate-sensitivity protein;
-Miro GenBank Shine_Dalgarno_sequence 34465 34468 . + 1 ID=Miro_57.RBS;Name=Miro_57;Parent=Miro_57;
-Miro feature gene 32797 33134 . + . ID=Miro_54;
-Miro GenBank CDS 32808 33134 . + 1 Alias=Miro_54;ID=Miro_54.CDS;Name=Miro_54;Parent=Miro_54;obsolete_name=Miro_110;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 32797 32800 . + 1 ID=Miro_54.RBS;Name=Miro_54;Parent=Miro_54;
-Miro feature gene 33173 34217 . + . ID=Miro_55;
-Miro GenBank CDS 33186 34217 . + 1 Alias=Miro_55;ID=Miro_55.CDS;Name=Miro_55;Note=T4 exonuclease subunit 1-like;Parent=Miro_55;obsolete_name=Miro_109;product=exonuclease;
-Miro GenBank Shine_Dalgarno_sequence 33173 33175 . + 1 ID=Miro_55.RBS;Name=Miro_55;Parent=Miro_55;
-Miro feature gene 32068 32603 . + . ID=Miro_52;
-Miro GenBank CDS 32076 32603 . + 1 Alias=Miro_52;ID=Miro_52.CDS;Name=Miro_52;Parent=Miro_52;obsolete_name=Miro_112;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 32068 32070 . + 1 ID=Miro_52.RBS;Name=Miro_52;Parent=Miro_52;
-Miro feature gene 32588 32815 . + . ID=Miro_53;
-Miro GenBank CDS 32600 32815 . + 1 Alias=Miro_53;ID=Miro_53.CDS;Name=Miro_53;Parent=Miro_53;obsolete_name=Miro_111;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 32588 32590 . + 1 ID=Miro_53.RBS;Name=Miro_53;Parent=Miro_53;
-Miro feature gene 30564 30838 . - . ID=Miro_50;
-Miro GenBank CDS 30564 30827 . - 1 ID=Miro_50.CDS;Name=Miro_50;Note=T4-like;Parent=Miro_50;obsolete_name=Miro_114;product=dsDNA-binding protein;
-Miro GenBank Shine_Dalgarno_sequence 30834 30838 . - 1 Alias=Miro_50;ID=Miro_50.RBS;Name=Miro_50;Parent=Miro_50;
-Miro feature gene 30837 31781 . - . ID=Miro_51;
-Miro GenBank CDS 30837 31772 . - 1 ID=Miro_51.CDS;Name=Miro_51;Note=T4 RNase H-like;Parent=Miro_51;obsolete_name=Miro_113;product=5'-3' exonuclease;
-Miro GenBank Shine_Dalgarno_sequence 31778 31781 . - 1 Alias=Miro_51;ID=Miro_51.RBS;Name=Miro_51;Parent=Miro_51;
-Miro feature gene 36162 36363 . + . ID=Miro_58;
-Miro GenBank CDS 36172 36363 . + 1 Alias=Miro_58;ID=Miro_58.CDS;Name=Miro_58;Parent=Miro_58;obsolete_name=Miro_106;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 36162 36166 . + 1 ID=Miro_58.RBS;Name=Miro_58;Parent=Miro_58;
-Miro feature gene 36425 38146 . + . ID=Miro_59;
-Miro GenBank CDS 36437 38146 . + 1 Alias=Miro_59;ID=Miro_59.CDS;Name=Miro_59;Note=contains DNAJ domain;Parent=Miro_59;obsolete_name=Miro_105;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 36425 36428 . + 1 ID=Miro_59.RBS;Name=Miro_59;Parent=Miro_59;
-Miro feature gene 65396 65799 . + . ID=Miro_109;
-Miro GenBank CDS 65407 65799 . + 1 Alias=Miro_109;ID=Miro_109.CDS;Name=Miro_109;Note=T4-like;Parent=Miro_109;obsolete_name=Miro_055;product=tail lysozyme;
-Miro GenBank Shine_Dalgarno_sequence 65396 65399 . + 1 ID=Miro_109.RBS;Name=Miro_109;Parent=Miro_109;
-Miro feature gene 64840 65406 . + . ID=Miro_108;
-Miro GenBank CDS 64852 65406 . + 1 Alias=Miro_108;ID=Miro_108.CDS;Name=Miro_108;Note=T4 gp26/gp51-like;Parent=Miro_108;obsolete_name=Miro_056;product=baseplate structural protein;
-Miro GenBank Shine_Dalgarno_sequence 64840 64843 . + 1 ID=Miro_108.RBS;Name=Miro_108;Parent=Miro_108;
-Miro feature gene 64103 64855 . + . ID=Miro_107;
-Miro GenBank CDS 64112 64855 . + 1 Alias=Miro_107;ID=Miro_107.CDS;Name=Miro_107;Note=T4 gp26/gp51-like;Parent=Miro_107;obsolete_name=Miro_057;product=baseplate structural protein;
-Miro GenBank Shine_Dalgarno_sequence 64103 64106 . + 1 ID=Miro_107.RBS;Name=Miro_107;Parent=Miro_107;
-Miro feature gene 63210 64083 . + . ID=Miro_106;
-Miro GenBank CDS 63220 64083 . + 1 Alias=Miro_106;ID=Miro_106.CDS;Name=Miro_106;Note=T4 gp19-like;Parent=Miro_106;obsolete_name=Miro_058;product=tail tube protein;
-Miro GenBank Shine_Dalgarno_sequence 63210 63214 . + 1 ID=Miro_106.RBS;Name=Miro_106;Parent=Miro_106;
-Miro feature gene 62126 63210 . + . ID=Miro_105;
-Miro GenBank CDS 62137 63210 . + 1 Alias=Miro_105;ID=Miro_105.CDS;Name=Miro_105;Note=T4 gp48-like;Parent=Miro_105;obsolete_name=Miro_059;product=tail tube assembly protein;
-Miro GenBank Shine_Dalgarno_sequence 62126 62129 . + 1 ID=Miro_105.RBS;Name=Miro_105;Parent=Miro_105;
-Miro feature gene 60343 62126 . + . ID=Miro_104;
-Miro GenBank CDS 60354 62126 . + 1 Alias=Miro_104;ID=Miro_104.CDS;Name=Miro_104;Parent=Miro_104;obsolete_name=Miro_060;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 60343 60345 . + 1 ID=Miro_104.RBS;Name=Miro_104;Parent=Miro_104;
-Miro feature gene 59767 60351 . + . ID=Miro_103;
-Miro GenBank CDS 59776 60351 . + 1 Alias=Miro_103;ID=Miro_103.CDS;Name=Miro_103;Note=T4 gp28-like;Parent=Miro_103;obsolete_name=Miro_061;product=baseplate structural protein;
-Miro GenBank Shine_Dalgarno_sequence 59767 59770 . + 1 ID=Miro_103.RBS;Name=Miro_103;Parent=Miro_103;
-Miro feature gene 58597 59719 . - . ID=Miro_102;
-Miro GenBank CDS 58597 59706 . - 1 ID=Miro_102.CDS;Name=Miro_102;Note=T4 gp27-like;Parent=Miro_102;obsolete_name=Miro_062;product=baseplate structural protein;
-Miro GenBank Shine_Dalgarno_sequence 59714 59719 . - 1 Alias=Miro_102;ID=Miro_102.RBS;Name=Miro_102;Parent=Miro_102;
-Miro feature gene 58210 58600 . + . ID=Miro_101;
-Miro GenBank CDS 58223 58600 . + 1 Alias=Miro_101;ID=Miro_101.CDS;Name=Miro_101;Parent=Miro_101;obsolete_name=Miro_063;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 58210 58213 . + 1 ID=Miro_101.RBS;Name=Miro_101;Parent=Miro_101;
-Miro feature gene 57934 58236 . + . ID=Miro_100;
-Miro GenBank CDS 57946 58236 . + 1 Alias=Miro_100;ID=Miro_100.CDS;Name=Miro_100;Parent=Miro_100;obsolete_name=Miro_064;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 57934 57936 . + 1 ID=Miro_100.RBS;Name=Miro_100;Parent=Miro_100;
-Miro feature gene 142768 143313 . + . ID=Miro_228;
-Miro GenBank CDS 142780 143313 . + 1 Alias=Miro_228;ID=Miro_228.CDS;Name=Miro_228;Note=contains Ig-like fold;Parent=Miro_228;obsolete_name=Miro_212;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 142768 142772 . + 1 ID=Miro_228.RBS;Name=Miro_228;Parent=Miro_228;
-Miro feature gene 143314 143599 . + . ID=Miro_229;
-Miro GenBank CDS 143324 143599 . + 1 Alias=Miro_229;ID=Miro_229.CDS;Name=Miro_229;Parent=Miro_229;obsolete_name=Miro_211;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 143314 143317 . + 1 ID=Miro_229.RBS;Name=Miro_229;Parent=Miro_229;
-Miro feature gene 138844 139028 . + . ID=Miro_222;
-Miro GenBank CDS 138852 139028 . + 1 Alias=Miro_222;ID=Miro_222.CDS;Name=Miro_222;Parent=Miro_222;obsolete_name=Miro_218;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 138844 138846 . + 1 ID=Miro_222.RBS;Name=Miro_222;Parent=Miro_222;
-Miro feature gene 139303 139545 . - . ID=Miro_223;
-Miro GenBank CDS 139303 139536 . - 1 ID=Miro_223.CDS;Name=Miro_223;Note=T4 UvsW-like;Parent=Miro_223;obsolete_name=Miro_217;product=ATP-dependent DNA helicase;
-Miro GenBank Shine_Dalgarno_sequence 139542 139545 . - 1 Alias=Miro_223;ID=Miro_223.RBS;Name=Miro_223;Parent=Miro_223;
-Miro feature gene 136828 138128 . + . ID=Miro_220;
-Miro GenBank CDS 136839 138128 . + 1 Alias=Miro_220;ID=Miro_220.CDS;Name=Miro_220;Note=T4 gp23/gp24-like;Parent=Miro_220;obsolete_name=Miro_220;product=major capsid protein;
-Miro GenBank Shine_Dalgarno_sequence 136828 136831 . + 1 ID=Miro_220.RBS;Name=Miro_220;Parent=Miro_220;
-Miro feature gene 138424 138852 . + . ID=Miro_221;
-Miro GenBank CDS 138433 138852 . + 1 Alias=Miro_221;ID=Miro_221.CDS;Name=Miro_221;Parent=Miro_221;obsolete_name=Miro_219;product=UvsY recombination protein;
-Miro GenBank Shine_Dalgarno_sequence 138424 138426 . + 1 ID=Miro_221.RBS;Name=Miro_221;Parent=Miro_221;
-Miro feature gene 141819 142142 . + . ID=Miro_226;
-Miro GenBank CDS 141831 142142 . + 1 Alias=Miro_226;ID=Miro_226.CDS;Name=Miro_226;Parent=Miro_226;obsolete_name=Miro_214;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 141819 141822 . + 1 ID=Miro_226.RBS;Name=Miro_226;Parent=Miro_226;
-Miro feature gene 142173 142751 . + . ID=Miro_227;
-Miro GenBank CDS 142182 142751 . + 1 Alias=Miro_227;ID=Miro_227.CDS;Name=Miro_227;Note=contains heat shock protein DNAJ domain;Parent=Miro_227;obsolete_name=Miro_213;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 142173 142176 . + 1 ID=Miro_227.RBS;Name=Miro_227;Parent=Miro_227;
-Miro feature gene 139545 141056 . - . ID=Miro_224;
-Miro GenBank CDS 139545 141044 . - 1 ID=Miro_224.CDS;Name=Miro_224;Note=contains helicase superfamily and ATP-binding domains;Parent=Miro_224;obsolete_name=Miro_216;product=DNA helicase;
-Miro GenBank Shine_Dalgarno_sequence 141053 141056 . - 1 Alias=Miro_224;ID=Miro_224.RBS;Name=Miro_224;Parent=Miro_224;
-Miro feature gene 141104 141738 . + . ID=Miro_225;
-Miro GenBank CDS 141115 141738 . + 1 Alias=Miro_225;ID=Miro_225.CDS;Name=Miro_225;Parent=Miro_225;obsolete_name=Miro_215;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 141104 141107 . + 1 ID=Miro_225.RBS;Name=Miro_225;Parent=Miro_225;
-Miro feature gene 154043 154534 . + . ID=Miro_248;
-Miro GenBank CDS 154052 154534 . + 1 Alias=Miro_248;ID=Miro_248.CDS;Name=Miro_248;Note=T4 gp49-like;Parent=Miro_248;obsolete_name=Miro_192;product=recombination endonuclease;
-Miro GenBank Shine_Dalgarno_sequence 154043 154045 . + 1 ID=Miro_248.RBS;Name=Miro_248;Parent=Miro_248;
-Miro feature gene 154521 154857 . + . ID=Miro_249;
-Miro GenBank CDS 154531 154857 . + 1 Alias=Miro_249;ID=Miro_249.CDS;Name=Miro_249;Parent=Miro_249;obsolete_name=Miro_191;product=hypothetical novel;
-Miro GenBank Shine_Dalgarno_sequence 154521 154523 . + 1 ID=Miro_249.RBS;Name=Miro_249;Parent=Miro_249;
-Miro feature gene 149229 149828 . + . ID=Miro_240;
-Miro GenBank CDS 149247 149828 . + 1 Alias=Miro_240;ID=Miro_240.CDS;Name=Miro_240;Parent=Miro_240;obsolete_name=Miro_200;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 149229 149232 . + 1 ID=Miro_240.RBS;Name=Miro_240;Parent=Miro_240;
-Miro feature gene 149813 150346 . + . ID=Miro_241;
-Miro GenBank CDS 149822 150346 . + 1 Alias=Miro_241;ID=Miro_241.CDS;Name=Miro_241;Parent=Miro_241;obsolete_name=Miro_199;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 149813 149815 . + 1 ID=Miro_241.RBS;Name=Miro_241;Parent=Miro_241;
-Miro feature gene 150412 150684 . + . ID=Miro_242;
-Miro GenBank CDS 150424 150684 . + 1 Alias=Miro_242;ID=Miro_242.CDS;Name=Miro_242;Parent=Miro_242;obsolete_name=Miro_198;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 150412 150415 . + 1 ID=Miro_242.RBS;Name=Miro_242;Parent=Miro_242;
-Miro feature gene 150684 151143 . + . ID=Miro_243;
-Miro GenBank CDS 150694 151143 . + 1 Alias=Miro_243;ID=Miro_243.CDS;Name=Miro_243;Parent=Miro_243;obsolete_name=Miro_197;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 150684 150687 . + 1 ID=Miro_243.RBS;Name=Miro_243;Parent=Miro_243;
-Miro feature gene 151160 152604 . + . ID=Miro_244;
-Miro GenBank CDS 151171 152604 . + 1 Alias=Miro_244;ID=Miro_244.CDS;Name=Miro_244;Note=contains quinolinate phosphoribosyl transferase domain;Parent=Miro_244;obsolete_name=Miro_196;product=nicotinamide phosphoribosyl transferase;
-Miro GenBank Shine_Dalgarno_sequence 151160 151163 . + 1 ID=Miro_244.RBS;Name=Miro_244;Parent=Miro_244;
-Miro feature gene 152576 152893 . + . ID=Miro_245;
-Miro GenBank CDS 152591 152893 . + 1 Alias=Miro_245;ID=Miro_245.CDS;Name=Miro_245;Parent=Miro_245;obsolete_name=Miro_195;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 152576 152579 . + 1 ID=Miro_245.RBS;Name=Miro_245;Parent=Miro_245;
-Miro feature gene 153004 153741 . + . ID=Miro_246;
-Miro GenBank CDS 153016 153741 . + 1 Alias=Miro_246;ID=Miro_246.CDS;Name=Miro_246;Note=T4-like;Parent=Miro_246;obsolete_name=Miro_194;product=DNA adenine methylase;
-Miro GenBank Shine_Dalgarno_sequence 153004 153006 . + 1 ID=Miro_246.RBS;Name=Miro_246;Parent=Miro_246;
-Miro feature gene 153741 154019 . + . ID=Miro_247;
-Miro GenBank CDS 153750 154019 . + 1 Alias=Miro_247;ID=Miro_247.CDS;Name=Miro_247;Note=T4 NrdC-like;Parent=Miro_247;obsolete_name=Miro_193;product=glutaredoxin;
-Miro GenBank Shine_Dalgarno_sequence 153741 153744 . + 1 ID=Miro_247.RBS;Name=Miro_247;Parent=Miro_247;
-Miro feature gene 12732 14075 . - . ID=Miro_23;
-Miro GenBank CDS 12732 14060 . - 1 ID=Miro_23.CDS;Name=Miro_23;Note=contains P-loop containing nucleoside triphosphate hydrolase domain;Parent=Miro_23;obsolete_name=Miro_141;product=DNA helicase;
-Miro GenBank Shine_Dalgarno_sequence 14073 14075 . - 1 Alias=Miro_23;ID=Miro_23.RBS;Name=Miro_23;Parent=Miro_23;
-Miro feature gene 12399 12716 . - . ID=Miro_22;
-Miro GenBank CDS 12399 12707 . - 1 ID=Miro_22.CDS;Name=Miro_22;Parent=Miro_22;obsolete_name=Miro_142;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 12713 12716 . - 1 Alias=Miro_22;ID=Miro_22.RBS;Name=Miro_22;Parent=Miro_22;
-Miro feature gene 12114 12410 . - . ID=Miro_21;
-Miro GenBank CDS 12114 12398 . - 1 ID=Miro_21.CDS;Name=Miro_21;Parent=Miro_21;obsolete_name=Miro_143;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 12407 12410 . - 1 Alias=Miro_21;ID=Miro_21.RBS;Name=Miro_21;Parent=Miro_21;
-Miro feature gene 11728 12126 . - . ID=Miro_20;
-Miro GenBank CDS 11728 12117 . - 1 ID=Miro_20.CDS;Name=Miro_20;Parent=Miro_20;obsolete_name=Miro_144;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 12123 12126 . - 1 Alias=Miro_20;ID=Miro_20.RBS;Name=Miro_20;Parent=Miro_20;
-Miro feature gene 15073 16108 . - . ID=Miro_27;
-Miro GenBank CDS 15073 16098 . - 1 ID=Miro_27.CDS;Name=Miro_27;Note=T4-like;Parent=Miro_27;obsolete_name=Miro_137;product=DNA primase;
-Miro GenBank Shine_Dalgarno_sequence 16104 16108 . - 1 Alias=Miro_27;ID=Miro_27.RBS;Name=Miro_27;Parent=Miro_27;
-Miro feature gene 14529 15074 . - . ID=Miro_26;
-Miro GenBank CDS 14529 15065 . - 1 ID=Miro_26.CDS;Name=Miro_26;Parent=Miro_26;obsolete_name=Miro_138;product=dCTP pyrophosphatase;
-Miro GenBank Shine_Dalgarno_sequence 15072 15074 . - 1 Alias=Miro_26;ID=Miro_26.RBS;Name=Miro_26;Parent=Miro_26;
-Miro feature gene 14344 14545 . - . ID=Miro_25;
-Miro GenBank CDS 14344 14529 . - 1 ID=Miro_25.CDS;Name=Miro_25;Parent=Miro_25;obsolete_name=Miro_139;product=hypothetical conserved;tmhelix=2TMDs (7-29%2C 39-57) N in%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 14543 14545 . - 1 Alias=Miro_25;ID=Miro_25.RBS;Name=Miro_25;Parent=Miro_25;
-Miro feature gene 14057 14358 . - . ID=Miro_24;
-Miro GenBank CDS 14057 14347 . - 1 ID=Miro_24.CDS;Name=Miro_24;Parent=Miro_24;obsolete_name=Miro_140;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 14355 14358 . - 1 Alias=Miro_24;ID=Miro_24.RBS;Name=Miro_24;Parent=Miro_24;
-Miro feature gene 16418 16647 . - . ID=Miro_29;
-Miro GenBank CDS 16418 16636 . - 1 ID=Miro_29.CDS;Name=Miro_29;Parent=Miro_29;obsolete_name=Miro_135;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 16644 16647 . - 1 Alias=Miro_29;ID=Miro_29.RBS;Name=Miro_29;Parent=Miro_29;
-Miro feature gene 16102 16375 . - . ID=Miro_28;
-Miro GenBank CDS 16102 16362 . - 1 ID=Miro_28.CDS;Name=Miro_28;Note=contains zinc finger domain;Parent=Miro_28;obsolete_name=Miro_136;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 16370 16375 . - 1 Alias=Miro_28;ID=Miro_28.RBS;Name=Miro_28;Parent=Miro_28;
-Miro feature gene 76662 77733 . - . ID=Miro_132;
-Miro GenBank CDS 76662 77723 . - 1 ID=Miro_132.CDS;Name=Miro_132;Parent=Miro_132;obsolete_name=Miro_032;product=NUDIX hydrolase;
-Miro GenBank Shine_Dalgarno_sequence 77730 77733 . - 1 Alias=Miro_132;ID=Miro_132.RBS;Name=Miro_132;Parent=Miro_132;
-Miro feature gene 77900 78824 . - . ID=Miro_133;
-Miro GenBank CDS 77900 78814 . - 1 ID=Miro_133.CDS;Name=Miro_133;Parent=Miro_133;obsolete_name=Miro_031;product=hypothetical conserved;signal=signal peptidase I cleavage site 34-35;
-Miro GenBank Shine_Dalgarno_sequence 78822 78824 . - 1 Alias=Miro_133;ID=Miro_133.RBS;Name=Miro_133;Parent=Miro_133;
-Miro feature gene 76025 76309 . - . ID=Miro_130;
-Miro GenBank CDS 76025 76297 . - 1 ID=Miro_130.CDS;Name=Miro_130;Parent=Miro_130;obsolete_name=Miro_034;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 76307 76309 . - 1 Alias=Miro_130;ID=Miro_130.RBS;Name=Miro_130;Parent=Miro_130;
-Miro feature gene 76294 76498 . - . ID=Miro_131;
-Miro GenBank CDS 76294 76488 . - 1 ID=Miro_131.CDS;Name=Miro_131;Parent=Miro_131;obsolete_name=Miro_033;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 76495 76498 . - 1 Alias=Miro_131;ID=Miro_131.RBS;Name=Miro_131;Parent=Miro_131;
-Miro feature gene 79668 80071 . - . ID=Miro_136;
-Miro GenBank CDS 79668 80060 . - 1 ID=Miro_136.CDS;Name=Miro_136;Parent=Miro_136;obsolete_name=Miro_028;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 80067 80071 . - 1 Alias=Miro_136;ID=Miro_136.RBS;Name=Miro_136;Parent=Miro_136;
-Miro feature gene 80077 80695 . - . ID=Miro_137;
-Miro GenBank CDS 80077 80685 . - 1 ID=Miro_137.CDS;Name=Miro_137;Note=contains P-loop containing nucleoside triphosphate hydrolase;Parent=Miro_137;obsolete_name=Miro_027;product=thymidine kinase;
-Miro GenBank Shine_Dalgarno_sequence 80693 80695 . - 1 Alias=Miro_137;ID=Miro_137.RBS;Name=Miro_137;Parent=Miro_137;
-Miro feature gene 78886 79317 . - . ID=Miro_134;
-Miro GenBank CDS 78886 79308 . - 1 ID=Miro_134.CDS;Name=Miro_134;Parent=Miro_134;obsolete_name=Miro_030;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 79314 79317 . - 1 Alias=Miro_134;ID=Miro_134.RBS;Name=Miro_134;Parent=Miro_134;
-Miro feature gene 79280 79572 . - . ID=Miro_135;
-Miro GenBank CDS 79280 79561 . - 1 ID=Miro_135.CDS;Name=Miro_135;Parent=Miro_135;obsolete_name=Miro_029;product=hypothetical conserved;tmhelix=2TMDs (7-24%2C 39-61) N out%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 79570 79572 . - 1 Alias=Miro_135;ID=Miro_135.RBS;Name=Miro_135;Parent=Miro_135;
-Miro feature gene 80678 80889 . - . ID=Miro_138;
-Miro GenBank CDS 80678 80875 . - 1 ID=Miro_138.CDS;Name=Miro_138;Parent=Miro_138;obsolete_name=Miro_026;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 80886 80889 . - 1 Alias=Miro_138;ID=Miro_138.RBS;Name=Miro_138;Parent=Miro_138;
-Miro feature gene 80868 81097 . - . ID=Miro_139;
-Miro GenBank CDS 80868 81083 . - 1 ID=Miro_139.CDS;Name=Miro_139;Parent=Miro_139;obsolete_name=Miro_025;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 81095 81097 . - 1 Alias=Miro_139;ID=Miro_139.RBS;Name=Miro_139;Parent=Miro_139;
-Miro feature gene 128192 130197 . + . ID=Miro_211;
-Miro GenBank CDS 128206 130197 . + 1 Alias=Miro_211;ID=Miro_211.CDS;Name=Miro_211;Note=T4 gp18-like;Parent=Miro_211;obsolete_name=Miro_229;product=tail sheath protein;
-Miro GenBank Shine_Dalgarno_sequence 128192 128195 . + 1 ID=Miro_211.RBS;Name=Miro_211;Parent=Miro_211;
-Miro feature gene 148228 149257 . + . ID=Miro_239;
-Miro GenBank CDS 148238 149257 . + 1 Alias=Miro_239;ID=Miro_239.CDS;Name=Miro_239;Note=T4 Rnl2-like;Parent=Miro_239;obsolete_name=Miro_201;product=RNA ligase;
-Miro GenBank Shine_Dalgarno_sequence 148228 148231 . + 1 ID=Miro_239.RBS;Name=Miro_239;Parent=Miro_239;
-Miro feature gene 99939 100090 . - . ID=Miro_184;
-Miro GenBank CDS 99939 100079 . - 1 ID=Miro_184.CDS;Name=Miro_184;Parent=Miro_184;obsolete_name=Miro_256;product=hypothetical conserved;tmhelix=1 TMD (19-41) N in%2C C out;
-Miro GenBank Shine_Dalgarno_sequence 100085 100090 . - 1 Alias=Miro_184;ID=Miro_184.RBS;Name=Miro_184;Parent=Miro_184;
-Miro feature gene 146845 147029 . + . ID=Miro_235;
-Miro GenBank CDS 146853 147029 . + 1 Alias=Miro_235;ID=Miro_235.CDS;Name=Miro_235;Parent=Miro_235;obsolete_name=Miro_205;product=hypothetical conserved;tmhelix=2TMDs (5-27%2C 31-50) N in%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 146845 146847 . + 1 ID=Miro_235.RBS;Name=Miro_235;Parent=Miro_235;
-Miro feature gene 146530 146856 . + . ID=Miro_234;
-Miro GenBank CDS 146539 146856 . + 1 Alias=Miro_234;ID=Miro_234.CDS;Name=Miro_234;Parent=Miro_234;obsolete_name=Miro_206;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 146530 146533 . + 1 ID=Miro_234.RBS;Name=Miro_234;Parent=Miro_234;
-Miro feature gene 147343 147710 . + . ID=Miro_237;
-Miro GenBank CDS 147354 147710 . + 1 Alias=Miro_237;ID=Miro_237.CDS;Name=Miro_237;Parent=Miro_237;obsolete_name=Miro_203;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 147343 147346 . + 1 ID=Miro_237.RBS;Name=Miro_237;Parent=Miro_237;
-Miro feature gene 147016 147352 . + . ID=Miro_236;
-Miro GenBank CDS 147026 147352 . + 1 Alias=Miro_236;ID=Miro_236.CDS;Name=Miro_236;Parent=Miro_236;obsolete_name=Miro_204;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 147016 147019 . + 1 ID=Miro_236.RBS;Name=Miro_236;Parent=Miro_236;
-Miro feature gene 144163 144638 . - . ID=Miro_231;
-Miro GenBank CDS 144163 144627 . - 1 ID=Miro_231.CDS;Name=Miro_231;Note=contains HAD-like domain;Parent=Miro_231;obsolete_name=Miro_209;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 144635 144638 . - 1 Alias=Miro_231;ID=Miro_231.RBS;Name=Miro_231;Parent=Miro_231;
-Miro feature gene 143604 144131 . + . ID=Miro_230;
-Miro GenBank CDS 143613 144131 . + 1 Alias=Miro_230;ID=Miro_230.CDS;Name=Miro_230;Parent=Miro_230;obsolete_name=Miro_210;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 143604 143606 . + 1 ID=Miro_230.RBS;Name=Miro_230;Parent=Miro_230;
-Miro feature gene 145620 146506 . + . ID=Miro_233;
-Miro GenBank CDS 145631 146506 . + 1 Alias=Miro_233;ID=Miro_233.CDS;Name=Miro_233;Parent=Miro_233;obsolete_name=Miro_207;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 145620 145623 . + 1 ID=Miro_233.RBS;Name=Miro_233;Parent=Miro_233;
-Miro feature gene 144677 145528 . - . ID=Miro_232;
-Miro GenBank CDS 144677 145516 . - 1 ID=Miro_232.CDS;Name=Miro_232;Note=contains P-loop NTPase and zeta toxin domains;Parent=Miro_232;obsolete_name=Miro_208;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 145525 145528 . - 1 Alias=Miro_232;ID=Miro_232.RBS;Name=Miro_232;Parent=Miro_232;
-Miro feature gene 160735 161413 . + . ID=Miro_259;
-Miro GenBank CDS 160745 161413 . + 1 Alias=Miro_259;ID=Miro_259.CDS;Name=Miro_259;Parent=Miro_259;obsolete_name=Miro_181;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 160735 160739 . + 1 ID=Miro_259.RBS;Name=Miro_259;Parent=Miro_259;
-Miro feature gene 65834 66298 . - . ID=Miro_110;
-Miro GenBank CDS 65834 66289 . - 1 ID=Miro_110.CDS;Name=Miro_110;Parent=Miro_110;obsolete_name=Miro_054;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 66295 66298 . - 1 Alias=Miro_110;ID=Miro_110.RBS;Name=Miro_110;Parent=Miro_110;
-Miro GenBank CDS 157781 157987 . + 1 ID=Miro_253;Name=Miro_253;obsolete_name=Miro_187;product=hypothetical conserved;
-Miro feature gene 157275 157781 . + . ID=Miro_252;
-Miro GenBank CDS 157287 157781 . + 1 Alias=Miro_252;ID=Miro_252.CDS;Name=Miro_252;Parent=Miro_252;obsolete_name=Miro_188;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 157275 157278 . + 1 ID=Miro_252.RBS;Name=Miro_252;Parent=Miro_252;
-Miro feature gene 157033 157287 . + . ID=Miro_251;
-Miro GenBank CDS 157045 157287 . + 1 Alias=Miro_251;ID=Miro_251.CDS;Name=Miro_251;Parent=Miro_251;obsolete_name=Miro_189;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 157033 157037 . + 1 ID=Miro_251.RBS;Name=Miro_251;Parent=Miro_251;
-Miro feature gene 154844 156977 . + . ID=Miro_250;
-Miro GenBank CDS 154854 156977 . + 1 Alias=Miro_250;ID=Miro_250.CDS;Name=Miro_250;Note=T4-like%3B contains glycine radical domain;Parent=Miro_250;obsolete_name=Miro_190;product=anaerobic ribonucleoside-triphosphate reductase;
-Miro GenBank Shine_Dalgarno_sequence 154844 154846 . + 1 ID=Miro_250.RBS;Name=Miro_250;Parent=Miro_250;
-Miro feature gene 159166 159667 . + . ID=Miro_257;
-Miro GenBank CDS 159176 159667 . + 1 Alias=Miro_257;ID=Miro_257.CDS;Name=Miro_257;Note=T4 NrdG-like;Parent=Miro_257;obsolete_name=Miro_183;product=ribonucleoside-triphosphate reductase activating protein;
-Miro GenBank Shine_Dalgarno_sequence 159166 159169 . + 1 ID=Miro_257.RBS;Name=Miro_257;Parent=Miro_257;
-Miro feature gene 158528 159179 . + . ID=Miro_256;
-Miro GenBank CDS 158538 159179 . + 1 Alias=Miro_256;ID=Miro_256.CDS;Name=Miro_256;Note=contains nuclease associated modular 3 and winged helix-turn-helix DNA-binding domains;Parent=Miro_256;obsolete_name=Miro_184;product=homing endonuclease;
-Miro GenBank Shine_Dalgarno_sequence 158528 158530 . + 1 ID=Miro_256.RBS;Name=Miro_256;Parent=Miro_256;
-Miro feature gene 158309 158511 . + . ID=Miro_255;
-Miro GenBank CDS 158320 158511 . + 1 Alias=Miro_255;ID=Miro_255.CDS;Name=Miro_255;Parent=Miro_255;obsolete_name=Miro_185;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 158309 158314 . + 1 ID=Miro_255.RBS;Name=Miro_255;Parent=Miro_255;
-Miro feature gene 157997 158259 . + . ID=Miro_254;
-Miro GenBank CDS 158008 158259 . + 1 Alias=Miro_254;ID=Miro_254.CDS;Name=Miro_254;Parent=Miro_254;obsolete_name=Miro_186;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 157997 158000 . + 1 ID=Miro_254.RBS;Name=Miro_254;Parent=Miro_254;
-Miro feature gene 16633 17132 . - . ID=Miro_30;
-Miro GenBank CDS 16633 17121 . - 1 ID=Miro_30.CDS;Name=Miro_30;Note=T4 gp23/gp24-like;Parent=Miro_30;obsolete_name=Miro_134;product=major capsid protein;
-Miro GenBank Shine_Dalgarno_sequence 17130 17132 . - 1 Alias=Miro_30;ID=Miro_30.RBS;Name=Miro_30;Parent=Miro_30;
-Miro feature gene 17127 17819 . - . ID=Miro_31;
-Miro GenBank CDS 17127 17813 . - 1 ID=Miro_31.CDS;Name=Miro_31;Note=contains N-6 adenine-specific DNA methylase conserved site;Parent=Miro_31;obsolete_name=Miro_133;product=radical SAM protein;
-Miro GenBank Shine_Dalgarno_sequence 17817 17819 . - 1 Alias=Miro_31;ID=Miro_31.RBS;Name=Miro_31;Parent=Miro_31;
-Miro feature gene 17839 18240 . - . ID=Miro_32;
-Miro GenBank CDS 17839 18231 . - 1 ID=Miro_32.CDS;Name=Miro_32;Parent=Miro_32;obsolete_name=Miro_132;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 18237 18240 . - 1 Alias=Miro_32;ID=Miro_32.RBS;Name=Miro_32;Parent=Miro_32;
-Miro feature gene 18228 18475 . - . ID=Miro_33;
-Miro GenBank CDS 18228 18464 . - 1 ID=Miro_33.CDS;Name=Miro_33;Parent=Miro_33;obsolete_name=Miro_131;product=hypothetical conserved;tmhelix=2TMDs (5-27%2C 38-60) N in%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 18470 18475 . - 1 Alias=Miro_33;ID=Miro_33.RBS;Name=Miro_33;Parent=Miro_33;
-Miro feature gene 18556 18822 . - . ID=Miro_34;
-Miro GenBank CDS 18556 18810 . - 1 ID=Miro_34.CDS;Name=Miro_34;Parent=Miro_34;obsolete_name=Miro_130;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 18818 18822 . - 1 Alias=Miro_34;ID=Miro_34.RBS;Name=Miro_34;Parent=Miro_34;
-Miro feature gene 18889 19168 . - . ID=Miro_35;
-Miro GenBank CDS 18889 19158 . - 1 ID=Miro_35.CDS;Name=Miro_35;Parent=Miro_35;obsolete_name=Miro_129;product=hypothetical conserved;tmhelix=2TMDs (7-29%2C 44-66) N in%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 19165 19168 . - 1 Alias=Miro_35;ID=Miro_35.RBS;Name=Miro_35;Parent=Miro_35;
-Miro feature gene 19202 20648 . - . ID=Miro_36;
-Miro GenBank CDS 19202 20638 . - 1 ID=Miro_36.CDS;Name=Miro_36;Note=T4 gp41-like;Parent=Miro_36;obsolete_name=Miro_128;product=DNA helicase;
-Miro GenBank Shine_Dalgarno_sequence 20646 20648 . - 1 Alias=Miro_36;ID=Miro_36.RBS;Name=Miro_36;Parent=Miro_36;
-Miro feature gene 20648 20978 . - . ID=Miro_37;
-Miro GenBank CDS 20648 20968 . - 1 ID=Miro_37.CDS;Name=Miro_37;Note=T4 gp40-like;Parent=Miro_37;obsolete_name=Miro_127;product=head formation protein;
-Miro GenBank Shine_Dalgarno_sequence 20975 20978 . - 1 Alias=Miro_37;ID=Miro_37.RBS;Name=Miro_37;Parent=Miro_37;
-Miro feature gene 21006 22174 . - . ID=Miro_38;
-Miro GenBank CDS 21006 22163 . - 1 ID=Miro_38.CDS;Name=Miro_38;Note=T4 RecA-like;Parent=Miro_38;obsolete_name=Miro_126;product=DNA recombination and repair protein;tmhelix=1 TMD (40-62) N in%2C C out;
-Miro GenBank Shine_Dalgarno_sequence 22172 22174 . - 1 Alias=Miro_38;ID=Miro_38.RBS;Name=Miro_38;Parent=Miro_38;
-Miro feature gene 22238 24954 . - . ID=Miro_39;
-Miro GenBank CDS 22238 24937 . - 1 ID=Miro_39.CDS;Name=Miro_39;Note=T4 gp43-like;Parent=Miro_39;obsolete_name=Miro_125;product=DNA polymerase;
-Miro GenBank Shine_Dalgarno_sequence 24951 24954 . - 1 Alias=Miro_39;ID=Miro_39.RBS;Name=Miro_39;Parent=Miro_39;
-Miro feature gene 101597 101867 . - . ID=Miro_188;
-Miro GenBank CDS 101597 101857 . - 1 ID=Miro_188.CDS;Name=Miro_188;Parent=Miro_188;obsolete_name=Miro_252;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 101864 101867 . - 1 Alias=Miro_188;ID=Miro_188.RBS;Name=Miro_188;Parent=Miro_188;
-Miro feature gene 73570 73827 . - . ID=Miro_125;
-Miro GenBank CDS 73570 73815 . - 1 ID=Miro_125.CDS;Name=Miro_125;Parent=Miro_125;obsolete_name=Miro_039;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 73823 73827 . - 1 Alias=Miro_125;ID=Miro_125.RBS;Name=Miro_125;Parent=Miro_125;
-Miro feature gene 66297 66533 . - . ID=Miro_111;
-Miro GenBank CDS 66297 66521 . - 1 ID=Miro_111.CDS;Name=Miro_111;Parent=Miro_111;obsolete_name=Miro_053;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 66530 66533 . - 1 Alias=Miro_111;ID=Miro_111.RBS;Name=Miro_111;Parent=Miro_111;
-Miro feature gene 74819 75206 . - . ID=Miro_127;
-Miro GenBank CDS 74819 75196 . - 1 ID=Miro_127.CDS;Name=Miro_127;Parent=Miro_127;obsolete_name=Miro_037;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 75203 75206 . - 1 Alias=Miro_127;ID=Miro_127.RBS;Name=Miro_127;Parent=Miro_127;
-Miro feature gene 73812 74832 . - . ID=Miro_126;
-Miro GenBank CDS 73812 74819 . - 1 ID=Miro_126.CDS;Name=Miro_126;Note=T4 nrdC.11-like;Parent=Miro_126;obsolete_name=Miro_038;product=nucleotidyltransferase;
-Miro GenBank Shine_Dalgarno_sequence 74829 74832 . - 1 Alias=Miro_126;ID=Miro_126.RBS;Name=Miro_126;Parent=Miro_126;
-Miro feature gene 71861 72037 . - . ID=Miro_121;
-Miro GenBank CDS 71861 72028 . - 1 ID=Miro_121.CDS;Name=Miro_121;Parent=Miro_121;obsolete_name=Miro_043;product=hypothetical conserved;tmhelix=2TMDs (9-26%2C 30-52) N in%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 72034 72037 . - 1 Alias=Miro_121;ID=Miro_121.RBS;Name=Miro_121;Parent=Miro_121;
-Miro feature gene 71577 71871 . - . ID=Miro_120;
-Miro GenBank CDS 71577 71861 . - 1 ID=Miro_120.CDS;Name=Miro_120;Parent=Miro_120;obsolete_name=Miro_044;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 71868 71871 . - 1 Alias=Miro_120;ID=Miro_120.RBS;Name=Miro_120;Parent=Miro_120;
-Miro feature gene 72390 73331 . - . ID=Miro_123;
-Miro GenBank CDS 72390 73316 . - 1 ID=Miro_123.CDS;Name=Miro_123;Note=C-5 cytosine-specific active site;Parent=Miro_123;obsolete_name=Miro_041;product=cytosine-specific methyltransferase;
-Miro GenBank Shine_Dalgarno_sequence 73329 73331 . - 1 Alias=Miro_123;ID=Miro_123.RBS;Name=Miro_123;Parent=Miro_123;
-Miro feature gene 72068 72357 . - . ID=Miro_122;
-Miro GenBank CDS 72068 72346 . - 1 ID=Miro_122.CDS;Name=Miro_122;Parent=Miro_122;obsolete_name=Miro_042;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 72354 72357 . - 1 Alias=Miro_122;ID=Miro_122.RBS;Name=Miro_122;Parent=Miro_122;
-Miro feature gene 75417 76034 . - . ID=Miro_129;
-Miro GenBank CDS 75417 76022 . - 1 ID=Miro_129.CDS;Name=Miro_129;Parent=Miro_129;obsolete_name=Miro_035;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 76031 76034 . - 1 Alias=Miro_129;ID=Miro_129.RBS;Name=Miro_129;Parent=Miro_129;
-Miro feature gene 75193 75434 . - . ID=Miro_128;
-Miro GenBank CDS 75193 75420 . - 1 ID=Miro_128.CDS;Name=Miro_128;Parent=Miro_128;obsolete_name=Miro_036;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 75430 75434 . - 1 Alias=Miro_128;ID=Miro_128.RBS;Name=Miro_128;Parent=Miro_128;
-Miro feature gene 133686 134487 . + . ID=Miro_217;
-Miro GenBank CDS 133699 134487 . + 1 Alias=Miro_217;ID=Miro_217.CDS;Name=Miro_217;Parent=Miro_217;obsolete_name=Miro_223;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 133686 133689 . + 1 ID=Miro_217.RBS;Name=Miro_217;Parent=Miro_217;
-Miro feature gene 172795 173074 . - . ID=Miro_268;
-Miro GenBank CDS 172795 173064 . - 1 ID=Miro_268.CDS;Name=Miro_268;Parent=Miro_268;obsolete_name=Miro_172;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 173071 173074 . - 1 Alias=Miro_268;ID=Miro_268.RBS;Name=Miro_268;Parent=Miro_268;
-Miro feature gene 133007 133666 . + . ID=Miro_216;
-Miro GenBank CDS 133019 133666 . + 1 Alias=Miro_216;ID=Miro_216.CDS;Name=Miro_216;Note=T4 gp21-like;Parent=Miro_216;obsolete_name=Miro_224;product=prohead core protein protease;
-Miro GenBank Shine_Dalgarno_sequence 133007 133010 . + 1 ID=Miro_216.RBS;Name=Miro_216;Parent=Miro_216;
-Miro feature gene 171490 172030 . + . ID=Miro_266;
-Miro GenBank CDS 171503 172030 . + 1 Alias=Miro_266;ID=Miro_266.CDS;Name=Miro_266;Note=T2 gp38-like;Parent=Miro_266;obsolete_name=Miro_174;product=receptor-recognizing protein;
-Miro GenBank Shine_Dalgarno_sequence 171490 171494 . + 1 ID=Miro_266.RBS;Name=Miro_266;Parent=Miro_266;
-Miro feature gene 172135 172794 . + . ID=Miro_267;
-Miro GenBank CDS 172147 172794 . + 1 Alias=Miro_267;ID=Miro_267.CDS;Name=Miro_267;Note=T4 gpT-like;Parent=Miro_267;obsolete_name=Miro_173;product=holin;tmhelix=1 TMD (29-47) N in%2C C out;
-Miro GenBank Shine_Dalgarno_sequence 172135 172137 . + 1 ID=Miro_267.RBS;Name=Miro_267;Parent=Miro_267;
-Miro feature gene 166968 167645 . + . ID=Miro_264;
-Miro GenBank CDS 166977 167645 . + 1 Alias=Miro_264;ID=Miro_264.CDS;Name=Miro_264;Note=T4 gp36-like;Parent=Miro_264;obsolete_name=Miro_176;product=tail fiber;
-Miro GenBank Shine_Dalgarno_sequence 166968 166971 . + 1 ID=Miro_264.RBS;Name=Miro_264;Parent=Miro_264;
-Miro feature gene 167645 171466 . + . ID=Miro_265;
-Miro GenBank CDS 167654 171466 . + 1 Alias=Miro_265;ID=Miro_265.CDS;Name=Miro_265;Parent=Miro_265;obsolete_name=Miro_175;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 167645 167648 . + 1 ID=Miro_265.RBS;Name=Miro_265;Parent=Miro_265;
-Miro feature gene 162017 165803 . + . ID=Miro_262;
-Miro GenBank CDS 162030 165803 . + 1 Alias=Miro_262;ID=Miro_262.CDS;Name=Miro_262;Parent=Miro_262;obsolete_name=Miro_178;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 162017 162020 . + 1 ID=Miro_262.RBS;Name=Miro_262;Parent=Miro_262;
-Miro feature gene 132602 133016 . + . ID=Miro_215;
-Miro GenBank CDS 132612 133016 . + 1 Alias=Miro_215;ID=Miro_215.CDS;Name=Miro_215;Note=T4 gp68-like;Parent=Miro_215;obsolete_name=Miro_225;product=prohead core protein;
-Miro GenBank Shine_Dalgarno_sequence 132602 132606 . + 1 ID=Miro_215.RBS;Name=Miro_215;Parent=Miro_215;
-Miro feature gene 161360 161654 . + . ID=Miro_260;
-Miro GenBank CDS 161373 161654 . + 1 Alias=Miro_260;ID=Miro_260.CDS;Name=Miro_260;Note=T4 NrdC-like;Parent=Miro_260;obsolete_name=Miro_180;product=glutaredoxin;
-Miro GenBank Shine_Dalgarno_sequence 161360 161363 . + 1 ID=Miro_260.RBS;Name=Miro_260;Parent=Miro_260;
-Miro feature gene 161642 161950 . + . ID=Miro_261;
-Miro GenBank CDS 161651 161950 . + 1 Alias=Miro_261;ID=Miro_261.CDS;Name=Miro_261;Note=T4 gp55.2-like;Parent=Miro_261;obsolete_name=Miro_179;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 161642 161645 . + 1 ID=Miro_261.RBS;Name=Miro_261;Parent=Miro_261;
-Miro feature gene 132347 132603 . + . ID=Miro_214;
-Miro GenBank CDS 132361 132603 . + 1 Alias=Miro_214;ID=Miro_214.CDS;Name=Miro_214;Parent=Miro_214;obsolete_name=Miro_226;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 132347 132350 . + 1 ID=Miro_214.RBS;Name=Miro_214;Parent=Miro_214;
-Miro feature gene 130777 132361 . + . ID=Miro_213;
-Miro GenBank CDS 130787 132361 . + 1 Alias=Miro_213;ID=Miro_213.CDS;Name=Miro_213;Note=T4 gp20-like;Parent=Miro_213;obsolete_name=Miro_227;product=portal protein;
-Miro GenBank Shine_Dalgarno_sequence 130777 130780 . + 1 ID=Miro_213.RBS;Name=Miro_213;Parent=Miro_213;
-Miro feature gene 147698 148234 . + . ID=Miro_238;
-Miro GenBank CDS 147710 148234 . + 1 Alias=Miro_238;ID=Miro_238.CDS;Name=Miro_238;Parent=Miro_238;obsolete_name=Miro_202;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 147698 147701 . + 1 ID=Miro_238.RBS;Name=Miro_238;Parent=Miro_238;
-Miro feature gene 130235 130731 . + . ID=Miro_212;
-Miro GenBank CDS 130246 130731 . + 1 Alias=Miro_212;ID=Miro_212.CDS;Name=Miro_212;Note=T4 gp19-like;Parent=Miro_212;obsolete_name=Miro_228;product=tail tube protein;
-Miro GenBank Shine_Dalgarno_sequence 130235 130239 . + 1 ID=Miro_212.RBS;Name=Miro_212;Parent=Miro_212;
-Miro feature gene 51892 52172 . + . ID=Miro_85;
-Miro GenBank CDS 51903 52172 . + 1 Alias=Miro_85;ID=Miro_85.CDS;Name=Miro_85;Parent=Miro_85;obsolete_name=Miro_079;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 51892 51894 . + 1 ID=Miro_85.RBS;Name=Miro_85;Parent=Miro_85;
-Miro feature gene 51531 51903 . + . ID=Miro_84;
-Miro GenBank CDS 51541 51903 . + 1 Alias=Miro_84;ID=Miro_84.CDS;Name=Miro_84;Note=T4-like%3B contains glycine radical domain;Parent=Miro_84;obsolete_name=Miro_080;product=autonomous glycyl radical cofactor;
-Miro GenBank Shine_Dalgarno_sequence 51531 51534 . + 1 ID=Miro_84.RBS;Name=Miro_84;Parent=Miro_84;
-Miro feature gene 52585 52833 . + . ID=Miro_87;
-Miro GenBank CDS 52594 52833 . + 1 Alias=Miro_87;ID=Miro_87.CDS;Name=Miro_87;Parent=Miro_87;obsolete_name=Miro_077;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 52585 52588 . + 1 ID=Miro_87.RBS;Name=Miro_87;Parent=Miro_87;
-Miro feature gene 52286 52591 . + . ID=Miro_86;
-Miro GenBank CDS 52298 52591 . + 1 Alias=Miro_86;ID=Miro_86.CDS;Name=Miro_86;Parent=Miro_86;obsolete_name=Miro_078;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 52286 52289 . + 1 ID=Miro_86.RBS;Name=Miro_86;Parent=Miro_86;
-Miro feature gene 50203 50493 . + . ID=Miro_81;
-Miro GenBank CDS 50212 50493 . + 1 Alias=Miro_81;ID=Miro_81.CDS;Name=Miro_81;Parent=Miro_81;obsolete_name=Miro_083;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 50203 50206 . + 1 ID=Miro_81.RBS;Name=Miro_81;Parent=Miro_81;
-Miro feature gene 49635 49896 . + . ID=Miro_80;
-Miro GenBank CDS 49645 49896 . + 1 Alias=Miro_80;ID=Miro_80.CDS;Name=Miro_80;Parent=Miro_80;obsolete_name=Miro_084;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 49635 49637 . + 1 ID=Miro_80.RBS;Name=Miro_80;Parent=Miro_80;
-Miro feature gene 50955 51530 . + . ID=Miro_83;
-Miro GenBank CDS 50964 51530 . + 1 Alias=Miro_83;ID=Miro_83.CDS;Name=Miro_83;Parent=Miro_83;obsolete_name=Miro_081;product=hypothetical conserved;tmhelix=1 TMD (9-31) N in%2C C out;
-Miro GenBank Shine_Dalgarno_sequence 50955 50958 . + 1 ID=Miro_83.RBS;Name=Miro_83;Parent=Miro_83;
-Miro feature gene 50495 50922 . + . ID=Miro_82;
-Miro GenBank CDS 50503 50922 . + 1 Alias=Miro_82;ID=Miro_82.CDS;Name=Miro_82;Parent=Miro_82;obsolete_name=Miro_082;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 50495 50497 . + 1 ID=Miro_82.RBS;Name=Miro_82;Parent=Miro_82;
-Miro feature gene 104839 105703 . - . ID=Miro_193;
-Miro GenBank CDS 104839 105693 . - 1 ID=Miro_193.CDS;Name=Miro_193;Parent=Miro_193;obsolete_name=Miro_247;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 105699 105703 . - 1 Alias=Miro_193;ID=Miro_193.RBS;Name=Miro_193;Parent=Miro_193;
-Miro feature gene 52974 53137 . + . ID=Miro_89;
-Miro GenBank CDS 52985 53137 . + 1 Alias=Miro_89;ID=Miro_89.CDS;Name=Miro_89;Parent=Miro_89;obsolete_name=Miro_075;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 52974 52978 . + 1 ID=Miro_89.RBS;Name=Miro_89;Parent=Miro_89;
-Miro feature gene 52806 52988 . + . ID=Miro_88;
-Miro GenBank CDS 52818 52988 . + 1 Alias=Miro_88;ID=Miro_88.CDS;Name=Miro_88;Parent=Miro_88;obsolete_name=Miro_076;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 52806 52809 . + 1 ID=Miro_88.RBS;Name=Miro_88;Parent=Miro_88;
-Miro feature gene 85193 86549 . - . ID=Miro_150;
-Miro GenBank CDS 85193 86539 . - 1 ID=Miro_150.CDS;Name=Miro_150;Note=contains PIN domain and P-loop containing nucleoside triphosphate hydrolase;Parent=Miro_150;obsolete_name=Miro_014;product=PhoH-like protein;
-Miro GenBank Shine_Dalgarno_sequence 86546 86549 . - 1 Alias=Miro_150;ID=Miro_150.RBS;Name=Miro_150;Parent=Miro_150;
-Miro feature gene 86549 87082 . - . ID=Miro_151;
-Miro GenBank CDS 86549 87073 . - 1 ID=Miro_151.CDS;Name=Miro_151;Note=contains AP2/ERF domain;Parent=Miro_151;obsolete_name=Miro_013;product=HNH endonuclease;
-Miro GenBank Shine_Dalgarno_sequence 87079 87082 . - 1 Alias=Miro_151;ID=Miro_151.RBS;Name=Miro_151;Parent=Miro_151;
-Miro feature gene 87073 87540 . - . ID=Miro_152;
-Miro GenBank CDS 87073 87531 . - 1 ID=Miro_152.CDS;Name=Miro_152;Parent=Miro_152;obsolete_name=Miro_012;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 87537 87540 . - 1 Alias=Miro_152;ID=Miro_152.RBS;Name=Miro_152;Parent=Miro_152;
-Miro feature gene 87563 87968 . - . ID=Miro_153;
-Miro GenBank CDS 87563 87958 . - 1 ID=Miro_153.CDS;Name=Miro_153;Note=D-alanyl-D-alanine carboxypeptidase;Parent=Miro_153;obsolete_name=Miro_011;product=endolysin;
-Miro GenBank Shine_Dalgarno_sequence 87964 87968 . - 1 Alias=Miro_153;ID=Miro_153.RBS;Name=Miro_153;Parent=Miro_153;
-Miro feature gene 88026 88439 . - . ID=Miro_154;
-Miro GenBank CDS 88026 88427 . - 1 ID=Miro_154.CDS;Name=Miro_154;Parent=Miro_154;obsolete_name=Miro_010;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 88436 88439 . - 1 Alias=Miro_154;ID=Miro_154.RBS;Name=Miro_154;Parent=Miro_154;
-Miro feature gene 88482 88815 . - . ID=Miro_155;
-Miro GenBank CDS 88482 88805 . - 1 ID=Miro_155.CDS;Name=Miro_155;Parent=Miro_155;obsolete_name=Miro_009;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 88812 88815 . - 1 Alias=Miro_155;ID=Miro_155.RBS;Name=Miro_155;Parent=Miro_155;
-Miro feature gene 88845 89119 . - . ID=Miro_156;
-Miro GenBank CDS 88845 89108 . - 1 ID=Miro_156.CDS;Name=Miro_156;Parent=Miro_156;obsolete_name=Miro_008;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 89115 89119 . - 1 Alias=Miro_156;ID=Miro_156.RBS;Name=Miro_156;Parent=Miro_156;
-Miro feature gene 89178 89447 . - . ID=Miro_157;
-Miro GenBank CDS 89178 89438 . - 1 ID=Miro_157.CDS;Name=Miro_157;Parent=Miro_157;obsolete_name=Miro_007;product=hypothetical conserved;signal=signal peptidase II cleavage site 19-20;
-Miro GenBank Shine_Dalgarno_sequence 89445 89447 . - 1 Alias=Miro_157;ID=Miro_157.RBS;Name=Miro_157;Parent=Miro_157;
-Miro feature gene 89440 89880 . - . ID=Miro_158;
-Miro GenBank CDS 89440 89871 . - 1 ID=Miro_158.CDS;Name=Miro_158;Parent=Miro_158;obsolete_name=Miro_006;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 89878 89880 . - 1 Alias=Miro_158;ID=Miro_158.RBS;Name=Miro_158;Parent=Miro_158;
-Miro feature gene 89882 90064 . - . ID=Miro_159;
-Miro GenBank CDS 89882 90055 . - 1 ID=Miro_159.CDS;Name=Miro_159;Parent=Miro_159;obsolete_name=Miro_005;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 90061 90064 . - 1 Alias=Miro_159;ID=Miro_159.RBS;Name=Miro_159;Parent=Miro_159;
-Miro feature gene 134495 136075 . + . ID=Miro_218;
-Miro GenBank CDS 134507 136075 . + 1 Alias=Miro_218;ID=Miro_218.CDS;Name=Miro_218;Note=T4 gp23/gp24-like;Parent=Miro_218;obsolete_name=Miro_222;product=major capsid protein;
-Miro GenBank Shine_Dalgarno_sequence 134495 134498 . + 1 ID=Miro_218.RBS;Name=Miro_218;Parent=Miro_218;
-Miro feature gene 174229 174467 . - . ID=Miro_271;
-Miro GenBank CDS 174229 174456 . - 1 ID=Miro_271.CDS;Name=Miro_271;Parent=Miro_271;obsolete_name=Miro_169;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 174464 174467 . - 1 Alias=Miro_271;ID=Miro_271.RBS;Name=Miro_271;Parent=Miro_271;
-Miro feature gene 173351 174160 . - . ID=Miro_270;
-Miro GenBank CDS 173351 174148 . - 1 ID=Miro_270.CDS;Name=Miro_270;Parent=Miro_270;obsolete_name=Miro_170;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 174156 174160 . - 1 Alias=Miro_270;ID=Miro_270.RBS;Name=Miro_270;Parent=Miro_270;
-Miro feature gene 174760 174903 . - . ID=Miro_273;
-Miro GenBank CDS 174760 174894 . - 1 ID=Miro_273.CDS;Name=Miro_273;Parent=Miro_273;obsolete_name=Miro_167;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 174900 174903 . - 1 Alias=Miro_273;ID=Miro_273.RBS;Name=Miro_273;Parent=Miro_273;
-Miro feature gene 174453 174796 . - . ID=Miro_272;
-Miro GenBank CDS 174453 174785 . - 1 ID=Miro_272.CDS;Name=Miro_272;Parent=Miro_272;obsolete_name=Miro_168;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 174793 174796 . - 1 Alias=Miro_272;ID=Miro_272.RBS;Name=Miro_272;Parent=Miro_272;
-Miro feature gene 175224 175675 . - . ID=Miro_275;
-Miro GenBank CDS 175224 175661 . - 1 ID=Miro_275.CDS;Name=Miro_275;Parent=Miro_275;obsolete_name=Miro_165;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 175673 175675 . - 1 Alias=Miro_275;ID=Miro_275.RBS;Name=Miro_275;Parent=Miro_275;
-Miro feature gene 174939 175197 . - . ID=Miro_274;
-Miro GenBank CDS 174939 175187 . - 1 ID=Miro_274.CDS;Name=Miro_274;Note=contains FCH and colicin domains;Parent=Miro_274;obsolete_name=Miro_166;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 175195 175197 . - 1 Alias=Miro_274;ID=Miro_274.RBS;Name=Miro_274;Parent=Miro_274;
-Miro feature gene 175636 176021 . - . ID=Miro_276;
-Miro GenBank CDS 175636 176010 . - 1 ID=Miro_276.CDS;Name=Miro_276;Parent=Miro_276;obsolete_name=Miro_164;product=hypothetical conserved;tmhelix=2TMDs (44-66%2C 76-98) N in%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 176017 176021 . - 1 Alias=Miro_276;ID=Miro_276.RBS;Name=Miro_276;Parent=Miro_276;
-Miro feature gene 82146 82479 . - . ID=Miro_144;
-Miro GenBank CDS 82146 82469 . - 1 ID=Miro_144.CDS;Name=Miro_144;Parent=Miro_144;obsolete_name=Miro_020;product=hypothetical conserved;signal=signal peptidase I cleavage site 17-18;
-Miro GenBank Shine_Dalgarno_sequence 82476 82479 . - 1 Alias=Miro_144;ID=Miro_144.RBS;Name=Miro_144;Parent=Miro_144;
-Miro feature gene 11178 11471 . - . ID=Miro_18;
-Miro GenBank CDS 11178 11459 . - 1 ID=Miro_18.CDS;Name=Miro_18;Note=contains LysM domain;Parent=Miro_18;obsolete_name=Miro_146;product=peptidoglycan-binding protein;
-Miro GenBank Shine_Dalgarno_sequence 11468 11471 . - 1 Alias=Miro_18;ID=Miro_18.RBS;Name=Miro_18;Parent=Miro_18;
-Miro GenBank CDS 11456 11731 . - 1 ID=Miro_19;Name=Miro_19;obsolete_name=Miro_145;product=hypothetical conserved;
-Miro feature gene 9399 9740 . - . ID=Miro_12;
-Miro GenBank CDS 9399 9728 . - 1 ID=Miro_12.CDS;Name=Miro_12;Parent=Miro_12;obsolete_name=Miro_152;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 9736 9740 . - 1 Alias=Miro_12;ID=Miro_12.RBS;Name=Miro_12;Parent=Miro_12;
-Miro feature gene 9788 10025 . - . ID=Miro_13;
-Miro GenBank CDS 9788 10012 . - 1 ID=Miro_13.CDS;Name=Miro_13;Parent=Miro_13;obsolete_name=Miro_151;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 10021 10025 . - 1 Alias=Miro_13;ID=Miro_13.RBS;Name=Miro_13;Parent=Miro_13;
-Miro feature gene 8488 8779 . - . ID=Miro_10;
-Miro GenBank CDS 8488 8766 . - 1 ID=Miro_10.CDS;Name=Miro_10;Parent=Miro_10;obsolete_name=Miro_154;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 8776 8779 . - 1 Alias=Miro_10;ID=Miro_10.RBS;Name=Miro_10;Parent=Miro_10;
-Miro feature gene 8763 9370 . - . ID=Miro_11;
-Miro GenBank CDS 8763 9359 . - 1 ID=Miro_11.CDS;Name=Miro_11;Parent=Miro_11;obsolete_name=Miro_153;product=hypothetical conserved;tmhelix=1 TMD (10-29) N out%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 9367 9370 . - 1 Alias=Miro_11;ID=Miro_11.RBS;Name=Miro_11;Parent=Miro_11;
-Miro feature gene 10737 10970 . - . ID=Miro_16;
-Miro GenBank CDS 10737 10961 . - 1 ID=Miro_16.CDS;Name=Miro_16;Parent=Miro_16;obsolete_name=Miro_148;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 10967 10970 . - 1 Alias=Miro_16;ID=Miro_16.RBS;Name=Miro_16;Parent=Miro_16;
-Miro feature gene 10965 11125 . - . ID=Miro_17;
-Miro GenBank CDS 10965 11114 . - 1 ID=Miro_17.CDS;Name=Miro_17;Parent=Miro_17;obsolete_name=Miro_147;product=hypothetical conserved;tmhelix=1 TMD (10-32) N out%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 11121 11125 . - 1 Alias=Miro_17;ID=Miro_17.RBS;Name=Miro_17;Parent=Miro_17;
-Miro feature gene 10086 10361 . - . ID=Miro_14;
-Miro GenBank CDS 10086 10349 . - 1 ID=Miro_14.CDS;Name=Miro_14;Parent=Miro_14;obsolete_name=Miro_150;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 10358 10361 . - 1 Alias=Miro_14;ID=Miro_14.RBS;Name=Miro_14;Parent=Miro_14;
-Miro feature gene 10438 10746 . - . ID=Miro_15;
-Miro GenBank CDS 10438 10737 . - 1 ID=Miro_15.CDS;Name=Miro_15;Parent=Miro_15;obsolete_name=Miro_149;product=hypothetical conserved;tmhelix=1 TMD (4-21) N out%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 10743 10746 . - 1 Alias=Miro_15;ID=Miro_15.RBS;Name=Miro_15;Parent=Miro_15;
-Miro feature gene 53914 54144 . + . ID=Miro_92;
-Miro GenBank CDS 53923 54144 . + 1 Alias=Miro_92;ID=Miro_92.CDS;Name=Miro_92;Parent=Miro_92;obsolete_name=Miro_072;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 53914 53916 . + 1 ID=Miro_92.RBS;Name=Miro_92;Parent=Miro_92;
-Miro feature gene 54130 54755 . + . ID=Miro_93;
-Miro GenBank CDS 54141 54755 . + 1 Alias=Miro_93;ID=Miro_93.CDS;Name=Miro_93;Note=contains haloacid dehydrogenase (HAD)-like domain;Parent=Miro_93;obsolete_name=Miro_071;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 54130 54134 . + 1 ID=Miro_93.RBS;Name=Miro_93;Parent=Miro_93;
-Miro feature gene 53212 53661 . + . ID=Miro_90;
-Miro GenBank CDS 53221 53661 . + 1 Alias=Miro_90;ID=Miro_90.CDS;Name=Miro_90;Note=T4 Y12G-like;Parent=Miro_90;obsolete_name=Miro_074;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 53212 53215 . + 1 ID=Miro_90.RBS;Name=Miro_90;Parent=Miro_90;
-Miro feature gene 53646 53921 . + . ID=Miro_91;
-Miro GenBank CDS 53658 53921 . + 1 Alias=Miro_91;ID=Miro_91.CDS;Name=Miro_91;Parent=Miro_91;obsolete_name=Miro_073;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 53646 53648 . + 1 ID=Miro_91.RBS;Name=Miro_91;Parent=Miro_91;
-Miro feature gene 56987 57203 . + . ID=Miro_96;
-Miro GenBank CDS 57000 57203 . + 1 Alias=Miro_96;ID=Miro_96.CDS;Name=Miro_96;Parent=Miro_96;obsolete_name=Miro_068;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 56987 56990 . + 1 ID=Miro_96.RBS;Name=Miro_96;Parent=Miro_96;
-Miro feature gene 57193 57382 . + . ID=Miro_97;
-Miro GenBank CDS 57206 57382 . + 1 Alias=Miro_97;ID=Miro_97.CDS;Name=Miro_97;Parent=Miro_97;obsolete_name=Miro_067;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 57193 57195 . + 1 ID=Miro_97.RBS;Name=Miro_97;Parent=Miro_97;
-Miro feature gene 54726 56265 . + . ID=Miro_94;
-Miro GenBank CDS 54736 56265 . + 1 Alias=Miro_94;ID=Miro_94.CDS;Name=Miro_94;Note=T4-like;Parent=Miro_94;obsolete_name=Miro_070;product=DNA ligase;
-Miro GenBank Shine_Dalgarno_sequence 54726 54728 . + 1 ID=Miro_94.RBS;Name=Miro_94;Parent=Miro_94;
-Miro feature gene 56331 56911 . + . ID=Miro_95;
-Miro GenBank CDS 56342 56911 . + 1 Alias=Miro_95;ID=Miro_95.CDS;Name=Miro_95;Parent=Miro_95;obsolete_name=Miro_069;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 56331 56333 . + 1 ID=Miro_95.RBS;Name=Miro_95;Parent=Miro_95;
-Miro feature gene 57368 57543 . + . ID=Miro_98;
-Miro GenBank CDS 57379 57543 . + 1 Alias=Miro_98;ID=Miro_98.CDS;Name=Miro_98;Parent=Miro_98;obsolete_name=Miro_066;product=hypothetical conserved;tmhelix=2TMDs (7-26%2C 31-53) N in%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 57368 57372 . + 1 ID=Miro_98.RBS;Name=Miro_98;Parent=Miro_98;
-Miro feature gene 57613 57914 . + . ID=Miro_99;
-Miro GenBank CDS 57624 57914 . + 1 Alias=Miro_99;ID=Miro_99.CDS;Name=Miro_99;Parent=Miro_99;obsolete_name=Miro_065;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 57613 57616 . + 1 ID=Miro_99.RBS;Name=Miro_99;Parent=Miro_99;
-Miro feature gene 81924 82086 . - . ID=Miro_143;
-Miro GenBank CDS 81924 82079 . - 1 ID=Miro_143.CDS;Name=Miro_143;Parent=Miro_143;obsolete_name=Miro_021;product=hypothetical conserved;tmhelix=1 TMD (15-37) N out%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 82084 82086 . - 1 Alias=Miro_143;ID=Miro_143.RBS;Name=Miro_143;Parent=Miro_143;
-Miro feature gene 67179 67658 . - . ID=Miro_114;
-Miro GenBank CDS 67179 67649 . - 1 ID=Miro_114.CDS;Name=Miro_114;Parent=Miro_114;obsolete_name=Miro_050;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 67656 67658 . - 1 Alias=Miro_114;ID=Miro_114.RBS;Name=Miro_114;Parent=Miro_114;
-Miro feature gene 81366 81851 . - . ID=Miro_141;
-Miro GenBank CDS 81366 81839 . - 1 ID=Miro_141.CDS;Name=Miro_141;Note=contains macro domain;Parent=Miro_141;obsolete_name=Miro_023;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 81849 81851 . - 1 Alias=Miro_141;ID=Miro_141.RBS;Name=Miro_141;Parent=Miro_141;
-Miro feature gene 81076 81376 . - . ID=Miro_140;
-Miro GenBank CDS 81076 81363 . - 1 ID=Miro_140.CDS;Name=Miro_140;Parent=Miro_140;obsolete_name=Miro_024;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 81374 81376 . - 1 Alias=Miro_140;ID=Miro_140.RBS;Name=Miro_140;Parent=Miro_140;
-Miro feature gene 83223 83630 . - . ID=Miro_147;
-Miro GenBank CDS 83223 83618 . - 1 ID=Miro_147.CDS;Name=Miro_147;Parent=Miro_147;obsolete_name=Miro_017;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 83627 83630 . - 1 Alias=Miro_147;ID=Miro_147.RBS;Name=Miro_147;Parent=Miro_147;
-Miro feature gene 83066 83224 . - . ID=Miro_146;
-Miro GenBank CDS 83066 83212 . - 1 ID=Miro_146.CDS;Name=Miro_146;Parent=Miro_146;obsolete_name=Miro_018;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 83221 83224 . - 1 Alias=Miro_146;ID=Miro_146.RBS;Name=Miro_146;Parent=Miro_146;
-Miro feature gene 82479 83083 . - . ID=Miro_145;
-Miro GenBank CDS 82479 83069 . - 1 ID=Miro_145.CDS;Name=Miro_145;Parent=Miro_145;obsolete_name=Miro_019;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 83080 83083 . - 1 Alias=Miro_145;ID=Miro_145.RBS;Name=Miro_145;Parent=Miro_145;
-Miro feature gene 67646 67816 . - . ID=Miro_115;
-Miro GenBank CDS 67646 67804 . - 1 ID=Miro_115.CDS;Name=Miro_115;Parent=Miro_115;obsolete_name=Miro_049;product=hypothetical conserved;tmhelix=2TMDs (2-21%2C 31-50) N in%2C C in;
-Miro GenBank Shine_Dalgarno_sequence 67814 67816 . - 1 Alias=Miro_115;ID=Miro_115.RBS;Name=Miro_115;Parent=Miro_115;
-Miro feature gene 84392 84959 . - . ID=Miro_149;
-Miro GenBank CDS 84392 84946 . - 1 ID=Miro_149.CDS;Name=Miro_149;Parent=Miro_149;obsolete_name=Miro_015;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 84955 84959 . - 1 Alias=Miro_149;ID=Miro_149.RBS;Name=Miro_149;Parent=Miro_149;
-Miro feature gene 83686 84337 . - . ID=Miro_148;
-Miro GenBank CDS 83686 84327 . - 1 ID=Miro_148.CDS;Name=Miro_148;Note=T4 RegB-like;Parent=Miro_148;obsolete_name=Miro_016;product=endoribonuclease;signal=signal peptidase II cleavage site 12-13;
-Miro GenBank Shine_Dalgarno_sequence 84334 84337 . - 1 Alias=Miro_148;ID=Miro_148.RBS;Name=Miro_148;Parent=Miro_148;
-Miro feature gene 67801 68461 . - . ID=Miro_116;
-Miro GenBank CDS 67801 68451 . - 1 ID=Miro_116.CDS;Name=Miro_116;Parent=Miro_116;obsolete_name=Miro_048;product=hypothetical conserved;
-Miro GenBank Shine_Dalgarno_sequence 68457 68461 . - 1 Alias=Miro_116;ID=Miro_116.RBS;Name=Miro_116;Parent=Miro_116;
diff -r 4d4a4b603d33 -r 5004ddb62700 gff3.py
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/gff3.py Mon Jun 05 02:53:31 2023 +0000
@@ -0,0 +1,346 @@
+import copy
+import logging
+
+log = logging.getLogger()
+log.setLevel(logging.WARN)
+
+
+def feature_lambda(
+ feature_list,
+ test,
+ test_kwargs,
+ subfeatures=True,
+ parent=None,
+ invert=False,
+ recurse=True,
+):
+ """Recursively search through features, testing each with a test function, yielding matches.
+
+ GFF3 is a hierachical data structure, so we need to be able to recursively
+ search through features. E.g. if you're looking for a feature with
+ ID='bob.42', you can't just do a simple list comprehension with a test
+ case. You don't know how deeply burried bob.42 will be in the feature tree. This is where feature_lambda steps in.
+
+ :type feature_list: list
+ :param feature_list: an iterable of features
+
+ :type test: function reference
+ :param test: a closure with the method signature (feature, **kwargs) where
+ the kwargs are those passed in the next argument. This
+ function should return True or False, True if the feature is
+ to be yielded as part of the main feature_lambda function, or
+ False if it is to be ignored. This function CAN mutate the
+ features passed to it (think "apply").
+
+ :type test_kwargs: dictionary
+ :param test_kwargs: kwargs to pass to your closure when it is called.
+
+ :type subfeatures: boolean
+ :param subfeatures: when a feature is matched, should just that feature be
+ yielded to the caller, or should the entire sub_feature
+ tree for that feature be included? subfeatures=True is
+ useful in cases such as searching for a gene feature,
+ and wanting to know what RBS/Shine_Dalgarno_sequences
+ are in the sub_feature tree (which can be accomplished
+ with two feature_lambda calls). subfeatures=False is
+ useful in cases when you want to process (and possibly
+ return) the entire feature tree, such as applying a
+ qualifier to every single feature.
+
+ :type invert: boolean
+ :param invert: Negate/invert the result of the filter.
+
+ :rtype: yielded list
+ :return: Yields a list of matching features.
+ """
+ # Either the top level set of [features] or the subfeature attribute
+ for feature in feature_list:
+ feature._parent = parent
+ if not parent:
+ # Set to self so we cannot go above root.
+ feature._parent = feature
+ test_result = test(feature, **test_kwargs)
+ # if (not invert and test_result) or (invert and not test_result):
+ if invert ^ test_result:
+ if not subfeatures:
+ feature_copy = copy.deepcopy(feature)
+ feature_copy.sub_features = list()
+ yield feature_copy
+ else:
+ yield feature
+
+ if recurse and hasattr(feature, "sub_features"):
+ for x in feature_lambda(
+ feature.sub_features,
+ test,
+ test_kwargs,
+ subfeatures=subfeatures,
+ parent=feature,
+ invert=invert,
+ recurse=recurse,
+ ):
+ yield x
+
+
+def fetchParent(feature):
+ if not hasattr(feature, "_parent") or feature._parent is None:
+ return feature
+ else:
+ return fetchParent(feature._parent)
+
+
+def feature_test_true(feature, **kwargs):
+ return True
+
+
+def feature_test_type(feature, **kwargs):
+ if "type" in kwargs:
+ return str(feature.type).upper() == str(kwargs["type"]).upper()
+ elif "types" in kwargs:
+ for x in kwargs["types"]:
+ if str(feature.type).upper() == str(x).upper():
+ return True
+ return False
+ raise Exception("Incorrect feature_test_type call, need type or types")
+
+
+def feature_test_qual_value(feature, **kwargs):
+ """Test qualifier values.
+
+ For every feature, check that at least one value in
+ feature.quailfiers(kwargs['qualifier']) is in kwargs['attribute_list']
+ """
+ if isinstance(kwargs["qualifier"], list):
+ for qualifier in kwargs["qualifier"]:
+ for attribute_value in feature.qualifiers.get(qualifier, []):
+ if attribute_value in kwargs["attribute_list"]:
+ return True
+ else:
+ for attribute_value in feature.qualifiers.get(kwargs["qualifier"], []):
+ if attribute_value in kwargs["attribute_list"]:
+ return True
+ return False
+
+
+def feature_test_location(feature, **kwargs):
+ if "strand" in kwargs:
+ if feature.location.strand != kwargs["strand"]:
+ return False
+
+ return feature.location.start <= kwargs["loc"] <= feature.location.end
+
+
+def feature_test_quals(feature, **kwargs):
+ """
+ Example::
+
+ a = Feature(qualifiers={'Note': ['Some notes', 'Aasdf']})
+
+ # Check if a contains a Note
+ feature_test_quals(a, {'Note': None}) # Returns True
+ feature_test_quals(a, {'Product': None}) # Returns False
+
+ # Check if a contains a note with specific value
+ feature_test_quals(a, {'Note': ['ome']}) # Returns True
+
+ # Check if a contains a note with specific value
+ feature_test_quals(a, {'Note': ['other']}) # Returns False
+ """
+ for key in kwargs:
+ if key not in feature.qualifiers:
+ return False
+
+ # Key is present, no value specified
+ if kwargs[key] is None:
+ return True
+
+ # Otherwise there is a key value we're looking for.
+ # so we make a list of matches
+ matches = []
+ # And check all of the feature qualifier valuse
+ for value in feature.qualifiers[key]:
+ # For that kwargs[key] value
+ for x in kwargs[key]:
+ matches.append(x in value)
+
+ # If none matched, then we return false.
+ if not any(matches):
+ return False
+
+ return True
+
+
+def feature_test_contains(feature, **kwargs):
+ if "index" in kwargs:
+ return feature.location.start < kwargs["index"] < feature.location.end
+ elif "range" in kwargs:
+ return (
+ feature.location.start < kwargs["range"]["start"] < feature.location.end
+ and feature.location.start < kwargs["range"]["end"] < feature.location.end
+ )
+ else:
+ raise RuntimeError("Must use index or range keyword")
+
+
+def get_id(feature=None, parent_prefix=None):
+ result = ""
+ if parent_prefix is not None:
+ result += parent_prefix + "|"
+ if "locus_tag" in feature.qualifiers:
+ result += feature.qualifiers["locus_tag"][0]
+ elif "gene" in feature.qualifiers:
+ result += feature.qualifiers["gene"][0]
+ elif "Gene" in feature.qualifiers:
+ result += feature.qualifiers["Gene"][0]
+ elif "product" in feature.qualifiers:
+ result += feature.qualifiers["product"][0]
+ elif "Product" in feature.qualifiers:
+ result += feature.qualifiers["Product"][0]
+ elif "Name" in feature.qualifiers:
+ result += feature.qualifiers["Name"][0]
+ else:
+ return feature.id
+ # Leaving in case bad things happen.
+ # result += '%s_%s_%s_%s' % (
+ # feature.id,
+ # feature.location.start,
+ # feature.location.end,
+ # feature.location.strand
+ # )
+ return result
+
+
+def get_gff3_id(gene):
+ return gene.qualifiers.get("Name", [gene.id])[0]
+
+
+def ensure_location_in_bounds(start=0, end=0, parent_length=0):
+ # This prevents frameshift errors
+ while start < 0:
+ start += 3
+ while end < 0:
+ end += 3
+ while start > parent_length:
+ start -= 3
+ while end > parent_length:
+ end -= 3
+ return (start, end)
+
+
+def coding_genes(feature_list):
+ for x in genes(feature_list):
+ if (
+ len(
+ list(
+ feature_lambda(
+ x.sub_features,
+ feature_test_type,
+ {"type": "CDS"},
+ subfeatures=False,
+ )
+ )
+ )
+ > 0
+ ):
+ yield x
+
+
+def genes(feature_list, feature_type="gene", sort=False):
+ """
+ Simple filter to extract gene features from the feature set.
+ """
+
+ if not sort:
+ for x in feature_lambda(
+ feature_list, feature_test_type, {"type": feature_type}, subfeatures=True
+ ):
+ yield x
+ else:
+ data = list(genes(feature_list, feature_type=feature_type, sort=False))
+ data = sorted(data, key=lambda feature: feature.location.start)
+ for x in data:
+ yield x
+
+
+def wa_unified_product_name(feature):
+ """
+ Try and figure out a name. We gave conflicting instructions, so
+ this isn't as trivial as it should be. Sometimes it will be in
+ 'product' or 'Product', othertimes in 'Name'
+ """
+ # Manually applied tags.
+ protein_product = feature.qualifiers.get(
+ "product", feature.qualifiers.get("Product", [None])
+ )[0]
+
+ # If neither of those are available ...
+ if protein_product is None:
+ # And there's a name...
+ if "Name" in feature.qualifiers:
+ if not is_uuid(feature.qualifiers["Name"][0]):
+ protein_product = feature.qualifiers["Name"][0]
+
+ return protein_product
+
+
+def is_uuid(name):
+ return name.count("-") == 4 and len(name) == 36
+
+
+def get_rbs_from(gene):
+ # Normal RBS annotation types
+ rbs_rbs = list(
+ feature_lambda(
+ gene.sub_features, feature_test_type, {"type": "RBS"}, subfeatures=False
+ )
+ )
+ rbs_sds = list(
+ feature_lambda(
+ gene.sub_features,
+ feature_test_type,
+ {"type": "Shine_Dalgarno_sequence"},
+ subfeatures=False,
+ )
+ )
+ # Fraking apollo
+ apollo_exons = list(
+ feature_lambda(
+ gene.sub_features, feature_test_type, {"type": "exon"}, subfeatures=False
+ )
+ )
+ apollo_exons = [x for x in apollo_exons if len(x) < 10]
+ # These are more NCBI's style
+ regulatory_elements = list(
+ feature_lambda(
+ gene.sub_features,
+ feature_test_type,
+ {"type": "regulatory"},
+ subfeatures=False,
+ )
+ )
+ rbs_regulatory = list(
+ feature_lambda(
+ regulatory_elements,
+ feature_test_quals,
+ {"regulatory_class": ["ribosome_binding_site"]},
+ subfeatures=False,
+ )
+ )
+ # Here's hoping you find just one ;)
+ return rbs_rbs + rbs_sds + rbs_regulatory + apollo_exons
+
+
+def nice_name(record):
+ """
+ get the real name rather than NCBI IDs and so on. If fails, will return record.id
+ """
+ name = record.id
+ likely_parental_contig = list(genes(record.features, feature_type="contig"))
+ if len(likely_parental_contig) == 1:
+ name = likely_parental_contig[0].qualifiers.get("organism", [name])[0]
+ return name
+
+
+def fsort(it):
+ for i in sorted(it, key=lambda x: int(x.location.start)):
+ yield i
diff -r 4d4a4b603d33 -r 5004ddb62700 macros.xml
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/macros.xml Mon Jun 05 02:53:31 2023 +0000
@@ -0,0 +1,74 @@
+
+
+
+ progressivemauve
+
+ bcbiogff
+
+
+
+ 2.4.0
+
+ 10.1371/journal.pone.0011147
+
+
+ 10.1093/bioinformatics/btm039
+
+
+ '$xmfa'
+
+
+
+
+
+ '$sequences'
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+ '$gff3_data'
+
+
+ #if str($reference_genome.reference_genome_source) == 'cached':
+ '${reference_genome.fasta_indexes.fields.path}'
+ #else if str($reference_genome.reference_genome_source) == 'history':
+ genomeref.fa
+ #end if
+
+
+ #if $reference_genome.reference_genome_source == 'history':
+ ln -s '$reference_genome.genome_fasta' genomeref.fa;
+ #end if
+
+
+ #if str($reference_genome.reference_genome_source) == 'cached':
+ '${reference_genome.fasta_indexes.fields.path}'
+ #else if str($reference_genome.reference_genome_source) == 'history':
+ genomeref.fa
+ #end if
+
+
diff -r 4d4a4b603d33 -r 5004ddb62700 shinefind.py
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/shinefind.py Mon Jun 05 02:53:31 2023 +0000
@@ -0,0 +1,433 @@
+#!/usr/bin/env python
+import re
+import sys
+import argparse
+import logging
+from CPT_GFFParser import gffParse, gffWrite, gffSeqFeature
+from Bio import SeqIO
+from Bio.SeqRecord import SeqRecord
+from Bio.SeqFeature import FeatureLocation
+from gff3 import (
+ feature_lambda,
+ feature_test_type,
+ feature_test_true,
+ feature_test_quals,
+ get_id,
+ ensure_location_in_bounds,
+)
+
+logging.basicConfig(level=logging.INFO)
+log = logging.getLogger()
+
+
+class NaiveSDCaller(object):
+
+ # TODO May make switch for different sequence sets
+ SD_SEQUENCES = (
+ "AGGAGGT",
+ "GGAGGT",
+ "AGGAGG",
+ "GGGGGG",
+ "AGGAG",
+ "GAGGT",
+ "GGAGG",
+ "GGGGG",
+ "AGGT",
+ "GGGT",
+ "GAGG",
+ "GGGG",
+ "AGGA",
+ "GGAG",
+ "GGA",
+ "GAG",
+ "AGG",
+ "GGT",
+ "GGG",
+ )
+
+ def __init__(self):
+ self.sd_reg = [re.compile(x, re.IGNORECASE) for x in self.SD_SEQUENCES]
+
+ def list_sds(self, sequence, sd_min=3, sd_max=17):
+ hits = []
+ for regex in self.sd_reg:
+ for match in regex.finditer(sequence):
+ spacing = len(sequence) - len(match.group()) - match.start()
+ if sd_max >= spacing + sd_min and spacing + sd_min >= sd_min:
+ # if the spacing is within gap limits, add
+ # (search space is [sd_max+7 .. sd_min] so actual gap is spacing+sd_min)
+ # print('min %d max %d - adding SD with gap %d' % (sd_min, sd_max, spacing+sd_min))
+ hits.append(
+ {
+ "spacing": spacing,
+ "hit": match.group(),
+ "start": match.start(),
+ "end": match.end(),
+ "len": len(match.group()),
+ }
+ )
+ hits = sorted(hits, key=lambda x: (-x["len"], x["spacing"]))
+ return hits
+
+ @classmethod
+ def highlight_sd(cls, sequence, start, end):
+ return " ".join(
+ [
+ sequence[0:start].lower(),
+ sequence[start:end].upper(),
+ sequence[end:].lower(),
+ ]
+ )
+
+ @classmethod
+ def to_features(
+ cls,
+ hits,
+ strand,
+ parent_start,
+ parent_end,
+ feature_id=None,
+ sd_min=3,
+ sd_max=17,
+ ):
+ results = []
+ for idx, hit in enumerate(hits):
+ # gene complement(124..486)
+ # -1 491 501 0 5 5
+ # -1 491 501 0 4 5
+ # -1 491 501 1 4 5
+ # -1 491 501 2 3 5
+ # -1 491 501 1 3 5
+ # -1 491 501 0 3 5
+
+ qualifiers = {
+ "source": "CPT_ShineFind",
+ "ID": "%s.rbs-%s" % (feature_id, idx),
+ }
+
+ if strand > 0:
+ start = parent_end - hit["spacing"] - hit["len"]
+ end = parent_end - hit["spacing"]
+ else:
+ start = parent_start + hit["spacing"]
+ end = parent_start + hit["spacing"] + hit["len"]
+ # check that the END of the SD sequence is within the given min/max of parent start/end
+
+ # gap is either the sd_start-cds_end (neg strand) or the sd_end-cds_start (pos strand)
+ # minimum absolute value of these two will be the proper gap regardless of strand
+ tmp = gffSeqFeature(
+ FeatureLocation(min(start, end), max(start, end), strand=strand),
+ # FeatureLocation(min(start, end), max(start, end), strand=strand),
+ type="Shine_Dalgarno_sequence",
+ qualifiers=qualifiers,
+ )
+ results.append(tmp)
+ return results
+
+ def testFeatureUpstream(self, feature, record, sd_min=3, sd_max=17):
+ # Strand information necessary to getting correct upstream sequence
+ strand = feature.location.strand
+
+ # n_bases_upstream (plus/minus 7 upstream to make the min/max define the possible gap position)
+ if strand > 0:
+ start = feature.location.start - sd_max - 7
+ end = feature.location.start - sd_min
+ else:
+ start = feature.location.end + sd_min
+ end = feature.location.end + sd_max + 7
+
+ (start, end) = ensure_location_in_bounds(
+ start=start, end=end, parent_length=len(record)
+ )
+
+ # Create our temp feature used to obtain correct portion of
+ # genome
+ tmp = gffSeqFeature(
+ FeatureLocation(min(start, end), max(start, end), strand=strand),
+ type="domain",
+ )
+ seq = str(tmp.extract(record.seq))
+ return self.list_sds(seq, sd_min, sd_max), start, end, seq
+
+ def hasSd(self, feature, record, sd_min=3, sd_max=17):
+ sds, start, end, seq = self.testFeatureUpstream(
+ feature, record, sd_min=sd_min, sd_max=sd_max
+ )
+ return len(sds) > 0
+
+
+# Cycle through subfeatures, set feature's location to be equal
+# to the smallest start and largest end.
+# Remove pending bugfix for feature display in Apollo
+def fminmax(feature):
+ fmin = None
+ fmax = None
+ for sf in feature_lambda([feature], feature_test_true, {}, subfeatures=True):
+ if fmin is None:
+ fmin = sf.location.start
+ fmax = sf.location.end
+ if sf.location.start < fmin:
+ fmin = sf.location.start
+ if sf.location.end > fmax:
+ fmax = sf.location.end
+ return fmin, fmax
+
+
+def fix_gene_boundaries(feature):
+ # There is a bug in Apollo whereby we have created gene
+ # features which are larger than expected, but we cannot see this.
+ # We only see a perfect sized gene + SD together.
+ #
+ # So, we clamp the location of the gene feature to the
+ # contained mRNAs. Will remove pending Apollo upgrade.
+ fmin, fmax = fminmax(feature)
+ if feature.location.strand > 0:
+ feature.location = FeatureLocation(fmin, fmax, strand=1)
+ else:
+ feature.location = FeatureLocation(fmin, fmax, strand=-1)
+ return feature
+
+
+def shinefind(
+ fasta,
+ gff3,
+ gff3_output=None,
+ table_output=None,
+ lookahead_min=3,
+ lookahead_max=17,
+ top_only=False,
+ add=False,
+):
+ table_output.write(
+ "\t".join(
+ [
+ "ID",
+ "Name",
+ "Terminus",
+ "Terminus",
+ "Strand",
+ "Upstream Sequence",
+ "SD",
+ "Spacing",
+ ]
+ )
+ + "\n"
+ )
+
+ sd_finder = NaiveSDCaller()
+ # Load up sequence(s) for GFF3 data
+ seq_dict = SeqIO.to_dict(SeqIO.parse(fasta, "fasta"))
+ # Parse GFF3 records
+ for record in gffParse(gff3, base_dict=seq_dict):
+ # Shinefind's gff3_output.
+ gff3_output_record = SeqRecord(record.seq, record.id)
+ # Filter out just coding sequences
+ ignored_features = []
+ for x in record.features:
+ # If feature X does NOT contain a CDS, add to ignored_features
+ # list. This means if we have a top level gene feature with or
+ # without a CDS subfeature, we're catch it appropriately here.
+ if (
+ len(
+ list(
+ feature_lambda(
+ [x], feature_test_type, {"type": "CDS"}, subfeatures=True
+ )
+ )
+ )
+ == 0
+ ):
+ ignored_features.append(x)
+
+ # Loop over all gene features
+ for gene in feature_lambda(
+ record.features, feature_test_type, {"type": "gene"}, subfeatures=True
+ ):
+
+ # Get the CDS from this gene.
+ feature = sorted(
+ list(
+ feature_lambda(
+ gene.sub_features,
+ feature_test_type,
+ {"type": "CDS"},
+ subfeatures=True,
+ )
+ ),
+ key=lambda x: x.location.start,
+ )
+ # If no CDSs are in this gene feature, then quit
+ if len(feature) == 0:
+ # We've already caught these above in our ignored_features
+ # list, so we skip out on the rest of this for loop
+ continue
+ else:
+ # Otherwise pull the first on the strand.
+ feature = feature[0]
+
+ # Three different ways RBSs can be stored that we expect.
+ rbs_rbs = list(
+ feature_lambda(
+ gene.sub_features,
+ feature_test_type,
+ {"type": "RBS"},
+ subfeatures=False,
+ )
+ )
+ rbs_sds = list(
+ feature_lambda(
+ gene.sub_features,
+ feature_test_type,
+ {"type": "Shine_Dalgarno_sequence"},
+ subfeatures=False,
+ )
+ )
+ regulatory_elements = list(
+ feature_lambda(
+ gene.sub_features,
+ feature_test_type,
+ {"type": "regulatory"},
+ subfeatures=False,
+ )
+ )
+ rbs_regulatory = list(
+ feature_lambda(
+ regulatory_elements,
+ feature_test_quals,
+ {"regulatory_class": ["ribosome_binding_site"]},
+ subfeatures=False,
+ )
+ )
+ rbss = rbs_rbs + rbs_sds + rbs_regulatory
+
+ # If someone has already annotated an RBS, we move to the next gene
+ if len(rbss) > 0:
+ log.debug("Has %s RBSs", len(rbss))
+ ignored_features.append(gene)
+ continue
+
+ sds, start, end, seq = sd_finder.testFeatureUpstream(
+ feature, record, sd_min=lookahead_min, sd_max=lookahead_max
+ )
+
+ feature_id = get_id(feature)
+ sd_features = sd_finder.to_features(
+ sds, feature.location.strand, start, end, feature_id=feature.id
+ )
+
+ human_strand = "+" if feature.location.strand == 1 else "-"
+
+ # http://book.pythontips.com/en/latest/for_-_else.html
+ log.debug("Found %s SDs", len(sds))
+ for (sd, sd_feature) in zip(sds, sd_features):
+ # If we only want the top feature, after the bulk of the
+ # forloop executes once, we append the top feature, and fake a
+ # break, because an actual break triggers the else: block
+ table_output.write(
+ "\t".join(
+ map(
+ str,
+ [
+ feature.id,
+ feature_id,
+ feature.location.start,
+ feature.location.end,
+ human_strand,
+ sd_finder.highlight_sd(seq, sd["start"], sd["end"]),
+ sd["hit"],
+ int(sd["spacing"]) + lookahead_min,
+ ],
+ )
+ )
+ + "\n"
+ )
+
+ if add:
+ # Append the top RBS to the gene feature
+ gene.sub_features.append(sd_feature)
+ # Pick out start/end locations for all sub_features
+ locations = [x.location.start for x in gene.sub_features] + [
+ x.location.end for x in gene.sub_features
+ ]
+ # Update gene's start/end to be inclusive
+ gene.location._start = min(locations)
+ gene.location._end = max(locations)
+ # Also register the feature with the separate GFF3 output
+ sd_feature = fix_gene_boundaries(sd_feature)
+ gff3_output_record.features.append(sd_feature)
+
+ if top_only or sd == (sds[-1]):
+ break
+ else:
+ table_output.write(
+ "\t".join(
+ map(
+ str,
+ [
+ feature.id,
+ feature_id,
+ feature.location.start,
+ feature.location.end,
+ human_strand,
+ seq,
+ None,
+ -1,
+ ],
+ )
+ )
+ + "\n"
+ )
+
+ record.annotations = {}
+ gffWrite([record], sys.stdout)
+
+ gff3_output_record.features = sorted(
+ gff3_output_record.features, key=lambda x: x.location.start
+ )
+ gff3_output_record.annotations = {}
+ gffWrite([gff3_output_record], gff3_output)
+
+
+if __name__ == "__main__":
+ parser = argparse.ArgumentParser(description="Identify shine-dalgarno sequences")
+ parser.add_argument("fasta", type=argparse.FileType("r"), help="Fasta Genome")
+ parser.add_argument("gff3", type=argparse.FileType("r"), help="GFF3 annotations")
+
+ parser.add_argument(
+ "--gff3_output",
+ type=argparse.FileType("w"),
+ help="GFF3 Output",
+ default="shinefind.gff3",
+ )
+ parser.add_argument(
+ "--table_output",
+ type=argparse.FileType("w"),
+ help="Tabular Output",
+ default="shinefind.tbl",
+ )
+
+ parser.add_argument(
+ "--lookahead_min",
+ nargs="?",
+ type=int,
+ help="Number of bases upstream of CDSs to end search",
+ default=3,
+ )
+ parser.add_argument(
+ "--lookahead_max",
+ nargs="?",
+ type=int,
+ help="Number of bases upstream of CDSs to begin search",
+ default=17,
+ )
+
+ parser.add_argument("--top_only", action="store_true", help="Only report best hits")
+ parser.add_argument(
+ "--add",
+ action="store_true",
+ help='Function in "addition" mode whereby the '
+ + "RBSs are added directly to the gene model.",
+ )
+
+ args = parser.parse_args()
+ shinefind(**vars(args))
diff -r 4d4a4b603d33 -r 5004ddb62700 shinefind.xml
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/shinefind.xml Mon Jun 05 02:53:31 2023 +0000
@@ -0,0 +1,94 @@
+
+ Identify shine-dalgarno sequences
+
+ macros.xml
+ cpt-macros.xml
+
+
+ '$stdout'
+
+]]>
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
diff -r 4d4a4b603d33 -r 5004ddb62700 test-data/Miro_ShineFindIn.fa
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/test-data/Miro_ShineFindIn.fa Mon Jun 05 02:53:31 2023 +0000
@@ -0,0 +1,2936 @@
+>Miro
+TTAGTAATGGCTAAAACCATATGTAACATCAATCATGACTTTATAACGGCATACACGCAT
+TTTTGCGTTATTGTAATCCACTGGGATCGCTACCACGTCAGCAGGATCCACCTTTACCTG
+AATGACTCTACCAACACCGCCCCCGTAGTGTGGAAGGTATGATTTAGCCGCAACGTGTAG
+GCCAGTAGAACAGGTGCGCGTTTTATCTTCGTCTACCATGTTTCGAGGCATGGAGACAGT
+CACACCAGGACTATTATCAAATTTGCCAGTAGCGAGATCTTTATAGTTATCGCGCACACG
+TTTCCAGGCAAGGAAACAACCATCATCGGTCAGTTCAATGTCATTATGTACAAGGAACCC
+ATAAAGCTGGTATACAGCATCGCGTGAAGGGTTTCGCATCAACCGTTCAAAGAAGTTCAC
+CAGATGTTCATACGGACGATCGTTATACATTTCGCGAATGATTCGTTGAGTGATATCAGA
+ATCAAACACTACATCTTTATATAGAAGCTGATGACCAATGATTTTAATGTTGCCTTTGCT
+ATAGGTTCGGATCGCTTCTTGAGTATCCAAACAAGTTACAGCACCTTTGACATCACCAGC
+TTTCAGCATTTCATGCGCTTTCTTAAAGTTCGGATGTGTTTCACCCGCCATGAAAACGCG
+CCCTTCGTATACAACCGTAATGAACGATTCAGATCCGATCATACGCGGTACAGTGTCTGA
+TACTTTAGGCTTTTGTTTTACATCCCTTTTCTTAGGGAATTCCGCTAACTTGCGGTTGAT
+AACGCGCCCAATGGTTCGGGCGCTTACGTTGAACTGTTGGGCCAGTGCTGTTTTACTTGC
+CCCCGTCAACCATCCATTATAGATAGCTTTCTGTTGTACTTCGTCGAGAATTTTGACCAT
+TATTTCCACCGTATTAATTTCTTAAACTCACTGAGATTCTTTTCGTTGTTGTAAATCGGA
+CGAATTGAATAAGAATCGCTATGTTCAACAAGTGAAGCCAGTAACGGGTTTAGTGATTTA
+AAGATTTCCCATGCCTGATCAACACGTTTTTTCATATTGCTGCGTTTAACGCGCATTGAT
+GCTACGGACTCACGCAGAATCGGACAACGCACCCTGGAAAGATTTTTACCATCTTTCTCA
+TACCCTTCCAGACACACTATACGTTCGAGGGTATCAACAATCTTATACAGTTTTTCATTA
+TATCGGTTTTTCACAATCCGATCAAGCGATACACCGAAACGGCTATGCAATGCGTCTGTT
+TCTGTTGAGTGATCCTTCCCAATCCATCCAGGCAAGCAATTATCTTTCAATGCCTTTTCA
+GATTTAACATACTGCTTGCACAGCATATCATCAAAGCATACCAGATTTGAATCCGGGATC
+CACTTCCAGAGGCTGTTACGTATAGCAAACACAACAGGGATCCCAGTATGGCGCATGATA
+CGCGATAAAGTAGATTCTTTCATTGCTGAATCCATAGACAACCCGGAATTTTCACCATCT
+AAGCGGCTATATTCATCAATACCATACAACCGAACACCTGGGGCTTTATCCAGTGATAAA
+AACTCTGATTTTGTCATAAACAGAGAAGTTTTTGCCAGATTGCCGTTACTATCCAACTCA
+TAACGATATACGGTCGGGGTTTTTGGGCGCGGTTCTGAATTTTTCGGTGCATATAGCGCT
+TTTGATTTTTCGCGATCTGCATCATAGATCTCTTTTTCTTTTGTCATTTCACTGGTACGG
+AGATACACAATTTCCGATTCATCAAAATGACCTTTCCGAACGATATCATTAACAATCTCA
+CGCTTTGAATCACTATCGTAATATGCAACAAAGCTAACACGGCTTAGGTTATGCATTTTA
+GCATACCCGACGATATACGGTTTAACCGTGTTGGTATCCACTTTTAACAGAATGAGTTTC
+TTCTGTTTCCACGGATAATAAATGCGTGTGATGTCCTGGCGTTTGGTTGTTTCTGGCTTA
+TACTTGCTCCAGCGGCCTCCGCTACCAGTTACCTGATACCATGCATCTTTACCGTCGTAT
+TCGTTCGCCCAATACCCAGCAACATAATCATCATTATATTTGTTTGGTTTGACTAGTTCG
+CTATGGATCCAGCCAATAGAATCACCATTGATGCGAAAATTAGCATCTTTACCAACAAAG
+TTTTGTACCATTGAAGGCAGAGAATGGAACCACGTCAGTTTATCACGCACGGTTTGTAAC
+TTATCGAATTCTGATTTAACTCGATTGAAATATACCCGGCTGATTTGTTTCAGACGTTCT
+TTAACAATCCCTACTGTCATTTTATCCATACTCAACTCTTCGCGAGAAGGCATGAAATCA
+AGTTCACCGATCGGGAAGTCAATAATATACGTATACTGGCTTTCTGTATAGCAATAGAAC
+ATCGAGGTATCATACAAATCTTTATCCAGAGGATAAATGATGTTACCCATGCGAGCATAT
+ACACCGCTAGTGTATGCTGATTTATGACGGATCACCCCGCTATCGTTGGTTGCTTCTTTC
+GGCTGATAGTTGATTTTGAGAATAGAAGCACCAACAAAGTTAGGACGAATATCAGTAAAT
+GATTCGTATACCCTTGCTGCTTCGTTTTCCCATTCTTTGATATCTTCAACCTTAACCGGA
+ACAGTGATAGTAACCCCGTTAGGTTCATCGCTTTCAATCTCATACAGAGGATCGCAGAAA
+GGTTCCCCATCATCCATATAGATTGTGTAACCGCATTTGATACCGTCTTTTACGGATTCC
+ACCGTGAAAGCATCGGAATAGCAAAGCGGAGATTTGCAACCCAGACCCATAGAACCGATC
+AGGTCGTTTGAATCATTTTTAGTTGATTCGAAGTAAACGGTAAACGCATCACTAACGAAA
+TCAGGAGACATACCGATCCCGTAGTCACGAATAACAAAACGAGGATCAACAGCAGTTGGC
+AACTGGACATCAAACGGGTTCTGATTTCCCGCTTCTTTGTGTCCATCAATCGCATTACAA
+GACAGTTCGCGAATGATTGCGCGGATCTTGTATTTGTATACTGTCGAAGAAAGGATCTTA
+TACGCTTTCTTGTTTGCGCGTAGAGATAGTTTGTTTCGTCCCTTGCTGGTATCTGTACCA
+ACACGGTAGATGGTTTGCGGTGTATCTTCGCGTAATTTCATTGTTTATTTCTCACTTAAC
+ATTAAAAATAACTTGGTCACAAGAGTACTTCGTTGGCTTTTTGTTCAGACCATATTCTAC
+TACTTCACAATAGGTGTCAAGGAATTTTACCAATTTTTCTTCCTCGACCTGCTGTTTCTT
+CATATCAAGGATACCCCACACGATAGCCCCGATAATGACAGAAAAGAACGCACAAAATCC
+GAATATGGTCAGATATTTTCCCAACTTAGGCGCATTATAACGTGTCATACCTTACCCCTC
+TTTGCGAATGTATGCAAGTTCTTCATGGGTTACTGGACGGATATACAGACGGCCTTTTGT
+ATATGCCTTGCGCCCGCTGATCCAAATGTTTTTCATATCCTTAACACCGTTCATCACATC
+GTTGTAAAACTTCTTATCAGCTTTAGCCTGATAGACTTCACGGCCTTGATAATCTTTCAT
+GAACAAACAATAAAGGATCTCATTCTTATCAACTAGATTAGCATCCTTTGTAGTTGTTTT
+ACTTGGTGAAGGTTTCGCACCCAGGCGCAAGGCCATAGCTTGCCACACTTTACCATGTTC
+ATAACCGCGCCCGACAAGAGCATGAGCGATTTCGTGTAAAAGAGTGTCTAAAATATCCTC
+GTAGATATCTTCCGCAACATGACGACCAGACAGTTCGATCAGTTTTTTGGTATAACTGCA
+ACGGCCCAGAGTTTTTGTAATGCGTCCATTGATCCGGAATGTCCAACCATTACTGATCAA
+ACCGTGTTTTTCCATCATGGTACGCGCCCAGTGGGTTACTTCCATTGCACTACGAGTTTT
+CAACATTTTAGAATCTCCTTTGCTTGGTACAAAACCAATATAGCAAAAAGCCCCCTGCAT
+TGCAAGAGGCTTTGTAATTATTTCAACTTCTTAGAAAGTTCTTTTAAATCATTGAGATAC
+TCAATTTTAGGGGTTGTTTCTTCCCAGTATTTCAATTGTTTGCGCAATTCTTCGGCTTCG
+TCTTCCAGCTTTTTTCTTTCGTCCGTGGTTAGATGGTAGATGTTCATAGCCACTAACATT
+TCGGCATGATTCTCGCAACCTATCCACGTAGACACAAATTTAACCGCTTCGCTGCGACTA
+AGGCCACGCAGAGAATCAGGAGATTCTACCATTTGAGCAATAAACGCAACCTTTGCCAGT
+GCTTTATCTAACGCTTCCTTAGTTTCCTGGATACGCTTATTGATGCGCTGTTGATATACA
+TTCATACGGATATCAACAAAATCCTTTAGAAGCGTTTCAGGGCGTTCGTATGAGTATAGT
+TTACCCTCAAAGATAACGTTAATGTTTGGGTTTGAGTTTTCAATCAAACCGAAATCTTTC
+AGGATCTTTTCACGGGTTAACCCATTAGCATACTCTCGCTTGAGCGTTACTTCATACCGA
+AAATCTTCTTTCGATAGATCCTTGTAGCTAACGATAACGCCTTTTTCTTCCAGCTTGTCA
+AGGATTGCAATGTATTTCACACGGTCATATTTCACTGGGATCTCAGTGATCACCAATTTG
+GTTTTACCTTGCAATTCATAGGTGCCGTAAATCGTACCGTCTGTGATTTCACCTTTAAAG
+TAAGGATATTTCAGATCCAGTGTGAAATCTTTATCATTCAGATATGCAATACACCCGTTA
+ACAACTGATTTAGGATCATGAGGCGGAATGTTTGTTGCATATGCTTTTGCAATCCCGCTA
+AACCCGTTAACCAGTACCATCGGAATGATCGGGAGATAGTACGCTGGCGGTACATGTTCC
+GGATCTTCATGAACTGGCGTTAAATCACCATCCATATAAATTGCTTTGAATATTGGCGAT
+AGTTTACACTTGATGTAACGAGGTGCGCCAGGTTTCTTAACCAAACGGGAACCAAAGAAC
+CCATCACGGTCGAATAACGGAATGTTATTGCACCAGTGCGCCGCCATAAGGGATAACGCT
+TCTTCTACAGAGGTTTCCCCGTGGTGATACCCATACATAGCAACACCGCCAGCGATAGAA
+GCTACTTTCTGAAATCCCGTTCCGCCCTGCATAGCAGAGTGAATAAAGAAACGGTGAACG
+GGTTTAAACCCGTCTACCAGGTGCGGGATCGCACGTGAATAAATCGTGTAAAGGGCAAAC
+GTTAGCCCTTCCACCTGTACAACATCTTTAATACTTCTTTCCATTAGTCAACCTTAGAAA
+ATTTGTGTTTTCCATTAACCCAATCTTTACGCGGATCAGATTCGTCGCCGAAGCATAGTT
+CTAACACTTCTTTGTATTCGTCGTCAAGTACAATGACATCATACTTCAACTGATCACCCA
+GAACACGGTCGTAATCTTCTTTGCGTAAAGAACCCAGCCCCTTGATATATCGTACATCTT
+TTGCTTTATCGCGGAACGGTGCAAACTCATCAAGAGAATAGAACCATTTTTCCTCGCGCC
+CAACTTTAGCGATAACGATCGGGGTTCGAATATATCGGATCCGTTTCTCAGTGAACAAAG
+AAGGCCAACGGCTAAAGAATGCAAGCAACAGAGTTAAAATGTCACCACCGTCAACGTCAG
+CATCGACCATGATGCCGATATTATCATAAGTCATTCCGGAAGTATCACCAGGATGAATAT
+TGAGGATAGCCATTAGCTCAAACAGTTCTTTGTTTTTGATAATGTCTGTAAAACTCATAC
+CCCATGTATTCAGAGGCTTACCACGTAGCGGGAAAGCGCCTTGTGTTTCTTCGTTACGGC
+ATTCGATGAACTGACCAACAGCGGAATCACCTTCTGTCAGAAACAATGTTGTTTCTACCC
+CTGGAGTATCGATACCGGAAGCCGGAACGTGTTTAGCAATCTTTGCCTTTTTCGCTTTCT
+TTTTCGCTTTGGTGATCGCGGCGGCTTCTGCTGCTTGTTTACGAATCAATGCGGATTCAA
+TGATCGGAGTAATGATTTCTGGAGTATCCATAATCATTTTTGCGATCTTTTTGTAATTCA
+AATTCGCATGATTGTTAAACTCACCTGCTGTATTTGCCAATCGCTCTTTTGTTTGGCTAT
+CGAATGCAGGTGCATTAAAGTTATGCAGGAATACCACAAGAGTTAAGCATTCTTTTACAC
+GTGCTTTCGGGATCTCGATACTATGCTTTTTCTTGATCATCGGTTCAAGTTCAGAATAGA
+TACCATCGATCATACACTCAACATGAACACCGCCATTTTTCGTATCCAGACCGTTAACAA
+AGGATTTCTGTTTAAACCCGTCCTCAGTGCTCGCCAGAATGAAGCTGAGGCGATTATTTG
+TCTGGACAATGGTTTTATCCCCATACATGGAAGCGTACAGCGGGAAGCGATTAGAGAGCG
+TTTCGCCGTTATATGTGAATTTCACGGACGGGAAAGCAACGGCAAGGGCCATTAAGCGAT
+CCTTAATCACTTCTTTGGTTTCTTCATCGATACCAGTTACACCAAACATAGAGAAGTCTG
+GAGTAAACTTAACAGTAGTACCCTGTTCTTTACTGGGGCTGGTTCGGTAATCGATGTTCT
+GTGCGCCGTCCGTACAGTTAATGGTTACTTTGCGTTTCCCGTTTGCAGTCTCGCCAATAA
+AAATCGAGCTATAACAGTTTGTCAGGAAAGAACCAACACCATTCATACCCATCGTTACGC
+GGTTTTTATCATCGAAGTTAGAACCCGATTTTGCCATAGTCCATGCCGCAACTGGTTTAG
+GAACTATTTTCCCATCTGGGGTTTTTACATCATCCTGGGGAATACCGCGCCCGTTATCAG
+AGATTTTAACCAGATTATGATCAATGGTTACATCAATCTTATTAGCATGTTTGAATTCAG
+TTCGGATCGCTTCATCAATCGAGTTATCAAGGATTTCGTTGATGATTTTAACCAACCCTT
+CCACGTACTCAACCTTGCGATATTGGCCCATTATGAAACGTTCATGCGCTTCTTTGTTAA
+CCGATCCGACGTACATATTTGGACGCAACCGAATATGATCGCGATCGCTCATACAAAATG
+ATTCGTCAACCTTTGCGCCTTTTTTGGCTGGTTGTGGTTTCTGTTCTGGTTCATCATCTG
+CCAGAAGAAAATCTAAACTCATATTCACCTCTTTGTTTAATCACTGACATTATATAGGGT
+TCTATGAAAAAGAAAACCCCTTTCGGGGTTTACTTGTTATAAGGGAAACCATCACGAACC
+ATTTGAGGTTTATCAACCGTTCGTTTTGCTTCGCCTCCGCAATCACAATCTTTCGGTGCA
+TCACGGGTAGCAATGCTTGCCATTTTTGGAAATTCTTTATTACACTTGGTGCATTTATAG
+GTATAGGTAGGCATTAATAAATCTCTTTTAAACTCAACATCTTAACTAAACGGGCTTTGT
+CTATGTCAAAAACACATTGACGTGCGCCCGGATACAACTTTTCAACTTCGTATACCATGC
+AGACGAAACCAACATTGTGCATGTACTCGCGTTCATATGCATTGAACCAACGAGAAAGGC
+GCTGTATTGACTGAAACCCAAAATATAACCCAGCCGCTTGAAAGTCTATGTTATCTTTTT
+CAAGGTTGCGCATCAATCGATTATCGTCATCCGGCGCTGGATGTCGGTGATCATCCATAT
+CAATATAGATATCAGGATTCATACAGAATTGATCAAGCCATTCAGCGGTATCCATCGACA
+AATAACGATTGACATATGGGCCACTTTTTGTTTGCCATTTTTCTGTACAATCATTCCAGA
+AAGAACAAGAAAATTCCACACGATATACGAACATGATATAATCCTCACAAGTAAACTCAA
+GGTTTACAAGTACGATACCACTTATCTAATTTTTCTGCAAGCATTTCGTTGATAATTTTT
+GCAATTTCGTACCGTCCGTGAGTAGTACCCAGTTCCAGGTAAATCACATCAAGTGCGCAC
+ACAATCGCATCAATACTTTCTTCAACGATATTACCGCCGCGTTGAGGTTGAATGAGGCAT
+TCGCTGATCTCACCAACTTCCGCTGATAGGTGATGAACCACATCACTCTTCGTGCGTTTC
+TTCACTTTATGAGCGATTTCAAAAAACTTATCAAGTACGATCGCCGTTTCTTCTCGCGTT
+GCAGTATTCTCGGATGTCGTCTCCGTTTGTTGAACAACGTATTTTGTAAAATAGTTTTCA
+AACACGTTGAAAGGGATCACATGAGGAACACCATTCAAAAACACCCCTTCTTTACAAACA
+TAATGGATTTGGCGCGGAATAGACAACCCGCCGCTGCGTTCCAAATGTCGTTTAACGCTT
+GCTACAAAATCGAACTCTTTCCCGTATCCAGCCGATATACTGTGATACGTGAGTAGGCCA
+AATGCAGAAACATAGAGATCATTTTCTTTATACAGATTCATTTACAATACCTTTATGGTA
+GCCAAAAATATAACAATCAATTGAAGGACGTTCACCAGGGAAGTGAATGCATTGCATGAT
+GCGTTCAGCCATTAGATCTTCTCCCATGTATACCGAAGTAGTTTCTTCGTTGTAATGGGT
+ATCATACGACGTTTTAAGCGTCATGCCCGGAAGCCCTGCAATGTGCATGAATTTAGAATT
+GGTGCAAGGTTTTCCTACTTCACCGTTGATCATTAACACTGCATTAGTTTTACGTGCTTT
+TCTCATTTGAATTTCACCCCGATTTGCGATACGTTCCATTCTTTTACGTCATCAACAATA
+TCATAATGGTTGATGTATGGTAAAGCAATTTTTAAATTACTCGCGTCTTGAATGTTGCGT
+AAGAAACGAGTAGGAGAAAGAAGACACAACCGCTCGGATCCGTTGTTTCCTTTAGCGGCA
+AATGATAGGGTTTCTCCCCCGTCAATCTTCATATCAACAGAAATCGTTTTGAATTCTGGT
+GCGTATGACGTGATTTTGCCGTTGTCTCTCGGTGTACTATAGAAACATACACTTTGTGGG
+ACATTATAACGGTCTGTTTCAATGTACATGTAATCGCCGTCAGTCATTCCCCACACGGTG
+TAGAGGGATCCGGTATAGTCACCAAAGGAATTTTTAAAATCTTCCTTCGTGGTGTATCCC
+AGAGAGCGCAATTGCATAAGCTGGCTATGCTGTTCGATTGCATCGGCTTTTTGTTGTTCC
+TGTACTTGCGCATCAACCGTTTCTTGCCAGGAATTATACGCATAGTAACCCACAACAGCG
+ATTACAGCCATAACCCCTACAGCTTTCCAGATTTTAGAGTCTTCGTTTTTGTTACTCATG
+CTATATTCCTTTTAAGAAAAAGGGCCGAAGCCCCTTTGTTAACGAAGATAAACCACATAA
+CCGCTTTGGTCAATCGCGCGGTCTGCGTCATTGAAGATATTACCACGAATGCCTTTTGCT
+GGTGCTTTCCAGCTTGCAGGTTTCAGGATATTACCATCATTATCGATGAAAGCGGCAACA
+GAACGCTGATTGAACATTTCACCAGTTTCTTTGTTGCGAGTATCCTGAACAACGCGATGA
+TATTTGCGGCCTTTCTCCAGAAAGAAAACAGTTTCGAAAGGAGAATCTTGGAAACGAGCG
+TTACGCGCTTTGTACATTGCTTCCATGAAAGGGGCTGCTTTTTCTGCGAGGATTTCGAAA
+GTGTTCATGGTATATCTCCTAAAGTGTGTTTCGTTTCGATGTAAGTACTATATCAAAGAT
+GGTTATTCTATGCAAGGCTTTTTTCGTTATCCATCAAATATTTTAAGTGTTCTTTTAATG
+CAGGGAGTTCGTTCAAATGGCGTTGCTTAACTTTCTCGTACTCTTTGCGTTCCCAGTTTT
+CAAGATTGCTTGCCAACGCTTCATCACAATAAGCGATCCCGCGTTCTGCATCCTGAACTT
+TCTGTTTCCATTGTGCAACTGCTTGTTGATAAAGAGAACCGTTAACCATCATAATAATTT
+CCTCCCTTGTTTCGATGGGGTAACTATACCAAAGCTACCCCAGAATGTTTTAACAAAAAG
+TGCTATTAGTAGGTATCCAGTTTATACATTTTGCACCAGTTCATGAATTCTTCGAAAGTC
+TGAGTATTAACACGTTTTTCCTTCTTCACTTTCTTAGTGATTACAGGACGGTTAGTAAAA
+CGTTTTTGCATTTTCACAGTGATTGCTACTTTATCGCCCAGGTCTTCAACCTTTTCAACC
+AGCGCCCACTGAGAACCAATTTCAGCGCCGAAAGTCAAACCAACAATCTCACCTGCTTTA
+ACGTGTGCTGCATATTTTACTTTAACCATTTTCGTATTCCTTTCTCTGTTTCGTTTCGAT
+GAATACAAGATACCAAAAAGCCTCCCGCAATGCAAGAGGCTTCTTTAACAAAAAATGCTA
+TTTTATTTCTTTGAGTAATTTACGGATCCCGCCGCCCTGTGTCTTATCAAAGATTTTCTT
+TGCATCAATAACAGAAGTGATTATGTGGTAGTTGTTACCTTTTCCGTCAAACTCAAACTC
+GACCTTGTAGTCACTACGAAATTTCACAAAAACAAATTCACCTGCAAAGTGCTTACGGAA
+CTGCTTTTCGTTAATGTCCAACCATTCCTGTGTATCATCTAACTGATACATGCGACAAAA
+CAGGATCGAACCCATTACAACAATCATGACAAGAATAGCTAACGCGAATTCTGACATCAT
+TTACCCCTGTTTACTGATTGACGGTGTAACGATTTAGGCACAACCGGATTTCGATACGGT
+TTGACTTTATGGATCATGGGTTCTTCCTCAACCAAATTAGGAAATTGGTTGTTCCATTCC
+ATCGAAAACGGATAAGGTTGTGACTTGAACTCTTCGATCACACAGTTTACTAAACGACCA
+CCAATTACACCCAAAGCCGCCCCAATAATCGCTATACGCATAAATCACCCCTTAATTGTG
+TCAAGTACAGTAAACCAGTCATTAAGCCATATCGTTGTTCTTACCGCGATATACGTTAAC
+AAACTAATCAATGATACCGCTCCGCAAATAGCCAGCGTAATCAACAGCCGGATTTCAAAT
+TTAGTAAAATTCATATCAATCTCCTTTCTTAGAACCCAATATAACAAAAGCCCTCAACCG
+AAGTCAAGGGCTTTGTTTTAAATTTTTACTAGTTTTGGCAATCGAAGAACTATACCAGGA
+TGGATCAGACGTGCATCCGGAATAGAATCACGGTTGATTTTAGCGATATCAGGCCAAAGT
+TCACCAACACCATACAGTTTCTTTGCTATAGAATACAGGCTATCACCCGGTTGCACGACA
+TAGCGATCCGATTCAATCTTAACCAGATCCTGGTTAATGATATCTTCAAAGGCTTTTGCT
+TTTGCTTCGTTAATCGTGTTCCCGTAGTAATGGCGATCCATAATAGTTAATGTGATCATC
+GTTTCTTTCCTATACTGTTTTCGTCTGTCTCTTCTAAGGATGGAGGTTCTTCCAGCCCCA
+GGGCATAACGTTTAGCATAGATTAGCATCAATGCATCTTTAGCGCAATCATGAATTGAAT
+CATGCTGAATGAATCCATCTAACATGCCTTTACGCAGTGGACACGTGGTCACTCCGCGAG
+TCAGTAAACGGTTTTCAATAGCTGTACGCACATCACGGCTATTCCAGAACACGGTCGGCA
+TATCTTCAAACGTGTCAAGTTTCCCTGTCATAGTTCGTACAGCATAGAACGATCGAATTC
+AGGGCCGCGCGTATAATCGTATGACTGCCAACGACTCACACCGTCAGCCGCTAAATCAGC
+AAAGAATTGTCGATGACCTTCGTACAAATCCATGTCAATATCAGAAGGGAACAAAACCCT
+TTGCGCTTCTTTAGATTGCTGTTTCCACCATTCGATCGTTTTTTCATCTTTGATGCGTTC
+TGGTTGTTTCCGGATGTCGAATTTATACTTTCTTCCTTTAGCAATCAGTTCCTGAAAGGT
+AGGCGGATCATAAGGATCATCAACAAAAGGAACATAGCTAAGTTCAGCTAGTTTTCCTTT
+TGGAAACGGGCCAATACTTTCATAATCAAATACGAAATCTACGGGTAAATGACTCATTCG
+CGACCCCGCTTATATGATTCCATGAAATAGGCCAATGATAGCGCGACTTCCGGAGTAACA
+TCAACGGATTCGATCATGCCTGGAGTTACCGCCATCATACCGAACTGACGAAGCCCACAA
+CGAGCAATCGATTTTTCCAGTCGGATCATGTTTTCTACAGCCTCTGCGAAATTGTCCAGA
+TGTTCCCAATCGTGGTAATCTTCCATTGTAGAACGATCACTTTTCAAAATCAGATCGGCA
+ACCAATTCAGCATAAAGGCGCGGAAGGTGAATATTCATTTAAAATCCCTCAAGCATGTTT
+TTGTTTTCACGAATGTTACGACCCATTTTCAAAGTATCAATGATCACTGCATACTCTTCA
+AAAGTGAATTCGATATCTTGTGAAATGTTTCCCCACGTGTAGGTCGGCCCGTTAGGACAG
+TATAACCCAACTTCTTTGTTTGCGTTGACAACGCAGCGCAATTTTGCAAACAACAAATTG
+ATATCGATAGAATTGAACCCTTCGAGATAATCAAGCCCCTCTCTACCAATACGGTCAACT
+TCTCGCAAAATCTTTTCTACATCTTTGACTTTAACAATAATTTTCATAATAACCTCAAAG
+GGCCGAAGCCCTTAGACATAATCAACAGTGAATCGTGCGCGGGTAGTTCCTACATAAAGC
+AACTGCTTACACAATTCATAATCGGCGTATGCGTATGCATCGCGCGTATACATGTATGAA
+TGATCATACGTGCTTCCCTGACCTTTGTGATACGTACAAACCGGAAGCGCCTTAACCGTC
+TGGAACTTGTTTTTGATTTGCCAGAACGAATACCAGGGGGCTTTGTATCCGGTTTCCTGT
+TTCATCTTTTTATACTGAAACGCGACGTAGTTCAAATAATCGCCTAAACGTTCCTGCATA
+ACCGGATCCGCGATAACCTGAATATCCGCTTTCGTATCCTCGAACATCGATTCTGTTTTC
+ATCAAGAAATAATCGATTTGTACCGGATCGCATCGGTCAGCTTTGATAGTATCAGAACGC
+GGTATGATTTCAAGGATTTTAATTTGCTCGTTGTTGTTATAGATAACTTCAACAAACGAA
+ACCCCATTCACACGGCCTTCTGTCACTAACGGTTCTTGCATCACAACCACTTCACCAACA
+ATGAACGGCTGATCAGTTTTGTACAAGTGTTTACGGATCACTGCGTTTAACTTGTCTACG
+TTTGCGTTAGTGTAAGCAAACATACGGTTATTGTTCAGGTCATCCGGAGTCTTAACACGG
+CTAAAATAACGTCTCAGGAAGTCACCAGCGTTTTCGTGCTTCATTACCCCTAGTTCACCA
+TTCATGAGGGGCATTAACGGCTTACCGTCGCGTATAGCGCGTGATACCTGGATGATTGGG
+TTTCCTTCTGCCTGACGCATAATCTTATCCATGCGAATGACATCAAAAATTTCCTCATCA
+AAGAACGGTGAAAGCTCGGTGATCCCTTCGGTATTAACAGGACGGATCTGATCCTTATCA
+CCCAATCCCAGGATCACCGCACAACTCGGAATAGTACGCTTGATGATACGGAATAGTTCT
+TTGTCAACCATCGATACTTCTTCAACCACAAACACACGACATTCAGACAGATCAGCGGCT
+TTTTTGCCTTTTTGCTGTTCAAATACTCGTAACTCTTCGTTGGTTACGGGGCTGATTTTC
+AGTGCTGAGTGAATGGTCGTTGCATCCATACCCACCGCCTCAGAGAGAACGTTTTTAGCC
+TGGTGCGTCGGTGCTGTCAACCAGATCCCACTAATACCCAGTTTTTTCAATGTTTCAAAC
+ACAAATTTTACCAGAGTAGTTTTACCAACACCCGGCCCACCTGTGATAGTAGTATGGATT
+TTGTTTCTGATATTTTTAATCACTCGATCATGTGCATTTTTCTGGTCTTCGCTCAGATCG
+TCAAAAGTTAATTCGCTCATACTTTAATCAATACCCCTTGAATACTTGCGTGTTCAATAA
+ACCAACGCATATCTTTCTTTTTCTTTTCGGTTACGGTTTCAACTTCTTCCTTTCGAAAGA
+ATCGGCTAAGACCACTTTGTTTAACTGGATTCATCTTATCATGATATTCTTTGATAATCG
+AATTTTTATACTCGTTAGCATCGTCCGGAGATAGAAACAACAAAGGTGTTAACTCTCCTT
+CCTTAATGAAGGGAATTTTAAACCCGTCTTTATCCTTACTAACGACGATATAATATTTTG
+TAATCATTCTCGCCCCTCATAACAAACGTAGAATATTCCAACAAACCAAAACACTGATAG
+TATAATCAGTAAAAGTTTTCTTTCAACGCCATTTACGTGAAACACACACCAACCGAAAAG
+ATATGTGATCATCGCGCAAACACCATAAGAAAGAACCCCAACAGCTACTAGCGCGATGAT
+CGGATCCATTAGTAGTTGTTAGCCCAACGGCGGAGGTTTTCGGCTTGTTTCAGTGCATAC
+AGTTTGTAGATGGTTTCCGCATCCATACCCAGCGCCAGGAATTTGCACATAAAGAAATGC
+CACTGATCGATAAGTTCAAACAGAACTTCTAAACGATCCTCTTCACTCAGATCCGCAAAT
+TTAGTATTGCGCAATTCCTGGTGATTTGCTTTCCACGGTTTCCAAACACCGGATGCAGGT
+TTAACACCGCGAGACATTCCACCCAGAGCGGTGTAAAGTTCGCGGGTTTCGTCTGCGATC
+GCGTCATCTTGCAGTTTCAGCCAATCAAGGATTTCTCCGCAAGTTTCCAGATTATCTGGA
+CGCGGAACCCAATGCAGCGTATCAGACAGGCTTTGTTGTGCATGGTTTTGTAAATCCAGC
+ATGGATTGTAAAGGATCGCCATTACGGGCCAGAACCTTTTGATATTCGGAATCTACAAAT
+TCCAGATCTTCCGGGTTAACCAGGTGCGCACATGAATTAAATACAGGAGTTTTATCAGTA
+GTCATATCAATCTCATTTTTTCGGTGATTTGTCCCACGACTTAAATCGAAGTTTTGCCGT
+GAGTCCAGAAACAGTATTATCTTTCAAATACTGCATAATTTCAAGTTTAGTTGCGCCGTC
+CGTTTTTATCATTTCGTTGATATCTTTGGAAGGCCACGGGCATTTATCCCACATTACAAC
+CTTTTCTCCAGCCTCAATCAATTTAAAGAGGCGGTGAGTAGTATCCGGATGACGTGCTTC
+ATTGTCAAGAACCCAGACACGCATATTTTTGTACGGAACCTCAGAAAGCGCAAGCTGTCC
+ACCAGTGATAGCGCCAGCATTATCAACAAATAGGCTATCTAATGGCCCCTCAAGAAGATA
+AACCGTTTTTAACGGATCTATCGTATCCTGTCCGTAAATCTTGGTTGATTCCTCACAGGC
+TTTGATTGTGATATATTTCGACTTTGCACCGTCACGTAAAGCACGGCCCTGGAAAGATTC
+TATTTTACCTTTCTTATCGAAGATAGGGATCACTAATCTCGGTTCTGGTTTTGCGATCGG
+ATAGGTATCCGGATTCACCGTATTAACCAGTTGTTGCCATTCGCGAGTAAACCACAACCG
+ATCCCACTTGTCACGGGGGATACAACGATTCTGCACATATTTTATGATCGGATGTTCATC
+CGGCAAGGTATCTAACCTTTCGCAGAATTGAAGAGTAGGAATAAATTTCTTCTCTTCCTT
+CGGTTGTTCTGTATGCGTTGGCTTTAACGAATTGCGATCCTTAAACGATTCCATGAGATA
+ATCACGGTAATCGTCTGGATAATATTCTTTCAGGAATACGCTAAACGGTACACCATAACC
+ACAGTTAAAACAACCACAATTCATATGATCACCCTTTTTAGAAGGGTAGATCCAAAATCG
+TTTTTTGTACTTGTCTTTCATTGAGTCGCCGCAAATAGGACAACGCGCATTGATGCTTAA
+TGCCCCCGATTTACGAACGATTTCGCTTTGAGGCAATGATCCCATGATTCGGGTTGCAAA
+TTCTATATCAAGATACATTTCTTACCTCAGTTGACTATCTTTTGATCCTCGTCGATTATA
+CCCGGCGCTGATCATTTCGTCATGTTCTTTTTGGCATTCAATACAATAACGGCAACCCTT
+CACGATAGCCCTACGTTTTTCGGGTATCGGATCCCCACAATCAAAACAATGCGTTAATGA
+TTCTCCGTTTCTGATTTGAGAACGTGCAAAATCTATCGCATTGTCTATTGTTGCCTGAAT
+GGTATCTTGAACACCGTCAGCAGGGCCAAATCCAACCGCCATTGTAAATCCTCCTAATCA
+AATGATTTCAATATCATAGACTAAGAGGATTTTTCTGTCAAGAACTTACTTGCTTTTCTG
+TTCCGTCAAGCATTAACTTCCAACCACGAAATGCCTGTTTAAACGAATAATTTATTGCAA
+TATCAATTTTATCAGAACCTTTTCGACGATTCTGATAAACGGTCGCGTTGTCACTCATAT
+ACATGATACAAATTGGAAACCATGTATAATCGTTAGCAGTAGCCCAGATAGTGATATTCA
+GCGGAGGAATTATCATTTCTTTTTCCTTTTCCCTGCACGGGTAACGCCTAATACTTTCGG
+CCCGATGTTGGTTACTGCTCCAGTAGTCACACCAGAAGCAATCTTTTCTGTATCGCCGCC
+AGAATCACCAGCGACCATATCCTCTAACATACGCCCCTTATCATAATATTCTTTGAGGCG
+CGGAACGTTCATCATGATTTCTTCATGCTCTTGTTCTGTCAGATTGTAGCGATTGCGTAG
+GGTATCATATGAACTTGTTAAGTTCATAAACCCAGTCATATACGGAACAGAATTCATTCT
+ACGCTTGATATGGCGTACTGAACGATGAAAAGGAGAATACGCTTCTAACTCTTCTTTTGT
+TTTGGGGTTACGAATTACTTCGCCTTGTCCATCAAGGATCCCCAGTTTATAAGCAGTCCA
+TTCAGTCCAGGGCTTTTTGAGTAGCCGGATCATCCGGACGCTATATGTTAAATCCATATT
+TTTAACTAATTGATCACTCATGATTATTACTCTATTGTGAAAGTGAATAAATCAGATTTG
+GTTTCAGGTTCAAACTCCATACAAACAACCTCGCATAGTGGTTTAACCCCTTTCCAATCC
+TCCAGGTAATACCCAGTATCTATACCGCATCCAGGATTCATAACGAGGCCAGTTTCATCA
+AGAAACTTTTTGCATTTACTTGATGTGGTGCTGTCATCTTGTCGGAAACAGTGTGTTTTC
+GAATACCGGAAATTTGCAGACATTTGAGGGATTATGAAAGTTCCCTGACGCGCGATCTGT
+GATGCACGTTCGATTACTTTATACTCAAATTCCGCCCCTGTATACTTACCCTTAAAATCA
+GATGTTTTGATTTTACCAAAAGGCGGGTTACTGATCGCCATATCAAACACCTGATTAAAT
+TCAGTTGTTAAGGCGTCTCCATGAACCCAGGAGGCTTCTGGTACGATACGCTTACCTAAC
+TCATAGTATGTGTGATTTAACTCAACACAGACGATTTCACGCGGCGTATTGTACATCATG
+TAATGAACCATAGCGAAAGATAACCCACCAATACCAGCACACAGGTCAATAACACTTCCA
+CCTGTACAAGCATCGATTGTGAAATCGCGAGCAAGTCCAATAGGGGTAAAGAACGCCCCT
+AATTCGGAATTATTTGTAAAAGCGCCTTCATGAAAGTTTTCAATGATGAACAACTTCTCT
+TCGTAAGTTAGCGCTTTGTCAGAGTGAACCAGATCCATTATCTGATTGTGTTTCTTGGTT
+TCCGCTTTCGTTAACTTTGCCATTGTCCCAGCTATACAGTAATGTTGATTCATTTGGGTA
+GAATTCCCACCCGTCCACATATCCGGTTTCCCAGTCAGTAGTTTGTTCAAAACCACAGAT
+CCATTCATATACACCAGGAGGCATTTCGACAGAATCAGGAAGCCCGATATCTTCCGCGCT
+GCGTCCACATTCAAAGAATGCATCGTGAATGAATGGTCGAGATAATACCGTAACATAACC
+TTCATCGTCAACAGCTACGATCCAGCGAGAACTGTGAGGACTATCGAACTTCGGTTCTTC
+TTCGTCTGCGTCAGCTTGCATTTCGGCCTTACAAAAATCTAAATTTATCATTTCAAACCC
+TCTTTAACACCCTCTTTCATAGCTTTCCAGGTAGAACCCGCTTCACCATTCAGGGCGGCG
+AATACAAATAGTAAGATAGCAAGGACAAGATTCACGCCAGCAATCACCATGATTTTGCTA
+TACACGAAAATGTAAGGCATTGCCACCACCCACCAACTAAAAGAATTACCAGTTACGATG
+TTGAGTGCTGCAAGTAAGAAAGTGATAACGAATGTGATTTTCATAATGTCCTCCTTTGTT
+ATGATTAAGGTATCATCTTTTGCGAAAGAATGCAATACCTATAGATACAAAAAAGCCCCG
+AAAGGGGCTTAATTTTTATGCGTTATTGATGAGATACCGAAGAACGTTTTTCGCTTGTTC
+CTCATTACAACCAACTTTGAAACCAGGTTCGATAGGGAGGAAGTTCCAGAGGAAATCAAC
+ACTTCCTTCAACGTCATCTTTGCCTTTTTCCAGCATTGCTAACAGTAAACCTTTGTTTTT
+GATGCTGTTTACGATTGCGTCAAAATAACCATCGCTGAAATCAACATTCGGATTCAGCAT
+TTCGTTGTAAGGGTTGTTGAATACGTTCATTTTGAATCTCCTTTGTTTAACTCAGTATCT
+TGTCTACGTGAGTTATATTACCACAATGGAGATTCAGGTCAATACCTTTTACGATTTTTT
+GAAAAATTTTTCGTATTTGGCTTTTATCCAGCGATACATATCTTCGGCCTTGTCACTGGA
+AATCAGTGAGAACAGCAGATAGATCGCAACACCCACCAACACAACGCCTACCACAATGTA
+GACGGGTAATAGAACTGGGAAGAGAACCCAGAACCATGACATATGCGAGAAGCCAAATAC
+TTTAGCCGCTGCAAAAATCAGTGTTAGTCCAGTCAGAAGTTTGATAGCCGGAATAGGAAT
+CGTTATAGTCTTAGTCATTTCATTACCTTACATTCTTTATGGGGCTATTCGCCCCAGTCA
+ATTAAAATTGAATGTCAGATTTTGCAATCTGTGCCATTTTTTCACGTCGGGTAGATTCAG
+CCTGTTTAATCATCGGGCCTTGTGTCTGTTCTACTGTTTTAGGCATAGTGTTGCCGTGGT
+AGTCAGATTTAAACCCGTATTCGCTGTTGTCGGTATCCATCCAGCGCTGATTACCCTTGC
+GAACTTCCAACTTGAACTTGTTGAAAGTGTTCTTATCGCCATAACGGGATTTGATTTGCT
+TGAACAGTTGCATACCCTGATCAGCTAACTCTTCCGTCTCGATTACAGCTAACATAAAAT
+CAGCCGTAGCAGGTAAACCAGCGGATTCCGCAACATCACCCATACTCACATCCGAACTAT
+CCCATGCAGAACGCCCAACCTGTGCGCCTGTCCACATCACGGTATTAGTTTCAACAGCAA
+GACCGCGTAGTTCTTCGGCAATTGCTTTAACCAGAATATAGGTATTTTCAGCACCTTTAA
+CACGGGTTGAAGTACAGATCCCCAGGTAATCGACAATGATCACATCCGGAACAAACTGTT
+TCTTCAATTTAAGCTCTTTCACAAGCGCTCTAAAGTGGTTTGCACCTGCACCCGATGTAG
+GGTACTGCTTAACCACCAAACGCCCAACCTTACCCGCTTTAAGGCGCTCCATTTTGTTCT
+TATAGTCTGCGTATGTAATGTTCCCTTCGTCGATGTCATCCATAGTCACATCAAGAAGGT
+TAGCATCGATACGCTTAGAGCAAACATGCTCTGCCATTTCCATAGAAATGTAAAGAACGT
+TTTTACCCTGTTGCAGATAATCAGCCGCAAGAGAACATAAGCCCAGTGATTTACCAACAT
+TAACACCAGCCATGATGATATTCAGTGTACCACGTTCCGCACCGCCTTTGGTGATTGCGT
+TCAGGATCGGGATACCAAACGGAATTTTCATCGCCTTCGATTGGTAAAGCATCCACCGTT
+TTTCATAATCTTCGAAATAGTCATGACCTACTGAACTATCGAATGAAATTGCTAATGCTT
+CCTCCATGATTTCAGGGATAGCCCCAACACCAGGAAGTTTCTTGTTCTGTTCTGCCAGTG
+GTTTTTCTGCGTTAGCCTGGATCTCGATTGCGCGAGAAAGAGCACGATACATTGCTTTGT
+CTTTGCAATATGTTTCCGTTTCCTTCATTAGCCAATCTAAATCTTCTGGCGCATTTTTCA
+GCGACTGAATCGCCTTTTTCGTGTCTTCGTAGACTACATCACTTAGATTTCGTTTGTCAA
+GCGCAACCTCTAAAGCAGTTTTTGACGGAATACCGTTGAATTCCTGTACATGTTTATCAA
+TGAGGTCAAACAAAACTTGTGCATTGCCTTCAAAATATTCCTTTTTCAGATGAGGCCATG
+CTTGGACAAAATACGTCCCGTTATAAATCAGGTTAGAAAATATTGTATCAACGATCATTG
+TATTGCCTTATACCAGGTTGCTGAACATCATGAAAAAGTTGTAAACCTTTTGTTTGAATA
+CATCCCATAATGTCAGTTTAGGCTTTGGGACAACTGAACCCTTTTCAAGCTCTTTAATCT
+GTGCATAAATTGCATCATGCACCAGCGGGATCAACGCTTCTTTGTCTTCGTCTGGGGTAC
+TGAATTCTACTTTCAGCCCATGATCCCAAAACACCTTATGAATATAAACCAGATGCGCAA
+CACCTTTTTCATCGTTAATCAGAAGTTCCTGAATAACATCTTTCATCGCTTCATCAATAT
+AATTCTTTGCTTTGCTCTCGATATCCATACATTGCCTCGGTTATGGGGCCGAAGCCCCAT
+ATTTTTTATAAAATTTCGTCGTTTTCTTCGATATCATCAAATGATTCTGGGATATCGTCA
+TCATCCAGATCAGGATCTGGGATGCTATCAGTGCTGTATAAATCTTCCAGCGCGGAACCA
+TCACTGATTTCACGATCTGGGATCTTATACTTTTCTTCGATAGCTTTCAAGAATGGTTGA
+TGAGTAAACAGAGGACGCCAGAATTCAACGCTATTTGTTTCTGACTCACGCCATTTCTTT
+TCTTCAACTTCGAGTTCGCCAGTCTCGGTATTCAGGAAAGCGCGGTTGCGCCAGCCTTTG
+GTTACGGTCTGTACAAAGTTCATTTCCATTGCCAGATCCAAAAGGCCAGAATACATACTA
+ATACCGCCTTCATAGGTAACATGCAGCGGGAATTTTGATTTCTCTTTCACGAATCGAGAT
+TTTTCGATATTCATGATGAAATCATAACCCACCACCTCAGTACCTTCTTTCACCTGTTGT
+TTACCCAGGATGATCGCAGTATCAGCGGAATACATTAAACCAGTACCACCGGAAATAACT
+TTCTTGCTGTACATTTCTTGCGTGTCATAGGTATGACAGATACAAACCATCGGGATATCC
+AGGTCAGCCAGATAAGGCGTAACCATACGGAACATACCTTTTAATGCTTTTGCTCGCGTC
+ATATCCTGTTTATCGTTATCAGACAGCGCGTCAGCAAGTTCTTTTTTACTTGCCGTGTTG
+CCTACTGAGTCAACGAATACAATCACCTTATCACCGCGTTCAAGCGCGTTAAGCTGGCTT
+ACAACGTCATTACGCAACTGCTCGACCGTCGTGATACGAGTATACACAACACGATCCGGA
+TCAACACCCATTGATTTCAGATAGGATTTAGTAACACCTTTTTCTGAATCGTAGAACAGG
+CACACAGCATCTTCATACGTTTTGAGATAAGCCGCTACGGTCAGCAAACCTAAGTTGGAT
+TTGAAGTGTTTGGACGGGCCAGCGAAAAGGGTAAGACCAGAAGTTAGGCCACCGTTAAAC
+GCACCGGACAACGCCAGATTCAGAATCGGCACACGGGTTCGCGTGATGGTAATATTGTTG
+AATACGTCGCTTTCAGAAAGTACAGATGCAGTTTGGCTATTCGAGTTTTTGATCAGTTTT
+TTTAGTAGTGCTTTGTTTGACATTTAATTTTTCCGATTTATTCATTCTCATTCTATATAT
+CTCACTAGTTAATGAAAGGGGCCGAAGCCCCTAGAGTTTACCAGTCGCCGAACAGGTCGT
+TTAAACTGGCACGTTTTTCATAATCAATTTTACATACTTCCGTGATATTAGTCAATGGAC
+TAATAACATGTTTTTCAAACATACCCGGATAATCTACCCATGCCAGAATATCACTTTCGA
+TCTCTGACGGTAGTTTATTTCCGGATTGCCACGCGATGCAATCGGCTTGCCACGGGTTTT
+TATCCCTTAGTGGTAGAACCATTACCTTTTCACCTTCCATGATTGGCGTAACACCATCAA
+TACCAGCAGTGAAACGGTTAAAGAAAAGCACCCCTTTAATATGGTTTGGTGTTCCCTTTA
+TTGGATAGCCAGCCCCATCACGATATTTCGAAATGTTGTTGGCAGATGATACACCAGCAA
+TTTCCCTGTAGTCAAGTGCCTTATATTCTTCTTCGAACTTTTTATAATGTTCATGCAAAG
+ATAATTCACCTTCTTGCAGGATACGGCGGATCGCTTCTTTCAGGAATACTTTCACAGAGG
+TCGGAGTACTCGATCGCTGTGTTTCCATACCCATGATTTTCAATTTCGGTTTTTCATAGC
+GGGTTCCTTCGGAGTCCCACACGTTAGCAGCATATCGTTTTTTAGCAGTCCAGAAACTTC
+CCAACCCTTCGGAACCCAGCGGAGGCCCAGAAATGATTTCACGATCCATAAACATCAGGT
+GTTCCACGTTGTTCATGTATTCGCAAAGTTCACGATACCCTTTATCGATCATCGGTTCCA
+TTCTTTCTTTAGCAAAGCGATCCAGGAAGTCAACCCAATGGTTATTATCCTTAAATTTAG
+CCTCACCGCCAACTTTTGCAATCACGTTATCCATACAAACATAAATGGAGTCAGTATCAC
+AGTATCGAACATATGCATGATCCGTAGTACCGCACAGGTCATTAAGGTATTCGTTTACCT
+TACGTTCAATCCACTGGATAGCCAACTGCCCGAACATGGTGATCGCGCTGGCGTTTCGTA
+GATCGAAGTATCGGAAGTGTTCATTACCCAACGCACCATAAAGGGAGTTGATAGAAATCT
+TACGGTTAAGCTGTGCTGTGTTCGCTTGTGCGATCTTCTTCTCACACACGCGCTTAACTG
+CTTTAAGCATTTGTTTCGTAAGAGTTTTCAGAACTGCTTTCGATTCATCACTGAAATCTG
+TATAGAAATCAAAGTCAGGATCAACCATTTGGTTATGCGCGTCTGTTAAATGTTCGAGTT
+CATGCTTGATGAGTTCAAGATTTCGCTCACCCGCCATCATTCGTTTTTTCCACATCTTAC
+GCTGATCAAATACTTTCTTGATCTCTACTGGGATCACGCCTTTGATATCACGGCGGAACA
+TCCACCCGTTAGGAGAACAGCTAAATTCATCGCTAGGGCGCGGCGCGGTCTTATTAATAT
+ACTCTTCAAGAGCACGTACCGCAAAACTCCCCATAATCGTTTCAGGGCTTATATTCACCT
+GTCGGATGATGGAAGGGTACAGGCTTGTTAAGTCGAACGATACCATGTATTTGTAAGGCC
+CAGGAACAGGATCCTTCACAAATGCCCCAGGGTAAGGGGTTTTAGTATGGCGTCTGTTTT
+CCGGAATAACAACCTTATCTTTACGCAGAGAGTTATAAATGATCGCGTCCCACGTTTTCA
+GCGGAGACATAACCCCAGGGAAGTTAATTTTTGCATAGTACGCTACAGACAGAACCAGTT
+CAATAAAGTTTCGTTTACCGTCGATATCAAGTACACGGATAACGTCAACAATGTTGTACG
+TGATGTACAGTTGGTGATCGCGCTGGCGTAGTTCAGACAGAGAACCTTCATACTCAACTT
+TATTTTTACCAGTTTCGTATTCCGCGATCGCGTCCAGGCGGTAAGATGGTTGCGGGGTAA
+AGCTGAATTTCTTATACAGCGCCATACCATCCATTTGAGCAACGCCGAAAATATCATATC
+CTAATTGTTCGTTGCCGTAAGCGTCAGTAGTGGTTCTGGCGGTTACTTTACCAAATGGGC
+TAAAATGCCTTACCACGTTTTGACCGAAAATGTTCAGGTATCGCGTGATGATATATGCAA
+TATCGAATTTGTCAGAGTTCCATCCGGTTACAATAACAGGGGTTCGCTCTTTCCAATCTT
+TGATATACGCAGACAATAACGACTTCTCGGTCTGGAAAGACCGATAAACAATTTTGTTTA
+AATCTTCTTCGCTAATGTCTTTGCGATCAACGTTTTCCGCGCACCATTCCGCAAGGCCAC
+CCTCAACCAGATCGTATACATAGAATTTATCTTCAATGCTATCGTAATGGGTGATCGCAT
+CGATTGGATATTTTGCTTCACGCGGATCCGGAAATTCTGGAGCGGTCACCTCGATATCGA
+TAGAAGCAATGCGAATGTGTTCGCGGTTGTATTCGATTTCATTCCGGTACATGTCAGAAA
+TGTAAGCCAGTCGGTAATCATCCATACCTAGAGCTTCCATCCCAACATCGCGCATACGCT
+GCATCCAGCTTTTAGCTTCTTTGATGCTGTCAAACTGTTTTTTGAGGCAAGGCTTGCCGT
+AAATGTCTTTGTATGGGGTTTCTACGCCATTCATAGCGTGTTGATACATTACGGGCGCAT
+ATTTCGTCTTACGTACCTGTTCGGTGCCGTTAGAGTCAACGAAGCGCTCATAAATGGTAT
+CTCCCATTTGTTCAACTGATAGGTAAAATTCATTCATTGGATCTTGTATTCTCCATTAAT
+ATAATGTTCCATTGTAACACTACCTACAGCAAATTCAAGTTTACTCGATGTTCTAAAACC
+AACAACCCTTCTGCTAACAAGTCACGGATCTTTCTCAGTTGAACAAGCTGGCGTTCAAGT
+TTAAACCCGTCGAATAACATGCTAAAAATACTGGAATTTATACTATGATATTTTGCTTCT
+GCAATTCCCTGGTTAACCATCATGATAGCTTTGTTAACCAGTAGTTTCCTTTCCGTTACT
+GTATGTTCATCCAGTTGACAGGTTGCAAGGGAAACCAGATCATCATAAGCACGTTGGTCA
+ATAACGTTATCCATACGGGCCGCGAAAATTTTATTCATGTAAGTGCGGATCATTGCGCGT
+CCTCCATTCTTTTCATAAAGACTTCTTTTGCTTGTTGGATCAATTCCAGAGATTTTTTAA
+TACGCTCATAGAAATGAGTGGTTTCAACTTGATTGCATAACAATGTGTACTCTGAAATGT
+TACGATCGTAAAATCCAGGAAAGTAGTGTTGTGCATAGCTGTAAGTGCGGGTATCTGACA
+GATTGCAAGTTAACGATAACAAGATGTCATCTTTTACAATCGGGATGATCAAAGTTTCGT
+TGGATTTGATTGAATCCATGATTTCGTTAATAGTCATAATATATCCCTCTCAATGGTGTA
+CACCCAATATAACAAAGCCCCTGCACGAATGCAAGGGCTTTTTGATTAGTGACCGATCCG
+GTACTTGTACTTGAGGATCCAATCTGCTTTTTGCGAGTGAGTCAGTACGCGGAAGTTGTT
+TTCTTCTGCAAACTTCAACCCAGGGGTTACGATCTTAACCATGCCCCACTCTTCGAGAAG
+TCGCGCAATGTTGTTCCGGCGTAGTTCGTCTTCTTCCGTCATATCGACTTGACGACCATC
+GAGTTTCAACAGTTCTTTAAAATGCACGATAAAATACTTACCTTGCTTTTTCAGAATGTG
+GCACGATTGCCAGAGCATTTTCTTTTTGTTGTTTGCAATACCAATACGGGTTAGCGTTTC
+ACGGATCTTTAAAAAAGAATCGTCGCTGATTAGTTGAATTTCTAACATACATCACCATTG
+TTTAATCAATTTTTCCAATTTCTTTTGTTCAGCTTTGTTTTTCACAATACCCAACAAAGA
+CAGAGCGACCTTTGCGTGTTTTCTTTTCCAATCCTCGAACATTCCGAGGTCTTTAAGTTC
+CTGCAAATATTCCATCGCTGTACGTGTATTTACACTGTATTTTTCGCGAAGGATTTCGAT
+AATAATTTTATCTTCAAAATCTTCCGATAGTTTAGCCCATGCACCGAAGCGTTTAGCCTT
+CCTAACAGAGTTGAGATAATAGTTATAGTGCATTTGGTCAGAGATACTACCGCCTACCAG
+ATTCATCACATACGCGTTGTATATCGTGTCTATGTGCTGGCTCATTGCGTTGTCTACAAA
+GTACTTATCATACACTTCATCGATAACCAACGGCGTTTTGCCGTTGTTGATTTCGTCTAT
+GATGTTAAACAAGGTGTTTTCTTTATCCTTGCCGTACTCTTTGACCAGTTCTTCAACCTT
+ATCCCAATCTTTAGAAAGCCAAGCGGATTCATGCGGGGATAACTCTTCTTCATCCAGAAA
+TTCCGCCAGGCTCATGATTACGCCTCCCAGACCATAGAAAGCATCAGGTTCATCAACAGA
+TATTGCAGATGAATTTCTTTATTCATCGCCAGCCCGTATTGCGCGTTGTTTTCGCCTACA
+ATCTGAATCAGTGCGATTTTAGAATCCTGATTCACGATAGGATAAATCGTATCAGTCAAT
+TTTCCGATAAAGGTATCGTATTCTGACGCATATTTAATAACCTCAGAGCGCAACCCTTTA
+TAGTTCTTTTCTTTCAACAGGGTAATGATATGAGACACATCAGAACCAACGATCTCATTT
+AGGATCCCCGCATCAATTTCACCACGTTTCGAGTAGAACCCAATCGCTTTGATAATAGAA
+CGCGCATCCGGATAATGCTCTTTAACAAACGCTGCAATGACTTTAGGATCATACTTGATA
+TTCTCGATTTCAAGGATACCGAAACAACGCTTGATTAACTGTTTCATCAGTTCGATACGT
+TCAGCATCAGACGGAACACCGAATTTAACAGGAGGACAACGAGAAAGCAGAGCACTATGC
+ACACCGTTAATGTTGTTCGCTGTTACAATAACAGAAACGTTTTTACTGTATGCTTCGATA
+AAGCTACGCAAGTGTTTCTGTGCTTCCGCCATACCAGAACGATCGAATTCATCAATGATG
+ATAATCTTTCCGCCTGGTTTCTGCGTCATTGATGAAGCAAAACGATCCAGTTCATTACGA
+ATGAAGTTTACACCACAGTTCGAACCGTTGACAAAGAACACCTCAGCATCAACCTCACGG
+GCCAACACAAGCGCGAGGGTCGTTTTACCAGTGCCAGGGGAATCAGATACAAGGGTCATG
+TTCTCAACACGCCCAGATTTGATTATGCCCCGCATAGCGGCTTTGTCACCAGAAGGTAAA
+ATACACTCTTCAATCGTTGTTGGGCGATAGCGCTGATCCCATGCAAATTCATCAGGAGAT
+CGAGAGATTTTACCGTATTTGGTTTCGATGATTTCAATATTTTCACTAAGTTCCATAATA
+TACCTTCAAAATAAATGGTGTAAAAGAAAGGGGCCGTAGCCCCTTAAAACTATCTTACTT
+GAATGTGCTACTTGCTTCAAGTACGACGACGTAAGCAACGCCGTTATCAGAAGAGAATTT
+TGCGGCCCCTTTGGAGGAAATCTCTACTTTGTAATCGCTATTGATGAACTGCATGTTATC
+AATCTTCATATCAAAATTGAAAACATTGTCGCCTTCATACTCACCGACTTCAACGGAGAA
+AGTTGATTGACTTTCTTTGCTTTTCGCGGTGATGACCAGTTTACCATCAATCGGTTCAAC
+GGACAGGTCGGTCAGTTTCATCATGCGAGACGCTTTGATCAGTTTTTCGAAATCGTTAGC
+GGTAATCTGGAAAATCAGATCTGCTACTGGCATCACCAAACGTTTTTTCGGTTTCGGGAT
+CGTTGTTGCGTCTGCTGAACGTTCGATGATCTTCATCTTGTCGCCGCGAATCACGATTTC
+ACCAGTGGAAATATCATGAGTGATTTCCGCGTCAGTGCCGACGATGTTCAGCATGTTCAG
+GAATGAGTTGAGATCGTAGATACCAACATCTTCATCAATCACATCAGCAATTTCAGCTTC
+TGCGTATACAACGCTGTTGATTGATTTCGTCATGATGAATGAACCTTTGGTCAGCATGAT
+CGAAGAGTTGATTTGAGAAAAGTTTTTCAGGATATCAATAGTTTGTTTAGAGAATTTCAT
+ATTCAGCCTTTAGTTTTCAATAAGTGTTACTTAATAAGTGATTTTACAACGGTTTCCGCT
+GCTGTGTCAAGCATATCAGCCATTTCTTTAACGGTTGTACGCTTCGGATCTTCGCGGCGT
+TCGCTGGTAAGTTTACGATGTTCCGCAACCACTTTTTCATCAATGTCACGATAGTGTTTA
+AAACGTTCCTCTTGAGGCATAGCCTTAAACAGTTCTTTTGTTTCGTCCGAGAGTTTAGCA
+ACCCAGGATTTACGGACGCGGTTCATGTAGTCAACAAAAACATTACTTTCATTCATATAT
+TTCTTCTCTAACTTAGAATTCTTTGAGTGGGGGCCGAAGCCCCCGCTTGTATTACATGTC
+TAACAGTTTATCCAGGTCGTCATCACCGGAGGTATCAGAATCATCCAGGTCGAACGGTAC
+GCCGTCATCTTCGCCTACCGGAACCGATGCAACACCACCAGATGATTTCACATCAGATGT
+CTGATTGTCAAACTTAGCCATTTCGTTATCGAAGTTGCTCAGTTCGCTATCAAGGTCAGC
+GGAAGCGCTGGAACCAGCAGAACCGATCGAACTACCCATAACTTTATTGAAGCGAGTGGT
+CAGGTCAGCCAGCGGTTTGAATTCGCTTTCGGCGGTGATTGGGCGAAGATCGCTCATACC
+TTCGAAAATTGCTTTCTGAACTTCTTCATCGTCGATGTTTTTGATCTTAGCCGGAACACC
+AAACGAGCTATCGTCATAGTTAGGCCAATCACCAACTTTTTTCGCTTTCAGGGTGAAGTT
+AGCACCATCAAACGGACAGGTTACAGCAATACCCGGTTCATCAAGTTCTGGATTACCGTT
+AATTGCGGCGGTGATCTTGTCCATGATTTTCTTACCGAAGCGGTATTTGAACACCTTACC
+TTCGTTTTCTGGAGCGCCTGGGTCTTTAACGACCAGGACGTTAGCCCAGAAACTTTGTTT
+ACGACCGATCTGGCTCAGTAGCTTATCTTCTGGCCCGTTTTTGTTGGCTTTAGCCTTCTC
+ATACAGATCGTTTTCGGAAATGTACTTACATGCAGGACAGCCGTCATAATCGCCGTGGGT
+AGAGGAACAGTTCTCAATGTACCACTGGTTGTTTTTCTTGAAAGAGTGGCTCACGATACG
+GACGAACGCCAGTTCATCATCGGAACGTGCTGGGAGGAATCGAATAACGGCGGAACCGTT
+TTTCTGTGCGTCCAGGGTCAGTTTCCATTCTTTCTCATCTTTCTGGAAGCCGGAACCACC
+TTTCAGATTTGCTACCTGTGCCTGGAGTTTAGCGGGATCTTGACGTTTAAAAATGCTGCT
+CATATTCTGTTTTCTCGTTTAGTTTAGTTTGATTAACGTTTGTTTCATTAAGTTTCGATA
+TTTTATGATATCTTTTTCAGTAAGGTCAAATATTTTTCTGTATGCCTTTAACTTAATGCT
+AAAGTCAGACCAAATAATATCATCAGCTACTTGATCGTGTTTATTTATGATACCTAAAAA
+TGAGTCAAAAATCAAAAACGATTCGTAAGATATCACATTTGACAGGACAAGTTTGCTTAT
+GTAGGACGTTGATGATTTTTCGCTGTACTTGAACACCAGAGACACGGGGATCTCTTTCAT
+TTTGGCGAATTCGTACACGTTTTTAACGTCATCCACAAACACGTTATCTAGTCTTTGTAA
+CTTTCCTATGTACTGCCTGTAAAAGACAATACTATCTTCATCAACATCGCCTACCCAGAA
+ATCCGGATTGGCTACGAAGTTGGAGAGGAATATAAAATAGATTTCTTTGAATGTAAAGCG
+TTGAGCTAATTTTACAAAGAAATATCTATCCTTTCGCTTGTTAAAGGCGTTTTCACTAAC
+TTTGATCTGCCAGTTGTATTGAAGGACATCAAAACGCCCCTGGAAATGAGTTTTCATCGC
+CAGATATAACTTGTATACAGACAAAGGCACAAGCCGTGAATTCGCCTCGCTATCAGCAAA
+CGGAGCTTTGAATCTCACATGAAGCCGTCCAGAGTGGTTGATGAACTATGTTCAAGCGCA
+ACCGATGGGCGAAGCATGTTTCCTTTGATCGCTTCGTCGCTAATCTTATCAAGGATCGCG
+CGAGGAACCGTTTTATTCAGCATCGCATAATCAATAGAATTTTCATCCATCCATTGTAGC
+GTTGCTTCCATGTAGGTTGCCCCCTCAGAGGCAACCAGATTTTCGATATACAAACCGACT
+TCGGTCTTATTTCCGATCATGCTTTACGCCTTATCGATCATATCATACAGTTCGATCAGT
+TCGTTGTTTTCTTCTTCGAAAGCGGTACGGGCCTGTTCGTGATACAGTTTGAACAGTTTC
+CCGAAGGTTTTTCCATCGATACCGAAATCGGTTTTCGCTTTGGATTTGATATCCTTGAAC
+GTGCCGTTGAAGATCTCAACTTGAGTTTTCACGTTGGATGCTTCTTTGATCAGTTCTTTT
+ACCTGTTTTGCTACATCAGGGTTTGTTTGTAAAAATTCTACACTCATTTTGTTACCTCAA
+AAATCACTCAGTTTTTCGAACATACGGGAAAGTTTGTTATCCATGAAGTAACGTTCCATT
+TTGGCTTTACTTCCGGATTTTGGAGTATTATACGCTTCAATAATCGAATTTTCAATATCT
+TTTGGTATAAATTCGAAATCGCGTAGTTCCTCATTTTCTTTGTAACGTGCGGCCCATTCA
+GGGGTCATCAATGTTGTCGGATCGTCTGCCTCCAGCCATGCCTCTAACTCAGAGGATTTT
+ACCGCTGGGGCGCGTTCACCTTCAACCTTCGTCACAATATAATCATTTCTAATTTTAATG
+CAAGCGATACTATCTTTTTTATCGCCTTTGATATTTTTGTATCGCAGATCGTTACGTGGC
+GAACCGTACTTAGGCGTTACCCATTTTTTCTGGGGAGGCGACCATTGACGAACACCGTTA
+TATTTCTGTAGTTGTGTAAAGTCGCTATCAGCAGAAACCACTAATACTCGTCTACCTTCA
+CCAACAGCTTTTTTCGTAACAACAGCAATTATATCATCAGCTTCCGCGAATTCAACCTTT
+AATCCGAGATAAGGCATATTCTGACGGATTTCTTCGAACACAGGATTAAGGAAGTTGTTC
+AGACGATCCCAATCCCATTCTGATTCTTCGTGTTCGATCTGACGACGTTTTTTGTAGTAC
+CAGGCTTTTTGCCTACGCCAGTAATTTCTGTCATCGAAGGCAATCACGATTTCTGGATAC
+TCACCTTTAAATTTTACAACGTTAAACCGTAAAGTGTCAAGCACCAGATGACGAATCATT
+TCGATCGTGATGGATGCTTGTTCCTTTGGTTTGAAGTTGTTCATCAGTGTAGCGATGGAA
+ATGTTAGAGATATCGATGACCATAGTATCATCGGGTTCCCCTTCATCTTGCATCAGCTTG
+TTCAAGTTAAACATGCTTGCAAAACTGCTCATACATACCTCAATTTTTCAAAGAACGGGG
+TTATTGTAGTAACTTACGAAATGAAGTCAATACAAAAGACCATAAAATTTTGATCAATAA
+TACTTGATCTGATCAAATTTATGATCTATAATTTATTAATTAATAATTATTTTACTACAA
+TGATCATTGTAGGTCAAGTACTAAAATCAATAAATTTTATATAATTTAGATCTGATCTAT
+AGATCATTAGATCTACTTTAACCTTAAATAATATAGAATGAAATTTGATTTTGTCTACAG
+TTATTATATAATATTCTTAACTTCAAAGAGGAAATATGAATACTATGACTAAAGAAACAA
+CCAATATCTACGCAGACAATGAAAAATTATACCCTATCCTCTGTGCATGGAAAAAGCAAA
+TCGCCGAAACAGGTGATCGCAAAATGCCTAATGAGTTGGGGGCTGCTATTATGGATATTG
+CAAACGGGCTATCACGTCGTTACAACTTCAACCGTTATTCCGAAGATTGGAAAATGGATA
+TGATCGATGACGGAATTTCCGCTGCAATCTCAGGACTGCATAACTTCGATGAAACTCGTT
+ATACCAACGTTTACGGTTACATTAACAAAGCATGTTGGCAAGCATTCGTAACACGTATTC
+TGTACGAGAAAAAAGAGAACGCGAAGAAATATAAATTCTTCCTTGAGCACGTTTACGACT
+GTGAAGATTCAGATATGGTTAGTATTGCAGACGAAGGTTTCATTCAAGATCTACATGACA
+AACTATCTCAGTACGAGGCTTCCGCCACCAAAACCAAAGACAAGGAAGCGGAAGTATTCC
+CAACATTGGAAGATTTTCTATGAAAGCAATAATTGACTTAAACAAAATATTAACTGATAT
+CGATTACGAAATTGACTTGCTACCCTACTTCGTAAAATTAGAGTTGCAAAACGTGGGAAT
+CCCGGTTATCATCGATCCAACTGACGTAAGAAACCCCGATTTCGAAGTAGAAGAAGGGGT
+TTTGTCTTATATGATAAACGCCGAAACTATGATCATGGAGATCACTTATGATTGATGAAG
+AGAAAGAAGTACTAACCAGTGTGGAAGAAGTGGATCCAGAAGAGGAAATTCAACAAAAGA
+TCCAGGAACGTGTAGAAGCCGACGCATTGAAGCGAGCACAAAAATTCATTAAGAAGAACC
+GGACTGAGATCAAACGCCTCCGTAGACACGCAGAGGAAGCCCTATTCAGGGGTAATAAGG
+TTCAGTATGTGTATGCGGTTAAGAAACTTCGTGATATGCTCAAACAGCCGTATACAGAGG
+ATTTCATTGATACGATGTGGAACACTTCACTAGCATCAATTCGAAATATCGTAGCTTCAC
+AACAGAAGCACTAACAAACAAGTAGCCCCGAAAGGGGCTATGAGGGTCTTATGAGAAAGT
+ACTTAATGATCGGGGATACTCACGCTGGCTTGCGTCAGGACAACCCCTGGAATGAAGAAA
+ACCTATACAATGTATTCGTACAAATCGTAGAACACTGCAAAGCAAACGGCATTACCGAGG
+CTTTCCATGCTGGTGATTTCTTTGATGTGCGCAAGGCCACCACACAAACCACGATGAAAT
+TCATTCGTGAACGTATTGTGCCACTACTGGAAGAAGCCGGATTACATATCTATGTTCTGG
+TTGGGAACCACGATTGCCAGTTTAAAGACAAGATCCGCCCTAACTCACCGCGAGAGATTC
+TTGATCAGTATGATTGCTTCACGGTTGTTGATGAACCGATGACAGTAAATCTTGATACTT
+CTCCGCTGCAATCAATCGATTTGATCCCGTGGATTTGTCAAGAAAACACCCAGCAGATTT
+TTGATTTCATCAAAAAGTCAAAATCTCAATACTGCTTAGGACACTTTGAACTGTCCGGAT
+ACTATTTCTATAAGAACAGTAAAGCGGATCATGGTCTTGAACCTGATTTCTTAAAGAAAT
+ATGAAATCGTGTATTCAGGCCACTATCATCACGCTAACGAAGGCGCTAACGTTTTCTATA
+TCGGTACACCGCTTACCATGAGCGCTAACGATGAGGACGAAACCAGGGGCTTCTATGAGC
+TATCTTATGGCGACGGTAAACGTGAATTAACTTTCATTGCTAACCCAGTATGCCACCATC
+GCCGGATCACCTATCCGGATCAAAAAGATGTTGATGTTGCAGATTACAAAAATTGCTCTG
+TTCGCTTGATTGTGCGCGAAGTTGATAACGATTTGCCTAAGTTTCAAACAAAACTGGAAG
+AAACAGTTTATGAGTTGAACATTGTCGATCGCGTGATCACTGATTCAGAAGTCGATACTG
+ATTTTGAAATCAAAAGTGTATCTGGATTGATTAGTGAGTACATCAACAACATGCAGATCA
+CTCCAGAAGAAAAGACCGAAGTATCTGCAATAATGAGTGCATTGTATGCAGAGGTTACGA
+GCAATGGAAATAGTTGATTACGTTAATATTTTAAACGAAGAAGGGCGATATAAAGCCCTT
+TATAAAATGTTTGGATTTGATGTGATTGTTGCAGTACAGCAGGATTCCTATAATGAGTAT
+GTGTCATTGGGGTTCACTCTGATTAAAGACAACTATCACGAAACAAAGGTTTGGACATTT
+ACTGTCCTGAATAGCATGGATGAAGATTCCGTGATATACTGCTTTGATAGCACGATTACA
+AACATGATTAGTGATATATCCCAAAGGATAATTGATGAAACTCAAATTTAAAACATTGAC
+TTATCAAAATATCTTGTCGGTCGGTAACGTACCGATCGTCATTGATTTTGATTCAGCAAA
+GAAAACCCTCATTACGGGTAAAAACGGCGGTGGTAAATCCACCATGATCGAAGCGCTTAC
+ATATGCTCTCTTTGGTAAGTCATTTCGCGATCTGAAAGTCGGGCAACTGGTGAACAGTAT
+CAACAAGAAAAAATGTCTGGTTGAACTGTTGATCGAATACGGCAATGATGAATATAAAAT
+CATCCGTGGACAAAAGCCGAAAGTATTTGAGATCTGGAAGAATGGCGAAAAACTGCCGGA
+AGATTCAGCCGCTGGTGATTATCAGTCACAGCTTGAATCAATGTTGAATATTAACCTGGT
+GGGCTTTAAACAGGTTATCGTTCTGGGTACTGCTGGTTATGTACCTTTCATGGAACTGAA
+AACACCAGATCGCCGTAAATTGGTTGAAGATTTGCTTTCTCTGTCTATTATCAGTGAAAT
+GGACAAACTAAACAAATCATACATCCGTGGTGTTAACCGTGAACTGGATACGCTTTCAAT
+GCAGATTGGACACGTACAACAGCAGATCGCAACACATCAAAAGTTCATTGACGAACAACG
+GGCAAAAGCAAATCAGAATACGGCGCGTTACCAGGATATCTACGATTCCCACGTAGAAAC
+AGCAAAACAGATTAAAGCGCAATTAGTTGAACTTCAAACCCAGATCGCAGAATGCGTGAT
+CAATGGTGAAGACCAAACAGCAAATATTCAAAAACTGCGTGATGGCTATACACGCCTCTC
+AATGAACGTAGAACAGTTGCAGCGTCTTGAGGTGATGTATCGCAAGGGTGGTGAATGTCC
+GGCCTGTAAACAGCCAATTAGCCCCACTCCTGAACGCATGGAAGAAATTGCCGAGAACAT
+TAAAAATGGTACTCAGAAACTTACGCTGATTAAGAACAAGCAAGATCAGCTACAGAAAAT
+CATGGATGATTTACTAACACAACAACGTACACTAAATGGGCTGAAATCCAAATACGAATC
+ACTACGCGGTACACTTCAAAATGAAGTTGCAGCGGCTAAACGTGTTCGGGCTGTCATGGA
+TAAAGCACAGGAAGACGTGGTGATCGACGAATCCCCAGTTGAAAAACTCCGTGAAGATGA
+AAAGGAACTTGATTCTAAACGTTCTGGATTTGTCAAGGAAAAATATTTTAGAGGTATTGT
+TACGGATCTGCTGAAAGATTCCGGCGTTAAAGCGAGCATCGTTAAACGTTATATTCCTTA
+CTTCAATAAACAGATTGCGTACTATCTGGATCTGTTGGGTGCTGATTATCAGTTCACTCT
+GGATGACGAATTTAACGAATCGATTAAATCGCTGGGTCGTAATGATTTTAGTTACGCATC
+GTTCAGTCAAGGCGAAAGAGCACGTATTAACCTTGCTTTATTGTTCACCTGGCGCGATGT
+AACCAGTAAAATTTCTGGTGTTGATTTATCCCTTCTGATCCTGGATGAAGTGTACGATGG
+TGCAATTGATCGTGATGGTAGTTTTGCCGTAAAAGCACTATTGGATGGGATAAATGGTAA
+CGTAATTGTTATCAGTCATCAGGATCTGGATCCGCAAGATTTCGATCGACATATCACCAT
+GCAGAAAGTTGGACGGTTCACAAAGTGTACTATCAATGATCGAGGTGCATAATGTTAGAA
+AGAGAATTTGAATTAGAAACCGCTCCGGAAATAGAGCGGTTTTATCTCCACAACAATTTT
+CTTGAAGAAAAACATATAGTTACTATGAAAGATGTTGAGGAAGCATTCAAAGATAACCCT
+ATAGAGTTGACGCGAATCAAGAACAACAAAAGTTCTGTTTGGTTCCTCGAAAAAATCTAT
+TGACCGAAATCCATAAATACAGTAAAGTAGCCCATGTAACGAAACGTGGGCTTTGTTTTT
+ATTTGAGGAACAATAAATGATCACTGAATCCAAAATGACTTATCAGGAAGCACTGAAAGT
+TTTGGGCGCAACTGGTAGCGAAACCAGCGCTGAAATGTCCAGACTCTTCAAACGTGCATC
+CTTACGCAATCACCCCGACCGTGGTGGTAGCAATGAATTAATGCAGAAAATTAACCAGGC
+TTACGACGTAGTTACAAAAACTGGGCCTAGTGGCGCACGTTCTGAGACTGCTGGTGATGT
+TCGCGCACGTTATGCACGTCAAAAGAAAGAATGGGAAGAAAAAGTTGATGCTTACTTTGT
+AGTGGCGAAAAACTATTTCAGCACCAAATTTAACGCACAGGAATTTGCGGAATACTTCAC
+CAAATACACTGGATTGCCTACCACTTTCAAACAGGAAGTAACAAAAGGTAGTCACGGTGT
+TTATGCTTCGTTCCGTTTCACTTCTGGTGATGCTTACTTTGATTTCGGTTTCAACTGCAC
+CCCTCCGAATGGACAAGGGTTAGCCGCTCCGGATTCATCTGCACTGGGTAACGTTTCTGT
+TAGTACCTTTGTACTGGTTGGAACTAAAAAACATAAAATGGCAAGCCGTGATTATCAATG
+GGGCAAAAACCCAGATAAGATCACTCCGGAAAGCCTGTTCCCGTCTAAAAAACTGGAAAG
+CATTTTCAGCCCTGTACAGAAAAATATCAAATACAAACGTGCTGATTACCTTGCATCATT
+CCGTAAGCTGTTAGGCGCTGACATTAGCGGAAACGATATCTTTGTTGAAGTTGGTACACT
+GAAAGTTCGTTTCTATCGTCATGTAATGATGCGTAAAGGTGCGTATGTGTTTAGCGCGGT
+GTATGATCCTGCTGTATCTAAGTATCGTCCGGCTGCACAACTTCGCGGAACTATGTTAGA
+AGACGAGGACGGCGCTTGCCTGGATATGATCGTTGATACGTTCAAAGAGTTGCAGAAACT
+GAAACCGAGTGTTCAAGGCGTTGTGAACGCGATCGATAAGATGAACGCAGAGTTTGCAGC
+GGGACATCGTTCAGCATCTTTTGTTAAACGTGTAGCTGCTCAGGAAGCCGCGCCGAAGCC
+AGAAGAGAAGCCAAAACGCACTGTTAATCGTATCGGTAAAGAGGAATACTTCGCAGCACT
+AAAAGATATTGGTGCTCGTGTAATGCCTACCAGCGGTTATGTTGAATTTGATAACGGCGC
+TGGTGTTACTATCAACTTCAAGCGTATTGTTGTAAACCGTAAAGCATACTACTCATTCAG
+TAGCTTTGATTTCATGTACTCTGGTCAGAAACACATTGAGTGGTTGAAAGGAATCGATAT
+CGCAGAAGATACCAAAGGCGCAAGCATTAGCCTACTCACTGATACTCTGAAATCTTTACG
+TGGGATCTCTGACTGGAACACTGTTAAGAGCGCTTTAGATCAAATGAATTCTAACTTCAA
+GGCGGGTAAATTCTCCGCACCTCATGTGAAGAAGGAAGCAGAGCAAAAAGCACCGAAACA
+GAAAGACGAAATCGGCGCACAGCCTACCAAACCACAGGCGGCTAAGAAAGATACGCCGGA
+AGTGGAAAAATCACAGGCTGTTCATGCAGCACGTGAGAAAGCGAATATGAACAACACTAT
+TCGTAAAATGATGACTATGTTAGTCAAAGCACAGCGCAAAGACACTCCGGAAGATATCAA
+GAAGGAAGTTGATGCAGCAATTCAATTGTGGCGCTTGACTTACTAATCAAATGAACTATA
+ATGGGAACTGTTAACGCAGTTCCCTTTTTATTTGAGGAAAATATTATGAGTTGTCCAACA
+TGGTTACGTTTGGAAAATCTGAAAGAAGGTACACAAAAACGGATTTATATTAATCTTGGT
+TGGGTTCCTCCTACCGATTTTCAAATGGCTGAGATTTTAATCAATGCTGTTAAAGAAGTA
+AGCGACACTTACGAATGGGAAAGGCTCTATTTTCCCTTGATTGGTTTGTATATGACGCGA
+AATAAATTTGAAGAAATGAAACTTGCTGTTATTCGCGCTACGATTATTAATTCCCAACAA
+AGATTTACTTTGAAAAATGCATGGAGTTCTGAATGATTATTCAAGTATCTGTACAGGGCG
+ACACTCTGACTGTCACCGAATCCATCAATACCGCTCTTGCTGTATGTCGTGACCATATCT
+CACAAAATCCTCCAGTGACTGAGATCCTGGAAATTGATGTTTGGGATCAGATTGGGATGA
+TCGACGCATCATATGGATTTACCCCGCGAGATGAAGAACTATCTCGTATCGAATCATGGC
+TGAATGAACAGGAAACGGAATGAAACTCCCTAAGAACACAACACTACTAACCCGCGAAAA
+ACTTCACTCTGTTGATTGGTGTCCTCTGGATATCATGATTTTTGATATTGAATCTCGCGT
+GATCAATGCAAAATATCAGGGGTGTAGTATTTTCTCTGTTGAATTCGAGAAGATTCGCGG
+ATATGATGAGAAGTACAAAGAAAAACTGAAAGTTATGATTGAAGCATTAGGCTATATTGT
+AACTGTTGAAGACAACAAAATGTGGATCGCAATATGAGCATAGTAAAAGCGGTGTTTGCG
+CTGGGGCATGATATCTACCACGATGATTTCGCTTTTGGATATCAGCAAGGCTTGCCGTGG
+GGCCACTGTAAAGAAGATTTACAGAACTTCAAAGAAGAAACCGCCGATAGCGTTCTGATT
+ATGGGTGCAAATACGTTTACCTCTCTTCCGGGTAAATTGCCTGGTAGAATTCATTGCGTT
+CTGTCTGGTTCCGGTAGTTTTTTGAAAACCAAAAAAGGCGAGGTTGCTGATTACGTGATC
+CACGGTGGCGGGTTGTCTGCTGCTATTGGTACAATGCAAGCAACACACCCAGATAAAAAT
+GTGTGTGTCATTGGTGGTAAGGGGTTGCTTTTAGATTCAATCAATAATAAAATGGTTGAT
+GAAGTAGTTTTGACACACATTTACGGACATGATGTATATAATGCCCCCGCATTTAAACGC
+GATGTTTCGTTTACTGCTTCTGAATTGGGTGATGCATTGTTAAAATATGAATTTTCTGAT
+TTCGAAACTCAGTACATCAAAGAACATGAACGCATTGAAAAAATCATAGTCGATCGATAT
+AAAAAGGTATAAAATGAAACAGTATCTGGATATTATTAAACTTGTACTTGATAACGGTGT
+TGAATCAACCGATCGCACTGGTGTAGGTACTATTCGTATTTTCGGCGCACAAGCCCGATG
+GGATCTAAACAGAGGTTTCCCCGCAACTACCTGTAAAAAACTATTCTTCAAACCGTGCAA
+GCATGAATTGCAATGGTTCCTGTCCGGTTCAACCAACGTTGAAGAACTTCGCCGGATGAC
+CTGGGGTGAAAATAGCGATAAGCGCACAATCTGGGATGATAACTATGAAAAACAAGCTAT
+TGATTTAGGATATGATTCTGGTTATCTGGGGCCAATCTACGGTCATCAATGGCGTTCGTT
+TGGTTCTCTTTATGGGGATGATGATAGTTATTATGGCGGTAGTGGTGTTGACCAGATAGC
+AAAAGTCATTGAACAACTGAAATCAACCCCAGACGATCGTGGGATCATCGTTTCGGCATG
+GAACCCCGTTGATCTTGATGATATGGCATTGCGTCCGTGTCACTGTTTCTTTCAGTTCGT
+TGTAATCAACGGTAAACTGTCTCTACAGTGGTATCAGCGTTCAGTTGATGTCTTCTTAGG
+GTTGCCGTTCAATATCGCCTCCTATGCTCTCCTGACGCATATTATCGCTGATATTTGCGG
+GTACGAAGTGGGCGATCTGGTTTGGACTGGTGGTGATGTCCATATCTATAAAAATGCGGT
+TGAACAAGCAAAAGAACTTTTACAGCCTAACCGTTCACCAATGCCATTACCGATTCTAAA
+AATGCCGAAGGTAAATAGCTTACTTGATTTAGATCAAGAATTCTTTGACTCGATAACCTT
+AGAAGGGTATCATAATCACGGCTCTCTAAAAGCTGAAATGGCAGTATGAAAAATGGGGCT
+TCGGCCCCTTTCTTAACAAGGTAAGAGAATGAATGACATTAAAGTAGTAGTAAAATCCTC
+TGGTGTACGCCAGCCGTTTGACAAAGAAAAAATATACAAAGTGCTCAAGTGGGCCTGTGA
+TGGTCATAATATCGATGTTCGTGCATTCCTTGAAAATGTATTAGAACTGATCCGCGATGG
+TATGACTACCAAACAAATTCAACGTATCGCTATCAAGTATGCAGCAGATCATATTTCTGT
+TAAAGAACCGGATTGGCAATACGTAGCATCGAATCTTGAAATGTTTGCATTGCGTAAAGA
+CGTTTACGGTCAGTTCGATCCTATCCCGTTCTACGATCACATCGTTAAAATGGTTGAAGC
+GGGGAAATACGATAAAGAGATCCTGGAAAAATACAGCAAGCAAGATATTCAAGTTTTCGA
+ACGTGCAATTGATCATGATAAGGATTTTGAATTTTCGTATGCTGGTTCCCAACAGTTAAT
+CGGGAAATATCTGGTTCAGGATCGCGATACTGGCGAAATCTTTGAAACCCCTCAGTATGC
+GTTTATGCTTATTGCGATGTGTCTGCATCAGGAAGAAACTGGGTTAGCACAGGTTACGCA
+TATCGTTGATTTTTATAACGCAATTTCCGATCGCAAACTGTCTCTACCGACTCCAATTAT
+GGCGGGTGTACGTACTCCTACGCGCCAGTTCTCCAGTTGTGTAGTAATTGAATCGGGTGA
+TTCTCTTGGTTCTCTTAACGCTGTAACCTCTGCGATCGTGAAGTATATTTCACAACGTGC
+TGGTATTGGGGTTAACGCGGGACATATTCGCGCAATGGGTTCTAAAATCCGTGGTGGTGA
+AGCTGTTCATACTGGTGTGATTCCTTTCTGGAAACATATTCAAACCGCTGTTAAATCCTG
+TTCACAGGGTGGCGTTCGTGGTGGTGCTGCAACACTGTATTATCCTTTCTGGCATCTGGA
+AGTTGAAAACCTTCTGGTGTTGAAGAACAACAAAGGCGTAGAAGAAAACCGCGTTCGTCA
+TCTTGATTATGGTGTACAGCTTAACCAGTTGATGTATAAACGCTTAATGAATCGTGATTA
+CATTACGCTGTTTAGTCCGGATGTTGCTAACGATCGTCTGTATGATCTGTTCTATGAAGC
+TGATCAGACTGCATTTGAAGAACTGTATGAAAGCCTGGAAAAAGATCCAACTGTTCGTAA
+GAAACGCATCAAAGCGGTTGACCTGTTCCAACTTTTAGCACAGGAACGCGCACAGACAGG
+ACGCAAATACATTTTCAACACTCATCACGTCAACCAACAGGGTAGTTTTACGGTTCCTGT
+TCGTATGTCTAACCTGTGTTGTGAGATTGCGATCCCAACGTCGCCGCTGGATGACGATGA
+TAAAATGGCTGGTGAAATCGGATTGTGTACGCTAATGGCTATCGTTCTGGATAACGCTGA
+TATCAGCGAATTCCCGAAACTCACGCGTATTGCAGTACGTGCGCTTGATAACCTGTTGGA
+TTACCAGAACTACCCTGTAAAAGCCGCTCTGAAAGCTAAACAGCGCCGTTCTCTGGGTGT
+TGGTATCACCAACTATGCATCATGGTTAGCGAGCAACTATTGCGACTACTCAGAAGCGTA
+TACAGACAAAGTTCATGAGTTAATGGAAGCGTTTCAGTTTAACCTTCTCGTTGCTTCTAT
+GGAACTGGCGAAAGAACGTGGTGCATGTGGATTGTACAACGATACCAAATACGCTCGCGG
+GTTACTGCCTATCGATTGGTATTGCAAAACCGTTGATGAACTGGTAGCACCTGTTTATAA
+TTGCGATTGGGAATGGTTACGTAGTCAGATTAAGAAATACGGCTTGCGCAACTCTACTCT
+TTCTGCTTTAATGCCTTGTGAAAGTAGTTCACAGGTTAGTAACTCTACCAACGGGATCGA
+ACCTCCGCGCGGTTTAGTGAGTATCAAATCTTCGAAAGAAGGACACTATAACCAGGTTGT
+GCCTAACCAGAATAACCAGATTGATTTCTATGATCTGCTCTGGGATATGGCTAAACGCGG
+TAACAAAGGGTATCTGTCTCATGTAGCAGTTATGCAGAAGTTTGTCGATCAGTCTATTTC
+TGCAAACACCAACTATGACCCGGCAAACTATGAAGACGGGAAAGTTAAAACAGAAGACAT
+CATTGATGATCTGCTGTATGCTAACTACTACGGTGTTAAAACTCTGTACTATCATAATAC
+GCGTGATGGTGCTGGTGATGAAGAAGAAGCCGCAGAAGATTGCGCGGGTTGTAAGATTTG
+ATTAATGCCCCTTCGGGGGCTTTTTAAAGGTAAAGACATGTTAACAGTAATGAATACAAA
+CCCAGATCATAACCACTTAGAACAACCTATGTTTTTTGGTGAAGATACTGGTGTTGCACG
+TTATGAATCGCAGAAACACAAAGTTTTCGAAAGCCTGACGCAAAAACAGCTTTCTTTCTT
+CTGGCGTCCGGAAGAAGTCGATCTGTCTACTGACCGTATGCAGTATGCAAAACTTCCTGA
+ACATGAAAAAATCATTTTCGATTCTAACCTACAGTATCAAACCCTGTTAGATACCATTCA
+GGGACGTGGGCCTAACCTCGCATTTTTGCCAATTGCATCCGATGTGAGCATGGAAACCTG
+GATCGAAACGTGGGCGTTTAGTGAAACCATCCACAGCCGTAGTTACACGCATATTCAACG
+TAACTTGCACATTGATCCTTCTGTACAGTTCGACCAAATCCTTCGCAATGAAGCGATTAT
+GAAACGTTCTGCATCAATGACACGGTATTATGATACTCTGATTGATGAATGTCATAAGCT
+GAAAACCATCATGATGCTACAGGAACAGGTTAGCGGCTATAAACCAAATGATCCGGCTGT
+CGTGTATTATAACGAGCAATACACTAAACAGGCCACTAAGTGCAAAGAAGCTCTGTACCT
+GTGTATGCACGCTGTGAACGCTCTGGAAGCGATCCGTTTCTATGTGTCGTTTAGTTTCAC
+CTTTAACTTTGCTGAACAAGGCAAGATGGAAGGCAACGCGAAAATTATGCGCCTGATTGC
+GCGTGATGAAGCATTGCATCAGAAAGGTACTCAGAGTAAAATCCGTTTGTGGCAAATGGG
+TAAAGATGATCCAGAAATGGTTGAAATCTCCCGTAGGCTGAAAAAAGAAGCAACGGCTAT
+CTTCCTGGAAGTATATGAACAGGAAAAAGAATGGGCTGAACATTTATTCTCTGTTGGTGA
+TGTAGAAGGTGTATCGCTGAAAAGCACTATCGCTTATATTGAACACCTTACAGATCAGCG
+TATGCGAGCGGTAGGGCTTGATTCACCATTCACCCCGATCCCTAACCCGTATCCGTGGAT
+GAATAAATGGCTCAAAAGTGATAACGTACAGGTTGCCCCGCAAGAGGTTGAAGTAAGTTC
+TTACCTCGTCGGAAACTTGAATACTGAAATCAGTGATGAAGCGTATGCAAAATGGGCCAG
+CAAATACGCGTGATTGTCGGGTAGTAAACAAGTACAAAACTGATTGGGATGTCGATATTC
+AAAGAGGTACGAAGTTCGGCAACCCTTATAACACAGGAACCAGGGGAGAAAACATTTTAG
+CGTTTATCCCCTGGTTCCAGAATCAGGTTCGTACTGGGGCGATCACGATTGAAGAATTGA
+AAGAACTTGATGGAAAGAGGCTTGGTTGTACCTGTGCGCCTCTTCCCTGTCACGGTGATT
+ACATCGCGCATGTGGTTAATGTTTTGTGTGGTAAGAAAAGATCACTTGACTTTTTGGATA
+TATAATGTATGAAATCTGAATTCAACTTAACCCTTGATAAATGTGGTCGCATCGATCGAA
+GTTTTGTTAAGTGTGGTGAACTTAGGCATTGTGTTTATTTTATTGCAATTAACGATGAAA
+TAGTATATGTTGGTAAATGTCGGGATATGTGGAAGCGTTTAGATACATATCGCAATGCAA
+AGTATTGGAGAGAAGCCAACCCCAGCAACATCTTAAAAACGTGTCGATTGGAAATGGCTA
+TCAAAAAACGAAAAACTGTGAAACTTATCGTGACTACTCACGATGAAAATACATATCATG
+ATTATGAAATCAACATGATACGAAAATACAACCCTGAATGGAATAAACAGCACTATGACA
+AAGGCACAAACTAAAATTATCAATACCCTTTACAAACAACTCATGCAGTTGTGTGGTGAA
+TCCGAAACATTTTTCTTCGTTGATCAAGTAACCGTGATGGGTACACCTGTTCGAATCTTT
+AACTATCGCATGGCCTCATATACAGACTGGCTAAAGCCTGGTGCTCTGGAATGTCGCGGT
+ATCATGTTTGAAATGGATGGAGATACCCCCGTATCAATCATCAGCCGCCCTATGGAGAAG
+TTTTTTAACTATGCCGAGGTAAAGGCATGGGAAGCGCTTAACGAGTCTCCTATTGAATTA
+GGCGAAGTTTTAGACGTGATGATTAAAGAAGATGGTTCCTTGATCTCAACTTTCCTTGAC
+GGTGGATTTCTGGCGGTCAAGTCTAAAGGTTCGGTTAAATCAGAACAAGCTATGGATGCG
+CACAGCGTGTTAATGGCAAATCGTGAATTGCTGACCCGCTTAACTGAGATCGCTAAAGAA
+AACTATACGGTGAATATGGAATACGTTTCCCCGAAAAACCGTATCGTTGTTGGTTATGAT
+TCTCCGGATCTGCGTATCCTGAACGTTCGTCATAACATCACGGGTGAATACATCCCTTAT
+GATGATCTGTTTGCTGACGCGCTGTTACGTGCGTATCTGGTTAAGCGCGAGAATATCGAA
+GTACTGGATCTGGATGCATTCGCAAAAGAAGCATATCAGAATGAAGGATTCGAAGGCTAT
+GTTGTTCTGACAACGAAAGGGTTTGTAAAAATCAAAACAAACTGGTATGTCAATCTGCAT
+CGCACAAAAGATAGCATTACCAACAATAAGGATCTTTTCCTAAATATTGTTGAGAATACG
+GTCGATGACCTGAAACAGCTATTCAGTTCGGATCTGGTCTCTCTGAAAAAGATTGACGAT
+TTCGAAAAACTTTTCCTTGATAGTCTCAATCGTTTGAGTGCAAAAGCATTCAAAGCTATT
+GAAGATAATAAAGGGAAATCGCGTAAAGATTTTGCTATCAGTCTAAGCGCGGATTTGTCA
+AACGACGGTCGGATCATCTTCGGGCCTCTTATGAAGTACTTCGAAGAAACCGATCCACAA
+AAACTGGTCGATCGCATCATTGAAATGATGGTTAAAAATTACGACCAGTTCATTCCTGGA
+GAGTACAAGTGAAATCATTTGGCGCATATAGCCGAACGATAGAACAAGAAAAAGCAGGGA
+TTGATTCCCTGCTTTCTTTCGTTGATGTTTTCCCCGAAACTGGAAAAATTTACTGGAATG
+ATAAAGCATATCATAAAAGTAAGAGAGGAAAAGAAGCGGGTTCTATTGTTTGTGAAGAAT
+ACCCTTATACGAAAATAAAGTATGCTGGGAAAAATTACATGAGGCATAGAATAATATTTT
+ACTATGTTCATGGTTACTTACCAATCATAGTTGATCATAAAAATGGTCTTGATTTTGGTG
+ATTGTATTGATAATCTTCAAGAATCCGATCCCGTTCATAATATATTGAAGAAAAACAAAA
+CCAGAAAATCTAAAACTACCACATCAAAAGGGGTTGACTATCGTTCTTCTCGTGGAAAAT
+ATAGAGCACAAATACGGATTAATGGTAAAACGAAACATATAGGATATTATGATACAGAAG
+AACAGGCGTCTATCGCATATGAGGAAACTTTGAATGAATATCAAAAGCATCTTGGGTATG
+ATTAATATAAAATCGTGGATATGGCCTATTATTGTTGCTTGCTCCCTAATAGCCCTTTTT
+TACATTGCAGTTGATACCAAAATAGAAAACAGGCAATTGTCTAAGGATATCAAAGCGTTA
+CAAGCTGATATCAAGAAAGTAAAAGAGACAAACAACAGTAATACAGTGATATACGTCGAA
+CAGAAAGGCAAGGATCAGCAGTTAGTGAAAGATGCCGGACGTAAAGATCTGTTGTTCAAA
+AAACCAGGACTGATCGAAATCAAGATCAACAAGTCCTTTGAAGAGTATATGAAGGATTAC
+GAAAAATGAAAATCGCTACACTAGCGCTCGTTCTGGGCGTTCTGTTGGTCGGGTGTGCTG
+AGAAGCCACCAGAAAAGATTTTGCCTACGCTACCCGCTAAGGTGAATCCGGTCAATGTGA
+AATGGAAAGTGGTTGCAGAAGTAAGGGAAATCGACGGGAAGAAATATCTGGTCATGCCTT
+ATGATGGTAATCCATACGTTGCCCTTTCATACCCAGATTCGTTAATCTTCCGTAGCTGGA
+TGAATGACGTTAAGCGTCAGAAAGACCAGACGGATAACATTCTATGCACCGTGGGATACC
+CCGAAAAATGCAAGTCAAAATAATTGATACATTCTTTGATGACTTGACGGTCGGAAAGGT
+GTATGATGCTGTAGAATCCAAAAATGAACTATGGATTGATAGCGATTGGGGGATTGCAGT
+CAATCTGCATACCGAAGCCAGTCAAGAACTAATTGAATATGAGATAGTGAAATGAATCTG
+TTTATGACTATTGGCGTTCCGGGTAGTGGAAAAACTACCTGGGCGCATGAGAAAGCCCGT
+GAATTGGGTAATACTGTTACGATCTCTCGCGATGATCTGCGTAGCTCTTTGTATAATGCG
+GGTAAAGGTGCTGGCGGATACAAATACACCAAAGCGAAAGAAGACATGATTGCAGAAATG
+CAGGATCACGTTGTTATCTCCACTCTGAAAGATGGTAAAAACGTGATCATACACAACACA
+CATCTGAAAGAAAGTGATAAAAATCACTGGCGTGAAATTGCGTTGGAACACAAAGCTGAT
+TTTCATATTGAATATTTTGATGTGTCTATTGTTGAACTGCTTCGCCGTAACCACAAACGC
+GGTCGTGATGCATTACCCGTTTCGCGTGTTTGGGAAATGTTTAACCAGTATCGTAAGATC
+CGTGGGTTCGTACCAGCAATGGAAATTGTCAATCCCCACAATCAGAAATGCGTGATCTTT
+GATGTTGATGGTACGCTAACAAAAGTAGGGCAACGTAGCCCGTATGACTTTACCAAAGTG
+ATCAATGATCCGCCAAACATCCCGATCCATCAACTGTTTCACCTGTACAAAAATGCAGGG
+TATAAGTGTGTTGTTGTGTCTGGGCGTGAAGGTAATCCGCAATGCGCACATGATACATGG
+GTTAGCCTGTTGAGTTATGGCGTTGAACCGGATGAAATTTTTATGCGTCAAGAAGGTGAT
+ACCAGGACAGATTTTGAAGTAAAAGAAGAAATTTTGTTTGACAAGATTTTAGATAAGTAT
+TATCCTGTTATTGCAGTGGACGATAGAGACACTCCGGTCGGAATGTGGCGAGCAAACGGG
+ATTCCGTGCTTACAAGTCGATTATGGTGATTTCTGATTGACATATAATGTGGGTATGTTA
+AAGTACCCACACAAAAGAGGATTATATTATGAACGTTATTCGTGAAGATAAACACATCAT
+GGTTGAACTTGGCGATCGCATTCGCGTAGAAAATCTGGGCGATTTTAACCAAAAAGTTCG
+TTTGTTGTGCCAAAAAATTGCTAACAAAATTCAGGAACAGGGTAAAGCTCCGGGCGGGTT
+TGAAGTTAGCGCCACTCCGGTTTCTCAGTACTCCTATATTGTGTATATTCATGACGTGGA
+TACTAACAGCACCCAATCTTTCGGGCTGGTGTTAAATCCTATTACTGGCTACGTTACATG
+GGCGGCTGTATTATGAAAGTAAAAGTAATTGATAGAGCGATGATCACGGATGAATCTGTA
+TACCCAGATCCTCGTTATTATGGCGGTGTTTTCGGATACATCAAAGGAACTGATATTGAT
+GTAGTAACAAGTCCGATCGCCGAATACGATATCAACAAAGATCAGACAGAAGTTCGCGTT
+ACTACAATCAACGGTTCAGAATATATCGTTGAAGCGACTCCTGATTTTATCAAACAGTTA
+CTAAAGGTGATGAAAGATGCTTGATCATCCTGGCTCTATGAGCATGGTGCTTCTGGAAGC
+ATTGAAAGCATATGATATCCCCTGTCATTTCGGTGAAGTAACTGTTAATACTATCGTTGA
+CGAAATCGACAATCCAAATACTTTCATTGCTTGTCTTGTTCGAAAATTCACAAGTTGTTT
+TCGACCGAGTCCAGAAAAAGTAGTAATCAGTTCTGTTTCTGCACATCATCGAGTGTTAGA
+TGATGGAAAGATTCAACTTTACTGGAAAGTTCTTTATCACGTGGTGTATCATGAAGATTG
+ATGATATTATGTTTATGCTTAGAGCAATAAGCGCTTCTAAGTTCTCTCAATGTGTCTCCG
+TTAATGTTGGTGCTGCATTGAGAAATGGTAACGGGCGTGTGTTTGTAGGCGCAAATAATA
+CGGTTGATCCTAGTCATCGTTGTACAGATCAGTGCAATCACTTATTAGATGATAACGGGA
+AACTGAGTGAAGAAAAGCGCCCTGAACATTCACAATGGTCAGATCGCAACGAAGTACACG
+CAGAAATGCGCGTTATTATGCTGGCGGCGTCTCATGAACAAATCAAAGACGCAACTTTGT
+ATACAACTCATTCCCCTTGCTCACAATGTGCGAAAAATATCGAATTTTGTGTTGCAACAG
+GTATGATTAAGCGTGTAGTATATCTACATAAATACGATCGTGGTGGCATCGAGTGGATAT
+GGCGTCTACAGCAATACGGTGCCGAAGTAGTACAACTTGATCCCGAAGAATTGAATAAAC
+ATTTTCGGATCAAATAACCAATGAGTAAATATATGTCTGAACTGAGTGTAAAAGCATCCT
+TTGAATATGTTCTGATTGAAACCAACGCTAAAGCGGCTGGAACTGAAATTGTATCACCTT
+CTGGTATTGTGACTGGTGTTCGTCAACACGGCGAGGAACCGATCTACGGCACAGTGTTAT
+CATGTGGGCCGGATGTACCGGAAGAATATAAAACCCTGCTTATGGGTAAGCGCGTACCGC
+TTCCTCATGCACAAATGGCAAACGTGCCGGATCCTGAACTGATTGCAGGAAAGGCAACAA
+AAGAAGAAGCTCGCAAGTATCCGGTTAAATATGTAACCGCACACTATAAAGCGATTCAAG
+CAATTTACGAATAAGAGATCCAACATGGCTAAACAAATTCAAGCAATCATCGCCGATACC
+GTCGCAAAATCTAAAAAACTTTTCGACAAAGGCGACATCCTCGAAGCACCGACCCGCATC
+GATGTAATGACTTCAATGATCATTGATGCTCACCAGGGAAAACTAAATTCCCGTGCTTCG
+GAAGTAATGGAATACATCGTACAGTTCGAGGATGTATGCAAATACGCCAAAGCTGTTGAT
+CCGGCTGTTCGCGAAATCTACCGCAAACAGTTCTAAAAATATCGGCCCCTTAGCTCAATA
+GGTAGAGCTAATCACTCATAATGGTTAGGTTCCCGGTTCAAGTCACGGGAGGGGCCACCA
+AACAAGGCAAGGCACTTAGAGAAGCGGGAGGAACAGAATCAGATTCTGTTGGTTGTAGGT
+GCAAATCCTACCCTTGCCACCAAATTAGGGTGCGTAGCGCAATGCCGTTAAATGGTTCGG
+AATATGCAACCTTTCTCACGGAGAAGGCTCTGTTGGTATCCGGTAATAGGTTCCCCGGAA
+TGCGGGGTGAAGTAAAGAAACTCCCAGCCCACTAATTTTAATGAGGTTTATATGAAATTT
+CGTGAAACTGTGAAATACCATAACGCGGTCGAATATACACAGATTTTTGTTGATATGTCT
+CCCGCAAAATTCAAAGAACGTTATGGCATGACATTTAATGAATGGAAAGATGGATTGCCC
+GATGGGGATTACCGAAAAAACTTCAAATTCAGTGAATGTTATGTGGATGATGACCCTTAC
+GATCTGGATGTTTGTAGTAAAACAACACCTCTCATTGAGAATTCACCAGAACAGCTTTAC
+GAATCTTGTATTGATTCTGCATACGAAATTTAAAGAGATAACATGAAAAATTTACAAAAA
+CTGTTTAAAATGTCTCCGGCAATTAGAAAAATCATCGGAGAAAGCAATCCAACGAATCGC
+AATAAAAAATTGATGGAACTTTTTGTAAAAGAGTTCGATGATTTTGATTCTGAACTTCAT
+AAAGCGCTTGAGGCATATTCCAAACAAGGGTTCTTTGCATCGCCGCAAGTGAATAGTAAG
+AAAGAGTATAGCGAACGATTCTTTGATTGGGAGATTGTCAATCTCGTTCGTAGAACAAAT
+ATATCTCCGAGCAATCATCAATTGATTTCTCTTGATACTTCGGTATTCTTTATCCAGTAT
+CTTATCAGTGGTGGTTTCAAAAATCCTGAAATTCCGTTTACAAATGAAGCGGTTAGCAGT
+GAATTTGATGAATCATTTGTATACATCAACACAAACAAATAATCAAATGGCTATCTTCGG
+ATAGCCTTATTTTTGGGGTGTCTATGCGCTTTTTAAAGTATGCAAGTTGGATCGTACTCG
+TCCCTCTTGACATTATTACTGGAGTATTAGCAATTCTGTTTGCCCCGTTTGTTGTACCAT
+TCTACAACGAGAAAACAGGGCATCTTCCTAAAGGCTTCCGGTGGATGGAAACCTTCGATA
+ACCCTATTGATGGTGATGGTGGACATATCCGCCGTTGGGCGTCCATACGCTATCATCTGG
+GGGCTTTTGGGGTGTACATGCAACGTGTTGGCTGGTTGTGGAGAAACAAGGCTTATAACT
+TCGCATATCACGTTTTAGGACGTGAAGCGACAAGCAAATTCAACTGGAAAGGCAACCCAA
+AAACAGAAGGTGGGCCGAACCCTGTAAATCATGGGTATCTGCTCATGTGGAACGAATCAG
+CATGGGGTTTGTACGTTTACAAACCGTGGCTACGGATCCACAAAGTGCAATTCTGTTTGC
+GCGTTTATGCTGGATGGAAGCTGAAACAAGAAGTTAGCGACCCAGTTAACCTGGATCGTG
+CAATGCTGGCGTTTCATTTCAACCCGTTCAGGTATTATGTAATCAAGTAAAGGTAATACA
+ATGAAAGCATTTCAAATTTTAGAAGGTTTGCATACTGGTACGATCTATCTGGAAGAAGGT
+AACGATGTTCGGATCGTAGTATCAAAAACATTAACTATGGATTCTGTGATCGGCAAAGCT
+CGCGTTACTCCGTTTGCAAAGCGTGAGATCGAGATCGAATATCAGCCAACTGTTAAGGTG
+GAAGGTGGACAACATTTAAACGTTAACGTGTTGCGCCGAGAAACTCTCCTGGATGCGGTT
+GAACATCCTGAAAAATACCCACAGTTAACGATCCGTGTTTCTGGTTATGCAGTGCGTTTT
+AACTCACTGACCCCTGAACAGCAACGCGACGTTATCGCCCGAACCTTTACAGAGAGTCTA
+TAATGGCAATTGATGATATCAAGGGTTATAAACCCCATACTGATAAAAAAGTAGAAACGG
+TAAACCGTATCAAAGATGCTGAAAATGCATTAGGTGCAATCCTGGAAGATATCGAACAGC
+GACTATCAAATTCAGATATTGATTCACTGATAGAGGAAGAATTAGATGAGGTGCTTGAAC
+GTATCCATCAAATTCAACTAGCGAAAGACCGACTGAAAGAAGCCTCTATGTGGGCGTGTC
+GTGCGGTGTTTCAGCCTGACGAAAAATATTAAAAATCAAGCCGTTGCCGAAAGGTAGCGG
+CTTTTTCTTTTTTGGTGTAAAAAGTTGTTGACTCCCTTCTCACATTCCCTTATAGTTAAT
+CCCGTAGACAAGAAAACACTTTTATGAGGATGACATTATGAAACGCTCTTACAACATGAA
+TGAACTGGTTTTCTTCAAAACTCGTCGTGAAGCACGTGCTTACGTTCTGGCGGCTGGTAA
+AAATACTTCTGCTGCTATCGATATGGGTACTGATAAAGCTGTTGGTGCTCGTTGGGCCGC
+TGTTATCGTTATCGCTGCTCCGGTTACTCCGGTTAAAACTCTGGTACTTGGTGCGCGTCA
+CGCCGAAACTCTTAACACTGCTGCAAGCGGTAGGGGCCACGAAGTTAAAGTGTTCAAGAA
+GCGTTCTTATCTTTCATGTGCAAGGGGTTAACTATGGCACGATTCATATATAAAGTGGAA
+TACGAAAATACTGAGTTATCTGATACCTTTTTGAAGATGATTCGTGATCACGGGCAACGT
+CTGGAAAGAGTAACGATTGATACTGCGTTTGATTGTCCTGTTGGGTTGGTTCTAACATTA
+TCTTGCAGCCCCGCAAAAGAATCAGCCCGTGTTGAAATGTTACATAAACTAAATGCATTT
+TATGAAGGTGGTAGTGTATGGCGAGTATTGTAAAATTTTTCACCGACTCAGTGAAAGAAA
+TTAAAAGCGCTCTGGAACAATGGAACACTCGTTGTGATGTATCCATTAAATCAGAGTACG
+AAACAACTTATGATCGTTATGATCCGGCCCGTGGTTTGCACAATAACCCCCATGAGGTGG
+AAGTGTGAAATACTACGGATTCAAAACGAGTCATTTTGGTAAAGCGTATCGTACAGAAAA
+CATCGATCGCAAACGTCCGTACTATGATTCTTTAGTACGCGCGGGACGCAAACGCGCTCG
+CCAGGAAGGGAAGAAAGAAGGTGAAGATCGTGGATAATTGGAAAACATGGGTATCAATTA
+TCGTTGGTGTTATCATCGGTCGCGGTTTGTATGATTTAATATTTTCGGCGGGGGTTCATT
+ATGGACATTGGTTCGGGTAGTCAGTACCCATCATGCGCGTTAAGCAACTTCGCTCCGCAT
+CCATTCACGTTTGACGGGGTAGAATGTGCATCAATGGAGGGCTTTTTACAAAGCCTTAAA
+TTCAGCAACCCAGATATGCAAGCCCATGTATGTACTCTGGTAGGCAAGGCCGCAAAGTTC
+AAAGGCAAAAAGAAAAAATGGTGGACTAACCAGACCTTATACTGGAAAGGTATCCCTATT
+CATCGTTCCTCTGAGGCGTATCAAATCCTGATTGAAAACGCATATAATGCATTATTCCTT
+AATGAAGGGTTTCGCCGTGCGTTGGCAGCAACCGGAAAAAGTACCTTGACACATTCAATG
+GGAAAGAATAAAATAAACGAAACTGTACTGACTGAAAGAGAGTTTGTACGCAACTTAACC
+CGATTGAGAGATCTGTTATGAGTGAAAAAGAAAGAGTAGAATGCGTGTTTCTGTTCAAAG
+GCGCGATTAATCCATTAGCGTTACTGTATGCGCAACATGCATTACGTTCAACGTTGATTC
+AGAGTGTTATCTATAAAGCAGGTGTGTATTATGTTACCATCGGCGCAAATAACATGGTTG
+TTATTGAATCCTACGTTAAGGAATGTGCATTAAACGGCGTTGTCTTTGATAAAGTCGATT
+TTGATGCTGGGGTAGATGCTGTTTATATGTATAAGGGTTGATATGAGTTACGTAGTTTAT
+TTCGATTGTTCGGATCTCGATCCGTTCGTGCTTCAACAGGCAAAGAAATATCATCAAGAT
+GTCGTTGGCATTGGTGTAACAAATGATGATATGTTGTGCATCGAATTTGAATATTATCGG
+ACATTTGAGCGTGAACAATTCCTGGGTGAATTGAATGCATTCAAAAGTACCCTTTTCTTT
+GATCGTTATGAGGTTATATCTTGAAACCTGTTATTCTTACCGATATTGACGGGATCGCCG
+TAAAATGGCAAAGCGGCCTCCCGTTCTTTTTGTCTAAGCACAACATGCCTACTGATATTG
+CATTAGAAATGGTTACAGATGAAAAATTTCGTGATATGACCGAAATCTTCGGATGTGATC
+AGCAGTTGGCTAAAATCCTTATGGAAGAATACAATAACAGTTCTTTCATTCGTTATCTGA
+ATGCGTATGATGATGCATTGATTGTGATCAACCGTCTGAAAACGCAGTATGATTTCGTTG
+CCGTTACCGCTCTGGGAACAACACCAACGGCAAGCCTTAACCGAATTGCTAACCTGAATA
+CTCTTTTCCCGTCTGCGTTTAAAGAGGTGATGGTCGTGGGCCACGGTGAAACAAAAACTC
+ATCGTTACCTGGAAGCAAAAGCAAAGTATGGTAATCGTCTGGTTTGCTTTGTTGATGATC
+TCGCGATAAACTTAAACGAATGTCATAACGTCATTAGTCAGTTGCCGTTATTCCATATGT
+TACGTGGTGAACGTGAAGAAACAAATGCACCTCACCAGTTAGTAAAATCGTGGTTTGAAA
+TTGAAGAGAAACTAAATGATCTTGTCAATCCTTAATGAACTTGCGTCTACTCTGAAAACC
+AAAGAGAAAGAAGCAATTTTAAAACGTAATGCCGATAATGAATTATTGAAAGAAGTTTTC
+CGCATTACGTATACAAAACAGATTATGTTTTATGTGCGTCAATTTCCTCTGGTAGAAGGG
+AAACCAGGCACAACACCGCTTTCCGATGCAATCAAAGCATTACTGGAAGATTTAGCAAGC
+CGGAAATATACAGGCAATGCAGCGCGTGATCGTTTACTGGATATTGTATCATCAGTGAAC
+ATTAACGATCGTGAAGTGCTACGCCGTATCATTAACCGCGATCTGGAATGTGGTGCTGGC
+ACAACCTTACCAAACAGGGTATGGAAGAAACTCATTCCTGAACAGCCTCAATGCCTCGCT
+ACGCCGTTTAGTGAAAAGGCTTTACGTCGCATCATTTTCCCTGCTTACTCGCAGCTTAAA
+GCCGATGGTGCGCGTTGCATGGCTGATTTGCTGGAAGCATTAAACCGTAAGGTATCGAGA
+GCGGGTAACGAGTACGAAGGGTTAACTCAGCTTGATATCGATCTGAAAAAGATTCGCGAT
+TATCTGGGATATGATGTAGTTCTGGATGGAGAATTGATTTATGTTCCTTCCGGAACCGTA
+CCAACATTACCTGAACCTGAAACAGACATGCCTTTTTCTTTATCTGCTTTCATGGACGAT
+GATGATAACGACATTGCGTTATTTGCGGAAGAAGTTCGCAAAGTATCGTCCCCAGAAGAA
+GAACAGGCCGAAGCAAAACGCGAAGAAGGGAACGGGATCGTAAACAAATCTCTGAAAGGG
+ACGATCACCGAAGAAGAACAGCGAAACATTGTTTATGTTGTTTGGGATATTATTCCATAT
+GAGGTGTATTACGGCGAAGCTGAAAGTGTTCAGACTTATGATGAGCGGTTTAGCCTGTTG
+CGTGATATCCTCCTGGATCTTTCTCTGCCTTCTGTTCGTTTGATTCAGTCTAAGCTGGTT
+AATAACATTGCAGAAGCGAAGCAGGACTATAACAATTACCGCAATGACGGTAAAGAAGGT
+TCTATTCTCAAAAACAGAAACTTCAAATGGAAAGATTCGCGAGTAGCCGATCAGGTTAAG
+CTGAAAAACAAAACCCCGATTGAACTACGGATCATTGATATCTACGCGCACACTAAAGAA
+GACCATAAGGTCGGCGGGTTTGTGGTGGAAGATTTATCCGGAATGGCTCGAACGAATACC
+GGATCTGGGTTAACTGATACCGATTATCGTTACGATGATGATGGTATTACCCGTGTATAC
+ATTCCATTAGATGAACGTGGTGAACTGGATCGCGAATACATCATGGCGCATAAAGATGAA
+TACATTGGGGCCATTGTAGAAATGGAAGTTGACGGCCTCCAGAAGTCGAAAACGCGTAAG
+AAAGGGGAACCGGAATACAGTTTCTTCCTTCCTATTATCAAGAAGATAAGACGCGATAAG
+ACCGAACCCGACGATATTCATGTTGTCTTTGCAGATCTATTTTAATAAAAAGCCCTTGAC
+TCCGGTCGGGGGCTTTGTTATATTGGGCCTATCGAAACGTAAATCACTAAGAGAATATAT
+TATGACTAGTAGTTATCAGAAACACAAAACCCTTATGGCAAACCTGTCCGGTAAACATAT
+CGACGAAGTAAAATCTCTGCTGACAGTGACCGAAGGTTCCCGATTCGAAACAAATCACAT
+TATCAAACCTTCTGTGAAGAAAGTACTGAAAGTGATTTACCGACATCCGGTGTATCAGTG
+CGTTCATATCATGAACAGCAACGCATTTATTTTCGTATATAACGAATCCGATGATAAGTG
+TGTTGGTATTTTCCGAAAACCTAACTTTGAATGCATGAGCGAAGCGGCTGTTGCAACCCC
+GATCGTTGAAGAATATCCGGATTATGTTCAACGCAACATGCGTTATGTGCAATCCCGACT
+TGATTATGCATACGATTTCAATTCTGACGCGGTAGAAGCGCTGGCGGATATCCTTTGCAA
+AAACCAGAAAGATCGTCAAATGACAAAATATCTGACTGATCCAACACCGCCAACAATTCG
+AATTTCTGTTGAAGTTCCGTTTGAAAATCATTTCATGGCAGTTGAAGCGCTTGCTAAACT
+TGGTTTAGAAGTGAAAACAGAAGCCGTTTAATAGCACTTTTTGTTAAAGAAGCCTCTTGC
+AATGCAGGGGGCTTTTTTGTATAGTGTGTTCATTGAAACGAAACACGGAGATAAACAAAA
+TGGCTCACATGATGAAGAAAGCAGAATTCCTTAACCTGGTTAAAGATTGCGGATTCGCTC
+ACTTGAAAACTTTTCGTGGTAGTGTTTACCTCTATGACCGCGAAATCCAGGTTGCCGAAG
+TCTATTGCGCTTCTAACATGCAAGAATCTGGCATTATCTCTGCAATGAACCAATCAATCA
+AATACCGTAAATGGATGGGCTGATTATGAAAGTTAACGTTTCTTATGAATCTCGCGTTAA
+TGGCGCACAGTGGCGGAAGCTGGATAACGGACAAGTGGAAAGGCGCTTACCTGGTTCCGA
+TGAGTGGACACTTGCGGCAGTGTTGGAAACCGAAATCGATCTGGCAACAAAAGACGGTAT
+TTTGTTTGAGGTGAAGAAATGATCACACTCAGTGATTATCTTCTGTTTACTGCTCTTTGG
+GCGGCTTCGATATTCATAACTGCTTTGATTTACAATAAACGTGATGATTTTGGGTTGTGG
+GTATTCATTCACGGGTTTCCTCTGTCTATGTGGATCGTGATGACTGCTGAAATTCTCCAT
+TAATAGCACTTTTTGCTAAAACTATCTTGTTCTTGTTTGGTATATTGTGTTCATCGAAAC
+GAAACAGACAAAAGGAACATCACATGAACTTCATCGATATCAACAAAGATTTAGAAGGTA
+AAAACATCAAACTCGTTAACCGTGAAATGTTAGAGAGTCTTGGTAATGGCGGCGAAAAAT
+TCAGTGAAGAATTCTATAACAATTTATCGTTGATGACTGTTAAACGCGTTGATGTTCAGG
+GTGGTTCTGGTTGGGTTTCTGCAATTCCGGTTTCCCTGGTAGATCAAGCAACATATGACC
+CAGTTGCCGATTCATGGGATCTAGAAATGCCGTTGGTATTCGAAGAAGTCATGAAGTGCT
+ACGAAATCGCATAAGGGTATTATTATGAATAGCGGAAAATTACAAATGAAAGTTAGCGAA
+GAAGAAGTTAAAGAGCGGTTATCGGTAGCAAGAAGATTCCTTGAATCTATCGACCCTGAT
+AAACTTGGAAAATGCCCTGATACGATTTGCCTTAATTGTGGGCGTTCTGTTCTTGTTGGT
+AAGTGTTGCGATAATCCAAATATAGTTGTGATGGAAAAGGAACAAGTATCCCCCGAAACA
+TGGGATCAGATCCAGGAAATCATTAAAAACCCTCCAGCGCCAACCAAGAAATTACGTGAA
+TTGATGACAAGGAAAATGAAATATGAGCAAATTTAAATTGAGTGCAACCGTTCGCCTTAT
+TCGTTGGAATGGTGAAGAGATCCGTTATGATGACCCTGAATTCGCCCATGAAATTCTTTC
+ACATCGTCTGGGATTGAAAAACGCGTCATTGGTTCAGACTGTTAAAACATCAGCAGATCC
+GGAAATTTGGCGTTGTGTTATCCTGGATCTCGATAACAACATTGACTATGATGATCCTAA
+GAACTATCCGCTTCTGGAAGCACAAGTTGAGAATGCTCCAGAAGACAGACAGTGTTTTTT
+GGTTGAGTTACCACGCGAACATTACGAAAACATCATAAAGGCCCGTAAAAAGGTCAATAA
+CAATGTTTTCGATCTCCACCTCGGATTGTTTGAGGATTAAGTACTGCTAGTTGTGTTCGT
+AGTAGCGGCGCTGGTAGGTTCCCCCACCTGTATACATTCAAGTGTTTGCAGGTGGAAATC
+TTTTGATACGTCTCGAACACATTCAACAATCAGATATTTTCCTGCATACTCTTCCCCAAA
+TACCTCAATGATTGTCCCTACCTTAACATCTAAACGACCCTGCTTTATATCGAATCGGAT
+CCGGCGTTCATAGCTGGATAGCAATTGCATTTTAGAAGCCTGGAACGGTTTACCTTCTGA
+ATCTGGGTTCTGAAAGTTGGTATCATAGATTGCATTACGGTTTGTGAAGATCCATGTATT
+CTCTGTGTCTGTATCAGCCAGTATATCACCGTACATCTTTTTATCAGTCAATGACAGACT
+AAAGAAACTGGCGTCTTTAAACAGCGTTGTGTTATCCTTATGGGTAATGTACTGGGCTTC
+TGTGAATATGACAGTATCCCCAACAAACACGTTATCAACGTTAAATTTGTATGCTGGGAT
+CGGTGTCTGGGCCAGAATGTCAGTTGAACTTTTAAGGAAAATACCGGAACCATCTTCCCA
+CAGATAACAGAAGTCAGAAGAAACTACACTTTGCCCGTTGTCCCTGATATAATCAAATAT
+ATCCTGATATGTACCATTTAGACATCCAGGAGGGATACGTATGTTACCGCCGACAACTTC
+GGGGGTAAGTAGTTTCATTTTGCTATACAGTGCCGTCATACACTCTGTAATCGTCTGTAC
+GGCGTTGTTACTAAATGAACGGGCAAACTTACGTCTGAACGTTTTATGCAGCGGAGAGAG
+GTTCATACGCAGCACAGAACGGTTCTTATCGTCAGTATCTACGTTAGAGTAAAGCAATCC
+GTAATAATGTTGTTCCTGTGTACCGTTATACTGGAAAGATACCTGTATGATCGGCTGGAT
+AAGTTGCTGATAGATTAACTGTGCGTCGTATATCTGCATCAGCGTTTCCGATGAGCCGTT
+AATCATCGTCTTTTCACTAAACGAGACAAGAGCGGGTAGCAATTCAGTATATGCGTTATC
+AATGTATTTTTCGTATGATGTATATAATTTAATCGATGTGACTCGATTGACGATTTTTTC
+AGCCATAAAAATCCCTCCTAATATATCCTATTTACTAAATAGTAAATAATGACCCAGGTT
+CAATTTGAGGCAATAATGAAAAATAAAACTCTTGATAAATTTATGACTACACGGCTTGAA
+ATCAAGAAGACTAACGTTAAAACCGTTCATCTTCCGGATGGAACAGCCATTGAGATCCCT
+AAGATGTCGTATCGTCATTTTGTAAAGATTAAGACTCTGAAAGATGACCCAGTTGCGATC
+ATGCGATTCATCATTGATGACATCAAACCGCGTGAACTGACAGCAGCGGAAATTGAATTT
+GTGTTGATCCATATGTATGCACACAATAACGCTGATTATGCCAATACGCTTAAAGAAATT
+GGGCTAAATCTTGATGACCTCAAAATCTCCGAACCTTGCTATGATTTTACGTTTGACAAC
+GTGCGGTTAGTCTTTGACAAACCCAGCCTGTTAAATGCTCACCTTCCGTTCCTCATCAAA
+GAGGCATATGTTGACGGTAAGCCAGTAGAATTAACTGAGGATAAACGAGACGAATTAATT
+AATTGCCTGTACCGATTCGAATATGATCAGGTATCGCGTGGTGTCCTCCAGGAAGTATAC
+ATTATCCATGAGGGGAAAACCATCAAAGGGCTTAACATCATTGGTGAATGATAATGGCTA
+ACTCTTATTTCAACGAAGAACAAAAGAAAAAGTTTCTGAACAGAAACAGCAACAAACAAC
+CAGCGGTCACCAAAGTAACAGCCTCCCTTGATGCTGAAAGCGCCCGTGACCTAAAGGAAA
+TCAACGATAACACCCTTGAAAGTGCAATCAATACTCTTGATATCAAAGAAGGGTTGAAAT
+CGTTCGAAGAAAAATTCCGTGACAAATTCGCGGGGTTCAAAGAACAATACGAAGAGGATA
+AAAAGGAATCATTAGCCGAACAACTACCTGATTTCGTCGGCCCGATCCGTCCTATATCCT
+TAACCGATGATAACTCAAAAACTGTTGACAATACAGTAAACGTTAACCAAAATGGTCAGT
+TCGGTAAACTGGAAGAAAACACCGAATCTATTTTTCATGCTATTAACAAACTTGTTGATT
+TATATGAAAATACTGATAAGCATAAGCCGCTTCCTGAACCAGTGGAAGAACCTGATCCGT
+ATGTAGACACTAAGAAAAAACGCATCAATGATGATGACAAAAGAAGCAAAACTCTGGATA
+GTATTGCTAAAAGTCTGGTTTCTATTAAAGGTTTTACATCGCAGATCCTTAGCCGTTTCA
+TTGGTTACTCTCTGGAAGCAATGGCAAAGTTTGCTAAATGGACGCTCCTTATTGGTTCGT
+TAATCTTTACATTCGATGTGTTGCGCGTCACAATACGCAAATGGTTCGAAGATATCCTGA
+AAGAAGGGGAATCCTCAAAGAAACTATTTGGTACATATCTGGGTAACGTAAAGGCTATCG
+TAACAAAGATCGAAGAAGGTTTGAACAACTTCAATATGAACAACTTAGGCGAATCACTTC
+GTGATTTGTTCGTTGAGCCTATGAAGTTGTTGGGGCAAACTGTACAAACGGCAATCACTG
+AGGGTATCGGTCGTCTTATTCAATCATTGGGTGAATCAACTGGCATAGACAGCATTACCA
+ATGCCGGACGCGGAATGCAGATCACCGCTTTACGTGATAAACAGAAATTTGGTCTTGAAT
+TGACTAAAGAAGATATTCTTATGATCAAGAAACAGGAACTAGAAGACCAAAAAGCGGCAT
+TAGAAAAAGAAGATAAAGCTATTGCAGCACGTCATGCATTAACAATAACTCCTTCTCAAA
+TTCCTAATGGTTCTATCTATAAAGTTGCTCCTACTGATTATCAAGAAAGAAATCAGAAAA
+CCGTAGATGCTGATAAAGAACGGCTTGATAATATGAAGAAAGCAACGGAAGAAATGCAGA
+AACAATACGATTTAGCTAAAAGCAGCGAAGAGGAAGCACAAAAATTAGCCGATGAGGAAA
+ACAAACGCAACCGCGCACGTATAGAAGAAGCAAAAAGGTTAGAACAAGCGAGGAAGGAAG
+GAAAACAGCCGCCAGAAGGTGAAGAGAAAAAGGGTGATGATCTGTTGGGTAAAGCAACCA
+ACTATGCTAACTCTGAAAATCTGGATGCAGCCGATATCAAATACATTAACGATGAACTGT
+TGGATCAGCTTGAAAAACGTCGTAATGAAGGCAATCTGGACGATGTACAGAAGGATAGAA
+TCTCTGACCTTATCGAGCAATTGCAAAACAAGATTGCAGCCCGTACAGAATCCAGCGCCC
+CGATCGACGCACAGCCACCGTTAGCAGCAAATAAACCGGATGCTGATAAAGCAAGCAACA
+TTCAGGTTAACAACAAAACTGTTAACAACAACGTAACTCATTCAGTACAACGCACAGAGC
+ATAAACCGCTCGTAGCGCTGGCATAAGGAACATATAATGAAGTTTTCTATTATTGATGAC
+AGTATAAACACTCTCAAAAATATTAAAAATCGCGGTATCCCCTCTGGGGGTGCCGCAATC
+ACAGAATCAGTATTAAAGCAAACTATCGTTACCGCCGAATTTCCGGCCCAACGTGCAGCA
+GGTATCGATAACGCTTATAATGCTTCGAGTCTGTATAATAACGGCCTTCTGTTCACTGCA
+TATGATTTTAATGGTGTTGGTAGTAAAGACAACTATCGTTCATTACGTCAGGCAGCACAG
+AACCCAAAACAAATACTATCATCTGCGACTGGTAATGTTAAGTACAAACAAGTGTTGAAT
+AGTTCTATTGGTACTATGGAACCTGTTTGCCAGATCCTGCTACCGCGAAGCCTGAACGAT
+AACGAAGTAAACAGCCACCGCTATCAAGATGCAAACGATAGTTTCTTAACCAAAGGGTTG
+AGCCGTGTTGTTTCAAACATGGTATGGGGCGCTGTAGAATCCGTTTCAGGCGGTATTATG
+GCAGACCGAAGAGAAGCCCTTGATGTTGGTACTAAAGCCGCTTTCCAGGGTTCTGACAAG
+CGAACAAAGATGTATTACAATACATTCGTGATCGAAAGCCGTAATGATTTGCTGGAACTG
+ATTAAAATCTACTATCTGTTTACTGTTCTGGGATATGGTACAACTTCTGGCGGTACTGCT
+AAAGAGGTTGCTGCATTGGTTAAACAGTATTACGGTGTTCTGGGTGCTAAAACCGCTAAC
+GCAATTAGCCCTTCCAGTAACCCAGTAACAGCGTCAGATTTTGATAATAGTCTGGGTAAT
+GACGTGGTTGATTTCATTTCAAACGTAGAGGTTATTAAATCGCCTCCTGTCTGGTTTATT
+CGTGATTTCCAGTCTGGGGATTCCTTGCGTTTACCTCATTCAACCTTTGGGCCAGCAGGT
+ATTACCAGTGTTCGCTTTGGTCGTTCTATTGATAATATTGTAAATACATTAAGAGAATCA
+CCAAATACCCCGATCTCACTTGAGGTCGAAATTCAATTTATGGAACTGATCGATATGCGT
+CAGGATTCTATTTTTGATACAAATTACTAAGGAGATATGATGTTTTACAACGTAGATGAA
+TTTTTATCAGGTATGGCTAATCGCGATTTTCAGCGTAGCAACCTGTTTAGCGTTGTATTT
+GCAACCAGCCCTGCATCACGTATCCTTGACAACACGATCGGTAGTATTCGAGATACTTTG
+ATTGATGGATCTATTAGTTCTATCAACGCAAACAACCCGAACGAATTCATTAATGCTATC
+ACTGGCGGTGTGAGTAAATTGTTTAGTTACACCGTCGATAAGGCGATTATGTCGCTGAAC
+AAAACAGGATTTAGCAAAATCATCGGGGCAATTAGCCCCCGCTTGATTACTTCCCTGTTT
+GGTGATAGCATGTATGGACAGTTGTTAGCTGAATTCCGTGATAAAATGATGTATAATATG
+GGTTTAAGCATCATGGGAGTTAACCTCCCCGGTAAATCCATTGGGTACGAATACGTTTAT
+AATGGTGGCGTACCTCAAATCAGATTCACTCGCCCTGAGAATGGGGAATTGTCGCTGACG
+TTCCGCACCGATTCAGAAGCCCGTAACCTGAAAATCTTTAACGAATGGATTTCCGCTATT
+CGCGATGATGTAACAGGACAATACGCCTTCATTGATGAAGTGACAAGTACTATTCAGGTT
+AACTTACACGATCGTGATGGTTCACCGCATACAACATACGTATTTCAGAAGTGCTTGCCC
+GTCAAAATCAGTAACAGTGAATTGAGCTATGAGAACAACAACGAAATCTGGACATTTACT
+GTTGATTTTGCCTATAAAACATCATGGGTTGTTGAGGCTGATAAAGAAGGCTGGGAAGGG
+TTCAAACAATCCGTAGAGGAAGGTTTAGCCATTGCAGCACGTACCGCAATTACAGGACAA
+TAAAGGGGCTACGGCCCCTTTTGAGGATCTTATGTTTGATATTATTCGAGTAACATTACC
+ATCAGGGATCAAACGATTCCCTATGTTTACAGTTAAAGACCAGTTTAAATTAATGCTGAC
+CCGTATTGATATGGAAGGTCGGCCCCTTAAAGAGCAACAGGAAATACTGGATGAAGTGCT
+GGATCTGCTTTATCCTGGGTATTCCAAAACAGAACAGGAATACATTTTCAGCCGGGTGTA
+TTGTGGTTCGTTCGGTAAAAACGTTATCAAGGTTGTGATAGGCGGTAAAGGTGGGGGCCA
+CTCCGAAGCCTTCATGGTGATTAATGATATTCAACTAGAAAATGAATACAAGTTGAATGA
+TGAAATCACATTAGGGTTTAACTTCCCCCGTACACGCAATACAAGCGAAGAGTTGTTTCT
+TGAATGTATCAGTTATGTAATATACAACGAACAGCGCTATGAATGGACATCACTAACCGA
+AGAAACGAAAGAGAATATTCTTGATATAGTCGAACTTGATGATGTCGAAAAAATAGTTAC
+TATGCTAACGAAATCGGTTGATGTGTCTATGCGCGGTAAATCATTTAGTGGTATGTTAAC
+CCTGTTCAAGATCCTGTTTAGTCGCGGGGATCTGGATGAATTTGTGAAGACCAACTATCT
+GCTAAATAAAAACGGCCTGAACCTGGAACCTATCATGAATAGTAGCCCGATGGAAAGGCA
+AATTTATACTGCATTGCTTGCAGAAGACTTGAAAAAACAAGGTGCTGTTAAATGAGAAAG
+CATGAATATAAACACGTTGAGAAATATAATGTTGATTATCGTCCTCTGACACATACAGAG
+TTTACCCCCGATGCAGATTTTATCAAAGGGGATGTTTACCTGTATCAAAGAGAATATCTT
+TTCATTCTGGCACTTCTGGAAAGTAAAAATATTGATACCCGTCAACTGTTCATCAACTGT
+GAAGAATGTCAGGAAAGAATTGAATTCCAGCTTAAACGCAATCAAATAATGGTTGAAGAT
+TTCGACGATAAGCTATACGGCAATGACGGGATCGCGTTATCTGTTCACCCTCGTAAGACT
+GGTGATGAAGAGATCCCCGATCTTATCGATTACGTAATGATAGACGGCGAACAGATCATG
+TGGAGTGATTGCAGCGACAAAGATAAAGAAATGGTGTTGGATGCAATCGACTATGCAACC
+TATAAATCGATTTCTACCGCCCTGGATAAGCCAGCAGTGGTCGCAAACATTCCGGTAAGG
+TGTTCGTGTGGACATAGCCATATCGTCTCTCTGAGAGGCTTACAGCAATTTTTAAAGGTG
+GTCTAAATGGGTGTAAATCTGAGGTTGCTATATAGCGATATAGAACCTAACATGCAACGA
+GATTGGAATAATGACGTAGCGGCCTCAAAAGGGGCCGCAGCAGTGAGAAATAGTTTGATT
+GGTATCGTAACCACGATCAAGGGTACACGTCCATTTGATAGTAACTTTGGTTGTGCTATT
+AGTGATATGCTGTTTGAGAACATGAACCCTCTGACAGCGGAATCAATTAGAACTTCTATC
+GTATCTGCGATCCGGACATATGAGCCTAGAGTATATAATCTTTCTGTTGAAGTTATTCCA
+CAGTATGATGATAACTCAGTAACAGTAACCATCTATTACAGCATCATTGATGACCCGGAT
+GACGTAGAGCAAATCAAACTACAGCTTTCCGCATCATAACAAAAAGCCCCTTCCTTTCGG
+TTGGGGCTTTCTTTTAGAATTCAATGAATCCCATTAGTGTTTGATATCGCAATTCAAACG
+GGGAGATATAACTTTGCATCTGGTTTTGATCGGATACGATGTAATAATACACCTCATCAT
+TATCATCATATAGCGCTTCTTTGATGATGCAATAACGATCGGTTTCCACGTTCACATAAA
+GAGTATCCATGTACTTTGTAACTTTGGAACCCTGTGAACTGATTTCACGAATAGCGTTAT
+CTATGAAAAGCGACAATGCTTGCATGAAGTTATCAAACTCACCATATTCACAGCCCATAA
+TAGAAATTGCAGTGTATTGGTGCCAGCCTTTGATTGTGTCTCCACGGCGGATCCATCCAA
+TTTGTCTACCCCCGATAGATACACACCACACTTTACCAACGGGACTATAGAACCGCACAA
+CTTCTTTTAATAACAGGGACATGATCCCACATTTTGTATAAGGATTCATTTCAACCTCAT
+TTCATATCAAGTAGCCAGGAAGGGCTAGTTTCAAGCGAAATTGCAGTATATTCGTATTTT
+ACAGTATAACCTTTGAAACCGAAAGGAATGACTGCATTTTCATTGAGATATTTTACTTTA
+TGCTTTGCTTCTTCTTCATTCAGAGCAGCACAGACTGTTGTTTGTTCAACGTTACCAGCA
+GGAGAAGTAAATTTTTCAATGATAATGTATACGCAGTTCATCCTATTGCCCTCTTTCCAT
+TTTTTCAAGTTTCAGTGTATCCACTTGTAGTTGAAGTTTAAGAATACAACCTTTCGATAT
+GTTATACAAGTAGTCACTAACGATTTTTGACTTTACCTGATCGTAATCAGAAGATAACGT
+AATCCAATCATACATCGTTTGGTATGATGGAAGATACGTACATTGTTCTTCTTTTGATAA
+CGCTTTAAATGATTGGTAATCGGTTGGAGGTTCCGAAGCAATTGCGGTTGTGGTCATAAG
+ACTAAGTGCAAGTAGTAGATATTTCATAATGTATTCCTCATTGTTTTCGATAGAACCAAT
+ATAGCAAAAAGCCCCGACCGAAGTCAAGGGCTTTTTCATCAATGCAAGAAAGATTTCACG
+TACTGTTCGATCTTTTCACGACATGTATCAACTGAGGTGCTTTCCGCAATTACGGCATGA
+CATAACGCCTCGCCTCCGACCCAGAAACTCATCATGTACTGAATATCACGACCTTCCATT
+TCTTTTTGATGCGCTTTGATTCGATCGAAAGCGTTTTCGATTGTTTCAGTAGCAGTAAGC
+ATTTCGGATTCCCCGTCAACCTCCGCCAGTTCCCCATCGATCATTTCGCTTTCGACTTCT
+TCCCAGTATACTATCGTTATCATGCATTACCCCAGTGGTTAACCGTCGTAATCCCCGCCA
+CAATTCACATCGCCTTCAATGAACAGTTCGCGGTTATCACGTAATAAATTATACTTTCTT
+TCGAGTTCAGGCCCGAACGCGTCGGCGTCTTCATACCAGCTATAATTGTATCTTCCGCAT
+TCATCATCATATTCTGGTTCATCACCGCGCTCGTTGAAGTGAACAATTTTAATATCGTCC
+ATCCCCAGTTCTTTCAGCTTATCCCAGATATACGAAATCTCAACGCTATGGGAACCGAAC
+GCTTCCAGTGAGATCGTACCGTCGCTATCGACTTGAGGAACACCCCACTTCGAACGAGTA
+TCATCGGTGATCATATCTATTAATGACTCAATATTATTCTCACCGTAGATATCAGCAACT
+TCCTTTTCTTTACCAGGGCGAACAAGTCCGATCCCGATAATAAAGCTACTGCTTGAGCTA
+TTGCTCACAAACCCAGAACGAATTTTCATCGCATCACCATATTACCAATCATGAATAGAG
+GGATTAGCGCGAAGACGATACCCCATAGAATGACCTTATCTTCACGACGGTCACACCCAT
+AATAGATAACACCTCCAGCGAAAATCAATACAACAACTGAAACGAACGCGAATAAATAAA
+TCATTTGCAGGTATCCATTCTCATAGAAACTTCTTTCAGGATCTTATTCAGATCGTGAAG
+CGCATCTTTTACGTTACCTTCGTTATAGGTAAGCATATCCTGGTACAGCCCTTTCAAGCA
+ACGATTGATTACATATGCTTTTTCAGAAGGTAACATTGTACCAGAGCGATTATAATCTCT
+GAAAATGTCCATCATCGTGCCGTTGTTACCAGGTAATGACGGGTTGAAGTTAACCATACC
+GGACATCAAACTATCAACATACACAACTGTTGTGTTATCAGAACGATACGCGCCACCAAC
+TTTAAACCAGTTGCTGAACACATACGGAGATTCCCGCACTTCGCTCAAATCGGTTCCGAT
+TTCATCGATGTTTACACGAATGTTGTTAAAATACACCGATTCATCAATAGAACCATGACG
+CCATAAGATAGCACCATTGTTATTTTTGAATCCGACTACATCAACCTGCCAGCCGTTATC
+TGTTAACCGGACATCATCAACGACGATGAAATCAGGTAGCTGTGAATGAAAGCCGATGTT
+TTCAGGACGGGAATTACGAAACCCATCACGATTGGAGAAATAAAGGATGTCGCCTTGATT
+CAGTTCGCATATATTCATAAGATTTTTAAAGTCCAATTCAAGTAATTCCACAAGTCACCT
+CAAAGCCCCCTTTCGGGGGCGAGATCTCATTAGAGTTTAACTTCTTTTTCTTCCAGAACG
+ATTGTGCAATCAAATTTCACATCTTTCCAGAATTCCGCTGCAACGATATCTGTTGCGGTA
+ACGCTTACGCTGGTTTCTTCGAAATCCAGATCCGCAAACCATGCGTGTCCGACGACAATA
+CCGTACATTACACGACTCAGGCGATTATTAAGGGCGCGAACCTCTTTAATAGTTTCCTTT
+GTCTGCTTATCAAGATACTCGATCAGGTCATTCTTGTCAAGCGCTTCGATCTCTTTAGAT
+ACGGTATCGTAAGCCCACAGAATGATCAGGTCGCCATTGTTGAGTTTCTTCTTACCTTCG
+GCGCGTTTTGCAACGGTAGCCGCAACAGCCGGAAGTGATGAAACGCCTTTGATTTTCACG
+TTCAGTTCTTTCGACATGTAAACATCAGTCGATTCTGTGCGCTCAACCTTCGGAGAGAAG
+CCGTAATCACGGATCCCTTGCTCAGACAACCATTCACCAGCCGCCTCACCAAAGCGCTGT
+TTAAGCCCTTCTGCGTTGCGTAAACCAATCGCGTTATCACGGAAGAACTTCATTACCTTC
+TGACGGCCTTTCAGGATTTCCAGACGGACGTTATCAGCAACAAATTCCTTACCAGAAATA
+CCGCGAGTCATCGAACGGTTAACCAGAGGCAGAGAAGTAAAGTCAACCAGTACAGACATA
+CGGTCTTCACCAATTTTAGCCAGCGGTTTGATAGTCAGACCAGAAGCACGTAAGTTTTTC
+AGAGTCGGAATATCGGTTTCCAGCGGAAGTACCTTAACGTTCACGATACCATCTTTAACA
+ATGGTAAAGTTACGCACTTGTTTGGTTTCTACTTTTTCCGGCAATCCAAACTCTTTTTGT
+TTGCTTTCCGGAATGGTTACATAACCTTGCAGATCCGTATTGATGGAAATGTTCGGACGG
+GAACTGTTACCCACCAGGTGTTTCACTGCAACTTTCGTTGTGGTTTGGGTAAATTCCGGT
+TTCCATACTTCATGCGCTACCAGTTGCGCCGCCAGTGCTTTACGTTCTTCCGGAGTAGAA
+GCGTTTGCAATCTGTTCTGACAGTTTATCCAGAGTATCATCATCTTTCTGGACAGTCTGA
+CGGCCTGTACGATTGTACGCCCAGTGTTCAGAAGACAGGTCGATCACGGTGTCGGTTTCT
+GCCAACAGTTCGAGAGCATCAACCAAAGTAAACGCGTTTTCATCAGGAACCATGTTGTAA
+TCAACACCATCCATCAGACGTTTAGCCGGATCAACAACCGCTTCGGAGATCATATCTTTA
+GCGTTGGAATAATCCTGTTTGGTAAAGCAGTTATCGTATGCTTTAATCAGGCGCACATCA
+CCCAGTTTTTTCAGAACTTTCCATGCCAGATCTGGATTCATGGTATGAAGCGCATGATAC
+AGAACCACATACAGAACCTGTTCGCCTTCTGCTGTTGCCGGATCGAAGCCGTCAACGTCA
+TTGATCGCGTTTTCACCCAGCGCCCAAATGTTTTTGATATGTTCCGGAACCAGAACAACA
+CCATTTGCAGCATTCAGGACATACACACGGCCTTCATCCAGGTAGATCGCATGAGTTGCA
+TCGCCAACTTTGACTTCAACACGTGCGGAGGTTTGCGCGGTAATGATTTCATCAAATGCA
+GGTACATACGCATCAAACCCTTCAACGAATTTGTGTAATGCGTTGGTTGCTTCCGCCATT
+TTTTCCAGCAGAGGACGGTTTACATAATAACCATATTCCAGGAAAGCAATGTTGTTAAAC
+GTCAACGGCAGAGTAGAACACGCTTTCAGGATATCATCAGTACGCCAGCAGTTATCATAA
+CCATCAGTCAGGAAGATCAGACTGTTCAGATTGCCATTATCCGCTTGCAGATCGGTAGCG
+ACTTCAACCGCCAGTTGCAGAGGTTCAACGAAGCCAGTACATCCGGTCGGACGCAGATAA
+CGATCGATAGCATCATTGATTTTGCTCAGGTCGGATACAGAGCTAACCTTTTCGCCCACG
+AATACAGAACCGAACTGACCACGGCTGGAGAAATACAGAATAGATACGGTATCATCCTGC
+TTAACCAGCGTTGCCAGGTTGTTTTTCAGGTGCTGACGAATGCGCGGGAGTTCGTTATAC
+ATCGATCCGGATACGTCACAAACAAAAACGTGGTTAGTCGGGGTTGGTTTGGCTACGGCG
+TTTTTGAATTCAATGTTAGTGATCATAATTTTCTCATTTATAGGTAAATTTGATTAAAAT
+TTCGTTTACTTTTTTGCTAATAATATCTAATGCATCATCGCATCCAAACTTACTACTCAA
+CAATGAAACAAAATCATCCATCGTTGTTGTTTGAGACTCGCCAACGTCAAAAGACAGAGC
+GTAGGCAACAGGATTTTTAATCCTTACGATTTGAATAGTATACTCATTCAGGTCAAACCG
+TTCAAGATATTTTCGCAAAGAAAATAAATCAATCGGTACTGGTAGAGTTTGACTAAACGT
+TATTTCTTCCCCCAGTTGATAGGGGGGCATTTTTACACAGATTTCGTATTCCATCAGTGA
+TGACTCGTCATAGTGTGTTCCAGGTTACGGAAAATTTGCCCGTGTTCAAGCTGGGATTGA
+AATTCTCCGCATTCATCAGAGTAAGTAAATTCATAAATGAATACACCGTTCTGATTGCCA
+AATTTAGCGTTGTACTCTTCATACAGCCACATTTTGATCAGAGCGTCTTTCTCTTCTGTT
+TCCAGATCATACCAGTCACGCCCATCATAAGCAAGCGCAATTTGCGGATTAGACCGATAT
+CGAGTTTCGGCGCTATCTTCGGTTTCCCATTCATAACGCTTATCATCATAGTATGATTCG
+AAGCTATTTCCCATATGACCGCCCAGGTCGCGGTGTACCTGCTGTACAACTTCTTCCGCT
+GTCGGGCAAGTCATCCAGCTATAACCACAGTTAGGAACACAATCACCCATCATTTCGCGG
+AGATTGTTGATATCAGTCGGATCCTTCGGGAACCGGACGATGAAACTACTTGATGAACTA
+TTGCTCACAAAACCAGATCGGATTTTCATTATAATTTCTCCCAACGTTCAGCATTTTTAA
+CCTTCATCTTTCACTTCCTTCATGTTTTTCATAACTTCTTCAAAAGTTACAGGGATCTCG
+TTGTACTGTTGCGATTCTTCATCCCATACATCGCGATGCCCGAATGTCGAACTTTTTGCA
+ATGAGTTTTTCATTTTCCCATACATCAATAGTAACATGATCGCCAAGATAAGGGAAATTA
+GGAACTTTGTTCAGCGCATCAACACAGTTTTGCAATGATTCAGAAACATGAACAATTTCA
+GTGAATTCATAATCAGCACTATAATAAGCTACGTAAATCATCACCACCCCCTAACGATGC
+TAATCAACAGTAACCCCAGGATCCAGAACACAGCAACCGCACAAATACGGGCCATTACTA
+CATTTCCGCGACTAGTCCACTCCGCACTAAGGAACAAGAGAACAAACGTTAACGCGTATA
+AAACCATTTCAATAACTTCGGTAATCATATAAACCTCACGAAAAAGCCCCTTTCGGGGCT
+TGATTAATCAATGTCCGAACACACCACGAATAGACTCTGCGAATGCATACAGTTCAGGGT
+TTTTAGCTTTCACTGTTTCGATTTGCTCCAGAATATAATCTGGTTTATATTTCGCACCGA
+ACCAGCAGTAAGAGAAAGAACGATCCCACATGAACACGTTATAGTATTCACCGTTGCGAA
+CTTCAACCATCACATAACCAGGATTAGAACCCAGCGGATAATCTTTCAGAAGATTGAATT
+TCGCGCCAGCACCAGTACATCCGTTAAACAGGTCATTAAAAGTCATGGTATGTTCCTTTT
+GTCAGTTTCGTTTCAACAAGGACACTATACTATTCTTCTTTAGCCTGTGCAAGCGCTTTT
+TTGATTTGTTTTGCTATGGCTTCAATCACTGGGATGGAAACTGAATTCCCAGCCTGTTTG
+TAAGCCTGTATTTTGCTTTCAGGGATGATAAACGAATCCGGAAATCCTTGTAACCTAAAA
+CATTCTCGCGGGCTTAATCTTCTAGGGTTCTTACCTTCCTGCAATACCAGACATTGAACA
+CCATCCTTTCCATATTGGGCTGTTATCGTCCCAGTACACACAGAATCAACTGTAACGGCC
+TGATAGCCAAACCCCTTACCGTTTGCCTTGTTTCGTTCTTTACGCTCTCTAAAGCCCTTC
+CAGGCACGATCTGATATGGTGTATTGATCATTATCCGGTTCGAGAATGTCACCGACCCTT
+GTTGGGGTACGTGGAGGAACAGGAAAACTAAAGAACACCGGATCGCGAAAGCAGACAATA
+AACACGCGCTCTCTTCGTTGAGGCAATCCAAAATCTTTTGTATTCATTACCTGATAATGG
+ATATCGTACCCTTCGTCCTGTAACAGCCTGTAGATGGTTTTAAACGTGTTTCCCTTGTCA
+TGTGTTAATAGCTGGGGAACATTCTCAAAGAACAGCACAGAGGGCTTTTTAGCCCGTATA
+ATGCGGAGTATTTCAAAGATGATAGTACCGCGAGGATCTAACATGCCCTGTTTTAACCCT
+GCTTTACTGAACGCCTGACAAGGAAACCCCGCCAACAGGATATCGTGATCAGGTACGTCG
+TTTTCATCAATGGCGAATATATCACCCTGAATATTTTCATCACCCCAGTTATCAGCATAT
+GTTTGTTGTGCATGTTTATCGATTTCAGACGTTAAAAGGCATTCGACCCCGCCGAATGCC
+TTATCGAAACCGAGCCTCACGCCACCAACACCAGCGCAAAGGTCAATTATTTTCATACGT
+CGAAATCAACCTCATCGATTTTGTATGATTCTTCGCCAATATCAGCCCATAGCTGAATAT
+TCACACTTTTTGCATCACGATAAAGAGATTGACCACAAAGCCCACCTGTATAACAAGTTT
+CTGTAATCTCGTTAACTTCCAGGCGGAGGCTATTGCGCATAATTTTAACAACAGCCTTTT
+CCATTGCCGAATCTAGGGTTTTAGTATCACCCAATACTACATCTTTAACGTTCAAAATAA
+CATCACCCATTATCGCCACTCCGTTTCAATTCCGTGTTTGTATGCGTCAACGCCCAGAGG
+GGTGATCACTAAACACATATCAGTATTTTTCGTTGGTGAACTAAACGCCATTGATGCGTA
+ACCTTTTTGAATCAGGGAATCACGCCCTGATTTACTGGGAACATCGTTGAAATCTAAATC
+CAACATTTTCGACGAGTATCCGTAAAGTTTACACAGAACATCAATTTCAGCGCCGGACAA
+TTTCGGATATGTCATTTGTAGTACCTCACAACATGTTCAGAATACACACGTTCAATGAAA
+TCATTCCAGAAATCGCGATCAACTTCTTTCGGATAACAAGATACAGCCGCCAGCTTTTCA
+ACTTCACACATCGTTGATTCTAGCGCCTCTTGTACGGTTGCGAAAGGAACACCGCCAGCT
+TTAACCATTTTCAAAAATGCGCTATCCGGAAGAGGATATACAATATCACCTTCTTTGAAA
+ATCTGGATCAATTGCATACCACCGCGCAACGCATGAGAAAGAGCTTTCCAGTCGATCCCG
+TTGTTGGCTTCTGCTTGCCGTGCTCGTTCCCCGTATTCATCCCAGAGTTTATACACGGAT
+TTTTTCATTTCCGCTACGGTGATCGTAGACTGGAATTTACGCCCCAGAACTTCATAAAAT
+TCCTGACAACCTGATTTCAGTGTTTTGTCTGTAACGAATCGACAAAACTCGTTGGTCGGG
+AATCGGTTAGAAATCTCACCAACTTTGATGCGCTTGCCGTAATTAGATTCATCCACGTTA
+CCCAGCAATGATGTACCATACCAGTAATCGGGAATCATTTGTAACACATCAACAACTTCA
+CGCAGTGCCGCCAGGCGAGAACCTTTAACACCATACTTCGCCGCTTGCTTACGAACATAA
+CCAAACAGGCCAGTTAATTCCGTAGTGTAGAAGCGCGAACGGTTAGCGCGGAGATATTGC
+CAGATATCAGAGTTAGCGATCAGCTTGCTATCATCTGCATGAAGCATATCAATCGCCACG
+GTGTCACCATCACATGCGAGGCTAATAAACTTTTGCAGACTGTAAATCTGACGATCTACG
+TCATTAACATCGTTCTTTGAGTTTTTATCGCCAGTTGATGTATCGATAGACTTCTTCGCA
+GTGCCTAACAGGATTTCGCGAGGATGAGGGAGATAGATCCCTTTGTAGTCTTTATCGCTT
+GTTGGTGTTTCCAGTCCGTACAGGTGAGAACCGAATACGGTTTCCATAATCATTTTCATC
+AGAATTCAACCTTTAATGTTTTTGCGATCCCGCGCAATTCAGCGGTAGTAATATCCGGAA
+CGTTTGTTCCGTAGCTATTCCCAAATACTTTTTTAATCTTATCACACAAATCGCGGCGAT
+ACACCATTTCTTTGTATTCTTCTTCGCTACGATACAGTTGATAACCCATCCACCCCTCAG
+TCCATCCGGAATTGCGCTTGATTTTAATATTAGTACAACAATCAGACCCATCTTCCGGTC
+GGAAAGATGCATACAGGTACTGACGCGCAACTTTTTGTACATAAAGAGTTTTGGGGCTGC
+GATTTTGTCGCTGATCGCTACGGATCCCAGCATCATACAATGTATCGCCAACTTTCACAT
+CACTTAAATCAATCATTTACGTCTCCAACAATTAGTTTTTTCACAGTAGTGAACGGGAAC
+AGACACGCCCAACGTTTCTTTACTGCTTCTGTTGTATGTTATCACAATGAATCGATTTTC
+GCCACCCCTAACACACTCCAGATCCAAAATCTCGCGGGTTCCCTTAGTGTTCATGTCTGC
+AACATAGTATTCTTCGTTGTTGACAATCACTATATCCGACATAATCAAGCGAGGTTTCAT
+GCAGCATACACCTCTGATTCATCAAGCCATTCCAGATTCTGATTGAGTGATTCAATCAGC
+TTTTTATCGCGTCTGGAAATAACAACGGTAGAACCTTTTTCTGCCTTCGCGATGATATCA
+CCAGAAGAAGTGATGTATTCAACCTCATAATCACGGCGAGGGCTTCCGAGTTTATCACCA
+GGGACTACATTCCGTTTAACAGATTCATGGGATTTTTCGGTGAATACCAATTCATTCTCT
+ACATGGGTAACAATACCATCAACAGCAGAACGAGAATTAATATAAATTTTGCTAATTTCC
+GCCATGAAAACACTATCTCTCAGATATCGAGCAGTCACTTTATCTAAACACTGAGAAGAC
+ACTTTATCTCCGCCAGGATATACCGAGATAATCATTACATGACCCTGAACACGGGCGGTT
+CCTACTTTATGCAGAATGTAAACCGTTGAACCATCAGAATCTTTAGATATCAAGATCACA
+CTGAATGATTCTTTCTTTTCCTTCCGAGTTTCACCACAGGTAAAACTCACATCCAGAAAA
+TCACCAACTTTAACGGCACGGGGTTTTGCTACTTGTTCACGAACACTAATAACAGGGATC
+ATAATCATTTCCTCACAGTTTCAAATTCTTCATCAGATTTCCAATATACGTTAAAATTAC
+GACAATCATGATCGGATGTCAACGTGTATTTTTCATTTGTTTTTTCGTCAGTGATAACCA
+TAGTTTCATTCTCGATCGAGTTAACACCGTAAACGAAAACATTCTCACCACGTTTGTTTA
+AAAACGCATCACCCTTTTCAATCAACTGCCAACAGGTAACAGGCAAACCACCCGGACTAA
+CCGGGCGGGTAACAAGACAATAGGGATGTTTAATCATTTAAATTCTTCCATTGCATAGGA
+AGTAAGATCTTTGAAATACCTTGCGGTGTTGCCTTCTGGGTTGTTTGTAATCTCCATCAG
+GATAACAGCACTATCAACTCCTGCTTTCTTAGCCATGAATGAAAGGGCTTCGGTAGCAAT
+AATCGTTGCTTTCATAACATCAGCTTTAGAAACGTTGATTGTATTCATTTTTCTTCCTTT
+TCATTAATCACTTGGTATGTGTGTATAATACAAAAGCCCTCACGAGAACGCAAGGGCTTT
+TTATTAAATTTCGTATAAATCTGGATTCACAATAACCGCACATAAAAGATCATCTATATG
+TGCGGCTTCTTGTTCTAAGGTTTGCTTAGATGAATGTGCTTTCAAGCAACCCCCGTAAAG
+GCGTTTACTATCTGGAAATGATCATCAAAGAATTCCCCTTGTCGTTGCACGACCTCATGC
+ATCGGTAGCCAGAACGCGTCTGCTGCATCATCAGAGCCGCCCATAATACGAGGTAATGAA
+CCATCGTTATTAGGTTCGAGCTTGATATATTGTGCTACAGTCGGTTTTGAGAAGTACACC
+GAACGTTTCGGATGATCGAACAGCATCGAATTACGGATAGAACCACGAATAACCTTTTCT
+GGTACTTTAATTCGTACTTCTTCCAGCAATTCACGGATCGCACAATCAAGGAACGTTTCG
+TTACCGTTTTTGTGTCCACCCGGAAGCGCTAACGCATCTTTACCAGGCGCAAACTTACGA
+CGGATTACTAACACGTGGTTATTACATACGACCACTGAATCAGCCGTGCAACAGTTCAGA
+GAATCCGGATACGGATATTTTTTGAACTTGTCAATCTCTCGTTGCCAGTGTGCATCTTCA
+TGGGACAAACGCTGGAATTCTTTTGTTTGTGTCCATTCATCGATAAAGGAAACCGTAGTG
+CTAGGCGCATATTTTAACAAATCTTCGTCCCAGCCTTCATGGTGTTCCCAGATAATTTTG
+CGTAAATTGGTCGAGGACAGATCCTGGTCTCCAACCTTCACAGATTCAACCGGAATATGA
+TTCCATCCGAATGCTTTAAGCCAGTAAGAATCTTTGTCTTTTTCGTACCCGACGATCGCA
+ATTCGGTCATTTCGAGTTTCATCGATTGCCATACGAACACAGGATTTCCATTTTTCCTCG
+TTATAGAGATAATCCGGAATGTGAGCGAATTTGATTCTGGCTGCATCTTCAACATCAAGT
+TTGCAGATAGACCAGCGAGTGATCATTGCTTGACGCTGTTTAGCGGTCAATGGGTTTAAT
+GTGTTCGGATATGCATAAGCAGAACCGATCAGAATGTAAACCGTATCAGCAACAGCAAGG
+GCTTCCCTTACCATTTTCTCATGACCATAGTGAAAAGGTTGAAAACGTCCAATTACTACA
+GCTTTATCATATTTGTGTTTCATAACGTGCTCCACGTTTAAAGGTTAATCATAAAACAGA
+CGCAATTATTAAAACACCAAACAATCCACCAATGAAACCAAAGAATAGTGAAATGAGTAT
+TGTCAATACGATCTGTTTTATGTTCATTATAGTATTCTCGTTTTAGATGTCAAGCCCCCA
+AAGAGGGGGCTTTAAAACATTATTTACGAGAATCGAAAATCACTTTACCCGCATAATCCG
+AACCCATTACAGTTTGAGGTACGCCACCTTTATAGCGGGTAGAGTAGTTCATCTGTACAT
+CCAGTTCTTTCCAGCGGATCATTTCCGGTGTAATGGTGCGTTGCAGGGCGGCGTTGGCTT
+CTGCTTCTTTCTTCGCTGCATACAGACGGGCATCAGCATCACGTTCGTTAGCGATTGCAG
+CGTTTTCACGCGCCTGGCGATCGGCTTCCGCTTGTTTTACTGCTTGTAATGAAGTCTGTT
+CTACTTTTTGCAGTTCAGCTTTAGCAGCGTTAACCTGTTCTTCGCGGATCTTCGTGTTAG
+TTACCTGTTCCATGATAACTTCCGGCAGGGTGATATCCTGCAAGAATACCTGTTTCACAG
+TGTAACCGTAAGGCCGTGCATAATCTTCTACTTCCTGCTGAATTGCGATTTGCAGTTGGT
+TTTGGATCTTCGCATCAAACAGGTCTTGCGCTTTTGGTACGGATTTACCAAATTCGCGAA
+CAGTAGAAAGCAGTTTTTCAGTTACATACTTATCCAGTGCCTGATCCTGATTACCCGCGT
+TGATACGGTTGATCGGTGCTTTGCTACCGTCGAATTGCAGCATTACGGTCATATCCACAG
+TGGATTTAAATTTATCCTGGGACGGAACCTGTAATTTGTCGAACTTCATCGCGATGTCTT
+TGGTGCTGAACGTATCAAACGTTGCCAGCGGGTTTACAATGTGGAAACCAGGCAGTACGG
+GTTTCGGTGATACTTTACCCATGAAGGTTTCAGTTTTAACCGTACCGTCTTGCACAATGG
+TATACATGTTAGGCACTAACCACAGTGCTGCGACTACGCCCAGAGCGATCAGAGAGGTTT
+TCTTCGGGTTGTTCACGATAGTGTTTAAGTTCATCATAATTTCCATAAGTTGTTGTTCAA
+TTCGATAGTTATTCTATCATCACATTTCACGCTGTCAAACTATTTTTAAGAAAGTTTTGT
+CAGCTTGTAGATTGTTTGATAGCACAAGCCCTTAATCTCGTCCAGGATGTTCTTCAAAGA
+ACTATCTACTGATTCGTAGATCTCGTTTGCTTCGTTGGCTATTTTACGGAGATACGCCAC
+CGTGTCAAGCACATTTTCGGTTTTTAGCACAGGTTTGTATCTTCCCGTGATTCCTATGTG
+GATTTCGGTGAATTTATCAACCAAATCCTGCATATCTTCGTAAAAACCCTCATATGCTTT
+ATGTTGTGAGTATGAACCTGTTGCAAAATGTGCGCTATGCATATAGGTAACGGACATAAG
+GCACATGCCAATAAAGGCATCTATCTTGCTTGAGTTCTCAGATTCTGTAATTTGTTTAAA
+TGATTGCATGATGATCCCTTTATGAACGATGGATACTTGCAAACTCATACGCGACCCTAA
+TCCCTAGCTTTGCGCATTCGGATTCAGATCGGCATTGTTTTTGGCGCCATTTTCGTTCCA
+TGTAGTTGTAGAATAGTTCGCTTGTATTTACGCTGGGAGGGATCGTTGTGATGTATACTT
+GAAGGGCCGCATTGATATAATCGTCAAATTCTTTCTGAACCGGACGGTCGGCGGCGTGTG
+TTGTGGGTGTCATCATCAACAATCCGAACAGCACAGCCATTGATATGCGTTTAATGTTCA
+TAACAATTACTCTTTTACTCATAGACCCACTATAGGTCTACTCCTGTATATATTTATAGC
+AAAAACGAGGCCGAAGCCTCGTTATAATATTTTTGCTGTAAAGTCAATCAAGTAATGTCA
+TACCAACACAAACTTCTTTCGAAAGCGCGTATTTTGTTCACGTTTTCTACGTTTTCATCC
+CAACCGATCACACCAGCTTTCATACGTTTCAGTTCCTGACGTAAACGGGTACGTACTTTT
+GAATCAATTTTCTTTACTGCAATAGAAAGCATTGCGTTCAGATCGCCATGAGCTTTGTTA
+CCGTCGCGACACAAATTATTATCAAATCGAATGTATGCACATCCTGATTTGTGTTTCCAG
+TTGGTTGAGTACCAACGTAACCCATCCGGATCAATACCATGTTGAGCATAATAACGAGAA
+TACTCTTTTACTTCTTCGATCTTTTCGTTAGATGAACGGTCACGAAGAGGATTGTATTTC
+TTACGGTAAGTGCGACTCATAATGATCTCCTTTTGTTTATGCTTCCACTGTATCAGGGTT
+GTTCTTTAGTTGCAAGTAGTGTTTTCGACAAAGTGAAACATATTTGTCTTCTGCCCCGAT
+CTCAATCTGGTCGCCATTAGCAACAAATTTGCCATTTGCATCAATACGGGCAACGGTAGT
+TGCTTTCTTTCCACAATAACAAACCCCTCGCAACTCCCTGATCTCATCAGCCAGCGCCAG
+CAACATATAAGAACCTTCGAACAAGTTCAACTGAAAATCGGTTCTTAGTCCATAAGTCAT
+TACGGGTATATCTAATTCGTCAACAACCCGACACAGATCCATGACATTTTTCCTGGAAAG
+GAATTGCGCTTCATCCACAAACACGCAAGAAACCAGATTCGGGCTGTCTCTATAAAAATG
+ATTGTTGTGAACATCATAATACAAGTCCATATCAGGCGTGATCATAGTGCATGTTGCTTC
+CAACCCAATGCGCGAAGAGATACTCTGTTTACCTTCTCGCGTATCAATTGCTGGTTTGTA
+CATCAGGATCCGCATACCGCGTTCCTGGTAGTTGTATGCATCAGTGAGTAAACGAGCACT
+CTTGCCAGCATTCATTGATGCATAATGAAAATACAGTTTAGCCATTTATCCTCTCAACAA
+AATCTGGGGTATTCTGGAATTTTCCTTCCCCTTCATGGTTTTTGCATGTTTTGTTTGAAC
+AGTAGATCCACCAATCCCACTCATCATAAGGGGGTTTGGTAATGTTCATTACGCAAATTA
+AAGGGAAATGACAATCCCGACAACGAACTTTTTCTATAATGTGTGCGTTAGCCAATTGAA
+AACCATCCTTTACCCATGAGTTTTTCATTATGTCGCGCAAGATACTCTTTGATTTCTGGC
+ATCCGGATCGCAGTGTCATACTCTTCTTTCGTCATGGTATGATTTGCGCAACCCATACAC
+CCGCACACCTGCGCGTTACACCAACGGAGTGTTCCATATGTCGCAATCACCTTCATTGCT
+TTAGCTTTGATTTTGTCAGTCATGATTATAACCACTCATTTCGTTATCTTGTGCTTGATG
+TATATCAAGATACCACATATTGATTTTACTTTTCAGTTCGTCCATTTCCTTACTCAGACA
+ATTGTCAACGATACATAGAACATTAACAGTTTCTTTACGCTGCATAATGTTGATGTTATT
+CGCTTTCATCGCTTGCGCCAATGCATTACAGGTTTTAACCAGTGCGGCGCGTTGTCCTTT
+GATTACGGTGATCCGTTTGTTCGCTTTCTTAATCTCCCGACCTGCTTTGATAGGATCCAT
+CATGATTAATTCGCCTTACGAGGATCGAAATGAACGACAATGATCGGGTAATCACCAGTC
+ACCTCATTAATAATGCGCTTAATGAGTTCCCAGTCGCCCCCAGCGAGGCCAGCACCGATT
+AAAGGTGTGATGATAGGCTTTCCAGTCTTAACGGCGTCAGCAAGCCCTACAGCCTGTTTA
+AAAGCATTGCCGATTGCGTCATAATCGACACGCGGCCCAGGTGTCCAGAAATCATATTGA
+GTATATGCATTGAAAACAATGTTGCCTTTTTCGCCAATGTAAACAGAACAAGTTCCGAGC
+TTATCACGGGAACCTTTTAACGTATTGGCATCAACTTGAAATGCACCAGGAATACGATCG
+CGGATTTCGCGAGCAATACCAGCGCCCATATTGCAATAGCAGTTGCATCCGTGGATCAAA
+TGGCCTTCACCGTTCAGATACATATTGACAGCATTACCTTTCACTTCTTTAATGATCATT
+TTTATTTTTCCGATATAGTAGGGCCACAACAAGGCCCATCAAAATCACAAGGATCCACAA
+TACAGTGAATTGAACCCCTACGCTCATTTTCTCGCTTTCCGTTCACGGCGGCGATCTTCT
+TGATGACACATATATAAAACACCACCAAAAATTATAAAACCGATAACAACGCCTATAAAG
+TATCCAGCACTAAACATAGTCATCATCCCCGCAATAGTAACAAGGCCCAGTGCTCTCATG
+CTTACCAGCATTGTACGCCAAGAACACCACAACCGCCGCCATAATAATAAAAATCCAGAT
+AGCCATTAGTAAAGTCCTATGCCAGCATTGAATTCGTCAACCAAATAAGTACGGAACTTT
+TCGCACCGTTCCTTATTTGGCGCTTGTTTGCATAGATTCATCATTGGTTCAGACTGCAAA
+AACTCTTTTTGTTTCAGCAACTTACCGCGTTTATACAGGTGAGCATTTTCCTCTCCCCAC
+ATATAAGCAACATCTAACTGTTCTGCGATCACTTGCTTACATACTGCGACATCTTTGATA
+TCACGATTGTTGCATAACTCATCCAGGCGAGCATCACCCGCGTGAGCAAATCCAGCAACC
+AGAGTTAAAAGCAGTGCTAACTTTTTCATGATGATTCCTTATTCATCCTCTTCGATAGGG
+GTATAATAATGCGCATTGCAGATATACGCAAGAACTTTTTTCAGAGACATATCCGAGAAC
+GTCGGATCCTGATTTCGTCTCATCCCACTACCAGTTTCAACAGCCCAACGTTTGTTAGCT
+GGATTGTATGTCAGCCAGTAACAATCCCATTCAGACAGAGTATGTTCGAACAGATCGAAA
+CGCTTACGCCCATTTGCTTGCGGCCTGACAAAAGGTTCAACCATTTCTAAAGCGGTTAAA
+ACTCGATTAAGGTTTGAACCGTCTTCATCCATCGCGATCCGCAAACAGTATTGGTTAATG
+TCCGGATCCATACCATCGATACCCAGACCGATAGATTCGAAAAATTTTGTTGCCGCGTGA
+TAAGACACACTGGAAGAACGATATTCCAACATCACGGGGATCTTTTCCCCGTCCTTGACG
+TTGTTAATGATATCCTGATCGATGAGTTCAATCAGGTCTCTTTTCTCTTTAATCAACGTG
+GAAATTTCTTCTTGCAGTGGGGCTATCTGTGCATGAAGTTCTTTTATCCGTTGATCAATT
+ACGGTCACTTCGAACGCTAAGTTTCTCATTGTACCCATTCCCCGTTTTTGTCAATGTACA
+TGATCCAATCAGCAACCGCCCAATGGGAAGTATTGCCTTTCGGAGTCGCCACGATGTAGG
+AACCAGCTTTAAACAGTACGCGTTTAGTTTCGTTCAGGATCAGGTCGCTCATAATGTATT
+CCTCATTTAACCAAAGTGAATCGTGATTCATAAGCATCGTTCGGGCGCTCATACACAGTA
+TCCGAACTTGTAATGACAGTGTACACGGTTTCTTTCACAAGATCCATGATTTTCTGTGAT
+TCTCCCCAGACATTGATACTAAAATACATCCCATTTTTAGGAATAGGATTGTATTCCATA
+TCATAATACATATCCATGAGTTCACAAATGAACAGGCGGCGCTGTTCGTTATCATATGTG
+AAATAAATGTTAAAACAATCGAGAGATTTACTCAAAGTAATCTCTTTGATAACGATGTTG
+TCTTGTTTGCTAAAATGTTCGCGGATTGCTTGCACACAACGCAGCAGGTTAGGGTAATCA
+TATTTTTGTGAAACAATGACTTGATGTGAAACGCTCATAATGTATTCCTCTCAATTAGAT
+GCATCCATAATAAAAAAGCCCCTGACCGAAGTCAAGGGCTTTTTGTCAAATGATTTGTTT
+TTCTTCTAACAGCTTCGCGGTTGTATTAACCATACGAGCATAATCACGGGCTTCTTTCTT
+TGTATACTTGAAACCAGCGTTATAGCTCGCCAGCGCCTTTTTCAAGTCGCCTTTGTGGTA
+ATCAAGCCAGTACTCCAGTTCATAGATCGCATACTTCGATCCACCTTGAAGAGTTTCGAG
+CTTTTTGATTACTACGCGTTTAGGATATGACTTATCCATTCGTGCGCTGGCGCTCCTTGC
+GGTAACTTGCCAGCATCCATAAGCGTGATGGCCTTTTTTACCTTTACCGACATTCTCACA
+TGCGCGAGACTCGATCCAGACAATAGCCGCTAAATGATAACCTAAACGTTTAGCCTTATC
+TTTTTCTACAGGTTTTGCAGTCTTCAAATCATAGTTGTGTCCAACTCGATAAGCATACTC
+CAGAACCTCTTTCTGCTTCGGTGTGATATTATCCAAATCCTTGATGTAGGATGGAGAATT
+TTTGTTTGCCGGAGGCTTCACAGTAGCCTTTTGTAAAGGCAATTGATGAGTAGGCAAATC
+CGCAATGAAATCCCCTAGCGGATCCGTCGCAGCGTTGCCAGAAAAAGAGCACAAGAAAAT
+GCTGGCAGCAATTATAATTTTCTTCATTTTAATACCTATGTTGCAAAAAGAAGGGCAATA
+ATACACCCTATTTTATATTTATGCAACTATTTTAGATAGTTTTCGCGTCACGTAGTTTAT
+CAGCGATAAACTCAGCAATGTTATAATTTGAAATAGCCTTGTTAGGATCGTATAGCGCAA
+TGATTTCATCTAACGATACCATAACGGCATGTTTAAAGTAGACGCTCCAGCTAGTAGTAA
+GGATCTCACTGTTGTCAAATCCACAATCAGGGCTGAACAATGCGCGGTATTTGTACCCAC
+TGTATTTCGTCAGCCGATTCGTGCTGTGCGCATCACTGGTGATCAGAAAAGTCCCCTGGT
+GAGTTTCAACAACGAAAAAGTATCCGAGGCGTTCTTTGTTGTCCAGCATCTTTTCAAACT
+TGCGATCGGTTTCTTCGCGAACAATACGAGAAGTCAGCATTTCCAACACTTTATCGTATT
+CGGGCCAATCATTCTCGATCACGATTGCATCAAACGGTTTCTTACCATTAATCCCGCGCC
+CGATTTCGATTTTCGTGCAAATTTCGTTGAACGTTTTCAAATCTTCTGGCGTCAGTTCTT
+TAAGATCGCTCAATTTTGCTACATAATAACGTTTTTCTAGTTTCATTTATGGAAACCTCA
+ATTCAAAAATAATTTCACAGAGTTACCACATTTGGGACATGTGATAAATTTTTTCACGAC
+ATAATCAGCAGCAGAGAAAAATCCATTGTAAATCGCTTCTCTCTTTTGCTGTATATCAGA
+TAGTTCATATTCTAACCCACTTTTACAGCAACTGCAAACAGTAATTAGTTTTGGGCTATA
+GATGACAGTAATCATATACACCTCACAAAAAAGGGGGCTTTCGCCCCCATCATTAGAAAT
+TGTCTTCGACAAACGCCGCGAGACGGGAACGATACACTGTATCAAGAATGATATGGCTTG
+AGTGTTCGTATTCTTTCAGCTTTTCAACAGCCCATACAAACCCGTTGTTAACGGCAGTGT
+TTCTAGGGTTGTCGATCTGCTTAATGTTCCCGCATAGTATCAGAAGTGTGTTCTCTCCGC
+AACGAGAAATAATAGATTTAATTTCGTGGTTGCTAAGGTTTTGACATTCATCAACAATCA
+GCACAGAACCTTTGCCCGGATCCGGATGTCCGATACTGCGACCACGGAAGTAATACAGGC
+TAGGGAATTGCACCACCCCTTTTTCAATCAAACCTTCAATGTATTTTTCAGATTCCGGAT
+TATCCTTAAACAGAATGTTCAGGCTAGTAATACAAGGTTCGATAGAAGGCCGGAGTTTTT
+CGCCCAATGTACCAGGAAGGAAGCCAATTTCACTTGATAACGGGCTATCTGACTTCACAT
+ACATCAAGTTAGCGTAATGTCCACTATTAACCAGGTGCATAGCACCGGAAACAGCAAGCA
+TTGTTTTACCAGAACCAGCGCCGCCCATAATGGTAGCAACATCGATTTCATTGCTCATAA
+TGGATTCAACGAAAGCCGCTTGCAGAGAATCACGGGGCTGGATAGCTTTCATGAGTTTGC
+GTTTCATAGCCTGTTCGTGCTTAACAGGTAAGACATTCAAGCAAATCTCATCAGCAGTCA
+CCACACGCCCGACTAACTCACCATTTGAGGTAATGTACTGGTTAGGATAAAAATCTTCGT
+CAGGAAGCGAACTGTAAGTGATTTGGGCTACATTATCCGTATATCCCAACACTTCCACGG
+TATCCCAGAAATCAGGGATCTCTACGTAACCGGAATACAATACATCGCTATCTTTTAACG
+TATCGTCGCCAGTATACTGTTCTACCTTACACCCACGGGACATTGCGATCAGCAACATCA
+TAATATCGCGAGTAACTAAGGTTGCATCCTGTTGCATACAAGTTTCAATGATTCTTTCGT
+CTTGCTTGTCAAGAGCAAACGTTTTGTTTCCGACATAATCAACCACTTTAAGGGTGATAG
+TGTCAGACAGTGCTGGGGTTGTCAGGTTTAAAGGAATACCTGATTTCGTAATCGCATCAT
+ATGACTGACCGAAAATAACTTTTGACAGAAGCCGGATCGCCAATCGTGCTTCGTGCGCTG
+TTCGTTCTTTCGTTTTCAGGTGATCTAATTCACCCATAGTAGCAGAGGTAATAATGATTT
+CTGTACCAGGTTGAGTGAATGAATAGATTGAATAGGGGTTACTAATCAAAACATTGGTGT
+CTAATACGTATTTTGACATACATTAACCTTATGTGGTTTCGTTAAAAAATGCACCGAAAA
+CCTCTTTTGCTTTCCGGTTATAAACGGATTTTGCTTCTTCTGGAGTGTTATAGTACCCCA
+AAAATTTTCTTTTTCCATCTATGTTTATCTGCGCTTTGTACTTCCCATTGGCTTTATGAT
+AAGAAACACCTTTCAACCCTGTACTACTGTTTGAGTTACATTTCTTTTTCATCGCATTTT
+GCTGGTTCGTCGCTTTCTGTAAATTTCTTGCTGTATCTCCATTCTCAACACCATATACAT
+GATCTACGATAGGAGGAAGATAACCATTCTCAACGTAAAACACTATTCGGTGTCGCAAAT
+ACATAGAACCTTTAAAATGAATTTGGGAATACTCGTTTTTGCTTCCGGCTTCACTTCCAG
+GAGACATAGGGCCGCGCTGAACTTTCCAATACACTTTACCTGTAGATGTATCAACATCTA
+CAAAATTCAGAAGAGATTCGATCCCTTGAATCTCTTCATGTATGGTTCTTGATGAATAGC
+CATGACTTTTCATTACATACCCAGCGAAATTACGTGAATATATGCTAATGGATGTTTCTT
+TTGTACACAATGCATGAGTGTATTATACACAATGTCCATGCGTTCATTGCGCGTAAGATC
+ACACTCATCAAAAATAAGGTTTATTGCCTGGTGCTCTATTCGACGTCCACGGAAATGATT
+AAGAATTGCCCCTTTACTGGTCAATACATCACATCCGGTAGCACCATTTAGCTGTTTGGC
+GTCTTGTGCTGCATTTAACGTATGCGCTACGTAAATGTTAAGGGAACTATGGGAACGTTT
+CATAAAATCAAACGCGCCTTTAGTCTTTTGCGTTTCTCTGCCCAGATCCAGCCTGGTTTC
+GAATACCATAAAATCGTTAGGGCCGTAATTATGCGTTGGTTCTTCCAACTCTCGCATAAG
+ATGCATCTTACGACATTCTTCAATTGTCTTTACATAAAATTCACTATTCATGTTTTACCT
+TTAAGGGGCCAAAGCCCCTTTGTTACGCTAATTCCACATGCGGGGCATCAATGAATTTTG
+TTTCGATCGGAAGGTTCGGATCATTTTTCCAGTTGATACCAAAACGCAGTTTAACACCCA
+GTTCATCACCTGCTTGTTTAACAGCATTCAGGACAGGCAACCACACTTTAGGGTTTGTTT
+GCCAGCCTTGAGGCAACACGCTAGGATACAGATCCACAGCATCACCCGTGATGTGTTTTG
+AGTTCATTGTTTGAGATACACCCTTACGGACGTTCTCGCGCTGTTGTTCTACAGTACGCA
+GACCTTCACGTACACCAAAATCAACAGGAGACAGTTGCAGAGCACGTTCTACGACTTTCA
+CCAGTTGAGGTTTAACACCTTTAAGGTTGTTAAGGCTTTTTTGACTGAATTTAAACATAA
+ATCACCTCTTGTAAAAATACCCTGTTTGGGTACACAGGGTATTTATGGTTTAAGAGGTTC
+GATAATTAATAATCGTAAAGATCACCGAAGCATTCTTCAAATTCACGTTTACGTTTCATC
+TGTTCTTCTTTTCGCTCTTTCATATCAGGAGGAAGACGGTCTTCATTGACTTCATCAATG
+TAAGCCTGTGCATCCTCTTTGGTCAGGAAGAAAGCATGGAAGTTATATCCGTTGCGCCCA
+TTCATACTACGATCGTCAAGAGAGAATTCTGTGTGACATTCCCAGTCTTTGTACAGGGTG
+ATGCATTTAGCAAACAGCCCAATACTGCGATGCATATAAGGGAAGCCAGTAACAATCATT
+TTGCTACCCATTTCCGCCTTTTCGCCATTCACACAAAATACTTCATACATGATCGCGCCT
+GGTTTAACATCTTTCTTAACAGCACGTTTTTCAAAAGCACTTTTCATAATATATTCCTCT
+CAATTGGTGTAACTACAGACTACTGGTTTATTTTCTGGATGTCAACAAGGTTTATCGTTT
+TTTGACGGAAAAGTTAGAGTGAACAAACGATCGTGAAGGTTGTCTATCCGTTCACAAGCC
+TGTTTCAGTATGATTTTATCACCATCATTTGTTGTTTCAATGCATCCAAGTTCATCGGCG
+TCAATGTTCACTACATCGCTCATCAATGAAGCAAACACGTTAGCATCAGGATGTAACAGT
+TCTTCTATTTCGGCCTTCATGCCGTCGTGTTCAGAAAGGATATCAATAATATCGCGGGTT
+AAATCTCCCTGGTACGGGAACCCTGTTTCTAAATGGTTAATGATCCTTTGTGCTTTCGTA
+ATCATAATTTTACCTACAAAAAAGCCCCTTTCGGGGCTAGTTAATTAGAGTTCACAGCAA
+CGGCACACACCGTATTTTGTAAATGGAGCATCACCGCTAACGTAGGCCCAGAAATCACAT
+GCTTCTTCGGCAGTATCGAAGATTGCAGCATCATAGAACCCGTGGGCTTCGTTACCGTTC
+TCATCGATGAAAACCGGAGTCCAGATATTAGGATTGAAGCAATCGTCAACAACAACCCAA
+CCTTCTTTAGCTTTCATTGCTTCTTTGTTGGCTTCGATGTGAGCTAAGATTTCGTTCATG
+ATGTCCATTTTTCTCTCCTAAAGTGCGTTTCGTTTCGACATGGCTATAGTCTCATAACCC
+CGTATCTACGTCAACACTTATTTGAAGCGAATTGTGCTATTTTTGAAAAATAGTCCAGAG
+CACACAGCACCTTCAATTTTCACCCCTGTAGGGCTTTTAGCAACGAACCCTGTTGCGTAG
+GTGTCTTTCTCATCACATGCGAACCAGGCGTGGCCTGTGTACGTGATATCGCTAAACCCG
+TTAGCAGTCAGAATACGTTCGGCTTCTTTCTCATCGGTGCATCCGGATTGTGCTAAAACG
+ACAATAACTACTAACACCAAAGCAATAATATATTTCATGTTAAACTCTTTTTAAGTTGGT
+TTTACTGGCTTCAATCCAGTACACGGGATCAGAATAGTTACCGCACATACCCAGTAACAC
+AGTTGTACATCCTAAATGATCGGAAGGTCTCAATCCATCAGGATGAAAAGGCAATTCGTT
+AACACCAATACTGGTAGCAAAAAGAGCACCTCCAGTACTGTAAAATGTTTTGATATGATC
+GTATGCATCATCAGGCCACTGAAAACGATAAGTTTTATTGTCAATGGTTACTGTATACAT
+ATCATATTCCGTAAACAACGGATCTTTTCCTTGTGTTGCCCCATACAGAGCGCCGCGCCA
+TTCAACCAGATTTGCTTCAATGTCGCTTACACAAATTTCGTTACCCATACGCAAATCATG
+AAGGATCCCTTCAATGGTACGAATGGCCCCACTAAGTTCATTAGTTAACATAGAGTTTCC
+CTTAAATCGGTTTAATGGTTTTCAGGTGTAGTTTAGCATAAAAAGAACCAAATGAGTTAC
+CATTATGATCAAATTTATAGTTTTCACTCTTCCAGTATTTCCCCGATTTCATCAGGGGAA
+CACGCTTCTTACCTGCTGTTATCGTTTCAACCATTCCGGTATGAGTAAATGTCATGATAT
+ACCCTCTTCTTTCAGCACTTCCCAGATCAGTTTATCAAGGTGCATCAGGTTCCACATAAC
+CGAATCATAAGAACCCAGTGAGCGGGAGTAAATCACTCCCCATGAACGATAACTTTTCTG
+GAATGCTTCTGCACTATCTACATCATACGGCATATCATCACCGGATGCAATCAAAAGTTT
+AAGGATCATCAGACTGTTCAGAAGTTTTGAACTAGCGTCTTGTGCTTGTACTTTTGCACA
+ATAATTTTCAATAATCGCTTTTGCCTTTGGTTCGGTGATGCGTCCATTTTTGCATCGCTC
+TTTGTACACATACATAAGTTCATCGATTATTTCTTGCATATAACGCCTCCCGTTCTACTG
+CTGATAACCCGCGAATGTAGTTCTGTGATTCTCTATGCGCATCTGCTACAGCGCGTCCTG
+CTACAGCGCGTCCTGCTCGTTCCGACGCCAGTATATAAGTAACAACTTCATTACGAATGT
+GCCATAGGTAATCCATCATTACAAGATCTTCTTCTGTATGAAAACCTTTAATGTCACACT
+CGCAGCAAATAGCGTCTCTTTCCGATAGTGCCAGTTGCGCGGATTGCGCGTTGATTGGCA
+TCATACTGTACTTGTCGATCAAACTATCCAACGTTCGCGGTTTCACAATACCAACTGTTA
+CAGGAACAGGACGAAGAGTAGGTTTATCCGAATAAATCATAGTATTCCTCTTCATCAAGT
+CTAGATGTCAGTTTAGCGATAAAGTCGAAAATGTGTTGTGAACCATCTTCAACATAATGA
+CGGTATGCAAGCAAAGTTGATACGTGACACATATCGACCGATTCAACTTTGATGCTTGAT
+GCGATCATTGTATCATCATTTCCATATCCGTCAATATCACGGAGTACCATTTCTTCAGTA
+GGGAAACGCTGAAGGAGTGACGCTTCCCGATCTGATACCAGAGCAACTAAGCGATTATGT
+CGCGTGTTGTACGATAATATTTTCATTTCAATTCCACCGCGTAAACATCAGGTTCAGGGG
+CTTTGTGTACGCGCATATCTTTACCGCATACCGCATAAGCCGGACAGTTACGACAACCGT
+TATGATCCTTATTACCGATCAGTTCATTACGGAACTGTTTGGTTTTCGGATGTTCCCAGA
+TATCCTTAATGAAATCGTTCGCTTCCAGGACATTCAAACCTTCTTCCCAACCACCTTCAA
+CCCAGCGTTCGGTAAACGAGCAAGGGAAGAACTGACCACGTTCGTTGATGTAAGAGCTAA
+ACATCGTCGCTTCACAGTCTTCGGCGTATTGCTTGTACTGTTCGAAGTTCGGGTGTCCCT
+CCATCGCTTCAACGAAAGCGGGGGCTGAACAGCTATCGAATCCAAATCCTACACCAGAAT
+CGAGGCAATATTCAACAAGTTTTTTATACTGTTCGCGGGTAACGGTGTCCCAGTTCTTAC
+CGCGTCCCTTTTGTTTCAGTCCCAGGAACACGATCGCGTTTACTTGTTTCAGGCGCGGAT
+CATTCTTCACGGCATCAACCACGTTAAACGCGTCATCATAGGTTTTCGAGCTAACCATGA
+AATGCAGGTTGATTTGCTGTTGTCCGGCTTCTGTCAGGTTCGCTACGGAGTCGAAAGCGA
+CATCAAAGCCAGCGTGTTTATAAACAGATACCGCAACAGCCCCAGCAACCGCCGCTAAAC
+GCGCTGCAACGTCTTTTGATACATCAGCAATGGTAAGGTTCGGTACAATGCCTTTAGAAC
+GCGCATAGGCCATCATATCGAACATATCAGGGTTTGTTTGCCCCTGTGCATCAGCACCGA
+GTGCGCATTGAGTCAGCCAGGGCATTTTGTCGATGATTTTTTTGAAGTTGGCAAGATCCA
+TGTTGAACCCGTTCGGGTTATTGGACTTGTAGCAGAACCCGCAGAGTTTACCCGCTGGCC
+CGTTGCATTTAGTTGTGATCTCGATATCGAGAATAAAAGGAAAATGACTATAAATAGGAT
+CGTCAGCAGGAGTTTTTCCCCAAGTCATCATATGACCTGTTTTCATATCAAAATTAAAAT
+TAACCTCTTCGGAACGATAGATTTTCTTTCCTTTCGCTTCCAGTAGAAGTCCAACAGGCG
+TTTTGATATGTTTGGCGTTTACTTTAACGTGTCTCATAGGAACCTCATAATGTATTACGT
+TTACAGAATCACAAATGTTATAGAGAACAAGCACTATTATGGATCAAGAAAACCTAAAAA
+GTCAATGCTTGCTTCCGACGATTTAGGGAAACACTATTTCAGTAGTTCCCGTGATAGTCA
+TTTCATCCAAGATCAGAAGGAAAATCCAGGACACTACAAATATAAAGTAATCGTATCTGG
+GTTGTCAAGGGAAAAGGCGATGAAACTTGAGAAAAGGTTACACGAAATCTATAAGGTGGA
+CAAGAACCCACATTTTTATAACAAACACATACACAACAGTGTTGATTTTTCATGTACACC
+AGAAACAGGAAAGAAGATTTCGCAAACACACCAGAAATATGCAGCAAAGAAAATTTCAGA
+ATCACATAAAAGGCGATTCAAGGAAGGTATAGCATCACATAAAGGAGAGAACAACCCACG
+ATACAACGATCATCGGTCTTATAAAGAGATACACGGAGAAGAAAAAGCGGATACTATACG
+CAAAGCACAATCTGAATCAAGAAGAGGAAAAGGTAATTCCCGCGCGGTTACGTGGAAATT
+TACTTCCCCTAATGGAGAAGAATTTTTAGTTGAAGGAGAATGTAAAAAGTTTTGCAAAGA
+CAGAAATATTTCCATGCGTAAACTGAAAACCTATCTGGGTGAAGTCATCACAACATGCGA
+TAAACCCTACGATATCTCTAAGAATACCGTAGGATGGAAATTAGAAAAGATTAGTTGAAT
+CTTCTTTTACGTTCGTCAGCCAGTTCTTTTTTGTACAGTTTAATGTACTTCCCGTTAAGG
+GTGCGAAGCTGTTGGAAAACCTTGTTACACAAAGCACGTTTCGCTTTGTATTCCGGCGTA
+TTACGGATTGATTCGACCGTCATACCCATTTCGTTTTTAGGGTACGCGCTCAACTCCCTG
+CCGATCTCTCTGTGCCAGTTGCTTAACTGATCACGCTGTGCTTTGTACTCTTCAAAAGTT
+AACATAACAATCTCCGGTTTCGTTTCTATGTGTGTAAGGTATCATTACCCTACACACAAC
+GCAAGCGATTTTTATTTTCCGTAAAGAACACAATATTCTTTATATTTTTCACGGGCTTTT
+TCTTCATTACTAAAGGAAACTCCCATTCCAAAATCAGAACCTTCGAACGTAACATCCCAC
+GATTCATACCCATCTTCCGAATAATAGGAAAGTGTTATTTTACGATCTTCAAGAACAAGT
+TGTTCAACAACAATATCAATTTCAGTAGTCATAGTTCATTTCCATAATCTTTTGCTGCAT
+CTTCGGGGGTTGCGTCCAGTCGGTAAAGCTCAACGGCTAACGGACTGGGTTTGATTTCGC
+GGTTCAGGATCTCACTGATACCGCGAAGGAATTCGATATAAGGACGGAATCTCATTTGAT
+ACGTACCGCGTTAAAAGCCTGGTTGCGCAGTTCATAAGCCTGTTCAAGCTGTTCTGTAGT
+GAACAGAGGACTATCGGTGTTAGTGGTGAAACTGCAAATGGTTTTGTTGTCGGCGTTAAC
+TTCTTCAACAACGATTTCATAACCCCAGATCCCGCTGTACTCACATTTCACGTTACGGTA
+CTTGATGTAAACCGCAGCAACATCTTCTTTTTTGTAGTTCCGGCTTTTGTAGATGATTTC
+CATGATTTCCTCCTTCGTTTCGATGTGTGTACAATAACAGATCAGGGTTATCGAGTTTTA
+GCAATTTGTGCTAATTATGCCATTTTCTTAGCGATTTTCCAGGAGGCTTTGAACGCCGGA
+ACGTCTTCAATATCAATCCAGAAACCAGATCCGAAACCATCACTATAGCAAGGGCAACCG
+TCGCAGTAGTTTTCCCAGGTCATCACTTCACCACCAACAGAAGCACCAGTTTCCATAGCA
+CGTAATGCATCTTCAACTTTTTCCAGTTTTTCGGCGTTGTCGTCGTAAATGACAAAGTAC
+CATTTACCGTTGTATTCGTTACCCAGTTTGATTGATTCGCGAACAAGTTTCATGATAATT
+TCCTTTTGTCTGTTTCGTTTCTATGTGTGTAATATAACAAAACCCCTCACCATAGGCAAG
+GGGTTTTGCAAAAAATTATCGTTTGATTGGGGTATTATCTATAACCCTTTGAATTTCCGA
+ACGCATCGTAGAATACTGACACAATTCGGTAAGCGCCCGATCCAGGTGCATCATAGCATA
+AGAAAACTCTTTTCCGCATTTGTCACATCGAGCGTATAAATGTAAATGGATGCGCCCGAT
+CCCATCTACCTGACTATATTTCTGGAATATGTAAGGATCTGCACCTCGATAGCCAGTTGC
+TTGATGCTTACACTCTCGTTTGAACCATGACATTAATAATATCCTTGTACGTTGAAGCGA
+TCACATAACAATTTTCTTGTTTGGTTAGTATCGCTTTGGATAGAATGCAACATAGCGCTG
+AACATGTTTAGGTTATTTTGCATCATTTCCGCGCTCATGAGAACTTCCATACGCGCACGT
+AAGCGTTTATTTTCTTCTTCCAACTCAACCATACGGTCATATGCTTTTATGCGCTCTAAG
+GGCATATCAGGGCGCTCTTTGAGTACGCGAGCACGTTCAACCTCACAAGCATGATTTGCT
+TTCCAGTGGTTCGATTCCGCTTCAAATTTATTAAGGCGGCGGATCTCTTCAACCAGCTTT
+TTGATCATGTGTGGATCCATCATGTCGATGAATTTCATCAAGCAATTGGATTTTGTTTGG
+TTGTCAGCAACAGACCAAGACGAATTATACGTAACCGTAAACGTGCGGCCCATTTCATCA
+ACAACCCCGATCTTGTTATCATCGGTGATTGTAGCCGCCCATTTCTCCCTCATGGCTGTA
+CAGGTTCCGCTGGCGACACTATGCAACTTGTTTAATGTTGCGTCATCAAACACAATTTCA
+TCACTCATGTATGCCTCACATAGATTTCAAAATACGCAGAAGTGCGTTAGTAAAGATATC
+AGGAACACAACCACCAAACAACTTATGATTCATCAGCGCTAATTTCATGCTGTGATTTTC
+AGTATATCGCCCGTTATGGATCCCCCAGGCAACGACATTACCAGGTTCATGAATAACTAA
+GTTAGTGAGAGTAACGGTCATGCGCTCTTTATCATTGATAGAGAATGAATAGCGATAACC
+GGATCCGATGTCGCCGTAAAGGTTAAGGTCTTTCAATTTCCCTTGCTCATGCAAGCGTTT
+CATATGAACTGCACATGCATGATTAATAGTCATTTCGTCATCCCTAGCCCAGTCATCAAT
+ACCAGAGGTATAACGAATATTGAAGTAGTTAGTCAGTTCATTTGATACGCTCATTAGAAA
+CCTCACTTTTATAAAATTCTTTACCAGACCCATTACAGCTACTGCATTTGGGGGAACGGT
+TGTTATCATACCGCCCCGAACCGTTACATGCAACACATTTCCTTAATTTCCAGCCATACA
+CGAACCTCATGTAATAATCGGTTCGTGCGGCCTTGCGTTCATGGAAATTCATGCTTTGTA
+AACCTGAACCAACCACATTTCGATGTTAGGCGCGTAAGTAACGTTTACCTTATGCATAGT
+GCGGTATTTGTAAGCGGCTTTGTACGCATCGAGTTCAGTCGGAACACAGAAAGAGAAACC
+GTTATCATAGCGTTCTGCGTTAGAAACTTCACAACCAACTACAGCGGCAATGTTTTTATT
+CATGTTCATGATATTTTCCTTTCTCTGTTTCGTTTCGATGTGTGTAATATAACAAAGCCC
+CTGCACTAATGCAAGGGCTTTTTGATTATTTTGGTAATTTTTCGATTGTTGCTTTCAACT
+CATTGATTTTATTAAAGAGTTCATCGCTATATTTCATCAACTCACTACGGCGTTTTTCGG
+CCCACTTGATCAGGAATTCATGAGAATCTACACCATACGTGTAACCTTCTGCACTCAGTT
+GAATACGAGCACGGGAACCATAATCAACAGAACTTTGTTCAATGAGAAACTTAACCGCAT
+CAAGCAGGGCTAAATCTTCATGACTTACCATGATTCCTTCTGCCTTTGGAAGATCCACAA
+CTTCATCCTGAATGAGTTCACGACGGGTTGTTTCTTCCAGTGTTTCATGATTCTGGATCA
+TCGTTTCGACCGGATCCTTTGCCACGGCTGGTTTGTTTTCACCTACTTCTTCCAAAAACA
+TCAACATCCATCCAGGAATTTTAGTCCAGAAATAACTTTGTACTTCACTGGTGCATGAAT
+TTCCCAGAATGTGGATCGCGTTACCATGCATATCAACTTTATTGATATAGATAACGTTCT
+GCTGTTCCTGTCGGTTGCTACCATAAGAAAGGAAGCGGCGTAACGATGTGTTATGACCAT
+ACTTCCCTAAATCGATTTCAGCCAGGCAATCAATGATCCCACGGTTAGAAACCTTGTAAC
+GCTTACCCTGTTTGAAAAATAACGATTCTTCCAGGTGAGTAGGGGTAAACTCTTCATAAA
+GAACATAGAATTCTTTAGGAATTTTGCGCTGAACCAGGCTCAGTTTACAATTATTAGAAG
+GAACAATAACAGCGTGAATGTTTCCTTCTGCGTCACACATAGCTTGCATTACTTGCGGAT
+AGTAAAGATGGTCTTTCTTGCAAGTATAGCTATGGATACGACTCTGCCGTTTTTTGAAGT
+ACCATTTACCAGTTTCAAAAGGCGCTGTTGTAAAATTCATTTTGCATTCTCATACATAGT
+TAAAATTGCTTGCATATGTTCCGGTGATTGTGGAACCCCTGCAAAGTTCACTTTCAAAAA
+GAAATTCAACCGATCTTTTATGTTGCACTCATCGAGTCCAAGCGCTGGTAATGAAATGTT
+TTCAAAAGCACGTTGTTCATGTCTTTCCATTTCACCCCAAAACAAACGGGAACCGTTAGG
+CATCGGTATTCCAATTTCATTGTTCCAGAATTTCATGATAGTTGTCAAGCGTTGTTTTCC
+GTCGATGACTTCTACCCATCGAGATTCGTTGAATTCACTATCAACCGCGATCGCGATGAT
+ACCGCAAGGAAACCCAGTAATCAAAGTCTTCATGAAAGCATCTTGCTCTTTCTGCTTCCA
+CACGTAGGGCCGCTGATAGGACGGATTCAGATCCAGATCGTTGTTCTTGAACCAGTGAAT
+GTAACTACCAACCATGATCGCATGATCGCGACTTTGGAAAGTTTTTAACTCACGAATACG
+GTTTCTTACAATTTCGTCTGTCATTATAAAATCACCATCCAGTATATAATCGTAATCATA
+ACCGCTACAGTGAAACACATTGCAGCGTACACCCGCGCATTATGAACCTGTGTTTTCAAT
+TCTGCGATCTCTTGATCCTTTTCGCTTTCAAACTCTTCGCGAGTACCATAATACCCAGGA
+TCGTTAGCAGTTGCCAATCTAACCGCATCTTTTTCAACCAGCGTTGCATAACCGCTTTTT
+ATTTGTGTCGCCCCGTACCATCCACCCCGATCATTGTTAATGATCAGATGGTCGCCTTTT
+TCGTTATGCTTTGATTCACCAACGACAATAACCCGCTTACCATTCATAATATGATCCTCA
+AAGGGGCCGAAGCCCCTATTTTGCGTTCTTCTGTAGATAATCTAACAGATTTCCGCTTTG
+ATGTAAATCCAAAACTTTAGAAAACTTCTCTGCGTTTCTTTCGTTTGTGAGTTCGTCGAA
+ATGCCATACACCATCATCAGCTATTAACGCGCCAGGTGATGAACCTGTTTCTACATCACG
+GGAAAGCGCAAGCCCCAGAGGGTGTAAGATTTCGCGGTTAATGCGCCAAACAAGGCCCAT
+TTCAGATAGAGTATTAAAATCGACGTATTTCATATTATGCCTTTGGTTTCACACCGTAGG
+CCAACATACCAAAACGATGATCATTATCTGCATCTTTAAACAGAACTTCGTTACCATCAA
+TGCAGATGACCTTTGCTTCCGGATCGATGTATGGAAGCAACCACAAAGGGATCAGGCGTA
+GGCCGCTATGTTCATCCCAGCGACTGAAATTGAGTTCTTCCAGTTCATCAAGGGAAAGCT
+CATTAGGATCGATATAACGGAACCATTTGGTATTTTTGAGGCGGTCGGGGAAGTTTACAA
+TTTCTTCATAGCCGAATTCAGCACTCCATGAAGAGTAAATAGTGACTTCGGATGCTTTGG
+TTAAAACAGCATCGCGAATTGATTTGCAGATATCGATTAAAGTCAGTTGATTTTCCATGA
+TATATTTCTCATCTTGCTAAAATTTTAGGCAGTAGTTGCCCCATCGTTTTACGTGCATGT
+GACGGAATCTGTGAGATCGGGACATATTTAAAATCATCCATTTCACGTATAGTCCGTCCG
+TTCTTAACGAAAGTTGATGCACAATAGCATTCTTCCGCTACTGGGTAATCTTGCCCTACA
+TAGAGGAATAAAGCAAGGTTTTTTGTTTTCGTGTAATCGAGAACACCCAGGCTAACCAAT
+TCCTCCGCGAACACTTCAAATCCTGTTTCTTCGAAGCATTCGCGGATCGCCGCGTCAATA
+TGAGTTTCGCCCTTTTCAACATGCCCCTTCGGAATATCCCAATGGGGCGTTTCAGTGGCA
+TGGCCCATCAACACGGCACCATCTTTAACAAAGATAATACCCGCTGATAGTTCCATTTAT
+TCACCCGCAAAAGCGTTATCAAATGCTTCAAGTGCGTTGTTAGCGCGAGCACTGGCTTTT
+GTCACACCAGCCTGGAGATTTTCAAAGAAAGTATGTTTCCACACTTCGCGGCGACTGGAT
+TCATGTTCCAGACTGTTTTTGTGATCACCGCGAATCTGTTCTTCCATGTCATAACGGTAC
+AGATCGAGTTCTGCGTTTAATTTCTGCTCTAATGCCTGTGCAAATACATGTTCAATATTC
+ATTTTGTATAGCCTATTTCAGATTTAAGGTTTTCGAGGGTGGAGTGATAAACAACATTCC
+CTTCGTGTCGAGTATACCATACTTTTCCGTTCTGGTTACACTCATTCATTACATTTTCAT
+CTAAACCAGGGATCGGCTTCATGCTGGGAGAAAACGTGATAGACATCATTTGTTCTGCAC
+TATCAGCAAACCCACAAGGGAAAACAGATCCAGTTGGTTTATCAAGATACATCAACTCTA
+CTTTAGCCATAGATTTCTTCGAAATCCTCACAATCAGGCAAATACGTTTCACAGAAGGTG
+CAAAGCGTAAAGAATGCAGGTTGACGAATACCAGGATTATCCGGTAGATACATCCAGAAG
+GTGTTAGCAAACACGATGAATGTTTTCAGGTTTTCGGTGGTGATTTCGCTAACACCATCA
+TACCCGGATTGATTGATCGCGCGTTGCAGTGGCACCTCATACTGTTCGCAATAGTCGGCA
+TAATGATCGCTTGTTACAAGGCCATTAGCCATTTTAATCAAATCGACGATTTTCATGATT
+TTACATATTCCACTTTAACAGGTTTTGCAACAAATTTATCTTTGGTGCGCCCATGACCAT
+TACACAGGTCACATTCTTTGTTGAAATCTTTCATATCTTCGACCCATCCAGAATCTGGCA
+ACCCAGACGGATATGCGTTATAACGAATGGTTTCATAACCTTTTCCGTTGCATTTCGGGC
+AAACATGAGGACGTTCTTTTTTAGCAGACTCTGCCAGTTCGCGAAGGGTGGTAGAACTAC
+CATAAGCCCGACACATGTTTTCAAAGTCTTTTAAAGTCATTCTATAAACATCAATGACGT
+TATATTTTTTGCCGGATGGTTTAGCCATAATATATTTCTCACTTAAAGAATTTTTTGATG
+AAAGAGATAGCAAGGCCGATACCAAAGAAAATTAAGTAACCTTTTCCGTCACCGTGCGCC
+AAAACATAGAGTGAGCTGCCGTATGCGATGAGTTCTGCGATGTTCATTAAGTTTCTCATG
+ATATCCTCCTTTTTCTATATTAAGTATCTTACCATAATATAAACCAAAGTCAACAACAAA
+GTTTTATCAACCCACTTATCACCAGTCATTAGTAATCCCCTACAGGTTGAGACGCCGCAA
+CACTCAGGATCTTGAAAGTGCAATTGTTCCATTCACAATAAGTTTTTGCGCAATGAACAC
+TTCCTTTCATAACAAACCCGTTTGAGAAAATTAACCAGTAAAGTTTCATGATAGCCTCCT
+TTGTTTCGACAAGGCCAATATAACAAAGCCCCTGCACGAATGCAAGGGCTTTTTTCAGTT
+TTTCAACATCCAAAGTTGCGGAGGACAATCTTTAGAAGCGATTAGACGATCCAGGCGGGA
+CATAACCCGACGATAACCGTCGTATTCAAAATTAATTTTTGGTGGAACGTAGTTGACCTG
+GATTGTTTTTCTGTTAGCTAAAGAAACATACTCAGGGATCACCGTTCGCAACCGTATAGC
+GATCACTGGCTTCTCTTCGCCTTCGTTAAAGAACATTTGAACAGTTATAGGACAAGCAAA
+GATTTTACCATTTACCCGACGATAAACAATAACTTCCTGTGTCCCTTCTGTTTTGGCCTT
+CACAGCGTAGGTTAGAACATAACACGAATAATGATTTGCTAGACTCATCATGATATCGCG
+ATAAGTTTCAATATCTTTTTTAATCGATACTGAACGGTCTTTAAAGCGATCTGCAATGTG
+GTCAGCAGTAGCCGCTACCTTGATTGTATACCAGTCACCTAACGCGCTAGTAAACGCCTC
+GCTAACTTCTTTTCGTACACTGTTAACAAGATACATTAAACGTGTTCTGTTCATATAATC
+CTCACTGATTTTTGAAGTATTCGATCTGACGCAAACGCTTTTCAGCGGCGGCTTTCGAAT
+CGTATTCACCAAGTTCTTTTGTGCGATCGTGATTCAAAACAACCCACTTATCGCCACGCT
+GTTCAATGTGTTCTGTAATATCTTTTAACGACTTATCCAGATCCAGTGATTCAGCCTCTT
+CACAGATAATAGTCAAATCCACGGGCAGTGTCAACAACCTTTTTACTCCGCTGATATCAT
+CAAGCATCGAATCGTATGCAAGGGTTACGTGCGGTTTGTAATCCGGATAATCGTATGTTG
+CGCCAGCATCAATAGAATCTTTGAAACGGCTATGCAGGTATTCAGATTCCAGGATCCCTA
+CGATAGTGCTACCGTATTTTGTGTCCCACTTTTCAACATCAACCAGTTTAGCAGGTTCTG
+TGATGTCCTGTTGCGGGAACAAATCAACCGTTTTCCGGCTGTATACGATCGTTGTATGCA
+TCTTTTCGGCTGAAACAGCATTCTTTGTGATACCTAATGTCTTTTGAACATTTTTCAAAG
+CCTCACATGAAGCCTGATCGAATTTAGCACACATGTAGATACCAGGATCTACAACAGGTT
+TTGTGATTTCAAGAAATGATTTCATAAAACACCCCAATAAAAAAGGGGCCGAAGCCCCTT
+TGTAATAAATTTGTTTTTACGCTTCTTCGCCAAAGGCGGCTTCATCTTCCGCGCCTTTTT
+CGACTTCAACGGAAGGGATCAGAGCGGATACCGCGCCAATCACTGCTTCTGGGGTTACTG
+GCTGGCTTGCGTCAATACCCAGTACCGAACACAGGTCGGACAGAAGTTGACGATGAACAG
+AGAGTTCACTTTCTTTTTGCGCGATAACTTCGTTCAGATCGAATGCGCGGCCTTTCAGTA
+CCAGTACTTCATTTTGCAGTTTTTGAATATCAGACATTTTATTACCCATTGTTAAAATTT
+AAAAGTATCGAGCACTTTGCTCTTTAGTTGTTTCAAAGTACCTTCGTTAGTGATGATACT
+ATCTCCAGGTTGAGGTGTCAAACCTTTTTCCGTGGAATGTTCATCAACAATTCCGGTATC
+CTTTACAATAAACACAAACTTAGCACCTAAGCGTTTTAGGTATTTGTATTCGTGTTCTTG
+ACGACAGTCAGTGACCAGAAGATGGTTGTATTCGTCACCAGTATATTTATTGACGAATCT
+TTCCAACGTGTAACGAACCCAAACCGTGTTATCATACTTGCATACGATATCAGTTCCAAA
+CACTTGCATCAAGCGTCTGATACTCCAGGGAGTATCGTTACTCATAATCAGGTTATCAAT
+ATCATCAGGACTATAAACAATATTGTATCCACGTTCTTTGAGGATTTCAAGCCCGATTTT
+GAAAATATTTAGAACATCTTCATTAGACATCACAAGAGGTTTCTCTCGATCGCCTTTGTA
+AAAAATAGCATCCGGATCAGAATATTGTCCTTCAATCATATTGCGAATGTATGGTTTATC
+GTAACCATATCGCTGCATTGCTATTCTTAGCGTTCTTTTGATACCAAATGCCAGTGCTTC
+ACACTGAACATCATTGTACGCCTCTTGAATAAATTTAGCAACCGTATCTTTACCAGTTCG
+CTTTTTTCCACTAATCACATAAATCATTAGCTCATTCTCTTTTGAGAAGTGACTACTTTT
+CCGTCAATTTCAACTTCCATATGAAGGAAGCCAAAAGTTGCCATACACGTAACCGCTTCA
+TCACTATCGTTAGTATAACCCAATTCAACCTCACCCAAGTTTGTTGGGAAGGCACCATAA
+AATCTAAATGTGGCGATCGTTTTCATCTGGGAGTTATCCAGGATATGCACAGCGAATGAT
+TGCTTAGGATCATCCCACGCAACAGAGTTAAACTCATTGTAATCGTTTGTGCTCAACATC
+CATATGTAAATCCCAAGATACGATCTCATTTCCTCATCGACTACAAAGCGGATCATCAAA
+GGATCAAACTCAAAAGCCGAACCAGGTACTTTACCTCGAACCATCATATTTGCAGGAATA
+TCAACTGCTGGGAGGTTCATTGATGGTAGTGTAACCCCTTGAACTTGTAAAGTCAAACCT
+TTCATGTAACTGTTATCAGGAATATCAACCCGAAAGTTTGTAGGTGAGATTTGGTTTAAA
+ATCATTTCTGTAGACATAGGATCTCCTTTCCTCTATTTAGCGGGGAACGGGATCAAAGCG
+GCCTGACGGGGTAATATAAAAATTTGAAGAAAATGCTTGACCTTTTAAAATCTTTGATCT
+ATAATAATTATTAATTAAAATTTTATCAAAAAGATCTAACAAGATCAAGTAAAATTTAAT
+AAATAATTTATCAAAAATTTTTAGATCTGATCTTGAATTCATAAATTTTATGATCTATAA
+TATATTAATATTTTATTTTATCATAAATTTTTATGAAGATCAATACTTAGATCTAATAAA
+TTTTATGCTTTTTCTGAAAACTTTTCCTTTACCCCGTCACTAAATACTGGTACTATGTTC
+CCATATTGGAAATCAGGAAAAACAAAATGACTCACTTGAAAAAATTCAAAGAATTTCTGA
+CCGAAGGTAAAACCCTCGCTCGTACCGTAGCACGTGGTCAACGCGCTAAAACTTCCGATA
+AACATTCAATCGGTTTTCTTCACTTCAAACATGGTTCTGATTTCGAAGTTTTAGCACCGG
+ATTCTCACGATCTGGCATACTTCGGTAAAAACATTGTACGTTTGAAAGGTATGACTACTG
+GTAAAGTTCAAGCGGCTTATGTCGATTGGGCTAAAGGTACTGTTTCTTTCTACAGTGGCA
+ATCCGGATGATGATCTGGATTTCGACAAACCAGAAAAATTCAAAGCTGCTACTCTGTATG
+AAGAGGCGGAAGAAAATCTGGATCTGTATAACCAGTTAGCAGAAGATTTCGAAATCGAGA
+TCCCTATGGATGAAGCTCTGGTGAAAGGTAAAGTTTACAAACTCCCAAGCAACGATATGC
+GTCTTCTGTACACTGGGCGTTCTAAAACTAAAGCAAGCGGTGAATATGCAGTGTTTACCG
+TAGTTGATGCTTCCGGCAAACCTCGCCTAGTATCTGGTAAAAAATTCACCCAAGAATATA
+AAGGCGATATGGTTTCTAAACTGGTTCTGGCTGAATCCGAAGATCTGAATGAAGCGTCTA
+AAGGCATTCGCGAAAAAGTTATTGCTGTGATGGTGAAACGCGGGTTTAACGAAAAAGATG
+CAGAAAAGATGGTTGACAAAAACCTGAAAGATGCTATGAAAGTTAGACCTGGTGCGACCC
+CTGGCAAACTTGCAGAAATAGTTAGCACCCTGTAAAAATAAAGCCCCTTCCTTTCGGTTG
+GGGCTTCTGTATATGGCACCTGTATGAAAAAATATGGCAATGATGGAAGCATCAATGATG
+AAATTGCTGGAATCGTTGATTTGCTAAAACATGTAAGAGTTGAACCCAAAGAGGGTAAAA
+TCTATTGGACTAATCCTATAGGAAAGAAAATGAAACCTGGACAAGAAGCGGGTTCATACA
+AAGGCGACTATTGGATTATATGCTTCAAGTATGCAAAATATAGGAGACATCGAATAATTT
+TCTATTATCAACACGGCTACTTACCTCAGATAGTAGATCATAAAGATGGAATTGACGCAG
+GGGATTCTATAGATAATCTTCGTGCTGCTGATGCAAAAGGAAACCAGCGAAACCGATTAG
+GGGCGCAAAAGAATAGTAAAAGTGGTGTAAAGGGAGTGCGAGAAAAAAGAGGTAAATGGG
+AAGCAAACATTAGATATGAAGGCAAAACGATTTATATTGGTACATATGAAAATATAGAAG
+ATGCGAAACTAGCATATGATACCAAAGCAGTTGAATTGTTTGGAGAATTTGCAAAATAAA
+AGCCCCGAAAGGGGCTTTTTAGTATCTGTTCCAGACTTTCTTCGCGCTGTAAGGCTTGCC
+CTTTGAAACAAACGCTTGTGTAGGCAACCAAACTGATTTAGCCCAGTCTTTTGGGGCAAT
+CTCTGCTAATGGTGATTTGAGGTGTGATGGTAGATATGCTTTGATCATTTCTGTTGCGCC
+TCGCATACCTTTCACGTTACCCCAGTTAATTTTAAGCACGGTCTTGTTAGAGAGGCGTTT
+AGTGGATCCGTACCCTCGCTTCAATAACTCTTCTAAAAACTCCTGTCGTGCTCTGGGTGG
+CGCATAGTGCAAGTTCAAACCATAGAACACTAAGTTACCCGCTTTCGATCTTCCGGATCC
+TAAGAAAATGATCAGTGGAAATCTATCCCAATACGGCAGGGTGTCTTTATATTTTGCATC
+ATATGCAAACGTGTACAGGCGACCCGTTGCTGGTTTTGCCACACGGTGTGTTTTGATACT
+GGTTTTGATGAAATTACCAAACCATTCTGTTGAATCTTTCTGTCGCTTTGCCGCCGATAC
+ACCAACAGTGATCTTTTTCAGACTATTACGGAAATCGTTGATGATCTCGATCCCGTGTTT
+TTTACGGTAGTCATTACGTTTTTTACGGGCTTCTGTCTCTGCGGAACGTCGTTCAATCTC
+ATCATCAATCTGTTTTTTGTAACGATGCATTGACTTTGTGAACGTTGCGTAGTTTAATCC
+CTCAGAATCGGCAAAACGTTTAGCAGAAACACCTTTCGTTTTTGCCTTACGGAATTTGAT
+CCCCAGTTCAACCCAATCACTCAATTTGCGTTTGGGTGGTGCTTTGGGTTTATCCTCTTC
+CGCGATGATCTCAAACTCAAAAATAAAACTCATGTTTCCCTCCAGGGATTACTGACCTCG
+CCACCCAAAAACTTTTTTGAGTGATTCTTCTGTTACGATTTTGAACTGCCAGCCTTTTTG
+ACGGCATAGCTCATTTGCGGCTTTCCACTTATCAATATTAACTGTATAGGTGTAAAGAGC
+ATCAATAAATTTCTTTTTATTGTGTACGTTGTTGTTTACTGGCTTCGGTGGAGGCATGGT
+TTCTTTAAGGGGCTTAACCTCCCAAAGATATGTAGTACCATTTTCCATTTCCACATAGAA
+ATCCATGTAATAGCGTCTTCTCTTACCGTCTGCATTGCAGAAATACGGGATCACTATACA
+TTCAGAATTCCAACGTTTTACGTGTGGGTTTTTATCCAGCCACTTCATAACGTAGCGCTC
+CCACGATGACCTATACGTAATCTTTCGCGGATCGCCTTTATACTTCTGTATGTTTTCGGG
+TACAAACGACCCTTTATACGTCTGTCTTCCAGCCATTGCGTAAATCCTAAATAGAATAAT
+ATAACGTTTAGATAGGGGAACTTATCGTGCTATTTTCATACTTCCCGCCTGTTGATTACA
+AAGGCACCCAGACAACTGATATTTTCCGAGACTATCGATTTTATTTTAATCGTGTGATTG
+GAAAATATAAAACCCGTAGTTACCAGATAACAGGCACACTACGACCTGAACAACTTGCAG
+AATCATTATATGGAAACCAGCAATACTACTGGATCCTGTTGATGCTTAACTCTGTTTATG
+ACCCTTTCTATGGTTGGATCTCCGATCAGGAAGCCGCGTATCAGTGCGCTATACAGCGTT
+ATTCTGAGGTTGGCGGTGAACAGGTTCTGTATCATGTAGATGAAAACAACAACAAGTATT
+ATAACCTTGTCGAAGACCCCAATAACCCTGGTCATTGGTATGACAAAGGCGACAAACCAA
+TGCTGTATTTACAGTATCAAGGTGTATTAGCTCCTGTAGATATTTATGAAGATGCAGTGT
+TGCAAAATGAAGCAAAACGAACAATAAAAATCATTAGTCCGTCTGACATCCAGGCGTTTC
+TGAATGATTTTATTAAAGAAATGGAAAAGGCTAACTCATGAAATTAGGCGGAAATTTACA
+CTCCCCTTTCTTTGATGGGGTGGTTGAAAACGTTGATGATCCTCGCGGGTTGGGCCGTGT
+TCAAGTCCGTGTATTTGGACAACACCCAGCCCAAAAACAAAAATCCGATGCGATCGGTGT
+TCCTGTTGAAGATTTACCCTGGATGATGCCTATTCAGGATATTAGAAGCGCTGCGATCTC
+TGGTGTGGGCTTCTCTCCAACTGGTATCACTCGCGGATCCTTTGTTGTTGGTTATTGGCG
+TGACAAATGGCACCAAGATGGTATGATAATCGGTACTGTCGCTGGTGAATATGTCGAACA
+ACCAGACACACAGAAAGGTTTTTGCGATCCTATGGGTGAATACCCTCGCTATGTTGGTAA
+CGATGTTAACTCCCTTGCTTTAGGTGGTTTGAAAGGCAAAGGATCATCAAGTGTCATCAT
+TCGTGATTCAAACACAAGCATAGCAGTAAACCCAGACGATCGCCCACTGGATGAGATACC
+AGAAGATAACCGCCCTGATACGGGTGGATTTACTATCGAAAAGATGCTCAAGCAGGATGA
+GGGGATCCGCACACGCTGGTATACAGACAGTGAAGGATATCCGACAATTGGGATCGGGCA
+TTTGCTTATCCGCGAAAAGACTCGCGACACTGCAAAAATTAACGCTGCGATCAGTAAAGC
+GGTAGGTCGAGAAGTAACAAACGGGACAATCACGGCAGAAGAGGTTTCAACCTTATTTGC
+TCAAGATTTAGCCAAAGTAAGATCTGATATTCAGAGAACCGCTAACGTCCGTGAAGTGTA
+TGTGAACCTAAACCGTCCTCGTCAAATGGCGATCGAAAACATGTCGTTTCAAATGGGCGT
+CGGTGGTGTTGCTAAATTCACCAATACCCTAAAAGCGATGAAAAATGAAGATTGGCAAGC
+GGCTTATAATGGTCTTCGCAATTCACTGTGGGCTAGTCAAACTCCAGGCCGTTCTTCTCG
+CGTGTCTAAAATCGTCCTCACGGGCAACCTTGAATCATATGGGGTGCAAGTACCAGATCC
+GGAAGGGCGCTCTCTGAGTGCTGCTTACGCTGCGTATAACGGTGCTACATTGTCGGCTAC
+TAGTCCGGAAGATCCGTTTACTCCTGGTGATACCCGTGTGATGTTTGAAGAACCAGCATC
+ATCTTATAATGCGGAATATCCGTATAACATGGTGTTTGAATCGAGATCCGGACACATTCA
+GGAATTCGATGATACCCCAGGATACGAACGATATAACCGTGTTCACCCAGCAGGGAGTTA
+CGAAGAAATTCGCCCGGATGGAACCCGCGTTGTTAAAATCGTAGGGGATGATTATCAAAT
+TGTGATGCAGGGCCGGAAACTCAATGTTAAAGGCAACTTGCAGGTAGTTATTGAAGGCGA
+CGCATTCATTTACAACATGGGTAACGTTCAACAAACGGTTGATGGTAACGTAACTGAGTT
+TGTTCGTGGCAACGTTCAACAAACTGTTGAAGGTGAGTACGTTGGCCTGATTAAAGGTAA
+CGCTGAACTAACTGTAAACAAAGATGCAACAGTTAACGTTGATCAGAATCTTACCGCAAA
+TGTGAAACAGAATGCAACCGTAGCTGTAACAGAAGACGCAACGATCACTGCAAAAAATGC
+GAAAATGGAGATTGAAGAAACGATGGATATCGGTGCTAAAGATATCAATATCAAAGCAAC
+GAATAACACGTTTATTGATTCTGGCGCATTAACAAAAATCACTGGCGGCACCGTCCAAGT
+GGGGTAATTAAATGATTATGGATTATGAATCAATAATTGATGGAATTATGCAAAATTATC
+AGCATCCTTGTGATGCTGAGATCCCCGCTGGCTATTATCGGCGGGTTATCTGGCAAGGGC
+ATACAGAAAATTATCCGGCTGTTGGGGTTGAGTGGGATACCGAGATAATCAAAATCGGTA
+CTCATCTTTATACTCAAGAACCGTTCGGACATAGAAGCACGGATCTACCTGTTGTCAATT
+CACCGGGAACAGATCCAAATACCGGACAACCAACAGGGATCCTTGTTCCGAAGATTGGCT
+ATTATTTCAACACTCAAGCAGAGATTGATGCTTACATTACATCCATCGGTGCAACTAAAA
+TCAATGGTGGTAATGATTGGTACGGCGCGGATCTGTCAAAATCAAACCTATACAAAAACC
+CTGGCGAACTGGCTATGTATAAGGTTGAAAACAGTGGCGGGTATCTTTCCGGAACAAACC
+CTGTATGTGATGCTCGCATACGTCAGGCGTATAATCAGGACACTGGCGCATTCACCAATA
+TTGATTATTATTGGAATGGTAATCGTATAGCATATATGAAGCATGACGAAACAGGGGCGC
+ACCAGTGCAAATATACGGGTATGCAGGTTAACACCAACGCAGATACAAGCATTCCTCCTG
+TTCCTCCTGCAATGCCTTCCACTTATGGGGCATTACCGAGTGAATTAAGCCGTGCTGATA
+TTTCGTGCATTCCGGCAACTGTTGGTTTCGCATATACAAATATCAGTGATGCTATGTTAC
+AGGCATGGAACGAAACCCGTAATACGTTCAAGCTACAGTTTAACATGTTAACGGGTGCTG
+TACAGAATGGATTCGGGATCGCGACGATGTTTGATGGTTTATCCGTATCGATGGAAGAAG
+TAATGGCGGGGGCGCTCGCATTGTCACAGCAAGCATGGCAAACTGCTATGAAAGTTTTCA
+GACAAGTGATTAGCGCTGCATTTAACATTATCGGTGGTGCGTGGGGATTGATTAATCAGT
+TCTTGCCTCAAGTAACCATCTTAGGTGTTGCGATCAACATTTACGATCTGGTGTTTGGTG
+ATAATTCTGTTCAGACTTTGAAAGATGCATTTAATGCAATCATCAAATCCGGACAACAAA
+CATATGAAACCGTCATAAACGCAATATACGGGGCCATAGGAAGCGCATACAATTACTCTG
+TGGAATATGTCAAAGCTGGCGCTCGCGACCTTGTGGATGCGTGTAGCGCGTTATTTGATT
+GGTGTTTAACGATGTTCCAAAACGGTTGCGTTGCATTAATCGACTTATACGGTCGGATCA
+TGCAAACATGGGCTATCCCTCCGGAAGTTCCAAACCCGTTATGGTCTGCGGTGCTGGCTA
+TCCGTAACATCATGATGCAAATCAAACCACTTGATATAATTCTGGGCGGTAACTTCCCTG
+GATTTACTGCAATGGATTTATATCAACAAGCACAGGAAAAAGTCAAGGCTTTTGTTGATG
+AGTCATACGAACAGATCCGAGGGCTTTATGAACAAGGGCAGGAACTTTACAAAACGTTAA
+AAAATCAGATTTTCGAACGTGATTCAATTCAGAGAAAATTCAACCAGTACTTAAACTGGA
+TGTGGGGCGCTGTAACAGACGAAGCAACAGCGGCTTATCAATCTGCATTGGATGCTGCAA
+ACGCTGCTGTAGCTGCAACACAGGCCGCGTATGACGCTATACAGGAACAGATTGGATCTC
+TACAAGATGCAATGAAAGATACATACAGCATGGCGATGGAAGAATTAAAGAAATTGCCTT
+TGATGAGTACAATAAACGAGTTTTTAGGATTCTGTGGTGTCGCATTTGACGATCTTCTCA
+AGTCATATGAAAATGCGATTACTGGTGCTCAGTCTCTGTACAAAAATTTCATTGATAGTT
+CTCGCTCGTTTAAAGATCACTGCAAAGTAATCTATAACCAAATTTGTACGTTGGCGTTGA
+GTAAAGTCACACAATATGTGAATAAATTGCTGTCTCTCATAGGATTAGCAATCAACTTTG
+GTTCGATTAGTGTATGTGTTCCAGTACTGAAATACTAAATAGTCGAATGATCAAGAGGAA
+TTTATAATAATGGCTACTGCTAAGACTAAGACTGTCAAAAAACAGATTAACCAAATCCCC
+GATATCTTTATCGGGGGTACTTTCGAAGAAATTAAAACAGATCTGATTGATTGGCTGGGT
+GGACAAGAAGAGTTTAAGGATTACGATTTTTCCGGCTCGCGAATGAACGTACTGATCGAC
+CTTCTGTCGTATGCTACTCTTTATATTCAGCAGATGGGTAACACGGCTCTATTTGAATCG
+TTTATTCGCACGGCTGCATTGCGTAGTTCTGTTGTACAGTCTGCTCAAGAACTGGGATAT
+ATGCCAGATTCGCGCACGGCTGCAAGCACAGCAGTAATGATTACGGCTGCTAACCCACTG
+ACCCCAACATCGATCCGTATCCCGCGCGGTACAAAATTCATCGGTACTGTAAAGAATACA
+GACAGTTATTCTTTTGTTGTATCAGATGACGTTGTTATCGTTCGTGATAGTAATAACAAC
+TATACATCAATGCTGAACCTGGTGCAAGGCCGTTTAGTTCGTACTGAACTAATTTATGAC
+GGTTCAAGTATCCTGATCCGAGATCCAAACATTGACCGTAGTCAGGTACGTTTAACTGTA
+AACGGCGCACAATGGGAAGACTGGACAAACGAAAGCATTGTAAACGCAACAGGCGCAAGC
+ACGATTTACTACATGCGTGAAACTGTTGATGGACATACCGAAGTTTATTTCGGTGAAGGT
+GAAGCAAGTCAACAAGTGGCGGGTGGTGCATTAACCGCTGAATATATCGGGGGCTTGAAA
+CCTGCTAATGGATCGACTATCGTTATTGAATACCTGTCAACCGATGGGGAAGCGGCTAAC
+GGTGCAAAAGATTTTATCTATGTCGATACATTAACCAATATTAGCATCACTAACATCGAA
+GAAAACCCGACTAAATCCCCTGATTATGTCGGTGCTGATGGTGGTGGTGATCCAGAAGAT
+ATCGAGCGTATTCGAGAACTGGCCCCTGTTATGCGTGAAACACAACGCCGTTGTGTAACT
+GCATCGGATTATGAATCTTTCCTGTCTCACAGATTTGGTTCTATCATCCAGGCGGTACAG
+TGCTTTACTGATAACGAAAAACCTGGTTATGCTTTCATTTCTGTTAAACCAAAGTCAGGT
+TTGCGCCTAACATCGGTACAGAAAGAAGATATGCAAACGTATCTTTCGAAATATAACCTC
+GCGACGATCACCCCATCGATTATGGATCCTAACTATCTGTATATTGTGCAATCTGTCAAA
+GTAACGTATGATATCAGTAAGTTGACGGAATCAGAGGAATGGTTACGCGGTCAGGTTATT
+TCGTCGATCGACTCTTACTATACTAACAACGTTGAAATTTTCAACAAATCTTTCAGTGTA
+TCTAAGATGTTGACTTATGTCGATCAGTCTGATACTTCTATTATCGGTTCGGAAGCAGAT
+ATTAAATTGCTCCGTGAAATTGACAACTATTACAGCGCCCCTATGTCTGGGATCCATTTC
+TTGAACCAGGTGGAATCTAAATCAATCATTTCCAGTACGTTCAAGTTCACCAACGAAGAA
+GACGAAAGTTATGATGTTCGTTATGCTTCTACGGAAATGGATCAGGATGGTAACGCAAAA
+ATTGTAATAGGCCCGTTCAAGGATGGGGATATTTCGATCGCTGCTTATACAGGCGATGAC
+TTTGAAAAATTAACAGATGCAGGAACCCGTAATAAATATTACGAAGTTGGATCGGTTTCT
+CATTACACCGATTTCATTAGCTTTGACCTGGGCGTTCTGAACGTATCCGCCGATAGTTTC
+AGCGCTGCTTATATCGAGCTAACTGCAAAACCTCTCGAAGAAACCATTTTTACTCGCGAT
+GGTTCGTTGATCGTGTTTGAAAATGACCTGCGTCCTCAATATACCACATTGACTATGAAT
+CCTATCAGTCAATAATCTTTAACCCCTGTCTTCGGATAGGGGTTTTTCTTTTTATAAATA
+CGTGATATACATAACCGCAAATTTGGAGAAATATAATGATTAAAGCGCCTTCGATTACGA
+GTTTGCGCGTTGATAAACTGGCTGCTAACTTCGTTTACCTTAAATGGGATGATGTTGGCA
+TGGATTTCTATTATGTGGTTGAATTGGCCCGTAGCCGTGATATGGACGGAACTATTATTC
+CAGACGAAGAGTTAATCTGGACGCAGTTGGGTTATAGCTACGAAAACGAATGGTTTAGCG
+ATCAGGTTGCCCCAAATACACGTTATAAATTCCGTATTCAAACAACTCATGAAGGGTTTG
+AACCTTCTGATTGGGTGATCAGCGATGAATTATGGACGTTTGATGAGAACGCCTACGCAT
+ATACAACCATGCGTGAATTCACCCCTGCTGATTCGTTTATCAATGAAAAATTCGCCAAAA
+ACAATCGTGATTACGTCGATTTTAACGATGATGTTATTATGGCTTCTCTGATGGTTGAGG
+ATTTTGTATACTCTCCCCTGTATTCTGATGTAAGCCAGATCAGCGATAAGATCCTGAAAC
+AAGAAAGCTACCATGAAATTCAAGATCACATCGAACACGTTTGTAATGATATAGATCGCA
+CGTTCCTGGTATACTCAAACGGATTGCTTTACCTGTTTGAACGTTTTCAGAATATGGCTA
+AAGTGTCAAATGACAAAGGCCAAACGTGGTATTACTACAAAGCATTAAACGATCGTGTAG
+GCAATCCGGTTTCCCGTACCATTGCTTATCAGAGCACTAACACTACGTATGTGTTAGGAT
+ACGATCGCATATTTTACGGGCGCACGTCAACAGATATTCGTTGGTCTTCTGATGAAGTTC
+GTTTTTCTTCTGATGATGTAACTTTTGCGAAGCTGGGGAACCAGTCAGGGTTAGATTTTG
+ATGTTGACTCATACAACACGTATGCGCGTCTACCGGGCGGAGTGTCGAAGTATGCCGAAG
+CTATGGCTTGTTCTAGTGATTGGCTCTATGTGGCTGCTAAGAACGTTATGCGCCGTATTG
+CGTTACGTAACACACCAATTGATACTGATCCTGGTTCGCCGACCTTTGGTGAACGTATTT
+TTGATGAAGTTTCATATACTATCGTACCAGGAAATGATAAAATTGTTGTTAAAAAAATGG
+ATGTGCTGAATGATCGTCTGTACGTTCTGGTAACTGGTGAAGTTAAAACGGCGATGATGG
+ATCCAACTGTCAAAGCTAACGTGATCCCATCAAACGATGCTGGCGTTTATCTGTGGGATG
+AGAATGCAAAGACGTTTACCCGTGTTTATGGTAAAACCGAAGATGAACGTTTTTATATCA
+CTCATGAATATACCAATATGTCAACCAATGGCGATGAAGTTTACATTTCTGTTGGTAACT
+ACAAATATCCAGGCACTTTGCCAGATCCAGATCTGGTTGAAAAGTATCCGGAAGATGTGC
+ATTCAGCGGTGAAATACGATCTTGTTCCTGGTTATACTGCGAGCATTTCGATTAACTTTG
+CTACAGTTCGAGCAAATCAGAACGATCCTACTGTTTGGAACTTTGGGCCGCAAGAGTACT
+ACAATGAAGCAAACTTTAGCTGGCATTTCCGCGATAAGGTTAGCACATGGATCACCAATG
+ATAACCGTCCTCTGGTGGTTTATCCGGAAACCCTGTATACTCTGGTTACTGATAGCGCGT
+CTCCTGCGTCAACGATTCGTGTAAACCATGAAGTTTGGGACAAAGGAACAGTTACTATCT
+ACTTGAATAATATCAAATTTACTGGTTTTACGAAGTACACAAACGGTGTTCTGTTGTATC
+GCTCAGGTGGTAGGATAATTGGATTCTATGAACTGTCATACCGCGCAAGGGATGAACTTA
+CTATTTTCTGGAAACCTGATAACACTTTAATGGTGGCAAGTCTGGTTAATCAGGAACGTG
+AAAACCCATACACGCCGGATATTGAACCTGGACTAATAGATCCTGATCTGAGTCACATGA
+TTACTCGTTTTGCTCCGCAAAGCTATCTGGACAACCAACAGTTCGAAAAATTTGGTGAAT
+ACTATCTGCAATATATTTCGTTGGGTAGCAACAGTTACTATAACAAATTGCTGAACCTCA
+TCCGGAACAAATATCCGAGAGAGAAAAACAACGTTGAATATTTGTGGTCTGAAATTAACC
+GCCGTAACATTTACCTGGATAAAACCAAACGTGAGGCAGTGGTTAGATTTTTTGAATCAC
+GTGCAAGCGATTTCTATTCAACAAAAGGGATTGAGGCAAGTTATACGTTCCTGTTTAAAT
+TGCTGTATAACGAAGATGTTTCCGTTGAGATCGAAAGCTCCAACAGTCTCGAATATGATA
+TTTTGGTTAGTTCAACAAATATCAGTCAGGATATCGTAGGCCGGACGATCTATACACCAA
+CTGGACGCGCTAACGTTACATACATCGAACGTGAATATGAAAATGGTCAATTGCGTTGGT
+CAATGACTCTGCATAATGCTCAAGGTAACTTTATCGAAGGGCAGGTTGTCAAGTCAGAAA
+AAACCAATTTCACCGGAATGGTAATTCGTGGTGTTCGTGGTAAACAAATGGCTAACAACT
+CGATCGACTATATAAACCGTGGACGTTCTTACTACGTGATGAAAATTCGTTCAAATCTAC
+CGACTTCCCGTTATAAGGATGACGTATTGAGGTTTGTTCATCCGGTAGGATTCGGCTTTA
+TGGGTATCACGATGTTAACAGTATTCATCAACTCTGGTTTGTCAATGACTCATAACGAGA
+CAATCATTGATATTCTGAGAAACTACCGTTTCGATAGTGGTTATCCTAAGTTCTGGCCTG
+ATCGCATTGCGAGCATGGACGGTAACGGAAACCAACAATTCGACCTGGTTACTGGTGAAC
+CTCTGTACACCGCACACCCGCGAGCGGGGGAACCTTTTGATGTACCTCCGGAATATGACG
+TTGAAGAAAAACCGCTTAACGGTGTTCTTCCTTCTGCGCGACGGTTCGATCAAAGTCCGT
+TGTTCGATTGCTCAGGCGTTAAATATTCACAGTTCCGTAATTTGGTGGATAGACGACTGA
+AAGATGATGCAGGAAACCCACGTGATCCAAATCCTCCATCACAGATTAAGGTAGGAAATT
+AAATGGCACAACAAAACTTGTATCGGTCGGTAATTACTGCAAAATTCCGAACCGAAAACT
+TGATGAACTTCAAAGATATGATCGGCGATGCCGCCGATCTAAACACGATTTATATGTCTA
+TTGGGCGAACTGAATCATGGGCGGATAACGAATCCGACCCTAACTTTGCCCCGCCATATC
+CAAATGATAGCACCGATGGTGTTAGTGATATGTGGACGCATATGATCGGGGCTACTAAAG
+TTCCTGGTGATATGATAGATGCAATTTTACCACGTAAAGACTGGGGTGATACTCGCTATC
+CAAACCCGAAAATCTTTTACTTTAACGATATTGTTGTTGTAAACACCGCGCCTTATAACC
+GTACTGATCCGGGTAAAGGTTGGATGGTTTATCGTGTAGTTGATGTTCCTGATATCGGTT
+CTTGCTCCATTTCGAGCATTACCGGAAAACTTGAATGTATCAGGATCGGCGGTATCTGGA
+GTCCGTCTCATGAATCGAGTGAACCTCCACGCGGAGAAGCTAACGGGATCGACATGGGCG
+ACGGCTATAAATGGGAATACCTCTACACAATCCCGCCAGATGTCGTGATCAACCGCTGTA
+CGAACGAACATATCGTAGTTCCTTTCCCTGGCGAACTGGAAGAGGATCCGGTACGTTGGG
+GTTATGATAACGTGATTCAATGGTATCCAGGACAATACGATCTAGTGTATCGGTTAAAGG
+TGAATTCAATGCGTTTTCGTGCGTACATGGATTCTCTTTTCTTCCCGCAATCTACGCTCC
+CTGGTAACAAAGGGTTCCGTCAGATAAGTATTATTGTAAACCCGTTGATTAAAAAGGCAA
+GCCCGACCGAACCTGAAAAGAAAGCAACTGGTGATTACTATAATGCTAACGCGCTTGAAC
+CTGATTCCGGACGTATGATTTACATGGAAAACAGACAACCTATTATTCGCTCCCTTGATC
+AGACTGAGGAAGTGAGTATTGTATTCGAATTCTAAGGAAAAACAATGGCTTACCAAACAG
+CAAAAAAACTAATTGATGTCGGTGAAATCGGCAACCCATCAACAGGCGACCCGCTTTATG
+ATGGTGGTGTTAAACTGAACGAAATGATCACCAACGTTTATAATGCGTTTGGTGATGTGC
+GTATGCTGTCTGCAAACGAAGGTGTCGGTAACATGGTGATCCATGCTACCGGATACTATC
+AGAAACTACCACGCACTTACTATTCAAGCACACCGATCGAACTGGGTTCCCTGCATGACA
+TAGATACTTCAACAGGTTCGATTACCGTTGTTCTTCCTTCTGGTAAGGTTGGCGAAGGTT
+GCTACTTCATAAATAGTACGGGTAGTGTCTCTGTTGATCGTCCTATCGCGTTTCGTCCTC
+AAGTTGGGGATACTATCGCGGGGGTTGCAGACCAGTTGTATATCACGTCACCTTACACCT
+TTGTAAAAATCTGGTGTACCAAAAAAGAAGGTGCGGTAACAAAATGGGATTATTCTGTAG
+AATCTATGTTCGGTTCTAAAACGATGCCTGTTGACACTACGGCGCTTGTACTGAAAGCAA
+ACCCGACTGCTATTCCTATGTTCGGATATAGCGAATTTAGCGGGGCTAAGGTGCTTGTAT
+ACGCAGAAAACTTAGCTGGTACAGTTACCAAAATGGCAGAAGTTTTAATGACCGTGGATC
+GTGTACACAAAACGATTTATTCAACGGAATATGCTATTTTGAAAAACAGTGAAGATGAAA
+TGTTTACATTAAACTTTACTGTCGGTGCTGGTGATGTTGTATACGCTAACGTGCAAGCGA
+TCAAAGAAGATCGAATTAAATTCACGATTAAAGCAATAGATACGATTAAATCAGGGATCG
+CGTCATGAAACAAGAAATTTTAATAGGTCAGATTGTAGACGATGGTACAGGCGATTACCT
+GCGTCGAGGTGGTCAAAAGACTAACAACAACTTTACAGAATTGTATAACATGCTGGGGGA
+TGGTGAGATCCCCCATCCAGCAGGTGCCTGGAAAACTTTTGCGGGTACGACGCTATCACC
+AAAATTTGGTGAATCATGGGCGTTGAATACCAGTGCAAACAAAATCACCGTAAACCTCCC
+GAAAGGCGGCGTAGGCGATTATAACAAGGTTATTCGTCTGCGTGATGTGTGGTCGCGTTG
+GGCTACCAACAACGTTAGACTGATCCCCGCAACTGGTGATACTATCAAAGGTTCCCCAAC
+TCCTAAAGATCTGTTTAAAGATTTTATGGATGTGGAATTGGTGTATTGTTCTCCGGGCCG
+TTGGGAATACGTCGAAAACAAACAGATTGACAAAATCACAACTTCGGATCTGGCAACAGT
+AGCAAAAGAAACGTATATTGCTACTCAGGGACAAACTGACTTCCCTAACGTATTCGGTGT
+TGGTAATGAATACAACCTGCAATCGTTCGAAGTTTACTATCGCGGTAACTTGCTGTTCAT
+CGATGAGAAAGACGGATTCAATGCTGATAACTCAGACTATGGATCGATTGGCTCTGCTCC
+TGGTGAACTGGTTGCACTTGATGGTAATTCAGTACGTCTTAAAAACCCGTGTAACGCTGG
+TGACACGCTTCAATTTGTTACCTATCTAGATGGGTTAGCAACATGGCGTTCGAGCTATGA
+AGCGTATGTGATGCGCATGTATCAGACTGGTGATACTTCTCTGGAAACCGTTCCTGGTGA
+ACAGTGGGTAGGTGATCTGGCAACCAAAAAAGAGTTTACACCTGCTGAATTTGGTGTTAA
+CCCTCGCGTGTTGATTAACCCTAACTCGTTTGAACTGCTTCTCAACGGTAAACAACTGGT
+TAAAGGCGGTGACGCTGACTATCCGGCGTTTTCCTGTGAAGGTGCGGAAGGTGTTGATGA
+AAGTACGTGTGTTGGTAACTCTGGTGTATGGGTTCCGTCAGGACAGGATTATAGTTTAGT
+ATTCACTGATTCTGTAGTGACTTCAATCAAGTTTGCTCAGAAACTGGAATCCGGCGACGT
+TGTAACGATCCGTTGGTTTAACAATGATATTGGTACTCTGATGGATTGGGAAGGAACTGG
+CGGTATTAAAGAAAAAGCTGATAAGGTTTATCTCAATAACGAAGAAGAAGTTATATTGAC
+GAACCGTATCGAATATACCGATTATAATAACCCTTCTCAGAAAACAATGCGTAATACAGG
+GGAAACCTATCAGGGGCGTATTCTGGATATTCAGGCTATGTTTGATATTATCCACCCGAT
+CGGAACCATCTATGAAAACGCACACAACCCGGCAAACCCTGCTGATTATATGGGATTTGG
+TGGTTGGAAACGTTACGCAGAAGGTTATTTCCTGGCTGGCTGGACATCAAATGCAACGGA
+TCCTGATTTCGCATTAAACAATAATGATTTAGATAGTGGTGGTCAACCGAGTCATACGGC
+AGGTGGTACTGGTGGCGATCGTGGTACAGAAATCAAAATCATCAACGTTCCTGAACTTGT
+ATCAAAAGATAAAGTTCTTATTGCTGATGAAAATGGTGCTGTGATCATTGGTGGTTGTCA
+GTTAGATCCTGATGCTTCTGGCCCTGGATACACTAAATACCGTGAGGATACATTGAAAGT
+GAATCATGGTAACACATTACCTGATAAAATCAAAACTATTCCACCGTATATGACTGCACA
+TCGCTGGATAAGGGTTGCATAATGGCTTACAAAAATATTTCAAAAACAAGGGAGGGCGCT
+CGCGTCCTCTCTAAAGAAGCAGATTACTTACAGTATGATACTTATGGTAAGTTGCCTCTG
+ATCGGCGGTAAACGTTCGATCGGCGAACCAAACATTGACCAAACAAAACGCGGTGTTCTG
+TATGGAAACGTACAATCCGCAATTGATGACCTGTATACGCTTATCGAGCAAATCCCGATT
+AACGGCGTTGTTACCATGACTGAGGATGCCCCTCCAATCGCTGTACAGCAGGTTGAGAGT
+GTTTCTTTTGATGGTATTGTACAGAACATCGATTCAGACCAAGAACAGGCTGTAGTTCAC
+GTGTACGGATTTCCTTTCATCTTTGATAATGGGACTAACGCCGCAACTGTTTGTGAAACG
+GCATACAACAAATTTACTGAATTTGTTGCAGCGGAAAAATATTTCGCAGAAGTTAACCGT
+AAAGGTGTTGATGGTACGATCCTAGAATGTCGATTTATTGATAGTGTTCCGCACCCGGCA
+ACAAATATCTCAGAAAACGGTATTCGTCAAATCGGAACTATCGACGTAGCCGCAAAAAGT
+GGCTATGGTTCATGGGTTAAGTTGGGTTCTGGTTTCTTACCTGATGTTACTCCGCAAGTA
+ACCGTGTATTACTTCAAACGAATTGCATAAGGATAACACATGAGTAACAATACAATCAAC
+CACGTAAGTGATAAATCCATTTACGTGACATTTGACCCAACAGGTACTGATTGGCCTGAT
+ACCATAACCAACGTACAAGATGCGTTGGAAAAAATAGGTAGTTGGGCGCGTACTGATACT
+GGGCTTCCTATCGCAACAACTTCTGTTCGTGGTATTGCTCAGATCGCAACCGAAGCTGAT
+ATTGACGCTGGCACGGATAACAATAAGATTGTTACTCCGAAACTGTTAGCGTATCGTATG
+CAGAACCCTAAAGCATCACAAACTGTATGGGGTTATACGAAGTATTCGACTGATGCGGAA
+TCTACAACCTTAACTAACGATGCATCGTCTATTACTCCGCGATCTCTGAACTATGTGTTC
+AATAACCGTAAAGGTACAGAATCGGTTTGGGGTTCTTCTAAAATTGCCACCACTGCACAG
+GCGGTTGCTGGTACAGATAACACTGTAACTATGACTCCGCTTAAAGTCAAGCAAGCGATC
+GCGTCCCTGGTTCCGGTTCAGTCAAGCGCGACCGAAAGCTCGCAAGGTTTGGTACAACTG
+GCAACAGTTGCACAGGTTCAGGCTGGTACGATCCGTGAAGGGTATGCAATTTCACCTTAT
+ACGTTTATTCGTTTAACTGCAACTGAAAGCAACCTGGGCGTTATTCGTATCGCATCACAG
+GCAGAAGCAAACGCGGGTACTGATGACACCAAAGCGATTACTGCGAAAAAATTAATCAAT
+ACCCGTGCAACTGGATCTCAGTTCGGTGTTGTCAAATTAGCAACAACTGTTGGTTATGTG
+GCAAACACTGCACTTTCTTCAAACGCTGCTGTATTACCTAGTGATCGAAATGCGGTAATT
+AACGGTTCTCTTTATGAGAATAGCGCAATATATAACAACAAATATCAGACGTGGACAGAT
+CTTGATTGGCATTTCCCAGTAGGTGCTATTGTCATGACTGGTTTTCAGACTGACCACGGT
+AGTTTGTATATTTGTGATGGTCGCTCACTGAATAAAAATAACTATCCGTTACTTTTTGAG
+CGTATAGGTTATACATTTGGTGGTGGCGGTGATTGGTTTAACCTTCCAGATTGTCGAGGC
+GTTGCAGTACGTGGTCATGACCGTGGGCGTGGACTAAACCCTAATCGTGGGTATGGTACA
+TATGAAGGCGATATGTTGGGCTGGCATGAACACCCATTACAGCTTATCTACCAGAACGGC
+GGTAATATTCCTAAATGGCAAGCAGTTTACGAACTGAAAAGCGCCGAAAAGAATGACCAA
+AGCGCTCGCGTATTTGATGCTTCTATAACTAAAGCCACTGGTGTGGGTGGGGAAGAAACC
+CGCATGAAAAACATCGCATTAAACTACGTAATTCGTACTCAATAGAGGTTATTAAATGAT
+CATCGACAAATTAAACCCGTTGCCGAAGATCCCGTTTGTTGATGGCGTCCCAGATGACGC
+CACGACTCAAACGAAGATTATTTGGATCAAAAACGGTGAAACTCTGGACGGTTCGCCAGA
+TAAAGTGTCAAACACTGGTAGTCTTAACCGAACTGGTGTAAACATCCAGCAGAACGCGGT
+TCAGTTAGAACAAAATACCATCACCCATAATGATAAAATCAACGAAGTAATCGATCAGGT
+TAACTTGATTACTGAAAACATTGATGCTATTGGTGATGAGAGCGTAATCAAAAAAGTTAA
+CCAGTTGGATCAGGATGTTCGGGCATTAACTTTATCTAACACCCAAACACAGAACAAGGT
+AGCACAGTTAACCCTTTCTGTAAATGCTCAAAACGATGAAATTGGTGAATACGATCCAGA
+AAAAGATCCTAAACACCGCACAATTCGTAATGATATCATTTACATTAAGAAAGAAGTTGG
+TTCATATCCTGGATTTAACGTTGATGGTGATGTTGACCCCTCTTCTACTGGTACTGGCCT
+TAAATACCGCGTACTGAGTAACCAACGTGCTATTTCTATGCAGGAAACTCGCATAACCAA
+ACTGGAAGATGATTGGGCGCTTTCCGAAGTAGGACAACTGACAGAAGAGGTAAAAGAACT
+TCGTGCTGAAATGGGTGATTCTGGTCTTGCCACAACCCGATCAATCTATGCGCGAATCAA
+GATCCTTGAGGATGGTTCTATTGTAATGCAAAATGAACTTGATGCGATTAATAGTTATAT
+CGGTCGCACGTCAGGTTCAACCAGTTCCATTAACGATCGTGTGAACAGTCTGGAAAACTC
+CGTTAGTTCTCTGGCTACACAAATCAATGATCCGGTAACTGGTATCACTGCACAAATTGC
+AACCATTAACGGTCAAATCGGTACGGCTTCTGCTCAGGGTAGTATCCGTTATGATATTGC
+GGAAACTAAACGCAGATTGATGGATATGGAAATGATTCTGGGTGAATCCGGCGATGATGG
+ATTGCAGGGACAAGTTGCGATCTTAACTGGTGACGTTGGTGAAGATTCAGATCCTACCAG
+TATCAAAGGCCGTTTGAGTGTTGTTGAGGGTGAATTGCGCACCAACACTAGCGCACTCTG
+GGAACTGCAAGGCATTGTAGGTAACTCTTCTAGTGGCCTCGTTGCAACTAGCCAGCAGAT
+TAACAAAGAAATCTATGGTGATGGTGTTAGTTCCGATCCTGTTACTCGCGCTGGTTTGAA
+AAAGACAACCCGCAACCTGTTCACTCAGGTAGGCGATAACGCAGAAGGTAACGAAACTGG
+CATTTATGCACTGATTGCCGACCTTAATAAACGTGTTGAGGATTTAGAAGCGTTGAACAT
+TGCACAGGCACTTGCAGATCGCGTAACTATCGAAGATCTGAATGCTAAACTGGCTCTGTA
+CATCAAAGAAGCTGACGCTGATCTCCGTTATGAGAGCAAAAACCCGCCTCTGTCATTCGG
+TACTAACCTAACTGGTGATACTGAATACACTACTGGCGATCCATTGTCTCTAAGCGTAAC
+TATGACTGGTGGCGTTTCTCCGCTGTCTTATCAGTGGACGAAGAACGGCGTAAATGTTGG
+TACTAATGCTAACACATTTACCATTGATTCGCTACAGCCTTCTGATTCCGGAACCTACAA
+AGTAACGGTAACTGATGCAAGCCATAAAGTCATCGTTTCTGATGAACTGGCGATCACTGT
+CGCTTAACGATTAACAAGGGGCTTCGGCCCCTTTTGAGGATCTTTATGATTACGAACAAC
+CCAGCACAATTAAAAGATGAAATTCTGCGCCGCTTAGGTGCTCCGATCGTCAAAATCGAA
+GTGACAACAGATCAGGTTTATGACTGCATTCAACGAGCATTAGACCTATATGCAGAATAT
+CATTACAATGGATCTAACAAAGGGTATATCATTCTTACCCTGGGGCCGGATAACCCGAAA
+AATATTTTCGATCTGAGTAAAGAACACATTTTCGCAATTACTAAAGTATTGCGTACTAAC
+ATGGGTTCCCTTGTATCGATGGATGGTACTGCGGTTTATCCGTGGTTTACTGATTTCCTG
+ATGGGCCTTACTGGTGGTTCTCTGGGCGGTGGTGGTTGTGCATCACGTACCTACGGAATG
+AACGCATACGGCGCGGATATGGGCTATTTTACCCAGATGATGAGCTATCAGCGGTCAATG
+CAAGATCTCCTGTCTCCGCTTCCGGATTACTGGTATAACGACGACACAGGACAGTTTGCA
+GTATACGGAACCGTTAAAGATGGTGATATTGTTGTTATCGAAGCAATGATCAGATCCTTT
+GTTGATGTACCCAGTATGGTCGGTAACGTCTCTGGATACGCTACAGCGGGTTCTGATGGC
+GAAGATAAGCCAACTATAGCAGATATATACAATAACCCCTACAAAGCTGTCTCAGGCGGT
+GTGAAGGCTGGTCAAGGTACAAGCGTTCAGGGTTCATCCTCTGCGTATAACAACCGTTGG
+GTGAAAGATTACGCAACTGCTCTTGTTAAAGAGGTAAACGGTCAGGTGCTGGCTAAGTTT
+CAGGGTATGCAATTACCTGGTGGTGTTGCTCCGGATGGAACCCGACTGATTCAGGAAGCT
+ATGCAAGAAAAAGAAAACCTCCGTCAAGAACTTCTGTTACTGTCTGATGCACTTCCAGTG
+TTGATGATGTAAGGAGGAAAAATGCAAAATTGGGATGAAAGTCTGTTTGCACAGTTAGAA
+GATGGTTCCGGCGTCGATCGGAACCTAAGACAAGAAGTAACAAACCCGTATGTTAACTGG
+TACAAGTATAACCCTACTCAACAGTTGCATGATTCACTAACAGCCGAAGCAATTCAAATG
+AAATCTCCGGATATGTATTACGTCCGTCGAGAATTTGTTAATATTGATAAAATTTTGGGC
+GAAGACCGTGAATCGAAGTTTACAAAATCGTGGAAAATTGCAGCATACATCGATTCGTAT
+GCAAACTACGAAGGGCAGAGAGACTTTTACAGTAAATTCGGTATGATGTCAAACGACGAA
+ATGACACTTGTGATCAATCCTCGTTTATTTGCACATCAAACTGATGGCGGGATCCCTGTT
+CTGGGAGATTTGATTTATTTCCCTATGGATAACAGCCTGTTTGAAATTACATGGATTGAG
+TTTGACCCGTTCTTCCAGTTCGGCGATCGTCCTCAACGTAAAATCAACCTCGTTAAATTT
+ATCTATACTGGTGAAGAATTGGATCCTAAACTGCAACGAAATGAAGGGATTAACCTTGCC
+CCCGATGCCGATCTGGATCTCGAACCTATTCGAAATCTTGATGGGTTGGCGGATACCAAT
+ATTGAACAATACGAAGAAGATCAAGCCTTTGAAGATGAAGGCGATGAATTCATTGAATCG
+TTTGATGTTGTTAACGGGCGCGGATCACCGTTCGCACAGTTCCCATAAATATAACCAGGG
+GAAACCCTATACATGTAGGGTATAGGAGAAATCTTATACCCGCTTTAACCCATACAGGAA
+AAATAAAATGTTTGGATTTTGGTATAATAGTTCGCTGCGAAATTATATTGTCTTGATGGG
+TTGTCTTTTCAATCACGTGCAAGTTAAACGCGTTCGCGGCGAACAAGAAAAATTTATCAA
+GGTTCCGATTACCTACGCATCAAAAGAAAAATTCCTGGCATCCATGAACAAGCTGAACTA
+TGCATACAGTCAGGAAAATGTTGCTAAAACGGAAACAATTTTACCACGTATGAATCTATC
+CCTCGTTGATTTGCAGTATAACGCAATTCGTAAAACGGGGATCGCGGTAAACCAAAAAAT
+GACGCAGTTACGCGCACCTGGAAAAACAGTAACGCAGTTTAATCCTGCTCCGTATCGTCT
+CATGTTCGAACTGGGAGTGTATACCCGTTACGAAGATGATGTGTTTCAAATTATCGAACA
+AATACTGCCATACTTCCAGCCGCATTTCAACTGTCGTATTACAGAATTACATAAAAACGA
+CATTAAAATAGACCGAGATATTAAAATATCTCTGCAATCTGTTTCCCCTGATACCACGTT
+TGAAGGTGATACAACGACACGGCGACACATTGAATGGTCTTTAATGTTTGAATTACAGGG
+CTACCTGTATCCGCCTGTTAACGAGATTAAAGGCGAGATCAGAACAGTATACACGGATTT
+CTTTTCCAATATGAACCCGTTGGACAAAGACAATTTTGAATCCGTTGATGCTCAGGTGGA
+TCCGGTTGATATGCCTATACAGGATTACACGGGAGAAGAATACGTTCAAACGTATGCTAA
+TGATATCCCAATTCCTAGCGGTGATCAACCTCCTAAACCGAGGGGCCAATAATGGAAGAA
+TTTAGCGTAAAACAATTACTTGATCTTGAAAATCTCCCTGGTGCTGAAACTGGGGAAGAA
+ATGGTTGTATATGAAAAACTCGAACTCGTTGATGTCGAGTCACACCCAGCAGATCGAAAA
+CCTGATTTAGAGGAAGACTATGCACTTGCGCGTAAAACCGCGCATTACATGAATCAGATG
+ATCATGGATATGGCACAAATTGCCTTGCATAACGCTAAAAACTCTGAATCTCCGAGACAC
+GTTGAAGTTTTTACAACCCTGATGAATCAGTTAAACAATTCTAACCAGGGATTGATGAAA
+ATTCATAAAGAAATGCGAGAAATTACCGAAGAAAAAACCACAACTACCCCGCTTCCTGAA
+CAAAAGGATAAAGGGGTTAATATCGAAAACGCAACTGTTTTTGTTGGTTCTCCTACAGAG
+TTGATGGCTATGAAAGGTAGTTCTTACGACGCAAAAGATGCGATTGCCGGGGAATGTGAG
+GAAGTATGACCGAACCAGTAATGAATCCAGAAAAAGAATCAGATCATCCTTTGAATATGA
+TGCACCCTAAATACCTGAAACGAAAAATCGAAGACGGGATGGAATGGGTACAAAGTAACC
+ATGATGGGAAATGGTATCCAAAGACGTTTAAAGATTACCTTAAAATTAACGGTATCGAAA
+AAGTAACGTTACAGGCAAAGGATAAGAAAAATTTCGCCACCTTTAAAGACAAAGGGAATA
+AGCGAAGCCGTTACATGGGGATCCCAAACCTTAAACGTGCGTATGTCCAAACTCAATGGA
+CAAATGAAATGGTTACAGAGTGGGTTAAATGTCGTGACGATATTATCTACTTTGCGGAAA
+CATATTGCGCAATCACCCACATTGACTATGGTACTATAAAGGTTAAACTGCGTGATTACC
+AGCGAGATATGCTAAAAGAAATGGTATCAAACCGTTTCTTTATTGCAAAACTTAGCCGTC
+AGTTAGGTAAATCTACTTGTACGGCGATCTTCTTTGCACATTTCGTTTGCTTTAACAACG
+ATAAAGACGTTGGTATTTTGGCGCATAAATTGTCGATGGCTAGTGAAGTTTTGGATCGTG
+TGAAACAGGCTATTGAACTGCTCCCCGATTTCTTACAACCTGGTATCGTAGAATGGAACA
+AAGGTTCTATCGAACTTGATAACGGCTGCTCCATTGGGGCATTTGCAAGTTCTCCAGACT
+CCGTTCGTGGTAACTCCTTTGCATTGGTTTATCTTGATGAAGCCGCGTTTATTCAACAGT
+GGGAAGATGTCTGGTTAGCGTTAAAACCAATTATTTCTTCTGGTAGGAAATCAAAAATAT
+TTTTGACAACTACTCCTAACGGAATGAACTATTTCTACGATCTGTGGAACGCTTCTCTGG
+AAGGAAAATCCGGTTTCACTACATACGAATCCAATTGGACTTCGGTCAAAGAACGTTTAT
+ATAACGATAAAACCGATGAATTCGATGATGGTTATTCGTGGTCTGCTAATGATATTGGGG
+CAGGTAGTCGAGAGGCATTTGCACAGGAACACGAAGGCGCATTTAACGGAAGTAACGGAA
+CTCTTATTTCCGGCTGGAAACTTTCTAAAATGTCATGGATTGATATTGAAGAAACCGAAA
+GTAATTTTTATCAGTATAAAGCACCAGAAGAGGGGCATAAATATATTGCGGTACTTGATC
+CAGCCGAAGGGCGTGGTCAGGACTATCACGCGATGCATATTATAGATATTACATCTATGC
+CGTTTGAACAGGTTGCTGTATACCATTCAAACAAAACATCGCACCTTATTTTGCCTGATG
+TCCTGTTACGTTATCTTATGATGTACAACGAAGCATGGGTTTATATCGAGCTAAATAGCA
+CAGGTCACTCAGTGGCTAAATCTTTGTTTTCTGAGTTGGATTACGATAACGTTATTTGTG
+ATAGCTATAGCGATTTGGGGATGAAACAGAGTAAACGATCGAAAGCGATTGGCTGCTCAA
+CCCTAAAAGACTTGATAGAGAAAGATAAACTCATCATAAATAACAAAAAGACAATACTTG
+AATTTCGTACTTTCTCAGAAAAAGGTGTTTCGTGGGCTGCGGAAGAAGGTTTCCATGACG
+ATCTCGTTATGGCGCTGGTTTGCTTTGCATGGCTAACAACACAAATGAAATTCGCAGAAT
+TTTGCGAGAAAGACGATTTGCGGTTGGCAAATGAGGTATTCGCACGTGAGCGCGAACTGC
+TTTATGAAGATATGTTATGTCCTGTTATCGTAACGAGTGGCGACGAAACAATATCTGTCG
+GCCAACACGGTATTTCGTTTATATAAATTTAGAGGAAACTTAATAATGGCTTTAATCTCT
+CCAGGCATTGAAACTAAAGAAACATCGGTACAATCTACCGTTGTTCGAAATTCAACTGGT
+CGTGCTGCTATTGTTGGTAAATTTTCATGGGGGCCAGCTTACCAGATCCGTCAGATTTCT
+AACGAAGTCGAACTGGTAAACTATTTTGGCTCCCCAGACAATGACACCGCTGATTATTTC
+ATGAACGCTGTAAACTTTTTACAGTTCGGTCAGGATCTGCGTGTTGTTCGTGTCGTCGAT
+AAAGAAGCCGCAAAAAACGCAACCGCGATCTATAATCAGATCAAAACCACGATCACCGCT
+GCTGGTTCTAACTATGCAGTAGACGATCAAATCAAAGTTAAACACAATAACGTTGTTATT
+GAAGAAGATGGCGTTGTTACCAGTGTTGATGATCAGGGTAAAATCCTGTCTGTGTTCATT
+CCGAGCACTAAGATCATCGCACACGCTAAACAGGTTGGTGTATATCCGGATCTGTCTAGT
+GGCTGGACTACAGAAATCGTTTCCAGTTCTTCTGGTGTTTCTGCTACGATTACAATCGAC
+GGCGTAGAAGTTGATCCGGGTATTACTCTGCTCAACCTTGACACCGCAAAAGAAACTATT
+CAGGCAACTGCTTTCCAGGAACTTTGCACCAAATACCAGCTACCGTCTGTTATTGCAATT
+TATCCTGGCGAAATGGGTAGCACCGTAACGGTTGAAATTCTGTCTAAAGCTGCATACGAT
+TCTTCGGCTGTCATTAAGTCTTATCCTTCTGGTAAGTCTGGTAAAAACAGCGGTCGCAGT
+TCGATGAACTTTGGCCCTCAGAATGATAACCAATACGCGTTTATCGTTCGCCGTGGTGGT
+ATTATCCAAGAAACGTTTATCGTGTCAACCGCTAAGGGTGATAAAGATATCTACGGTTCA
+ACGATCTACATGGATGATTTCTTTGCAAACGGTGGTTCGCAGTATCTGTATGGTACGTCC
+CTAAACTGGCCTGTCGGATTCTCCGGCGTTCTGGAACTGGGCGGCGGTACTTCTGCAAAC
+TCCACTGTAGGCGCTGATGAACTCATGGCTGGTTGGGATATGTTCGCAGATCGTGAATCT
+CTGCATGTTCCTCTGCTGATTGCTGGTGCTTGTGCTGGCGAAACTGCCGAAATTTCGTCT
+ACTGTACAGAAACACGCTGTGTCTATCGGTGAAACCCGTTCAGATTGCGTTGTATTCGTT
+TCTCCGCCGCGTTCTGCTCTGGTTAATATCCCACTGGCTCAGGCCGTTGATAACCTCGTA
+GAATGGCGTACAGGCTACAAAATCGGTAATACTACCCCAGTTGATAACAACATGAACGTA
+AGTTCAAGTTATGCGTTCATCGACGGTAACTATAAGTTCCAGTATGATAAATACAACGAT
+GTTAACCGTTGGATCCCGCTCGCGGGTGATATGGCTGGCCTCTGTGTTTATACCGATCAG
+GTATCGCAACCGTGGATGTCTCCGGCTGGCTACAACCGTGGTCAACTGCGTAACTGCATC
+AAACTGGCTATCGAACCGACTAACGCGCATCGCGATTCTATGTACCAGGTACAGATTAAC
+GCGGTTACTGGTTTCTCTGGTGGTGCTGGATACATTCTGTACGGTGATAAAACCGCAACG
+ACTGTTCCAAGCCCGTTTGACCGTATCAACGTTCGTCGCTTGTTCAACATGATCAAGAAA
+GACATTGGCGATAACGCAAAATATAAACTGTTTGAGAATAACGATGATTTCACTCGTTCT
+TCCTTCCGTATGGATGCAGGACAGTATATGTCTAACGTTCGCGCTCTGGGCGGTGTATAC
+GATTACCGTGTGGTTTGTGACACTACGAACAACACGCCGGATGTTATTGATCGCAATGAG
+TTTATTGCATCAATCTACGTCAAACCAGCACGTTCTATCAACTACATCACACTGAACTTC
+GTAGCAACCTCAACTGGTGCGGATTTCGATGAGTTGATTGGTTCAACGTCAGTATAACAT
+GTAAGGGGCTGAAAAGCCCCTATAAATACACATAGAGGTTAGAAAATGCTTACTGATATT
+GTACGCGCCTTTGAATCCGGTGATTTCGCACGTCCGAACCTGTTCGAAGTAGAGATCCCG
+TACCTGGGCAAAAACTTTAAATTAAAATGTAAAGCCGCTACTATGCCAGCGTCTACCGTT
+GAAAAAGTTCCGGTAGGTTACATGAACCGCAAAATTAACGTTGCTGGTGACCGTACCTAT
+GATGACTGGACAATCACGGTATATAACGACGATGCACACACAACCCGTGATGCAATCGTA
+GCATGGTCAAACATGCTGCATGGTATGGGTGAAGACATTACAGGGGATATCCCTGCAAAC
+TACAAAAAAACCGCTACGGTTAAACAGAAAAACCGTAACGACGAAGTAACCGCCGAACAT
+ACCATTTATGGCCTGTTCCCGACCAACGTTGGTGAGGTTACTTTAGACTGGGATAGCAAC
+AACGAAGTGAGCACTTTTGAGTGTACTTTCGCGCTAGACTGGTGGGTTTAAACGCTATAA
+ATACAGGGGTAGCAATACCCCTTATCATTATTTTTCGGAGTTGTAAATGAACTTTTTTGG
+ATTAGACAATGTGTTAGGGTTTTTCAAAAATTTCGCCAAACAGGATGAAATGGAATTTGA
+AGCCCAATTAAAAGATGATACAGGTTCGATTGCGCCTCCGAAAAATAACGATGGGGCGCA
+CGAAATCGAAACGGACTTATCAAACCAGCGTTATTCTTCTGTGTTCCAACAGTTCTATTC
+CGGACAGGATCCGCGAATTCAGAACAAAACACAGCTAATAAATACATACCGTGGTATCAT
+GACATACCCGGAAGTGGAAAACGCTGTTTCTGAAATCATTAACGAAGCGATTGTTAATGA
+ACAAGGGAAAGATATTGTTACGATGGATCTTACTAAAACGAATTTTAGTAAAAATATCCA
+AGATAAGATCATGGAAGAACTCGATACCGTAATGAATATTCACGATTTCGATAACCGAGG
+CTCTCGTTTATTCCGTGATTGGTATGTTGATTCGCGTATCTATTTCCATAAAATCATGCA
+CAAAAATGAAGCTGACGGCATCAAAGAATTGCGCCAGTTAGATCCCCGTTGCATGGAACT
+GATCCGAGAATCGGTTACAGAAACCCTACCCGGTGGGGTTAAAATTTTCCGTGGCTATCG
+TGAATACTTCGTATACACTGCACCGAAAAACGGTTATAGCTACAACGGACAGATTTATAG
+TCACAATGACAAGGTAAAAATTCCTCGCTCTGCGATTGTTTACGCTCATAGCGGCCTTGA
+AGATTGCGACAACAACATTATAGGCTACCTGCACCGCGCGGTCAAGCCAGCTAACCAGTT
+GCGTTTGCTGGAAGATGCTATGGTGATTTACCGTATTACCCGTGCGCCCGAACGTCGTGT
+GTTCTATATCGACGTAGGTCAGATGGGTGGCCCTAAAGCTACACAGTACGTAAATAACAT
+TGCACAGGGCTTAAAAAACCGTGTTGTATATGACGCGAGCACTGGTAAAGTTAAGAATCA
+GCAAAATAACCTGTCAATGACAGAGGACTATTGGCTGATGCGTCGTGATGGTAAAGCAGT
+TACCGAAGTTTCAACGCTTCCTGGTGGCACTGCCTTCTCTGATATCGACGATGTTAAGTG
+GTTTAACCGTAAGCTGTATGAAGCGTTACGTATTCCGTTAAGCCGTATGCCTCGCGATGA
+TGGCGGTATCCAGTTGGGTAACGATGGCGGTATTACCCGCGACGAATTGAACTTTAGCAA
+ATTTATTCGCGAATTGCAAATTCAATTCAACCCTGTTCTTGCGGATCCGTTAAAAACTAA
+CTTGATCGCGAAGAAAATCATTACAGAAGATGAATGGGATGAAAACGTAAGTAAGATTGC
+TTTTGTATATCAGCAAGATTCTTACTATTCCGAAATCAAAGATATTGAGATTTTGGAACG
+CCGTTTAAACCTGATGGGCCAACTTGAAGGGGTGGTCGGCAAATATATCTCCCATAAATA
+CGTAATGAAAGAAGTTCTCCGGATGTCTGATGAGGAAATTCAAAGCGAAGCCAAACAGAT
+AGAAGAAGAATCAAAAGAAGAACGTTTTAAAAATCCAGAAGCGGAAGAGGAAAACTTTTG
+ATGAAAGAATTTATCGAAGCAATCAAAAGCGGTAATCTGGTGGAAGCTAAAAAAACTTTT
+TACTCCATCATGGAAGACCGCACAGAAGCGCTTCGTCACGAATTGCGCGTTGAACTTGCC
+GAAGCTGTACGCATCGAAGGCGAAGAAGACAAAGAAAAAGACGACGAAGGCGCTGATAAA
+GATGACGAAAAGGGCGATAAAAAGCCAGCCGAGGATGATAAATCCGATAAAGATGATGAG
+TGAGGTGTGTAATGCAACTTGACATCGAAATCACCGCCGAAGATCTCCATGAACATTTAG
+ACGAAGCGAAAGCTCGTGTAGATATTCTGGGTATCGATGAAGGCACGGTTAAAATCATCG
+AAAATTTGGCGGTCACCGAACCAAATTTAGCCCTTGCTATGATGGCGGTTGTTGAAGGTT
+TAACACTTGATGAGGTAATTGTCAAGCATGTTGATTCCCGTGGCAACGTAGAACGCCTCA
+AAGACAGGAAAACCCGTGAGCGTAATGCGTATCAGACGACCGGATTAACTAAATCCCAAC
+GTCGCCAGATCGCGCGTCGTGCTCTCAAAACAAAACGTGCTAACCCGTCAATTGCTACTC
+GCGCACAACGTAAGCGCAAGAAAGCATTGCGTAAACGTGCTGCACTGGGGCTATAAATAT
+GAATGAATCCCAAATCAACGAAAACGGCGATATGCTTTTAATCGAAGAATGGGGTTTACC
+TTGCGGTGACGTTTCAGAATCTATTTTAGAATCTGTTGGGGAATCAAAAGACGGTAAATT
+ACGGATCGAAGGTATTTTCCTTCAAGCCGAAAAGGTTAACCGTAACCGTCGTTTGTATCC
+TAAAAACGTACTTGAAGAAGCAGTTAACGATTATATTAGAACTCAAGTTAACACCCGTCA
+AGCATTAGGTGAAATGAATCACCCTCCGCGTCCGAATGTGGATCCGCGAAATGCTTGCAT
+CCTGATTGAAAAATTGTGGTGGAAGGGTAACGATGTTTGGGGCCGCGCTGTTGTTGTTGA
+AGGCGACGGTGGTGATGGTGACAAACTGGCGGCGTTGATTCGTGCTGGTTGGGTTCCTGG
+TGTTTCTTCCCGTGGATTAGGTAAGCTCTCCGATTCCGGCAAAGGCTACGGCGTTGTACA
+AAAGGGCTTTAAATTAGCTGTAGGCGTTGATGTCGTCTGGGGGCCAAGCGCACCTGATGC
+ATATGTTAAGCCTATAGTGGAAAATCAGCAAAGCAAACCGCTTGTTGAGAATAATAATGC
+TGATGACGCTTTTCGGGAATTGTCCGAGCGTTTGAAAGGTCTATAAATACATTAAACAAA
+ACAACAGGAAAATCAAAAATGCTTAAAGAACAACTGCTGGCGGAAGCCCAGAACCTGGAT
+ACTCCGGTCGAGTTAGACAGCATTTTCGAATCAGTTGAACTTTCTGATGACGTGAAAGCG
+ACATTCACCACTGTATTCGAACAAGCTGTAAAAGCTGGCGCTGCAAAACTCGCTGAATCC
+CACATTACCCAGATCGCGGAACGTTCCGACGAACTGGTCGAAGCTCAGGTAACTGAACGT
+GCCGCTGAAATCGAAACTAAGCTGTACGAAGATGCTGATAAATATTTTGCGCACATTTCC
+GAAGAATGGCTGAAAGAAAACAAAGAAGCCGTTTCCCGTGACATCAAAGCCGATCTGTTT
+GAATCCCTGATCATGGGCCTCAAAGAAGTTCTGGTTGAACATAACGTTGTCATTCCGGAA
+GAACAGGTTGATGTAGTCGCCGAACTGGAAGACGAACTGACTGAGAATCAGCAGGAAGTT
+AAAACCCTGTTTGAAGCGAATCAGGAACTGACCAAAGAAATTTCAGAAATGAAACGCAAT
+GCAGTAGTTTCAGAGAAAACTAAAGGTTTGACCGAATCTCAGGTCGAAAAAGTAGAATCT
+CTGATTGAAGGGCTGGAATATTCCGCAACCTTCGAAAATAAACTCAGCGCAATTGTTGAA
+ATGGTAGCAACCAAAGCTGAAAAACCCGTTGACGAGTCTGTAAATACTCCGCAAACGAAA
+GATAACTTTGTTCCGGTAGTAGAAAGTGTTCCGGCAGAGAAATCCAAGATCAATAAATAT
+GTACAAGCGGCAAAAGCCCTTTCTTAATTTCAAAAGGTAAGAAACAATGTCTAAGAAAAA
+CGAATTGATGGAAAAATGGAACGATCTTCTGGAGTCTCAGGAAGGCTTACCGGATATCGC
+TACCAAATCCAAAAAACAACTGATTGCTGCCATTATGGAAGCACAGGAAAAAGACGCAGA
+AGTTGATCCGGTTTACCGCGACGAGAAAATCGTTGAATCCTTCGGTGGTTTCCTGGCGGA
+AGCTGAAATTGCTGGTGACCACGGTTACGACGCAACCAAAATCGCTTCTGGTAACTCAAG
+CGGTGCTATCACCAACATCGGCCCTGCTGTAATCGGTATGGTTCGCCGTGCGATTCCTAA
+CCTGATCGCGTTCGATATCTGCGGTGTTCAGCCTATGACTGGCCCTACTGGTCAGGTGTT
+CGCTCTCCGCGCAGTGTACGGCAAAGATCCGCTGGCTTCCGGTGCTAAAGAAGCATTCCA
+TCCGATGTTCTCTCCGGATAGCATGTACTCCGGTCAGGGCGCGGCTCCGAGCAACGGCTT
+TACCGAACTGGCTTCCGGTACTGCGATCGCTGACGGTGCTATCGTGTTCCACGATTTCGG
+TGAAACTGGTCGTGTGTTCCTCCAGAACGTTTCTGGCTCTCCGGTTACTGTAACTGGTTC
+TACCGACGATGCTCTGGATGCTGCTGTTATCGCCGAACAGGAAAAAGGTACTCTGGCTGA
+AATTTCTTACGGTATGGCTACCAGTGTAGCAGAACTGCAAGAACAGTTCAACGGTTCTAC
+TGGCAACCCGTGGAACGAAATGGGCTTCCGTATCGATAAGCAGGTTATCGAAGCACGTAG
+CCGCCAACTGAAAGCACAGTACTCTGTAGAACTGGCTCAGGATCTCCGCGCTGTTCACGG
+TATGGACGCTGACGCCGAACTGTCTGCTATTCTGGCAACCGAAATCATGCTGGAAATCAA
+CCGCGAAATCGTTGATATGATCAACTATACCGCACAGGTTGGTAAAACTGGTTTCACTCA
+GACCGTTGGCTCTAAAGCTGGTGCGTTTGACTTCCAGGATCCGATTGATGTTCGTGGCGC
+TCGTTGGGCTGGTGAAAGCTACAAAGCTCTGCTGATTCAGATCGACAAAGAAGCAAACGA
+AATCGCACGTCAAACTGGTCGTGGTGCTGGTAACTTCATCATCGCTTCCCGTAACGTGGT
+TTCCGCTCTGGCTCGTATCGATAGCGGTATCACTCCGGCAGGTCAAGGTCTCCAGAAGAC
+TCTGAACGTTGACACCACTAAAGCAGTATTCGCTGGTGTTCTGGGTGGCGTGTATAAAGT
+ATACATCGACCAGTATGCACGTGGTGATTACTTCACCGTGGGTTACAAAGGCGATAACGA
+AATGGATGCTGGTATCTACTACGCTCCGTATGTTGCGCTGACCCCGCTGCGTGGTTCTGA
+TCCGAAGAACTTCCAGCCAGTAATGGGCTTCAAAACTCGTTACGGTGTAGGTATCAACCC
+GTTTGCGAACTCTCGCTCTCAGGCTCCGTCCGACCGTATCACTTCTGGTATGATTACCAA
+AGAAATGTTCGGTAAAAACGCATACTTCCGTCGCGTGTATGTGAAGGGACTTTGATCCTA
+ATTCGTTGAAAAACAACGACTTTTTAAAGGGAACCTTCGGGTTCCCTTTTTGTTTATATA
+AATATTGAAAACATTCGAGGCTATATTATGAAACATATCATTTATAAGATAACAAACACA
+ATCAATAACAAAATATATGTTGGTGCTCACTCAACCGAAGATATCAACGATTCATACATG
+GGTTCCGGTATTGCAATCAAAAAAGCGCAAAAGAAATACGGTATGAAACATTTCATAAAA
+GAAATACTTCATGTATTTGATACCCGTGAAGAAATGTATGAGAAGGAGAGGGAAATAGTT
+GATATTGAATTCATAAATCGACCAGATACGTATAATGCTGGTATTGGCGGTAAAGGTGCT
+CCAATGGCGTTGATTGGATGGAGTGATGAACAACGCAAGCTGATTTCTGAAAATACTTCG
+AAAGTTATGCAATCTCCAGAAATGCGCGAACGTCTTTCAAAAATCAAAAAGGGAAGAAAG
+CAATCCCAAGAATCCAACAGGAAGCGCTCAGAGACGTTAAAAGCTAAATATATGAATGGA
+CGTATAGACAGAGAGTATAAACCTCTCACAGAAGCGCACAAGGCGAAATTAGGCCGTTCT
+GTATCGATAGATGGAGTTGTATACTCATCCGGATCGGAGGCGGCAAAATCCCTTAGTATG
+TCCCACTCTGGTTTAAAATATCGGATTAATAGCGACAAATACCCTACCTGGAAATTTGTT
+GCATAAATACCATTATACACTTTACGCAGGAACATAAAATGAGTGAAAAATTTTACACAA
+TTAACAAGCTGGTGCGTCAGTCACAGCTACCGCCTGGCCTGTCTAAAAAGGTTCTTGATG
+AGGCAACCGGAACAGAAACAATTAACGTAGCTAATACCCGTCCGGATCTGGTATCTCTTA
+CCCGTGCGGTAAACAACCTGATCTACGGTGAACTTGTAGCAATTCAGGAAACTAATTTGC
+CTACCGCAACCCTGTTCGGTGTGCGTTATCGTAACCCTAAAGGCGATATGACGTTTTCCA
+GCGCTGCTACCTATTCCGGTAAGTATGCAAGCCGTGATAACATTCCAGTTGGTGCGGTTG
+GTACTGCCTATACCAAAGGCCAAGTTTTTAAACACCCGACAAGCGATGTCGTATACGAAG
+CAACTGATAGCGTAACTCTCGCAGGTGCTGATATTGATGAAGCAATTATGGTCGCAGTAT
+TCAGCAATAAATTACGCCTGGCAAGCGAAGCCGCGCCAACAAGTCAGTATGAAACCAGCG
+AAGATATTAGCACAACTTCTTTCGAAATGGATCGTTGGAATATCAACGTTCGTTCCCGTA
+AATTCAAAACTGAAATGACCGTGGAACTTATGCAGGATCTGGAAGCAAACCAATTCAACG
+CAGAAAATGTGATTGAAGATGTTCTGGGTACTGTTGCCAGCGAAGAAGTAAACAAAGATA
+TCATCCAGACTCTGATCAACGTATCACATCGTTACAACGTTGATGGTGTGGTAACAAATG
+GCATTTTCGATGCTACAACCGCATACACTGCAAAGGATGCTCCGGCTTTAGGTCGTTTCC
+TGTATCAATTAGTGTGTGAAATGGGGCAGGAAATGAATAGAACGACTTCATTTGAAGCTA
+CCTATGTCCTGGCCTCTTCTCGCGTTGTAAGCGTTCTGTCTGCGTCTGGTTGGATGCATG
+AAACTGATGAAACCCACCCGTTAGCAACAGGTCGACTTAAAAACGGTTACTATGTCTATA
+CTGACACCAATACACCGTTTGATTACCTGCTGACTGGTTGCAAGTACGATCTGGGTGAAA
+TGGATCATGTTGGCTCTCTGTTCTATACGCCATACACAGAAGCTGATCAGGCAGGTTCGA
+TCAAGATTTCTGTTGATCCTCAATCCTTACAGCCTAAAGTTGCTATTCTGATGCGCTACG
+GTTTATCGGTTAACCCGTATACCACTGCTGCTAATGAAAGACTTGTGAAAGGTGATGACT
+GGGTAAACCTCTCAGGCAAATCTAAAATGAGTCAGATTGTTGGTATCAAACTTCCTAAAC
+TGGGTTGATAGTATAACCCAACTGGGATAATATTCAATAGGTGGAGTAGGGAAACTTACT
+CCACCTTTTAATAATTGTTATAATTAATATTAAATTAGATCTTGAATTTATAAATGATTT
+ATGATAAAATTTATTAATTATAATTATTATAGATCAAATAATTTTTGAAATCAAGTAAAA
+ATAAATTTGATTTTATTAATTAGATCATGTATAATTATTCTTTTAATAATATATTATATT
+AGATCAAATAAAATTTGACTACAAATTAATATAGTATATTATAGATCAACTGGGTAAATT
+GGTGAGTATGTTATGAGTTTGAAATTAGAAGATCTGCAAAATGAACTTGAGAAGGATATG
+CTGATAGATCCCCTCAAGTTGCAATCAGAATCAGCGGATATCCCGAAGATTTGGGCTAAA
+TGGCTTCGATACCATTCAAACGCTAAGAAAAAATTGATCCAACTTCATGCGAAAAAAGAA
+GCTGATGTGAAGGATCGTATGTTGTACTACACCGGAAGGCATGACAAAGAAATGTGCGAA
+GTGGTGTATACTGGGACTACTGAAATTAAAATCGCGATCGCTGGGGATCCGAAAATTGTA
+GAAACCAACAAGCTGATCCAGTATTATGACATGGTGGTAGATTTCACCAGCAAAGCACTG
+GATATCGTCAAAAACAAAGGATACTCTATCAAAAACATGTTAGAGATCCGTAAATTAGAA
+AGTGGTGCATAATGTCTACTGAAAATGAAAAATGTGTAGTGTGCAAGTGTCCGGTTCCTT
+CTACTGGTTTTGTGACTGAATCTGGGCGCGTGTGTAGTACTATCTGTGCTGACTACATCG
+CAGAAAAAACAAAAAACGGCGAGATCAACGAATCCGATGATCTGAATGAAGTTCAAATGT
+TGCTGTAGGAGGATCTTATGATTGGATACGGTGAAGGAATTACAGATCGTGATGAACATC
+CTGATTTTTAGTGCATAAATACTAGCGTACCCGAAAGGGGCTTGATAAAAGAATGCTGGA
+TGATAGGCGTACTCTTTTGCGCCGTCCGATGGAGTTTACCTTCGGCGGGGTGATTGATAA
+TATACCTTCGATCAAGGGCATGTGAATAGAATAGCCAGAATAGTACAGCACTGGCGTTAA
+GCAAATGTACAAAAGCCCCTTCCTTTCGGTTGGGGCTTCTTTTTAGAACTTTTCTTCTTC
+TCCGCTTTCGAGTTCGGCCTTTAATTCTTCGGCTCGACCTTTCAGCGCATCGCGCATAGA
+AATATCGTCTGACGGCGCAACATCAACTTCTTTTACACGATTTTTGTAATATTTTTCAAG
+CTCTTTAAGGCCGTCCATAGTACGGCAAGAGGCGACCTTGCTCATGAAATCATCAATAGC
+CGCCTCATAAAGTCGAAAATCGTTGAAACTCTTCATTTTGACCTCTAAATTTCGATTTGT
+TTGATCACGTAGTCAAACTTTTCTTCATTGTAAATGCGTACTCGTTCGATTGCGTGTTTC
+ATACCATAGTTTTTGTATGAATATTTATTTTTAGCATTTTTGGACTTTGCCAGCGTTGCT
+AAGTTATCAACCAAATCCCAAACAGTAGCAAGAGATTTAGAATCATGTTTACGCAGTACG
+CGCCCAATTGACTGTTTGACTATAACAGCAGATTTGCAAGGATGTCCGAAGATGATGTGA
+TGCAGGTTCTTGACAGAAATACCTGTACTCAGTACACCAATAGAACCGATTACGATCAGC
+CCCTTCGTTGATTCCGCGATCCGTTTCATTTCGTTTCGCTCATCAATCCCCGTTTCCCCA
+GAAATGTATACAACGTTGTCATATACCTTTTTGAGTTGCTCATACAGCCATTTACCATGT
+TTGATCTGATTGAACATCACAAACACGTTTTCATCTTTTTCCCTTGCCAGTTTCAACGCC
+AGCTTACAGATCCATGCGTTACGCCTGGTATGCGATGTTATATACTTGATTTCGCTTTGG
+TAATCGGCCCCCTTCATTTTCTTAATCTCATCCTCTTTGTATCTCATGAAGATGGTATTA
+ATTCGAAGGTTGGTAACTTGACCTTCCTGCATCAATCGATTTGTATCAACTGGCTTGAAG
+ATTTGACCAAAAGCGCCAATGTATTGCATCATGTTTGCTTTGCCTTCTTTCAGAGAACCA
+GAAAGGCCAAACTTGAAAATACACTGATCCATTGTGTTGATGATCTTCTGTATGCTTTGT
+CCTGTTGATTTGTGGCATTCATCCACCATCAAACACATGAACTGTTGAAACCACTCAGGA
+GGCATTTTAACAGCCGATTGCCACGTAGACACGTAGATCAATGCATTACTGTTTTTAGCA
+GTTCCTGAACGTATTCCAAGCATTGCCTCGCGAGGTAAAAGGCGATAGTTGACAATATCA
+CCGATCATCTGATCAACAAGGGCGGTTGTTGGGACAATGATTAGTACTTTGCCTGTGTAA
+TTTTCCAGACACCAACGAGATATCAACCCCTGGATAAGAGATTTACCCGCTGACGTTGGG
+AGGTTAAGCACAGCACGGCGGTTTTTAATCGCATGGAACACCGATTGTTTTTGATACCAA
+TACGGATCAATCTGCTTGTTTCCGTCGTATACTGGGTGTTCTTCTAACCACTTGTCAAAA
+TCTGGCTGGGTAATTTCTTCTGTTTCGTGGATCTTAGGATCCATCCAGATAGAATACCCG
+CGAGACTCCGCGAATTTTGTTACAAGATAGGCTAAACCGTAGGGCAGTTTCCCGTTATAG
+TCCATCAAGTATATGTAGCCGTTCCATCCACCATATTTGTATTTTGCCTGGTACTGATAA
+CCTGGCGGCTGGAAGCTGAAATAGTCGCGCAATTCATAGACTATGTTAGCCTCTGCCTGA
+ATCTGCACATGACTAGTGTTAAGGAATTTGACTTCGATATCCACTATGTGTATCCTATAT
+ACGGTTTATATGAATATTTATAGGCTAAATAATGATAAACATTGGAGAACTACAATGAGT
+ATTGATTACGAAAAGGTTGAAGGTTTCAAAGCCTTAGAACAAAAAGAAGCCAAATTACAG
+CTTGCTGCCTACGCGCAAGAAACGTTTGATGTCAAACTGAACCGCCAGAAGTCATTCGAA
+AATATGCTTGCTGATCTGGAATCTGCCGTACCAGCAGAAAAGCCGGAACTGTTGATCGAC
+TCCCCCGATCCTGAAATTGTTACATACGAAGGTGAACAATCCGTTCCTGATGTTGTTATT
+GATGTGACTAACGATTTCATGGATTACGTTAAAGAGGTTGCTCCGGAAATCGCAGACCAG
+ATTGAAATTGTTCCTGACGCTCTACAAGCTCCTACAAGCGATTCTGAGACGGTTTCTGAT
+GAACTGGCATGGATGGAAGGGTTTACCCCGTCTATCATCATGATGGGCCGCTCTGTTTCG
+AATACTGGCTTTTATACGTGTCCGTATTGGATCTATGATTGGATGAAACAAAATCCGGAT
+TGGTACAAGCACCCTGACAGTTGTCCTCATTATTCAGCGCGTCAAACCCTCAAGTCGCTG
+GCATGGTACATGCATCGTGATGGGATGGTTACTGTAAGGGAAACCCGAAACAGCCAGTTC
+TACACGTTCAAAAAATAATTTTAAAAAGTAGTTGACCTTGCCCTGCTATTCGAGTATATT
+TGTATTCGAAGGCGGGGGAATGGCTCTCGCAGTGAAGAAGGAAATACAAAATGAACATGA
+TGAAAAATGCTTACTACCCAGTTCTGTTTGTTTGGACTAATGGTGAAGTTAAGAAAATCG
+TCAATTCTAAAGCTCCTTATTACACTGTAGGTGAAGCACTTCGCCACGCTGCGGAAGCAA
+ATTATCCTGTTCATGCCGAACCTGGTTATGCTCGTTGGAACGGTTCTAAATGGGTTGCTG
+ATACCTGGGACAACTACGAAGAAGAAAGAATGGAGTGTGATCCTGATTACGTATCTCGTC
+AAATGGAAGCTCATATGATTGCAGATCGTAGACTGGATAATGAAGCTCGCGGATTTTATT
+GATTAACAAGGGGCTACGGCCCCTTTTCTTTTAGGTGAAATATGAACTTAAATCACGAAT
+GTTTAAAAGATTTGAGCGATGGTAACGAGATTGGTAACGTTATTTTTCTTGATATCGATG
+GCGTTCTAAATAATATGCGGTGCATGAAATTTGGTGAACATATGGACATCGAATGCGCAC
+GACACTTACGCCGGATAGTGAATCACGCTAATTGTGATATCGTCATTTCCTCTACGTGGA
+GAATCGGCAACAGTACCCATAATCTACGTGAAATATTTTATCCGTGGGGATTGTATCGGA
+TCATTGGTAAAACTTGCACTAACTTCCCTCATAGCACTGGAATGCGTGGTGATGAAATCA
+AGGCATGGATCGATACTTTCGGATGTAAAAACTATCTCATTCTTGATGATGACACCGATA
+TGCTTTCTTCACAAAAAGATCATTTTATTAACACTGATGGGTTTGTTGGGTTGACCGAAG
+AACAATCCACTTATGCGATCCGTAACATTTTCGGGGTTACTACTCCGTTTTGTCCTGAAT
+GCAATGGGTATGGACGTGTTAACGGCTACGACAAATGCGGAACGTGTAACGGTAAAATAC
+TCCGGCTATAAATACCAATAAACATAAGAGGTTAAATTTATGGCAATTCCTTCTGTAACA
+ATTAGCGCCAACAAAAACGAACTTTTGATTGGCGAAACTTTGACCTTAGAGGTTGAAACT
+ACTGAACTAGATCCGGGTGATGTGTTTCTGGCCTATCGTTGGCAAAAAGATGGTGTAGAT
+ATTCCAGGCGCAACCGCCGATACTTACACAACTACGGTTGACGGTACAACTGCTGGTGAT
+TATACCCTGATCTTAAAACACGGTGCTGATGAAGAATCAGCAACAGAAACCACGTCAGAT
+ACAATCACCGTGACAACTTATTCTGATGATCTCGTTTCTAAATGGACGGTTCACCCGATT
+CCGTGGCGTGATACCAGCTTTACCCCGATCGGTTATTGGGTACTTGATGAAATTCTGTAT
+CAGAAAGCACAGGGTAAAGATTGGAAAACTGATTATGCTGATTACAAGTATAGTGAGGAA
+GTACAAACGATCCTGAAAGCGTTCATGGAAAACGGTGAATGTGAGATCCAGGATTCACGA
+AACGGCTATATTCATAAAATGAGTGAAATCTAAGAGGCTTTAAATGGCAACTGAAAAATG
+GACTACGGTTCATCCTATTCCGTGGAGAAATACCAGTTTTACATATCTTCCATACTGGCT
+ATACGATATTATCGTTGATGCTTTTGAGAAAGGCGACGACTGGCGCGATTATGCGGAAGA
+AAAATATAAATTAGAGTTTGATACTCTGAAAGAGGCGTTTGAAGATTATGGTGATATTCA
+TGTAATCGAATCTCGTAATGGTAAACTGGTTAGTCTGTTGTCATTGACTCCTGCTCCTGA
+ACCAGATCCTGACCAATAAAATAAGGCAAACAATGAATACACTTCTTTTTGATTTCGACG
+ACACTTTAGCAGAATTTTCTCAGACTTTTTATGATAAGTTCGGTGTACGTCCGGAAGGAA
+CGCCAAAAGAACGATATGACGAAATGGCAGCTTCTTTGGTGCGTACTGATTTTTATAAAA
+ACCTTCCCCGTATTCAGGCTGGGATTGACCTCCTTCAATGGAGTTTCCAACGCCGAATCG
+GTGATCCTGCTACTTTGCTGCTTCGCGCGGAAGCGGTCAGCCCTCTTTGGGTTATGAAAG
+AAAAACTGAACTATACTGATAAGATTTGCGCTGAACTGGGGATCTCTCGTCTCGATTTTA
+GTCGCATTGACTATCCGAAACAGTTCGCAGAACATGCCTATCGTGGTGTTCTGATTTCCC
+GCAACCAGAAACATCTTGAAATCTGGAACAATTCTCATCTAGCTAATAAAGTTCCAGGTA
+TTTTCCTTGCGGAAACCCTGGAAGAAAATATTCAGCTAGTCACGGAAGCGCTTGCAAAGG
+CTAATCAATAACAAAAAAGGGAACCGCAATGGTTCCCTTTTTTTACAATCTTTTTAATTC
+ATCAAGCGCTGTTTTCTTATCACCAACAAAGAGGATTGCTTTACCTCCTGCTTTTCTGAA
+AGGCAACACCGCTTTTGCCCGATCGTCAAACAGAATTCCTTTACCAGCGAATGCTGCTTT
+TTCATGGCTACTTTTAACGTAGTGGAATTCTGGAACGTAACCCAATACTTTTTGTAATGC
+TTTACGTTTTTGTTCGGCAACACCGTCAGAATTGAATTTACCGACACTGGTTAGTATTGC
+TACATCGCCAAGTGTTCTTAAATGATGGAATAATTCAAATCCTTCTTTGATTGGTTCCAG
+ATTTTCGTAGAAATCAGTTTTGGCAATTTTTGCTTTGCACTTTTTCAACTCATCTTCTGT
+CATCATCGAGGGTTCGCCATACATTGGCACAAATGAACCTTCCCAGTCGAACAATACACC
+ATCCATATCAAAGAAAAACTTATTCATATCAATTCCTCAGTTTGTGTATGCATACTATAA
+TGTTTAATCATTAATGTCAACCCCAAGTGTCAGTTTTCGGTGCGTATGCTGCAACTTTAG
+CCACAATTTCCTTATCCAGTTCAGCTACAGATTTCTGAGGCTTACCACGGGCTTTAACTT
+TGATGTAGTTTGACTTAACAACAAACATCCCTTTGTTACCTGATTTCTTGATCTCGCTAT
+CAACACCAACTTTGTTAAAGCTGATCCAAATGTCGCCGTCCATATACTGTTTAAGAGAAT
+CACCCATGTTCAGGATCTTCGCCATAGTAAGGGCCGCGCCTTCGTGGGTATCCATGAGAA
+TTTCTTTAGGAACTACACGATCGCGTTTCTGGTTCTGCTGCATAGCAATATGCACATCGT
+TCATAACCCATACGATATGTACGTTTTCTTTTTTGTATCCCAGCGTTTCGACATCACGCG
+CGATGCTTGCCAGCTTGCTCATGCCTTTTAACGTTACGTCAAAGATGAGGTTAGGTTTAC
+GATCTTCTGGTGCTGCCATAATACCAGAATAAACACGGTTTTGGTTTTTGTTGGAAATGT
+TGAAAACGTCGGCGATCACATGATGGAGGGTAGATACGTTTTCTGGGTTTTTGAGGTTCA
+TTGTTTTGACATCATGACCCGTTTGTTTCTTGATCTCTGCTGCGAGTTTATCGCTACCCA
+TTACAAGTTTTTTCAGGGCGTCAACGTCCAGTGTAATACCTTCGATGCCTAGCAGTTTTT
+CCAGTGTGAATCCTTTACCGGAACCAGCACCGCCAGCCAGAATAACAACCTGACCAAACT
+TAGGATAAGCACGGCCCCCGAAGGTGATCAGCGCTTCGGTTAAGGTGCTTTCTGTGAATT
+GTTTAAATGACTTCATGTAAAATTCTCCAGTTTATTTTCTATTATTTATTGACATGCTTT
+CTGACAGTGGTGTATGGTTATGGTGTTCGACGGATAGGCCGGAAGAACTTTAAACCATAA
+GGTATATGATATGAAAATTGATTTACATCGCTTCATTGCAGAATTTTCCCGCGACCGCGA
+CATGGACTCTTTCAACTACTACTCCCGTGAAATTGAAGATCGTTTTGCGGCTCATGTTGG
+GTTCCGTCGCCACCATACTCCTAAAATGCGCCCTGACCACGATCCGAAGTATAGCCCTAT
+CACATGGCAAGCCCCGATCAATGGTTACGTTGAAGGGATCCGGATCATGACTTTTAACGC
+GATGTATGGAAACGCTTTGATCCATATTGCACGTGAGAAAAAGGCAGAATTCCCTAACGG
+CTGGCGTATTGATGAAGTGATTCAAACCCTTATGCAGTTACGACGTGAATACAAAGCTGG
+TATGTGTCTGCGTAATGAACAGTATCCGATGTATAAAACGTATGCCTATATCTCTAAGCA
+TCTAATTAATTCCATGTTTTACATCGTTGGTAATCATGGTTCCGCTATAGATATCGGTTC
+TTATGAAATCGTGGCTTATGCTCGCGAACAAGGAAAGGCCGCTGCACTGAAAATCATTGA
+ATCTGGTGCTATCATTCTTAACCATCGCATTGATACTATTGCTTACTATGGCGATCAGGT
+TGAGGTTGAAGGCGTACACCATGAACGATTCAACAAAGCCGTATTTGCTAAAAATGGTTA
+TGCTTATGGTAATGACATTATAACTTCTGCTATTCCTTTCGTTCGTCTAACTGTTGAAGG
+ATTTGGAGAAAGGTTGCCTTATAAACTGTCAGAAGCTCAAATGTGTGCGGCTGCTGAAAG
+AATCGCCAAAAAGCGGAAAATGTATACCGATGAATACCTGGCGTATGTCAACAAGACAAA
+AGAAGATGTAGATCGAGAAATTTCTTGCATGGATTTGTGCCTTTGATATAATGTAAGCAT
+CTTTTAAAGGGAGGATGCATGAAAACGATACATTGCAGAAATGAAAACGTTGTTTACTAT
+CACGGTTCGTGTACTGCTGCTGGTATTGAAAGCATGTTATTGCCTCCCTGTGATTCTGAT
+ACTCTGTCTGAAAAAGGCAGGAAGAAAAATTTAGACCGTGTTTTCTTTACCGCTGATATC
+GGGTTAGCTCGTATATACGCTGGAAGGGCCGCGCGTTCTATAGGTGGGGATCCTGTTCTG
+TACAGGGTTGTGTGTCCGGTTGATGTTGTATGCATGAACGAAGACAAAGGCGCGAGCGTT
+TACCATGCAGCATGGGCTTTTTGTGAGGAATTATGAATGATAAAGTGTTGGCGTATCTCG
+TTTTCTTGCTGGGATATCGCTTAGAAGTGATGGGCGCGTATTCATCAATTTATGGTGATT
+TAACGGCTATCTGGATGGTCGGGTTAGGGGTTGCTTTTACATTCCTTTCCTTTGCAATTG
+TTAATGAATCGGAAAAGGATATTGTATGAAACTATATCATGTGATCTACTCTGGTGTTTT
+AGGCATTGACAAACAAATGTTAGTTGATGTAATGTGTAAAAAACTCGATGAACGAATTGG
+AACTCGATACAAAAATCATGTATCGGAAAGTATTTTCATCAACGTTGACCATCCAAATGA
+CATGGAAGAAATGGTTAATACTCTTGATGATCAGCAGATCCCGTTTGTTGACAATTTCAA
+CATGAGCGCTGGAGTGTATACGGTAGTAACTTTTGTTCTAAAAAATGTTGACAGCCGAAA
+CGATAGCGTGTTGAATGTAGTTGCAAAAATCGATTCTACCAAAGGAAAATAATATGAAAA
+TTGTACACCGTAGCATTTCCGAACTGTCTCAAGCTGAAAAAGTGCAAATTCATTTCAAAT
+TCAATGATTTGCGTAAAGGTTATGCCGAAATTGCCCGTGAACATGGGTTAGATAACGGCG
+ATATTTACCAGGTAGTACAGGAAATTGAACGTATCCGCGCGTTCCGTTCTGCAAATCTCC
+CTGTTAAAAATGCAATGCGCCGTGAAGCGATCGAAATCCATCGTAAGCGTGTGTACAATT
+TAGAACGTGCTAAACGTCCGATGAAGAAAGAAAAGAAACCTCGTCCGTTTAAACGTGAAC
+ATCTTAACACCTCTATGGCGCTGGCGTTTCAAGATGCGGGGATTATCTAATGCGTAAATC
+TGCGATGGATCGTTGGGCTAGTATTGCTACTTCAAACGTAAAACCAAATCAAGCCGCACC
+TGATGTAGAAGCGGTTCGTAAAGCAAAAGAACCTGAGATCGTGGCCCTTAGCCCTGAACT
+CATCGAGCATCGCCGTCGTGCGTCTGCTATTGAACTGGATCTGCGTATTGCGCGTTCATA
+TAATCTCAAGCATGAACACGCCGCAAAGAACAACCATTCTTTTGACCTTACTCTGGAAGA
+TTGGAAAGTGTTGATGACAACTGAACGTTGTCAGTATTCCGGCAAGATGTTTAGCAATAA
+ACCAGGTAGCCCATATGCCCGTACAATGGAACGTATTAATCCACGTCTGGGATATACACA
+AGAAAATACAATAGCGGTTATCAACGCCGCTAATGCCGAAAAATCACAGCTTGATGCATT
+CGTTAAGGGTGATGTCATTCTGGATGAAGTAAAAGTGAAGTTGCTGCGTAAAGCACTTTA
+TCAAGTTGAAAAACGTGTGAAAATGAAAGGTTAAATTATGTTTAAGAAATATTCTTCTCT
+GACTAACCATTATGAAGGTAAGTTCATCAATGGTGTAATTATGAACGGGCTTACTGGCGG
+TGTGTGGGTTGCACGTGAAAAGATCCACGGTGCTAACTTTAGCTTTATCACCGATGACGG
+TAATATCGTTACCCCCGCAAAGCGTACTGATGTTGTTAAGCCAGCCGAAGATTTTTATGG
+CTGTTCAGCAGTAGTTGCAAAGTATTCCCCAGGGATCCGTAAGATGTGGGAAACCCTCAA
+AAAGACCGGAACTTATGATGATTTGGTTATTCAAGTCTACGGTGAATTTGCGGGGCGTGG
+TGTACAGAAAGATGTTGATTACGGCGAAAAAGATTTCTACGTATTCGATATCCGCGTAAA
+TGGTGAATTCCTTCCGGATAACCTGTGCTCGCTGATCTCTCGATCTCATGGCCTGAAAAT
+GGCCCCGCTGTTGGGATACGGTACTTTTGAAGAGATCAAAGAACTGCCGATCACGTTTGA
+ATCTGTTGTGAATAAAGCAAATAGCGGCATTGGTAGCGATAATACAGTATATGGTGAATT
+CGTATATCCTATCATGGAAGTTGAAGAGGGCAACATTGCAGAAGGTTTTGTAATGAAACC
+TGTTTCACCTGCTTTTATGCCAAACGGTGAACGCGTTGCAATCAAATGCAAAACAACCAA
+ATTCACTGAGAAGAAAGCGAAGAAAGCAACCCGCTTTAATGCTCCGGTTTCACTGTCAGA
+AAAAGACAAAAACCAACTCGATGAGTTTGTTTGTTACCTTACAGAGAACCGTGTGAAAAA
+CGTTCTTTCGAAACTGGATCTGGCTTCGATCACTGCGAAAGATTTCGGTCGCATTATGGG
+CTTAACGGTTCAGGATGCTATTGAAGAAATCAGCCGTAATCATGGGCCTTTCCTCGAACA
+GTTCGAAGACCCAGCAATGGCTAAAAAGTTGTTTGTAACCGAAGCCCAAAATATGATTCG
+CCCTGTATGGGGCAAAATCCTGAACCATGAATTTTAATCAGATTCTGGTTGATGCAAAAG
+CGGCTTCCCTGATCGGTAGCCGTAAACCTCCTGAACGTATCGCAAACATTGCTGTTAAAA
+TCGGACGTGCTTTGAACGAACGCGGGATCAGGGCTTATTCTGGCGGCGCTCCTGGTATGG
+ATAGTCACTTTCTGTTTGACTATAGTCCGGATAACAGATGTATAATCCTTCCTGAGAACG
+GGTTTAACGGCCTTTTCTCAAACGGAAAGGATATCATCGACTTTCGAGATTTAAACACAC
+AGAAAGCCGCTGACGAAGCCAGAAAGGTAGCAGGTAACTTCGATACACAGAATGAATACG
+TTCAAAGAAGGTATGCGCGAAACACGATTCAAGTTCTTCGTGAAAATCTTGACAATCCAA
+CTGATTTTGTTTTATTTTGGGCGGAAGAACGTGAAGGATGTGTTAAAGGTGGAACCGCGA
+TCGCTGTAAGATTGGCTAGGTTGTACAAGGTTCCATGTTTCAATCTCTTCAAAGAAAGTG
+TATTGAACGATGTGTGTGATACGTTAGGGATCAATATCAAACCCCCAACGTTGGATTTTT
+TATGGTAATTGAACATGCGCCCTTACTTCGTGAAACATACGAAAGATGGGCTGTTAATAA
+CGCAATAGGTGAAAATATGATTCATGTACGTAGTATCGGTGCTGACGGCGAAACTCCGGT
+TCCAGTAGAAGGCCGATCCCCCACTCTCGCAGAACGAGCAAGAGAAATTATAAACGATCA
+GAATGCTAAGATGATCGAACATGCGCGGGATACAATCACAAAAGGTGTTCTGAAACACGC
+GACTCAACAAAACCTTATCTATGATATGAAGCACGATATCGGCTCTTGTCTGGGTATTGA
+ATGTACTCGCTATGCATTCCAACGCGTTTCTGAATGGTTGGAAGAAGAAGGGCTAAAATT
+CGATACAGAAGAAAAACGCAACGCCGCTAAGATCACAAATTCTCTGGCTAGTAAGTACAA
+TCAAACGTATCGAAACCAGGAAGAACGCGAAGTGTTCGGTTTCAAAATTCCTGAAAGGAA
+AACAGATCGCCGTGTAAGTGAATTCACTTTTTACATTAGTTGGTAAAAAGGTGTTGACGG
+GGGTTGGTTATAGTAGTATTCTAACTCCCGTAGACAAGACACTAACTCAGAAGGATAAAC
+ATCATGGAAATCGTAATGAAAGCAACTTATGCTGGATATTGCCTGGAAGCAAAAGGTGTT
+GCTAACAATGGCAAAGGCTTACGGGCCAATGTTGAAGCAATGCTGGATGAATTACATGCA
+ATGTACGAATACGACAACGTAGCGGGTAGCGTTCTTATCCAGGCGTTGGAAGTTGATGGT
+GTTGATTGTGTTGGTTGGTGGGATGCTTACATTGACTACAACGATAACCGGGTTTACCTG
+TTGAGCAACAAAGATTATTTCTAAGGAACCACTATGAGCGATGAAGCTGAGGCTTTAGAA
+GATTGGGCTGATTTTGATGACGAAGAAGACGGGGAATATTTCTGCGTTAACAGTGGTGCT
+TACAAAGACCGTTTAGAACTTCGTGAACTTTTATCCGGTTCCTCTCAAATATCAGGATCC
+AAACGAAAAAGTAGTAAACAAAAAGTTCAATATAGTGATGGTTCTGTACGTGATGAAACT
+GTTGTTGCTGAATTTCGTGGTCGGGTTATCACAAAAGAACGACAAATTGATGTAAAGAAC
+TTGTATGAAGTGGCTAAGGCTGCTAAAATAGGTTCTGTGATTGTTTGCCCTGTGTGCAAA
+GAAAAACACACAAAGACAACGTATCACAAAGTTTTCTGTTCGAATGGCAGAAAAACCAGT
+AAGGATTGTAAGTCTAAATATCACAATACAATCCATCCCGAACGACTGGATCGGGTATTT
+TAAAATAAACTTAAAACGTGGAGTACGTTTATGAACAACAAAACTTTCGAAGAACTGAAC
+AGCATTATCACTTCCGTAGATTCCTATAAGGTTTCTCACTGGTCGCAATATCCAACTGGC
+TCCGAAGAGGCGCTGTTTTATATTGAATCTCGTGGTGGTAAATTTGATCAAGTAGTTACG
+GCTGGCTGTAACCGCCTTGCGCAAATCCTATCACGTCCGGTGACTATGGAAAACGTGGAT
+TTTGCTAATCGGTTGTACAAAATGCACTTTGGGCGCGAAATCTTCAACTACAAAGGTTGG
+AAAGAAATTGCAGAACTGGGTTACATCCCTCTTGAATTCAGAGCGATTCCGGAAGGAACC
+CCAGTAGCGGTTAAAAATCCGGTTGCAACTTTCCATGCTGGGAAAAATGCGCTGTGGTTA
+GCAGGACACGTAGAAACCCTGGCGATCAGGGGAGTATGGTTCCCTTCAACCGTAGCAACT
+CTATCCCGTGAATGTAAAAAAGTGTTGAAGAAATATCTCAAGAAAACCTCCGATCTCGAA
+GGTGAAGCATTTGATATGGTGTTACGTACCCGTTTGCATGACTTCGGCGCACGTGGAACC
+TCTTCTGCTGAATCTGCTGGTATTGGTGGCCTCGCGCACCTGTATAACTTCCTCGGTACT
+GATACCGTAGAAGCGCTGATTATGGCTATCTCTCTGTTTGAAGATTGTCAGAAAGCGTTT
+GATGATGGTGAAATGGCGGCTGGTATTTCAATTCCTGCTCGCGAACATTCCACTACCGTT
+TCTTACGGCAAAGAAAACGAAGACCTTGCGTACAAAAACAGTATTGAGATCTTCGGAGAA
+GGGATGTATGCATGTGTGTATGATTCCTGGGATTTTAAAGCGGCGGTTCGCCGTATCGCA
+GAATATAAAGATTCTATTCTTTCTAAGGGCGGTACTCTGGTAGTTCGTCCGGATTCTGGT
+GATATGGTAGACAATATCATGTACGCTCTTGAAGAACTGGGCCGTATCTTTGGCTATACA
+GTGAACTCAAAAGGGTATAAAGTACTACACCCAGCAGTAAGGATCATTCAAGGCGATGAA
+ATTCATGGCCCTGAAACAATCAATCGGGTGTTGAACTGGATGGAGTCTAACCGTTGGGCG
+TCTGAAAACATCGCGTTTGGTATGGGCGGAGGATTGCTTCAAGAAGTTACCCGCGACACT
+CAAAAATATGCGATGAAAATGTGCGCAATCAAAATTAACGGTGTGTGGACTGGTGTGTAT
+AAATGTCCAAAAGGCGCTGAATGGAAAAAGAGTAAAAAAGGGTTGTTGATGACTATCACT
+GATGGCGTTAACTTTAAAACCATTGATACTCTGGAACAGAAAGTGCCGGAAGGCTGGAAA
+GATGCTATGATCACATACTATGTCAACGGAAAGATTACTTCCCGTGACACTTTAGAGGAA
+ATTAGGAACCGTGCCGGGATTTAGTATCCGCAAAAACAACAAAGGAACCGTGATTTTCTA
+TGACAACATTCCCCTTGTAGCTCGCAAGGGGCTTTTTGCTAAAATCGCTGGGTATTCCTT
+TAAACTGGAAGAAGTCAACGACGAAACACTAAAAGAGATCGTAAGAATTGCCTTACAATT
+AAGAGGTAAGAAAGACGAACAGAAAGCTATTGACATGATCAATAAATTGGGTGAAACTCA
+ATGCTTTATAGTGAATCGTGGTTACAAGTACGATACCATTGCAAAATTTGAAAAAGGGCT
+TTGTGAATTATGAGTTATTATGGTGTGATCCCATACACAGGAAACAAGCAATCGCTATTA
+CCTGAACTATTCAAGCTGTTCCCCGAAAGAAGTTCATACATGCGTTTCATTGATTGTTTT
+TGCGGTGGCCTTAGTGTGTCGCTAAACGTCCCTAAACCCGTTCTAAGCAACGATTATGAT
+AAGACGCTGATTGATATGTATGAGCGTCTTAAAACGCTTCCTGACCTGTCTCCGGTGCGA
+GAATTGATTGCATCGAAGGGGCTGGGGAAAGACAATAAAGAAGAGTATCTGAAATTCCGT
+GATGAATACAACCAGAACAAAGATCCTTTATGGCTCTATGTCCTGATCCTGCATTCATTC
+AGCAACGTTAACCGGACAAACGACAAAGGCGATTTTAACGCTGCTGTAGGAAAACGAACC
+CTCAACTTTATGACAGAAAAACGTTTCGAACATTTCAAAAAGAATGTGACAGGAATTGAA
+TTTCGTTCTGGTTCATACTCTGATATTGAAATCAACGATAACGATTTTGTTTATTGCGAT
+CCTCCGTATCTGATCACTGATGCGGTGTATAACAAATTCTGGAACGCAGATCACGAACGC
+GAGTTATATGCTTTCCTTGACTCCCTGCATGAGCGGGGTATCAAGTTTGGTTTATCAAAC
+GTGACACATCATGCAGGAAAGCAAAATGATATCCTGATCGAGTGGATGCAAAAATATAAT
+GTGCATAACCTCGATAAAAAGTATCTGTTAGGCCAGCATACTGATTCTTACGAACAAAAT
+AAAACGCAAGAAGTCTACGTGTGTAACTACCAGAAACGCGACGTAAATACATACCCTGAA
+ACACTGGATGACTTAATGTAAGGTAACATATGTTTAAGATTTTTGGTTATATCCCTTCTG
+TTTATAATTGCGCTCCATGCCTGAATTCAAAGCGTTTGCTGGATGCGAAAAAACACCCAT
+ACGAATTCGTATCTGTTGCGGATTCCGTGGAAGACGGTAAGCCTGTGCTGAACGAAGCGG
+TGATCGATGAACTCGAAGCCCTGGTTGGTACGCGCCGGATGACTATGCCTCAGATTTTCC
+ATGACGGTAAACATGTAGGCGGGTTTGACCAACTTCGTGAGTATGTCCGCACCCTGTAAT
+AAATAATGACACCTTACTGAATGGTGTTATTATGCTGACGAAACGAATTACCAAAAAAGA
+CTACCCCACGATCAAACAAGCTCTCTTTGAAAAACAAGGGGGCTGTTGTGCTCTGTGCAA
+GCGCCCTTTAGAGGGTGAGATCGAAAAACATCACCTCGACCATGACCATGCTTTAGACGG
+CGAAAACGCCGGACGTGTGCGCGGCCTACTGTGTAACCTATGTAACGGTACAGAAGGTAT
+TGTGAAGCACAAATTCAACCGATCCGGTCTTGTGTCCCGTGATGTTGACTACATCCACTG
+GTTAGAAAACCTGCTTGCATATCTGAAACAAGATTATTCCGAAAACCGTATTCATGACAA
+ATTCATACCAGATAAGGTAAAATGGTTTTCAAGACTTACCAAACCTGATATGATTGCCGA
+AATGGTTTCTATGGGCTTCGAGTACGCCGACAAAGACGAACGCAAAGCCTTAACCGCAAA
+ATATAGAAAGCAATTAATGAAGGCAACGAAATGAAATATCTAAACGCTCGATTATCAACG
+CAACAGAAGAAAAAGCTGATGATGTTGATATCCTCCACTGACAAAAAGATCATATCTCTA
+CATGATTGGATGCTTGGAAGGGGTGACTCTGATTTGTGTTATGTCAAACCGAAAGACCGA
+ACGATGTTTGATGATCGCGGTCGCACATTGACTAATTTTTCTCCTATCACCGTTATTGAT
+ATGTGGGAACTCCTTGAGATTGTAGGACGGGATATACCTGTTGACGGGGTTGAACTGATC
+AAATATCTTAACGAGATTGGACACAATTTAGATATTATCCATAAGGCAACGAAATGAAAG
+TAGAAAAACGCGACGGCAAAACCGTCGATTTCGATCAAGAAAAAATTCGCAATGCTGTGT
+ATAAAGCTGGCGGGACTATGACGGATGCTGACTCCGCGATCATGCTTGTGTTGCGTAGTC
+AGATCCGCAACGGTAAAGCAATGAAGATTTCACAAATTCAAGAACTTGTTGAAGAATCTT
+TAATGAAGACAAATCCGACTGTTGCCCGTGCATATATCGAATATCGTCATGATCGTGATA
+TCGCCCGTGAACAAAACGGAAAATTATTCCGTGATATCAAGGGTTTGATGACTCTTAGTA
+ACAAAGAATTAACCAACGAAAACGCAAACAAAGATTCTCGCGTATTCCCGACTAAACGCG
+ATCTTCTGGCTGGTATCGTTTCTAAACATATGGCGCGTAACCATATTCTACCGAAACATA
+TTGTTGCGGCGCATGATTCCGGTGATATTCATTATCACGATCTGGATTACAGCCCGTTCA
+CGCCATACACAAACTGCTGTCTGGTGGATTTGAAAGGTATGCTGGCTAATGGCTTCAAGA
+TGGGTAACGCAGACATCGAACCCCCGAAATCAATCGGTGTTGCGACGGCTCTCATGGCAC
+AGATCACCGCACAGATTGCTTCTCACCAGTACGGCGGAACTACCTTTGCTAACGTCGATT
+TAGTATTGGCTCCTTATGTGGAGAAGACATTCGCTAAACATGTACGTGATGCTCGCAAAT
+ATCAAGTAGCATTAGTAAAAGATTATGCTATTTCAAAAACAGAAAAAGACGTATTTGATG
+CTTTCCAATCGTATGAATACGAAGTTAACACGCTGCATACTGCCAACGGACAAACACCTT
+TCGTTACTATTACTTTCGGTACTGGTACGGGAATGTTTGAACGCATGATCCAGAAAGCGA
+TTCTGAAAAACCGTATTCGTGGACTGGGTAAAAAGGGCATTACCCCTGTATTCCCGAAAC
+TGGTTATGTTTATGGAAAAAGGAATTAACCTTGATCCAGAGGATCAAAACTATGACATCA
+AACAACTTGCCCTGGAATGTTCTTCAAAGCGTATGTATCCGGATATTATTAGCGCGGCTA
+ATAACCGTCGTATTACTGGTTCTAGCGTTCCTGTATCTCCTATGGGTTGTCGTAGTTTCC
+TTAGCGTGTGGAATGATGAGCACGGTAATGAAATTCTTGATGGACGTAATAACCTGGGCG
+TTGTGACGATCAACCTTCCTCGTATTGCGATTGAAGCCGAAGCACAGGAAGATGAAGACG
+CGCATGATGCATTTTGGCGTATCCTTGATGAACGTCTGGAACTGTGTTTTGAAGCCCTGA
+TGACTCGTATTGATAGTCTCAGAGGTGTTAAAGCCAGTGTAGCCCCGATCCTTTATACAG
+AAGGTGCGTTTGGTGTACGGTTGAAACCCGATGATGAAATTCTGGAACTGTTCAAAAATG
+GGCGTAGTTCTATCAGTCTGGGATACATCGGATTGCATGAAACTCTGATGCTTTTCGGAT
+CTGGACAACACCCATTCGACCGGATCGGTTCTCAGAACATGGGTAGACTGATTCTGGAAT
+ATCTACGCGCTGCGACCGAAGCATGGAAAAAGAAAACCGGATTTGGGTTTAGTCTGTATT
+CAACCCCTGCTGAATCTCTATGTCATCGTTTCTGCAAACTGGACTATGAGAAATTCGGAA
+GTATCAAAGGGATCACAGATAAAGGCTGGTACACTAACAGTTTTCATCTGGACGTTGACC
+GCAAGGTAACACCGTTCGAGAAAATCGACTATGAAGCCGATTATCATTACATTGCAACTG
+CTGGACATATCAGCTATGTAGAATTCCCTGATATGAAAAACAACCTGGAAGCCCTTGAAA
+AAGTCTGGGATTATGCAATGGATAAACTGGACTACTTCGGAACTAACCTTCCGGTTGATA
+AATGCTTTGAGTGTGGCTCTGATGATGAATTTAAACCAACAGAAGACGGTTTTCATTGTA
+CCCATTGTGGGAACCATGATCCGGAAAAAATGAGCGTCACGCGCCGTACATGCGGCTATT
+TGGGTGCTCCCGCTGTCCGTGGGTTCAACGAAGGTAAGAACAAAGAAATGATGCATCGCA
+CTAAGCATCAAAATTAATCAAAAAGCCCTTGACTTCGGTTGAGGGCTTTTGTTATATTAG
+GCCTATCGAAAAAGGAGACAGATTATGAAACTGACTAAGAAAATGACCGATGTAGTAGCA
+TGTGCGTTTGCATTAGGCTACAAAGTTGAAAATCATCCAACTCGCGTTGAAGTCATCAAC
+CCTATCAAGGGCCGTCCTGGTTTGGTTCTGTGTGAAGACGGCACAGCATATCGTAATGAT
+GTCTCTTTAGAACTGGCAACTACTATCCGCACCGCAAAACAAATGAAAGATGTTCTCATT
+AGCGGCGCAAAATTGAGGGATTTATGATGTATTGGACAAAAGATAAATTTGTTTTTCGTG
+ATGATACGTGCTTTGGGACTGCATACCGAAACTTAGCTATTCGTGGCGGTTCGTTTTCGG
+CTAATGATTTGTCTAAGGTAGTATTCCCTATTAAAGTTACTGAGTATGACGTATTCGGTG
+TTAAAGGGTTTACTGATTACTTTGGTACAAAGTTTGAATCAGAATCTTACATTTTCACTA
+ATAGCGATCGTGAATTATTCAAAAAACACGTTGTTGTTAAAGAGAAACCGTTATTACCAA
+AAGAAGATGAAGCAAAGGAAATCTATGATCTCCTGAACATGCTTGATAATCTTGGTACTT
+GTCATCTGTTCGGGAAACGCGCCCGTAAAGCGAAAGATGTTCTCAATCTGTTACGCTCTC
+GCCGGAATTACCTGATCCGGGAAGCAGAACGTAATCTGAAAAATTCAGAAAAACAGGTCG
+ATGTTCATAAATCCACTCTTGCGAAATTAAAGTCTTTGTGATGTTTCCGTTATACGCTAA
+AGTGCGTCGAAATGTCGGTGATTCGTATCAGGAATGGAGTGAATGGCTACGCGAAACAAA
+GTCATTCTACATTTCAAAAGCAACTGATATGAAAGGCCGTAACATTCGCTATCGTAAACC
+CAGTGGTAAGCGAGTGAATGGGATAGATTACATTGTTCTTGATTCGATTCGGGATGATAT
+ACGATAATTTAACTTTGAGGCAATATTATGATTTTCAACAAAACAAATTCACGTAATTTG
+AACTATCTACGCTGTGAACTGGAAGCTAACGAAATTGAACTGTTTTTCTGTGGGGCTACA
+GATCCGGAACACAAATTGCATTGGGTATCAGGTGAGATTGTAAGCCTAACCGATCAGATT
+GTCGAAGAGGCTACCCGCCGCAATGCAATCGTTAAAATTGGTGCTATTGATGTGAACTAC
+GAAGGACATCCTTCATTTTTCATTCAATATTATCCATAAAAGTATTGACCTGTATATCTG
+AATGTAGTAACATCCTTCTTGTCAACTAAGGAGGATGTTATGAAAATCAAAAACACTGCT
+ACTGAAACTCTTTGCAACGAAATTGCAGAAATGTACTGGAGTAAAGGTCACTTAGAGGCT
+ATGAAAGAGTTTCAAAAGTGGTGTGATACCCAAAAGTTAGCTAAATGGGAATACATCGTT
+ATTGTTGAACGGATCAAAGAACTGATCCTCGTGAAGAAAGGTAATAAATAACCATGTAAA
+TCAACATGGAACCCAATATGAACTATCAAAAAATATACGATTCTCTCATATCGAAATATA
+GGGGAGAACCTCCAATATCTTACAGACACAAGAAATCAGGTTACGAGATTCATCACATAT
+ACCCAAAATCAATGGGTGGATCTGATGAACCAGATAACTTAGTATATCTTACACCAAAAC
+AGCATTATACTGCACATCATCTTCTGTCTAAAATATATGGCGGTACTATGCATAACGCAT
+TTTGGATTATGTCATTTTCTCGTGGGTTTCCCATCACAGCAAGGCAGTATAAAACTGCAA
+AAGAGAATAAAATTCTCAATCAAACTGGAAGAAAGCATTCTCCTGAAACTATAGAAAAAA
+TGATAAAATCCAGACAAGGAAGAACGTATTCTATTGAATCGCGTAGAAAAATGAGTGAAT
+CACATAAAGGATATTCTCATAGTGAAGAAACAAAAGAGAAAACACGAAAAAGTTGTTTAG
+TTTCTAAAGCTAGATTTGTGAAAGTTGCTATCGGGACGAATATCAAAGATCCGTCAATTG
+TTATCCGGCTGTGCGGAAAAACTGATATACGCAATCACGGATTCAGTCAAGGTAAGGTTC
+ATTCTTGCTGTCGCGGTGAAATAAAAAGTTATAAAGGCTATACATGGAGATTTGAATGAA
+TTATATTAGAATTTATAACATGGATGTGGTCAACGGAAAAGGGATCCGTGTTGTTTTGTT
+TGTGGCCGGATGCAATCATAAGTGTGATGGGTGCTATAATCGCAGTTCATGGAATCCTTG
+CAACGGAACACCGTACACGGAAGAGACAGAAAACCATCTGATTTCTCTGTTGAGTAATCC
+GCATGTTGATGGACTTACATTAACTGGCGGCGATCCGCTTTACCGTGACAACTATCCTAC
+TATCCTAAAACTGCTTGAGCGCGTTTCTAAGGAACTTCCAAAGAAAAACGTATGGTTATG
+GACAGGATATACCCTGGAGGCTTTACAGGCCGACCCAGAACGTTCTAAGCTACTTCCTTA
+CATTGATGTTCTGATTGATGGTAAGTATGAAAAAGATTTACCAACTAAAAAGCCGTTTCG
+CGGTTCAGATAATCAACGTATGATCGAATTCGCTAAAAAATCGATAGAAATTAAAAATAT
+TTCTTGACCTAATGTGTAACTATGGTAATCTTACCACATCGTAAATGACGATTAACTTTA
+ATTGAGAGATAATATCATGATCCTGAATTTCAAAACCCGTAAAGAAGCGCGTAACTACTG
+CTGGAAGTGGAACATTCCCCTGAAAACCATCCGTAATACAGGGCGCGGTTCTTGCCCGTG
+GACAGTTCAAGCAAATGAACTGAAAACGTTCGTAGTTGGTAAAACTTACAAACTGGTTGA
+CCGTGAAGGGTTTACTACCAATTCACACGGCGGATCTAACACCGCAAACACTATCCAGGC
+GACACAGATCGAAAAATTCCTGAATAACGAGGTAAAAATTATCTCGAAAACCAATTCAGA
+TACTTTCAAAATCGATCATACTCCGGAAATGACTTTTAGCTCTCTGCGTTCGTGGGAAGC
+TCGTTATTTCGTCGAAGTTGGCGCGGCTCCAGCTAAGAAAAAGAAAGCCAACCCGAAAAA
+AGCCAACGTTACGGCTCCGGTTGCGCCTGTTGCACCAGCAACCGCAGATCTTGATCAAAT
+GCTTGATGGTGGTTCGGCAATGTCGGTTGAACTGGATCCTACTAAATTTGTTGAAGGCCG
+TTCGTATGTTCTGGTTAAACCGCAGCAATTTAAAAATCGTTGTGGCGCTAACCACGGGAT
+CAAATCATATACCGATGAACACAGTAATGGTGTATACACCGTTTACCATACGACTTCGCT
+CGGTCATCATCAATTGAGCAAAACGGTAGAAACCATTGATTCCCAGACCGGAAACGGAAA
+CGTTGGTTACTATCTGCTTGATTCTGAACGTTCGTTCTTCCGTGAACTGGCGACCGGAAC
+TGTTGATGAACCTGTTAGCGTTTCCGGTAATAGCGCTATCGCTATCAATGTAGACGAAGC
+GGCTAAGAAAGAAGAAATCGCAAAAGCAATGACACAGCTTGAAGAAGCGGTTAAAGCCCA
+TGATGACGCGCTTCAAAATCTGCGTACTGCTTCCGACCTGGTTCGCAAAGCTGCTCGAAA
+AGTAGCAGAAGTAAGCAAGTAAATTAAACTGGGTGCTCCGGCACCCTTTTTTATGAGGTG
+ACACATGGAATTATTAGAAGGTAAATCTTATACCCTGAACATCGACGCTAAAGAATTTGC
+AGAAAAAACCTGGCGAAATGCTTTAGCTGAATTGATCAAAAACAACGGCTATATTACAAT
+CGATCGTATTGCGATTGGGGATACTGAGGACATTGCTTATGTTCTGCAAGATGATTTCGA
+ATATGAGATCCCTAGCCATATCTGGAAATACTTCAAACCATATGATTTACCGGAAGAAGA
+ACCGAAGATTGCTACTAAAGAAGAAATCGCCGCGCCTGATTTAAATTTCGTATCTTCCGA
+TCCTAAAATGTGGATGACTGTAAAACCTGTTCAACAAGATATCAATGATCTGCGATTTGA
+TTATCCTTTTGTCAAGCGGATCACTTCGATTTCTGTACTACCAGCGCCGACTGATTCACA
+GGCACTTGAATTTGCATTACAGCATGTTTTCGGTGATAATAAGCTGTACGCGATTGACAA
+GGAAGCTGCTATTGATGAACAGAAAAAGGAAATCATCAACCTTCTTTCTCTGCATCAACA
+ACTTGAAGCGGTGGAATTGATTGAGCGTATGCTTTCTGATACAAAGAAAGATATCATTAG
+CAAAATCACTCCGGCACGAAGGAAAGCAATTGATGAAAATCGAGATTTACGGTATTCCCG
+AATCGCTTCATAAATGTTACGGCTGTATTGAAGCTCGGAAATTACTTGATGAGCATGGAT
+TAGAATACGAATTTTATTCTGTTCTAAAGCCAGCAAATAACAGTGTGGGGTTTGATTACG
+ATCGACCCCGCATTGAAGAGTTAGCGAAACGTGTTCGTAGTCGAAGCATGGCATTTACTT
+ACCCTCGGATCTTTGTAGATGGTAATTTTATTGGCGGTTATATGCAATTGAAAGAGTATT
+TGGGTGAAGCATGAATAAAGAATACATTCGCAAAGTAGCAAACGCTATTCACGCAACAAC
+GATTGATTTTCTGGAAGGGTTTGATCATATTATCCACCCTGAAACGCTGGATAGTTGGGA
+AGCCAAACTGTTTAAAAGTATCAATGAACAGTTTCCGGAAAAGGTTAAGCGCTGGTTTAT
+CAGACAGGAAATCGTAGCAACGATCCTTAATGAACGTGGTGTTGAGGCGTTCGGTGTAAC
+CCCTCTATATAAACGAAACCAGATTACAGACGAAACAATCAAGAAATATAAAAAGATGGT
+TCGGAAGTAATAAATAATCAGTTAAATGGCCTTCGGGCCATTTTTTGTATATAAATATTG
+GTATTGAATACAATATAGGAAAAAAGATAATGGTAGCTAAATCATTCCGCGCACGAAGTG
+GCCTTGATGCTGCTGGTGAAAAAGTTATCAACGTTGGGAAGGCTGATCGTAATACGCTGA
+GTGACGGCGTTAACGTTGACTTTTTCAATGAATTTAACGGAATCCAGCAGTATGACCCGA
+CTCGTGGTTATTCTCAAGACATGGCGATCATTTATGCGCGTCGTATCTGGTACGCAAAAC
+AGAATATTGCTTCCCCTGCTGGGGCTTTCGACGAATCCAAATGGATCGCAACTCGTAATG
+ACCCGAAATGGGTTTATAGTAACGTAACCACTCCAGACGGTAGCATTATTGAATCTGGTA
+GTTACATTATGGCTGATGGACGCTTTACTGAACTTCTGTACCTGCTGCCGGACAACCCGA
+CAGAGGGCGACGTAATCACGTTTAAAGATTGTGGTGGTTTAGTAGGTGTGAACAGTATCC
+TTGTTAAGTCTAACACCCGTCAGATCCGTTTACGTACTGTACAATCGGCACAGTATCGAC
+TGACCCACCCGTACATGATCGCAACGTTTATCTATAACGGTAACGTATGGCGTGTTGCTG
+AAACTCTGGATAACCGCGATTCTGAGATCGTGAACGCAACCGGAACAGGTTCATTCCAGT
+TACAATCTGGTATGACAGTTTTCCGTAACAGTGCTACGGGTAAAATCACTCTCCAGTTGC
+CGAAATATGCAAATGATGGTGATGTGATCACAACCTATGACGCTGATAAAATGAACTCTA
+TCAACGTAGCCGTTTTGCAGATTTATCCAGGTAGTGGACACACTATTTCTGACGGTGCAA
+TTACTGGTGTTACTTCGGTAACTAGCCAGAAATCTGGCTTTGGTATGTTCATCTTTGATG
+CACAGAATAGCCAATGGAAAGTATATGATGCTGATAATCGTGTTCGTCTGCGTCGTATCT
+ATAGTGATTTAAACACAGTTCCTAACGATTACGTTTTTGTTACTGCAAACCCTTCTGGGA
+CTATACCAAACGTTACAGTTACCCTTCCAACTGATGTTGCTGATGGTGATCGCGTTTACG
+TATCCCTTTATATGATGGGTAAAAACCAGAACTGTACAATCAAAGTTAAAGATGGTACAA
+CGGACAAGATCCGCACCAACAAAAATATGATGCAGTTCCCGCAGCGCAAAGACTATCCGC
+CTGATGATTGGTTTAGTGTAACTTCATTAGCATTTAATGCTGCTAGTGATTACCTCCCGT
+ATATCGAGTTTTCTTACATGAAAGCTACGAAAGAATGGGTTGTTGCTAATTATCGTCCGA
+TCGTTGAACGTGTTGACGCAACTAACAGATCGCGTACTGGTGTTATTGCTCTGGCTGCAC
+AGGCAGAAGTAAACAAAAACTTGGAAGACAACCCGAACGACGAAACTGCTATTACTCCGA
+TGACGTTAGCAAATAAAACTGCTACAGAAACCCGTCGTGGTATTGCACGGTTAGCAACAA
+CTGCTGAGGTTAACAAACTTTCAACCGATACCTATCTGGATGATGTGATTGTTACCCCTA
+AGAAGCTGAACGAAAGAACAGCAACTGAAACCCGTCGTGGACTGGCAGAAATCGCAACTC
+AGGCAGAAACCAACGGAAGCACCGATGATATTACTATTGTAACCCCGAAAAAGTTGCATA
+ACCGTATTGCATCGCCGACCTTGACTGGTATCCTTGCCCTTGTTGCTACTGGTGGTGATC
+CTAACACCAACACGGATCGTTCTCAGGCTGGTACTGGGGTTTATGACCATTCAGATTATC
+AGAAAGCGGTAACGCCTAAAACTCTTCGTGAGTATAAAGCGACTCAGTTACAATCTGGTG
+TTGTATGGCTGGCTTCTGAAACCGAAGTTATTAACGGTACTGTTGCAAGTTCAAACGTTC
+CGACCGTTGTTACTCCGGAAATGCTGCACAAGAAAACCTCTACTGATGGTCGTATTGGTT
+TGATCGAGATTGCTACCCAGACAGAAACCAACGCAGGGACTGATTACACGCGAGCGGTAA
+CGCCTAAAACGCTTAATGATCGTGCTGCAACGGAAACGCTGACAGGTATCATTGCAATTG
+CAACCACTGCCGAAGTATCAGCAGGTACTGTAACGAATAAAGCGATCGTACCGTCTAAAC
+TGAAAGGTTATCTGGACGATACAAGCCATATTACTGTTGCTACTGCTGATGGGTTAACTC
+AATCTGGTACTATTTGGACTACGGTTAACATCGGTATTCAATCAGCAACTGAAACTCAAC
+GTGGTACTTTACGCGTTGCTACGCAGTCTGAGACGAACGCAGGGACATTAGATACAGTAT
+TTGTCACCCCTAAGAAGTTACACGCTAAGAAAGCGACTGAGAGCGCAGAAGGTATCATTC
+AGGTGGCTACGGCTGCTGAAACTACCGCTGGCACCGTTGCAAACAAGGCTGTTTCTCCTA
+AGAACTTGAAAAATACAATTCAGGTTGATACTTCATGGCAAGCTACCGATCTGGTACGTG
+GTACTGTGAAGCTGTCTAAGGGGCTTGGTACTTGGTCTGGTAATGATGTGGCTGGTTCTA
+CTCTTCCGGATGATGGTTATGCCGCTGTAGGTGTTGCTGTTTCTCCGTATGAACTGAACT
+TAACACTGAAACACTATCTACCGATCGGTGCTAAAGCGGTTGATGCTGATAAGCTGGATA
+ATCTGGATTCTTCCCAGTTCATTCGTCGTGATATTGATCAGACGGTTAACGGGGCATTGA
+CTCTAACGAAAGAAACCACTGTACAGGCTAACATTAACTCAACCGCCGACGCGAGTTTCC
+GGGTAATGAATGTTAGTGGAGATCTGAACGTTGGTGATGGCTCATCGATGGGTAAACTTC
+GTTTGAATGGCGGTTCATCTAACGACTGGTCAATTCAAGCAAGTTCATCCTCTGGGCGTA
+TTGCAATGATCTCAACGGGTAACACTGGCACAGTTCATCTTTCTGTGTATAATGATACTC
+GCGGCGTTGTAGCTAACGTTAAATTCCAGGCTCCTGAAATTCAGGCGATTGGCAAAGTGA
+CTCTGGGTAATGATACAGTGATCACGGCTGCTGGTTCTGTTCTCTCTATGGGTACGAACA
+ACAAGACAACTAAGATCCTAACTTCGGACGCTGGTAACATTTTGGCAGAAGAATCAGGGA
+ACTCTTATAAAGTCTTTACTGAGAAGAACGCGCAAACCTTGCTGAATCCTACGTATGTAC
+GTAAAGCAGGTGATACGATGTCTGGGCGCTTGACGGTAAGCAACAGTTCAATTATCATTG
+CAGGTCAAGCGGCTTGGTCAACGCTGGATGCAGTAACAGAAGCATCCAGGGGCAACTGGA
+CGGCTGAGATCACAGCATCGGCACAGTACAACTTGCTTCCTGGTTATGCGGTTCCGGTTC
+TTGAACCAGATCCTATTAATCCAGAAATCATGATTGTGACCCGTTATACCTATGTTAAAG
+CACCGGGTACTTTAACGCAGTTTGGTAACGGAACTGCATTCACTTATCAGATTTGGGCAC
+CTCGTCCGACCTCTGGTACTGGTGTTAATGCGCTGGCGCAATCCTTCTGGATCCGTCAAA
+TGAACCCGATCACGGGTAAATTTGATGAGTGGGGCCGCATGTATACCAGCAACAACCCGC
+CTACTGCTGGTGAGATTGGTGCAACGTCTGCTGTTGGTACTACGGTTAAAAACATGACTG
+TTACCGATTGGATCAAAGTTGGTAATGTTAAGATTTACCCAGATCCGGTTACTCAGACAG
+TTAAATTTGAGTGGGTGGCATAATGTCAAACTTAATGGCGGGGTTCGGCCCCGATTTTGT
+AGAAACGCAAATTCTATCGGAAACAAACAGCGTAACTTACAGAATAACCGCAAAGGCAAC
+ACATCCCAATGCGGTTCCTAATCAGTATGAGTTTACACTAAATCAAAAGGCGGTAGGGAC
+ACCGCCTAGTGTTGGGATCAACGTATGGAGAATTAACAATGCTGTAGTTGATCCAATTAA
+AACCTTCACATTATCGAATGATAATTCAGCAACTGCAAACAAAGCGTTTGTTGAATATAT
+GGATGCTCAACCTTCTGGGCTGTATTTGATAATGACTAACGGTGAATACAAAACAAGCCA
+AATCGTTGATGATTGGTTTGCTAAAAACAGATCCGTTATGTGGCAAGGCGCTGATTTCGC
+TCAGAGATTCCCAAATTCTGCATATGTTGCATTGTATGGGGCTTCAAAATCTCGTATACT
+GATTGAATCGTTTTACGCGAACGATGGAGTTTTAAAAGAAGATTCACGCGCATCAATCGA
+TCTTGTCTATAATAACGTTGGTGATGTTGGGCGAACTGGTGTACCTTTCCGATCTGTTGA
+AGATACGGAAGAATACAATTCAACCAATGGGTCTGAATATAAAGTATATCCTGTTGCAAA
+CCCAGTGATCTCTAAACTGGCTGATTATGGTATGGCTCCTGGATTAGCTATGATGATTGC
+TGGTGATTTTTACGCCAGCAAAGCATTATTGGATGCTGGATCAACAACAAGGGTTACTGT
+TCGATGGTTTACGGGTACTGCTCAAACTTCATCATCGGTGATTGAAGTTCCTGCAAATAA
+ACCTGATGAGTGGTTACGATTTGAACAGTTCTATACGATCCCTAGTGGTTGTGATGGATT
+TAACGTTGCTGTATCTCGTTATCCTAAACCCGCTACGGATAGTTTATCTGCGATCCGTAA
+CTTTGTGATGGTTCAGGTATCTGCTGCCGAAGCTGATCAAAACTTTGCTGCACAGTTTGG
+GGTTAACGGTATCAGAATGAACAACATGATCGATGGTGGAACACCGTATATATTTGAATT
+GCCGAATACTAAGGTTTATCCTGGTGGCGATTATTCTGCTTCCGAATTCCGTGAAGTTGA
+TGCATAAACAAAGGCCCGGATCATCGGGCCTTATAAATATGTAAAAAGGGGTTATTATGG
+CAGATTTAAAAGCTGGTTCTACAGTCGGGGGTTTACCTATTTGGCACTCCGGCACATTTC
+CGCTGGTTCCGGTTGGTAATACTCTAACCTATCGCGGATATAAGGTTTATACTGAAAACG
+ATAAACCGCAAGCATCAAATAACGACTTCGTTTCTAAAGCAAGCGGTGGTCAATATTTGG
+GTGTAGTTGCCTTTAAACAGGGGCTACAAATTAAAGCTACTTTCACAGGCGGAAGTGACC
+AGAACGGTTTATATTCTGGTGATGGTGATGGCGCGACATTATCAAAAGCCAACATTGATC
+TTGTATCATGGTATGGTATTGGTATTCGTTCATCTTCCGGTACTAATGGTCGCGTATTAG
+TCATCAACGCTCGAAATGGTGATTTAAACACTCAGGGTAATATTACGGTTGAAAAGCAAA
+TCAGTATTACAACCGCTAACCCTACTGACGCAAGTCATGCAACACGAAAAAGTTATGTTG
+ATGGACAGATAAATAATGTCACAACAAATGCTAATAGCAGGGTATTACGCGCTGGCGATA
+CAATGACAGGGCTGTTAACTGCCCCGCAATTCGCGAGCACAGGCGCGGCTTCCCGTCCCG
+AACACGTACCACGGCTCGACCAGGTAATTACTAAAGGGACTATCATAGATTTTGGATCTT
+ATTAAGGTGAAACATGGCTGATTTAGAAAAAATTCAATTCCTACGTAGCACAGTTGCGGG
+GAAAACACCTACTACAAGTCAGCTTGCAGATGGTGAACTGGCGATCAACATGGCTGATTA
+TGCCATTTACACGAAAAATGGTTCTTCGATCGTTCAGTTAGCGGGTAAAGGTATCCCAGA
+AACAAATACCAAAAAATTAACAGTTGATGGGCCTAGTGCTCTTAATGATACCGTTACCGT
+AGCGGAAGGTAAAACTATTACTTTCACCAACGAGAATTTAAGTGGTGAAATAACTCGTCA
+TATCGTCGGTAAATGTGCCAGCAATGATGGATGGTACATCGGCTCCGGTGGTACAAGCAA
+TAACGGCATTCTTGAAATCGGTACTATTGACGATGGTACTGAAACAATCCAGTTTGTACA
+ACGCGGTGCAGGTAACGTAGAAGCCAGAAAATTAGTCTTACTTGATAGCTCTGGTAATAC
+TACTCTTCCTGGGGATTTAAGATTATCCACTAATAAAACCGTTAAAATTAGTAATGGAAG
+CACTCTTACGTTAGAAATGGGCGTAGGTGCTAATGATGTATACATTAAAAACCTGAGAGG
+TGCAGGGGTTCTTCAATTAACTAATGATAGTAACCTGACGTTCAGAAATTCCCAGGTTTA
+TTATGCTATGAGTGGAAGAGGCCCTGGTAAAGATGGTACTCTTCTGACTAATGTAGAAAA
+CGAGCGCCAACTTAAGCAAGATAATTTCCCTATATCTACAGGCACCGAAGCTCGGTGGAC
+TAAAGTTGCTCTTTTAAAAGATCCTGGATCAAACCAGAGTCGCCTGCAACTGATGGTGAC
+TAACGGCGGTAACTATGGTTCTACGCGTGGATCTATCGACTTTATCGATTGTAGCGCTAG
+AAACTTTCCATCCACTTTAACAAGCGCTAATATTCGTAATCATCTACAGGTTCGTCGAAT
+CGGTGATCCTGGAATTGATAACACTAACCAAATGCGTTATAGTCTGGTTCGTACCTCTGA
+GGGTTTAGAACTGTGGTTTACTCAACGCGCATTCATTAGTAGTGTTAAAGTTGCTCTGCT
+GTCTATTGCTGGTGATACTGAGTATTATCTGCCTACTGGTTACACAACTTCTGCAACTGC
+TCCGGAAGGTTTAGTTGAGAGTGTGGCTATTCGTATCTATGACGAAATTAATAAACCTAA
+CCTTGACAATGGTACTGATGGTATTCTGTCTATTGCTAAAGGTGGTACAGGCGCAAGTAC
+AGCGGATGCTGCTCGTACAAACTTAGGGTTGGGTACTGCTGCAACCCGCGATGTCGGCGA
+AGGTGCTGGTAATGTTTTAGAAAATGGCGCTTATGGCTTAGGCGGTAATGGTGGTAAATC
+CATCAACGACATTATCTCTAATGCGGATATGTTGACCCGCTTAAAATCATACGGCGGTAC
+TTTCTGGCGTGGTGTTGCTAAATCTGGTGTTAGCGTTCAAAATGGTCTTTATAGTCATGG
+CTCTGGTATTTTTATGAATGCTGGTGATACCATGTCAGCCATTAATATCGACTATGCTAG
+TGCTAAAGTTCGTGTATACGCGGCTAACAACGCGGCTCTTGCCGCAGGAGATGTCAAATA
+CAACGAACTTTACGGTACAGCAAATAAACCGTCTAAGGCCGACGTAGGGCTTGGTAATCT
+GACAAACGACATTCAGGTTAAAAAAGCTGGCGACACCATGACTGGTGATTTAGCTGCACC
+TAACCTCCATGCTTCTGGGCCGGGAACCGCATCGGTGTATGTTAATGCAGGAAGCGGAAA
+TGCTCATGTATGGTTTAGAACAAACGCCAATGAACGCGGTGTAATTTGGGCAACTCCAAA
+TACTACGGACTTAGGACAAATTAACATTCGTGCAAAAACTACTGAAGGTGTTTCTGCTGG
+TGATTTTAGCTTCCGTTCTGATGGCCGCCTTGATGTTCCTGTAGCAGTTAAAGTTGGTGG
+AGCAGCAATACTAACCAAAGACGGGAATATTACCTCTGGCTCGATGTTTGGTGGCAACCT
+TAATAACTATCTGAACACCATTAAAAATGATATCACTGCTGGCGATAATAAGCAAGTAAG
+CAAGACTGGCGACACCATGACCGGTAACTTGACTATTAACGCTAACTTAAAAGTTGAAAA
+TCCTAGTGGGACGTTTGTTGATTTAGGTTCAGAGAACTCGGACAAGTACAGTAGATTAAC
+CCTTGCTCGTAAAGTTGGTAGCGGTGCTACCGTAGCAATGCTTAAAATTACTCCTGAAGG
+ATACGTGCAATTTGGTTATCAAACTGCGGTTTCTAATCCAGCTCCTAGTAAATATATTCT
+AGTTAAATCTAGCGGCCTTGAGGTAGAAGGGGACTTGGTTTTTAACCAGACATATCGTGG
+TGCTGAAGACGCAGTTGATATTACTGATAAGACTAATGACCTTAACAACATGGTTATTAA
+AGGCAGTGATTTAGGTACTCGTCTATTATACAAGTGTACTTCTACTGGTGGTGGTTCTAA
+TATATCGAACAAACCTACCTCTGACGGCAACTTTGTTCTTGAAGTTCTATCTTTGCGTAA
+AATTTCTGATACCGATTGGACATGTAAGCAGACCTTTACTACAAAGAACGGTGATGTTGA
+AGGCACATATGTTCGATACTGCCAAAACGGTACATGGTCTGCATGGAAAGAGGTTGTTGC
+TGGTGTTCAACCAATTAATTTAGGTGGTACTGGAGCAACTTCTGTAGCTGCTGCTCGTAA
+TAACCTCGGTGTTGGTGAAGGACAGAGCGTTAAGTTCGGCGGATTAGTTGTTGATGGAAA
+CATCAACGTTGCTTCTGGTAATTTTGTTATTGCAGGCCAAGCTCCTACTGATAACTCGCA
+TCTGACCAACAAGAAATATGTTGATGATAAGGTTGCTTCTGCTATTAGTAATGCTGGCGA
+CACGTATCTTCCGTTAGCAGGTGGTACTGTAACTGGGCGGTTAACAATTACAGGCGATCA
+GTTAAAGACTACATCGCTCTGGGTTACTGGAGATGCTGCTGTTAACGGTGTTTTAACTGT
+TGATGGAAGGGCTAGATTTAATCAAGAGTTCATTGTATCAACTTCGGTTAACGTCCAGAA
+CACTGGTAACAGTCATTTGGTCTTCCGTAAAGCTGATGGTACAGAAAAAGGACTTATTTG
+GGCTGATGACCCTGGTAACGTTAGTATAAGAGCAGGTGGTGGAAGTGGCCCTACTTGGAA
+CTTTTGGGAATCAGGATCTTGTCAATTCCCAGGTGCTATTAGTAACTTTAATGGTGTTAA
+TAGTACTACTAATTACCCTGGCGGCGGTATTGGCGCGTATTTAAATACAGCGGGCCTAAC
+AAGTAGATTTAGTAATGGTGCTTATGTTTCCTTATACTTCCAAGAATATGTAGGAAGCTA
+TCACCAAGCTATTCTTAATGTTAACGGCTATGGGCAAGATAACAGCTTTTATTTCCGGGC
+TGGTGGTGATTTCATATGTACCCGTAATGGTTCATTCGATAACGTCGAGATTCGTTCTGA
+CCGTAGAGCCAAATCGGATATCAAAGTTATTGAAAATGCTTTGGAAAAAGTAGAAAAACT
+AACCGGTAATACTTATGAGCTTCACAACACATCCGGTGGTACTACTCGTTCTGCGGGTTT
+AATCGCGCAGGAAGTTCAAGAAGTTCTTCCGGAAGCAGTTACTCAGGATATTGAAGCAGA
+CGGGGGTTTATTGCGTCTGAATTACAACTCAGTAATTGCACTTCTCGTTGAATCTGTTAA
+AGAGCTTTCTGCTGAGGTTAAAGAGCTTAAATCTCAACTGAAATAATGTAAGGGGCTTCG
+GCCCCTTTTAGGAGAAATAACTATGGCAGTAACAGGGCCGTGGGTCGGAAGTTCGGCAAA
+GGCTGAAACTGGCGAAGCATGGATGGTGCAAGCTGGGGCCAAATTAAGAATAGGGACACC
+GTTTTGGATGTCTAATATGATTGGACAAAGCGTATTCCATTTAATTTTCAGAATTAACTA
+TGCACAAGGTTCTTCTGGCGATCCATCTAGATATAGAGGATTCTTTAAAAGAGGGTTATC
+AGTAAATATAGGAGACTCAGCAAACCAGCCAACATTAAATGCATTTCCTGGTGGTGAAGT
+AGGGTCTTTAGTAGCCATTACAAATATTAAAGGGGATCCTTATTGTTTGTCTATTTTAAA
+TGGGGCTGATCGACGAGTTAAAGTGTCTATATTTAATGCATCTGGCGGAGACCAGTATGA
+TGTTTATTTCAGTAGAACTACTATGAGTGACGGTTGGAGAAGATATAGATGCGAAAACGC
+TGGTGGCCTCAATGGGTATTTTGAAGCTAGAATGGATAATCAGTTCGGTGCTTTATTAGA
+ATATGTTTGATAGATAAACCAACAAACTCACCTCATACTATTAAATATATTAAAAGGCTA
+CCATATAGGTAGCCTTTTTGTTGCATCCTAAATATACCTATAGTAACCTAAGAAGAGTCT
+TATAAAATGGCTGAGAGAAATCCCGTAGATAAACTAGCCTTATTTGATCGGGTAATATCG
+TTTGTGATGGGTGTGAAAACATGGAAACAATTGCTGATAAAAATAATTCTAATAATGGTT
+ATGTTTCTTATGGTAGTAACTTGGTACAAATGGACTGATATATTCCCGATGATAAAAGGT
+GCCCTTGTAGTCGATACAAGGGCTATCGAAATGGAAAGAACAGAAAAGTTTAATCAATCC
+GCGTTGGAACAGTTGAGCATAGTTCATCTTACTTCCAACGCGGATTTTTCGGCGGTACTG
+GCATTCAGACCAAAGAACATAAACTATTTTGTTGACATTGTAGAATATCAGGGAAAATTA
+CCATCCCAAATCGATCCTAAAAACCTCGGTGGTTATCCGATCGATAAAACATCCGAAGAA
+TACACGAATCATATAAATGGCTTGTACTATTCATCAACTACAGCAAGTTCCTACCTACCG
+ACACGTGATTTTGTGCCAGTAGCTTATACTTTTAGTTGCCCTTATTTCAATCTTGATAAC
+TACTATTCTGGATCGGTTTTGATGGAATGGTATGCAAAGCGGCCTGATATACCAGATATG
+AAGATAAACATCATATGTGGACAGGCCGCGCGCATTTTAGGTCGAGCGAGGTGATTAACG
+TAATGCTGGTGTTAAATTGTGTGATCTTCCAATAGCCCGTTTGATTGCTTTAAAGAAGTT
+CATCACCGGGCTATTTTTCTCGTAAATATCCCAAACTTTCAATTTGTCCCACGGATCCGG
+AACATAATCTTCATTCCTTGCCGAAACCCCCAACGTAACCCTCCTGTATCCAGCGCTGTC
+GTGATAATACACGAAGAATGGCCTACCTATTGGCGCAACCTTACAACCTCTCTTAGCGGC
+TCTCATAGCCTCATCGAACGTCATGGATTCCCCCAAAAATTTCTATGCATGAATGGTCGA
+ATTCCGATAGTTTCACTCAAAATGAATATCGGATGATCTAGCTCATCGTGGTTTTCTTCG
+TCAATGACGATATCCCAATCAGTAGCCTTTTGTTCTTCTACCGTGGCAATGAATACCTGG
+TTTACTTCACACTTGCGGTGTGTACGTCTGATGATTGTATCCCCCTCACGAAACACAATC
+ATATCAGGATTGGTAGTGCGGTACGCGGTTTTACCCGCGCACACTTCATTAAGCATATCT
+TCGTATGTCATTATAAAACCTTTACACGTTGAACGATGGTTTGTTTAACGTCTTTGTATT
+CTCCGTGCTCTTTAACGGTTGCTTTGAAAGTGATTTCATCACCTTCGTTTGCAATGTTAT
+TACCGAAGTAAACAACAACATTACCATCAACATTAATTTTGGTCATGAATCTTTCTACAG
+AAGTGTAGTAAGAAACTTGAGTATATCCCAGTGAAATCACTTTCTCAACGGTTCCGGTCA
+TTTCCAGACGTTGTTTGATTTCACCGATGTGGTTAGCTTTAGAAATGCGTTCCTGGCGCT
+CTTGTTCCCACTGTTCGCGGATTTCTTCGCGTTTGGCGATATAATCCTTTTCCAGTGCAA
+CACCCATGCAGTAAGCGCACACAGCATCGAATACAGGGCTGTTTTTGTTGTCTTCTTTAG
+ACTGGTCAGCCCACCAAAGAACAGTAAACATTGGCATTTCTGCAATTACTTCGCCTTTAC
+GCTTGCCAATCGGCATGATCCCTTTTTCCAGCAGTTCCAGTTTTTCAGTATCGAACACTG
+ACAGTTTACCGCGACGTTCGAACAGATCGAAATCTGCAAAGCCCTGGAATATCATTTTGA
+AAGTATCAGTTTCAGTTAAACGGGCTGAAACACGGTCGAAATACTCACGCGCTTTCGCTT
+CCGCTTTCTCCGGATCGGTAGATAAGTTGCAGATATAGTTATCAGAAGTATAACCGCCGC
+CTCTACGCTCAACACGCAAGGTATACATTGCATTTTTACGACCAGAAGAAATGAAGTAAG
+TGGTAGTAACTACGGTTGCGTTAGTCATGGTATTTCTCCTTAAAGGGTATCTCGTTTCGA
+TATGGCTAATATAGCAAAAGCCCCTGACCGAAGTCAAGGGCTTTTTCATCATTCATTCGA
+ATCTTTCATTGTTTTATGAAGATGAATATCAAAAATTTTCCAGTACGCCTTTCCGCGAGG
+ATAAATTTTTGCTTTGTCAATATCGTTGTTGCTTCCCCATGTGTTGTTTGGGCCACGACA
+TCGATTTTTTATATAATCTGTATGCCAGAATAAGCGCTGAACCGATGATTCCGTACCTAA
+TGGATCTTCTTTACTGAACAGAATTTGTATACTCATAAGAAGAACCCAGTGCGAACAATC
+AGATCGATTTTCTTTTCTGGTTCAAACGGTGATTTGCTATCGATGTTACACTGATAGAAC
+ATACCAACATACTTTTCAGGAATGTTGGATTCACGCGCCCATTTCAGGTTATCATCGGTA
+TTCGGCCCCAGCATGAGGTTAACAACATCAACAGCATAATCCTGTTCTTTGGTGTTGCCG
+GAACCGTTTACATAATGCCCGTGGGCGGTTTTGAGGATCTCAATTACTTCGCTATCGTCA
+GTTTCGACTTTGTAAAGCGTTGTATTTTCAGGAATTTCTTCAAGAATGATCAAAGCGGTT
+TTCATCACACTTACCTTTGTGTTTCTGTTTACGTTTTGCTTCTTTAAATGCTCGCTTGCG
+ATCGCGGTGAGTAGAAGCGCGGTTGAAATCATGTTTCGCTACCAAATTATTCATATAAGC
+CCCTTAAAGAAAAATATTTAGGGGCTTTCGCCCCTGTATTAATCCAGCAATTTGCGGATC
+TTGTCTGCGATACGTCCGGCGCGGGTTGCACTTGCAGTATGATCGCTTTCTTTTGAAGCC
+AGTTCCGCCAGCTTACGCTGATGTTCTTCTTCTGCTGCTTGACGATCTGCTGCAACCTGT
+GCAACCTGCTCATTATCGTGAGCAATACGCGCTTCCAGTTCAGACAGGGTTTTGTCGAAA
+GTTGCTACGATTTCATCTACAGAACGAATTTTATTAAACAGTTTCATAATTTATCTCAAT
+TGGTTAGTTTTAATCAGTATACATCAATATGGTTGAAATTCAAAATCATAAATGTCATTC
+AGTGCGCGGTTCCACTCGGTGTAGTTTTCACCAGCACCATAACGCATTTGAATAGCACTT
+TCGAACGTTGATCCGTTGAGGTTCGGGAAACCGAACAGGTTTTTGATTTTGTCATGTGCT
+ACATAATACAGAGAAGCACTTTCCAGCATCGCAACCATCGCAGACGGTTCGTGTTCGCGG
+CGCTTGATACGTAACAGAGTACGACTAGCACCAGTTTTACGGCGTTGATTTGGTGCTACG
+TAGAAACGGAATACTACGCGCCCTGTTTTATCATCAACTACCAGGTAAAACCCGTTTTCT
+TTCAGATCCACGCCTTCGAATTTCTTGAAGGTTCCGCGTTTCATGTCACCAATTTTAATT
+GCATATTTGTGAATGTCAAGTCTTGTCAGAATTCTTTTCATATTTTTTAGATACCAGTTT
+GCCTAATTTTGTAATTTCGCCTGTTTTTACGTTAACAAACAAGGCGATGCTCAGAAATGG
+GATGCTAATCACTACGCTGATCAATGTAAACAGAAAACGTATCACAAAAAGAACAGCACG
+TTCAAGATATCGTTGCATCCACGCGATTCCTAAACAACTATACCCTACTATAAAGGTGGT
+TGCAACATAAAATGCACCAAATCCTTTACGAAATACGTAACCTTTCCCGGATTCTATCCG
+GTCGTCGGCCCACATTTCACGGGCAGTTTTCAGAATAGATTCACCACTAGCGCGAGTTTC
+GTTAGCCGAAGGCATGTTTTTAAATTTCATGATAGTCTCCTATGCGCCCAGAACTCTCCA
+GGCGCGGTTGTTTAG
diff -r 4d4a4b603d33 -r 5004ddb62700 test-data/Miro_ShineFindIn.gff3
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/test-data/Miro_ShineFindIn.gff3 Mon Jun 05 02:53:31 2023 +0000
@@ -0,0 +1,827 @@
+##gff-version 3
+##sequence-region Miro 1 176055
+Miro feature gene 7454 7906 . - . ID=Miro_8
+Miro GenBank CDS 7454 7894 . - 1 ID=Miro_8.CDS;Name=Miro_8;Parent=Miro_8;obsolete_name=Miro_156;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 7903 7906 . - 1 Alias=Miro_8;ID=Miro_8.RBS;Name=Miro_8;Parent=Miro_8
+Miro feature gene 7917 8512 . - . ID=Miro_9
+Miro GenBank CDS 7917 8501 . - 1 ID=Miro_9.CDS;Name=Miro_9;Parent=Miro_9;obsolete_name=Miro_155;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 8509 8512 . - 1 Alias=Miro_9;ID=Miro_9.RBS;Name=Miro_9;Parent=Miro_9
+Miro feature gene 123276 124212 . + . ID=Miro_206
+Miro GenBank CDS 123286 124212 . + 1 Alias=Miro_206;ID=Miro_206.CDS;Name=Miro_206;Parent=Miro_206;obsolete_name=Miro_234;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 123276 123279 . + 1 ID=Miro_206.rbs;Name=Miro_206;Parent=Miro_206
+Miro feature gene 68490 70715 . - . ID=Miro_117
+Miro GenBank CDS 68490 70706 . - 1 ID=Miro_117.CDS;Name=Miro_117;Note=contains von Willebrand factor%2C type A;Parent=Miro_117;obsolete_name=Miro_047;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 70713 70715 . - 1 Alias=Miro_117;ID=Miro_117.RBS;Name=Miro_117;Parent=Miro_117
+Miro feature gene 115729 116735 . + . ID=Miro_200
+Miro GenBank CDS 115743 116735 . + 1 Alias=Miro_200;ID=Miro_200.CDS;Name=Miro_200;Note=T4 gp6-like;Parent=Miro_200;obsolete_name=Miro_240;product=baseplate structural protein
+Miro GenBank Shine_Dalgarno_sequence 115729 115732 . + 1 ID=Miro_200.RBS;Name=Miro_200;Parent=Miro_200
+Miro feature gene 116735 117608 . + . ID=Miro_201
+Miro GenBank CDS 116745 117608 . + 1 Alias=Miro_201;ID=Miro_201.CDS;Name=Miro_201;Note=T4 gp9/gp10-like;Parent=Miro_201;obsolete_name=Miro_239;product=baseplate structural protein
+Miro GenBank Shine_Dalgarno_sequence 116735 116738 . + 1 ID=Miro_201.RBS;Name=Miro_201;Parent=Miro_201
+Miro feature gene 117595 119422 . + . ID=Miro_202
+Miro GenBank CDS 117605 119422 . + 1 Alias=Miro_202;ID=Miro_202.CDS;Name=Miro_202;Note=T4 gp9/gp10-like;Parent=Miro_202;obsolete_name=Miro_238;product=baseplate structural protein
+Miro GenBank Shine_Dalgarno_sequence 117595 117597 . + 1 ID=Miro_202.RBS;Name=Miro_202;Parent=Miro_202
+Miro feature gene 119412 120090 . + . ID=Miro_203
+Miro GenBank CDS 119422 120090 . + 1 Alias=Miro_203;ID=Miro_203.CDS;Name=Miro_203;Note=T4 gp11-like;Parent=Miro_203;obsolete_name=Miro_237;product=baseplate to short tail fiber connector protein
+Miro GenBank Shine_Dalgarno_sequence 119412 119415 . + 1 ID=Miro_203.RBS;Name=Miro_203;Parent=Miro_203
+Miro feature gene 81829 81940 . - . ID=Miro_142
+Miro GenBank CDS 81829 81927 . - 1 ID=Miro_142.CDS;Name=Miro_142;Parent=Miro_142;obsolete_name=Miro_022;product=hypothetical conserved;tmhelix=1 TMD %284-26%29 N out%2C C in
+Miro GenBank Shine_Dalgarno_sequence 81938 81940 . - 1 Alias=Miro_142;ID=Miro_142.RBS;Name=Miro_142;Parent=Miro_142
+Miro feature gene 1 910 . - . ID=Miro_1
+Miro GenBank CDS 1 900 . - 1 ID=Miro_1.CDS;Name=Miro_1;Parent=Miro_1;obsolete_name=Miro_163;product=rIIb
+Miro GenBank Shine_Dalgarno_sequence 908 910 . - 1 Alias=Miro_1;ID=Miro_1.RBS;Name=Miro_1;Parent=Miro_1
+Miro feature gene 900 3173 . - . ID=Miro_2
+Miro GenBank CDS 900 3161 . - 1 ID=Miro_2.CDS;Name=Miro_2;Parent=Miro_2;obsolete_name=Miro_162;product=rIIa
+Miro GenBank Shine_Dalgarno_sequence 3171 3173 . - 1 Alias=Miro_2;ID=Miro_2.RBS;Name=Miro_2;Parent=Miro_2
+Miro feature gene 3172 3417 . - . ID=Miro_3
+Miro GenBank CDS 3172 3408 . - 1 ID=Miro_3.CDS;Name=Miro_3;Parent=Miro_3;obsolete_name=Miro_161;product=hypothetical conserved;tmhelix=1 TMD %2812-34%29 N in%2C C out
+Miro GenBank Shine_Dalgarno_sequence 3414 3417 . - 1 Alias=Miro_3;ID=Miro_3.RBS;Name=Miro_3;Parent=Miro_3
+Miro feature gene 3412 3979 . - . ID=Miro_4
+Miro GenBank CDS 3412 3966 . - 1 ID=Miro_4.CDS;Name=Miro_4;Note=contains SprT domain;Parent=Miro_4;obsolete_name=Miro_160;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 3975 3979 . - 1 Alias=Miro_4;ID=Miro_4.RBS;Name=Miro_4;Parent=Miro_4
+Miro feature gene 4038 5334 . - . ID=Miro_5
+Miro GenBank CDS 4038 5324 . - 1 ID=Miro_5.CDS;Name=Miro_5;Note=T4 gp52-like;Parent=Miro_5;obsolete_name=Miro_159;product=DNA topoisomerase II medium subunit
+Miro GenBank Shine_Dalgarno_sequence 5331 5334 . - 1 Alias=Miro_5;ID=Miro_5.RBS;Name=Miro_5;Parent=Miro_5
+Miro feature gene 5324 7231 . - . ID=Miro_6
+Miro GenBank CDS 5324 7222 . - 1 ID=Miro_6.CDS;Name=Miro_6;Note=T4 gp39-like;Parent=Miro_6;obsolete_name=Miro_158;product=DNA topoisomerase II%2C large subunit
+Miro GenBank Shine_Dalgarno_sequence 7228 7231 . - 1 Alias=Miro_6;ID=Miro_6.RBS;Name=Miro_6;Parent=Miro_6
+Miro feature gene 7290 7465 . - . ID=Miro_7
+Miro GenBank CDS 7290 7454 . - 1 ID=Miro_7.CDS;Name=Miro_7;Note=contains zinc ribbon domain;Parent=Miro_7;obsolete_name=Miro_157;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 7463 7465 . - 1 Alias=Miro_7;ID=Miro_7.RBS;Name=Miro_7;Parent=Miro_7
+Miro feature gene 124212 124968 . + . ID=Miro_207
+Miro GenBank CDS 124222 124968 . + 1 Alias=Miro_207;ID=Miro_207.CDS;Name=Miro_207;Note=T4 gp14-like;Parent=Miro_207;obsolete_name=Miro_233;product=neck protein
+Miro GenBank Shine_Dalgarno_sequence 124212 124216 . + 1 ID=Miro_207.RBS;Name=Miro_207;Parent=Miro_207
+Miro feature gene 173061 173361 . - . ID=Miro_269
+Miro GenBank CDS 173061 173351 . - 1 ID=Miro_269.CDS;Name=Miro_269;Parent=Miro_269;obsolete_name=Miro_171;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 173358 173361 . - 1 Alias=Miro_269;ID=Miro_269.RBS;Name=Miro_269;Parent=Miro_269
+Miro feature gene 66523 66819 . - . ID=Miro_112
+Miro GenBank CDS 66523 66807 . - 1 ID=Miro_112.CDS;Name=Miro_112;Parent=Miro_112;obsolete_name=Miro_052;product=hypothetical conserved;signal=signal peptidase I cleavage site 17-18
+Miro GenBank Shine_Dalgarno_sequence 66816 66819 . - 1 Alias=Miro_112;ID=Miro_112.RBS;Name=Miro_112;Parent=Miro_112
+Miro feature gene 66879 67172 . - . ID=Miro_113
+Miro GenBank CDS 66879 67163 . - 1 ID=Miro_113.CDS;Name=Miro_113;Parent=Miro_113;obsolete_name=Miro_051;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 67169 67172 . - 1 Alias=Miro_113;ID=Miro_113.RBS;Name=Miro_113;Parent=Miro_113
+Miro feature gene 44560 45732 . + . ID=Miro_69
+Miro GenBank CDS 44575 45732 . + 1 Alias=Miro_69;ID=Miro_69.CDS;Name=Miro_69;Note=T4 RNA ligase 1-like;Parent=Miro_69;obsolete_name=Miro_095;product=RNA ligase
+Miro GenBank Shine_Dalgarno_sequence 44560 44562 . + 1 ID=Miro_69.RBS;Name=Miro_69;Parent=Miro_69
+Miro feature gene 44216 44594 . + . ID=Miro_68
+Miro GenBank CDS 44229 44594 . + 1 Alias=Miro_68;ID=Miro_68.CDS;Name=Miro_68;Note=contains GIY-YIG domain;Parent=Miro_68;obsolete_name=Miro_096;product=homing endonuclease
+Miro GenBank Shine_Dalgarno_sequence 44216 44218 . + 1 ID=Miro_68.RBS;Name=Miro_68;Parent=Miro_68
+Miro GenBank CDS 43905 44225 . + 1 ID=Miro_67;Name=Miro_67;obsolete_name=Miro_097;product=hypothetical conserved
+Miro feature gene 42748 43933 . + . ID=Miro_66
+Miro GenBank CDS 42758 43933 . + 1 Alias=Miro_66;ID=Miro_66.CDS;Name=Miro_66;Note=T4 NrdB-like;Parent=Miro_66;obsolete_name=Miro_098;product=ribonucleotide reductase%2C small subunit
+Miro GenBank Shine_Dalgarno_sequence 42748 42751 . + 1 ID=Miro_66.RBS;Name=Miro_66;Parent=Miro_66
+Miro feature gene 40459 42721 . + . ID=Miro_65
+Miro GenBank CDS 40469 42721 . + 1 Alias=Miro_65;ID=Miro_65.CDS;Name=Miro_65;Note=T4 NrdA-like%3B E-val 0;Parent=Miro_65;obsolete_name=Miro_099;product=ribonucleotide reductase%2C large subunit
+Miro GenBank Shine_Dalgarno_sequence 40459 40462 . + 1 ID=Miro_65.RBS;Name=Miro_65;Parent=Miro_65
+Miro feature gene 39545 40429 . + . ID=Miro_64
+Miro GenBank CDS 39554 40429 . + 1 Alias=Miro_64;ID=Miro_64.CDS;Name=Miro_64;Note=T4-like;Parent=Miro_64;obsolete_name=Miro_100;product=thymidylate synthase
+Miro GenBank Shine_Dalgarno_sequence 39545 39548 . + 1 ID=Miro_64.RBS;Name=Miro_64;Parent=Miro_64
+Miro feature gene 38964 39552 . + . ID=Miro_63
+Miro GenBank CDS 38974 39552 . + 1 Alias=Miro_63;ID=Miro_63.CDS;Name=Miro_63;Note=T4-like;Parent=Miro_63;obsolete_name=Miro_101;product=dihydrofolate reductase
+Miro GenBank Shine_Dalgarno_sequence 38964 38966 . + 1 ID=Miro_63.RBS;Name=Miro_63;Parent=Miro_63
+Miro feature gene 38710 38977 . + . ID=Miro_62
+Miro GenBank CDS 38720 38977 . + 1 Alias=Miro_62;ID=Miro_62.CDS;Name=Miro_62;Parent=Miro_62;obsolete_name=Miro_102;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 38710 38713 . + 1 ID=Miro_62.RBS;Name=Miro_62;Parent=Miro_62
+Miro feature gene 38483 38723 . + . ID=Miro_61
+Miro GenBank CDS 38493 38723 . + 1 Alias=Miro_61;ID=Miro_61.CDS;Name=Miro_61;Parent=Miro_61;obsolete_name=Miro_103;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 38483 38486 . + 1 ID=Miro_61.RBS;Name=Miro_61;Parent=Miro_61
+Miro feature gene 38194 38496 . + . ID=Miro_60
+Miro GenBank CDS 38206 38496 . + 1 Alias=Miro_60;ID=Miro_60.CDS;Name=Miro_60;Parent=Miro_60;obsolete_name=Miro_104;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 38194 38197 . + 1 ID=Miro_60.RBS;Name=Miro_60;Parent=Miro_60
+Miro feature gene 97404 97739 . - . ID=Miro_176
+Miro GenBank CDS 97404 97727 . - 1 ID=Miro_176.CDS;Name=Miro_176;Parent=Miro_176;obsolete_name=Miro_264;product=hypothetical conserved;tmhelix=1 TMD %2884-106%29 N in%2C C out
+Miro GenBank Shine_Dalgarno_sequence 97736 97739 . - 1 Alias=Miro_176;ID=Miro_176.RBS;Name=Miro_176;Parent=Miro_176
+Miro feature gene 97756 98022 . - . ID=Miro_177
+Miro GenBank CDS 97756 98013 . - 1 ID=Miro_177.CDS;Name=Miro_177;Parent=Miro_177;obsolete_name=Miro_263;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 98020 98022 . - 1 Alias=Miro_177;ID=Miro_177.RBS;Name=Miro_177;Parent=Miro_177
+Miro feature gene 95966 96891 . - . ID=Miro_174
+Miro GenBank CDS 95966 96880 . - 1 ID=Miro_174.CDS;Name=Miro_174;Parent=Miro_174;obsolete_name=Miro_266;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 96889 96891 . - 1 Alias=Miro_174;ID=Miro_174.RBS;Name=Miro_174;Parent=Miro_174
+Miro feature gene 96877 97416 . - . ID=Miro_175
+Miro GenBank CDS 96877 97404 . - 1 ID=Miro_175.CDS;Name=Miro_175;Parent=Miro_175;obsolete_name=Miro_265;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 97414 97416 . - 1 Alias=Miro_175;ID=Miro_175.RBS;Name=Miro_175;Parent=Miro_175
+Miro feature gene 95498 95705 . - . ID=Miro_172
+Miro GenBank CDS 95498 95692 . - 1 ID=Miro_172.CDS;Name=Miro_172;Note=heat shock protein DnaJ%2C cysteine-rich domain;Parent=Miro_172;obsolete_name=Miro_268;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 95702 95705 . - 1 Alias=Miro_172;ID=Miro_172.RBS;Name=Miro_172;Parent=Miro_172
+Miro feature gene 95689 95900 . - . ID=Miro_173
+Miro GenBank CDS 95689 95889 . - 1 ID=Miro_173.CDS;Name=Miro_173;Parent=Miro_173;obsolete_name=Miro_267;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 95897 95900 . - 1 Alias=Miro_173;ID=Miro_173.RBS;Name=Miro_173;Parent=Miro_173
+Miro feature gene 94533 95117 . - . ID=Miro_170
+Miro GenBank CDS 94533 95108 . - 1 ID=Miro_170.CDS;Name=Miro_170;Parent=Miro_170;obsolete_name=Miro_270;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 95114 95117 . - 1 Alias=Miro_170;ID=Miro_170.RBS;Name=Miro_170;Parent=Miro_170
+Miro feature gene 95116 95524 . - . ID=Miro_171
+Miro GenBank CDS 95116 95514 . - 1 ID=Miro_171.CDS;Name=Miro_171;Parent=Miro_171;obsolete_name=Miro_269;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 95520 95524 . - 1 Alias=Miro_171;ID=Miro_171.RBS;Name=Miro_171;Parent=Miro_171
+Miro feature gene 98015 98410 . - . ID=Miro_178
+Miro GenBank CDS 98015 98398 . - 1 ID=Miro_178.CDS;Name=Miro_178;Parent=Miro_178;obsolete_name=Miro_262;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 98408 98410 . - 1 Alias=Miro_178;ID=Miro_178.RBS;Name=Miro_178;Parent=Miro_178
+Miro feature gene 98409 98826 . - . ID=Miro_179
+Miro GenBank CDS 98409 98816 . - 1 ID=Miro_179.CDS;Name=Miro_179;Parent=Miro_179;obsolete_name=Miro_261;product=NUDIX hydrolase
+Miro GenBank Shine_Dalgarno_sequence 98823 98826 . - 1 Alias=Miro_179;ID=Miro_179.RBS;Name=Miro_179;Parent=Miro_179
+Miro feature gene 105709 106188 . - . ID=Miro_194
+Miro GenBank CDS 105709 106176 . - 1 ID=Miro_194.CDS;Name=Miro_194;Parent=Miro_194;obsolete_name=Miro_246;product=restriction endonuclease
+Miro GenBank Shine_Dalgarno_sequence 106185 106188 . - 1 Alias=Miro_194;ID=Miro_194.RBS;Name=Miro_194;Parent=Miro_194
+Miro feature gene 106215 106781 . + . ID=Miro_195
+Miro GenBank CDS 106227 106781 . + 1 Alias=Miro_195;ID=Miro_195.CDS;Name=Miro_195;Note=T4 gp53-like;Parent=Miro_195;obsolete_name=Miro_245;product=baseplate wedge protein
+Miro GenBank Shine_Dalgarno_sequence 106215 106218 . + 1 ID=Miro_195.RBS;Name=Miro_195;Parent=Miro_195
+Miro feature gene 106763 108547 . + . ID=Miro_196
+Miro GenBank CDS 106778 108547 . + 1 Alias=Miro_196;ID=Miro_196.CDS;Name=Miro_196;Note=T4 gp5-like;Parent=Miro_196;obsolete_name=Miro_244;product=baseplate hub structural protein and tail lysozyme
+Miro GenBank Shine_Dalgarno_sequence 106763 106765 . + 1 ID=Miro_196.RBS;Name=Miro_196;Parent=Miro_196
+Miro feature gene 108542 110618 . + . ID=Miro_197
+Miro GenBank CDS 108552 110618 . + 1 Alias=Miro_197;ID=Miro_197.CDS;Name=Miro_197;Parent=Miro_197;obsolete_name=Miro_243;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 108542 108545 . + 1 ID=Miro_197.RBS;Name=Miro_197;Parent=Miro_197
+Miro feature gene 102567 103107 . - . ID=Miro_190
+Miro GenBank CDS 102567 103097 . - 1 ID=Miro_190.CDS;Name=Miro_190;Note=T4 gp19-like;Parent=Miro_190;obsolete_name=Miro_250;product=tail tube protein
+Miro GenBank Shine_Dalgarno_sequence 103103 103107 . - 1 Alias=Miro_190;ID=Miro_190.RBS;Name=Miro_190;Parent=Miro_190
+Miro feature gene 103455 104255 . + . ID=Miro_191
+Miro GenBank CDS 103467 104255 . + 1 Alias=Miro_191;ID=Miro_191.CDS;Name=Miro_191;Parent=Miro_191;obsolete_name=Miro_249;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 103455 103458 . + 1 ID=Miro_191.RBS;Name=Miro_191;Parent=Miro_191
+Miro feature gene 104349 104819 . + . ID=Miro_192
+Miro GenBank CDS 104361 104819 . + 1 Alias=Miro_192;ID=Miro_192.CDS;Name=Miro_192;Note=contains AP2/ERF domain;Parent=Miro_192;obsolete_name=Miro_248;product=homing endonuclease
+Miro GenBank Shine_Dalgarno_sequence 104349 104351 . + 1 ID=Miro_192.RBS;Name=Miro_192;Parent=Miro_192
+Miro feature gene 73313 73582 . - . ID=Miro_124
+Miro GenBank CDS 73313 73570 . - 1 ID=Miro_124.CDS;Name=Miro_124;Parent=Miro_124;obsolete_name=Miro_040;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 73579 73582 . - 1 Alias=Miro_124;ID=Miro_124.RBS;Name=Miro_124;Parent=Miro_124
+Miro feature gene 125036 125872 . + . ID=Miro_208
+Miro GenBank CDS 125048 125872 . + 1 Alias=Miro_208;ID=Miro_208.CDS;Name=Miro_208;Parent=Miro_208;obsolete_name=Miro_232;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 125036 125039 . + 1 ID=Miro_208.RBS;Name=Miro_208;Parent=Miro_208
+Miro feature gene 110635 112575 . + . ID=Miro_198
+Miro GenBank CDS 110650 112575 . + 1 Alias=Miro_198;ID=Miro_198.CDS;Name=Miro_198;Parent=Miro_198;obsolete_name=Miro_242;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 110635 110638 . + 1 ID=Miro_198.RBS;Name=Miro_198;Parent=Miro_198
+Miro feature gene 112645 115742 . + . ID=Miro_199
+Miro GenBank CDS 112656 115742 . + 1 Alias=Miro_199;ID=Miro_199.CDS;Name=Miro_199;Parent=Miro_199;obsolete_name=Miro_241;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 112645 112648 . + 1 ID=Miro_199.RBS;Name=Miro_199;Parent=Miro_199
+Miro feature gene 136157 136806 . + . ID=Miro_219
+Miro GenBank CDS 136168 136806 . + 1 Alias=Miro_219;ID=Miro_219.CDS;Name=Miro_219;Note=contains GIY-YIG domain;Parent=Miro_219;obsolete_name=Miro_221;product=homing endonuclease
+Miro GenBank Shine_Dalgarno_sequence 136157 136160 . + 1 ID=Miro_219.RBS;Name=Miro_219;Parent=Miro_219
+Miro feature gene 125860 126369 . + . ID=Miro_209
+Miro GenBank CDS 125872 126369 . + 1 Alias=Miro_209;ID=Miro_209.CDS;Name=Miro_209;Note=T4 gp16-like;Parent=Miro_209;obsolete_name=Miro_231;product=terminase%2C small subunit
+Miro GenBank Shine_Dalgarno_sequence 125860 125863 . + 1 ID=Miro_209.RBS;Name=Miro_209;Parent=Miro_209
+Miro feature gene 93915 94204 . - . ID=Miro_169
+Miro GenBank CDS 93915 94193 . - 1 ID=Miro_169.CDS;Name=Miro_169;Parent=Miro_169;obsolete_name=Miro_271;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 94201 94204 . - 1 Alias=Miro_169;ID=Miro_169.RBS;Name=Miro_169;Parent=Miro_169
+Miro feature gene 93592 93854 . - . ID=Miro_168
+Miro GenBank CDS 93592 93843 . - 1 ID=Miro_168.CDS;Name=Miro_168;Parent=Miro_168;obsolete_name=Miro_272;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 93849 93854 . - 1 Alias=Miro_168;ID=Miro_168.RBS;Name=Miro_168;Parent=Miro_168
+Miro feature gene 48763 49277 . + . ID=Miro_78
+Miro GenBank CDS 48771 49277 . + 1 Alias=Miro_78;ID=Miro_78.CDS;Name=Miro_78;Note=T4-like;Parent=Miro_78;obsolete_name=Miro_086;product=dCMP deaminase
+Miro GenBank Shine_Dalgarno_sequence 48763 48765 . + 1 ID=Miro_78.RBS;Name=Miro_78;Parent=Miro_78
+Miro feature gene 49267 49634 . + . ID=Miro_79
+Miro GenBank CDS 49281 49634 . + 1 Alias=Miro_79;ID=Miro_79.CDS;Name=Miro_79;Note=T4 gp31-like;Parent=Miro_79;obsolete_name=Miro_085;product=chaperonin-GroEL
+Miro GenBank Shine_Dalgarno_sequence 49267 49269 . + 1 ID=Miro_79.RBS;Name=Miro_79;Parent=Miro_79
+Miro feature gene 120090 121485 . + . ID=Miro_204
+Miro GenBank CDS 120100 121485 . + 1 Alias=Miro_204;ID=Miro_204.CDS;Name=Miro_204;Note=T4 gp12-like;Parent=Miro_204;obsolete_name=Miro_236;product=short tail fiber protein
+Miro GenBank Shine_Dalgarno_sequence 120090 120093 . + 1 ID=Miro_204.RBS;Name=Miro_204;Parent=Miro_204
+Miro feature gene 47021 47916 . + . ID=Miro_74
+Miro GenBank CDS 47032 47916 . + 1 Alias=Miro_74;ID=Miro_74.CDS;Name=Miro_74;Note=contains HAD-like domain;Parent=Miro_74;obsolete_name=Miro_090;product=nucleoside triphosphate hydrolase
+Miro GenBank Shine_Dalgarno_sequence 47021 47023 . + 1 ID=Miro_74.RBS;Name=Miro_74;Parent=Miro_74
+Miro feature gene 47957 48256 . + . ID=Miro_75
+Miro GenBank CDS 47969 48256 . + 1 Alias=Miro_75;ID=Miro_75.CDS;Name=Miro_75;Parent=Miro_75;obsolete_name=Miro_089;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 47957 47960 . + 1 ID=Miro_75.RBS;Name=Miro_75;Parent=Miro_75
+Miro feature gene 48240 48504 . + . ID=Miro_76
+Miro GenBank CDS 48253 48504 . + 1 Alias=Miro_76;ID=Miro_76.CDS;Name=Miro_76;Parent=Miro_76;obsolete_name=Miro_088;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 48240 48242 . + 1 ID=Miro_76.RBS;Name=Miro_76;Parent=Miro_76
+Miro feature gene 48485 48781 . + . ID=Miro_77
+Miro GenBank CDS 48497 48781 . + 1 Alias=Miro_77;ID=Miro_77.CDS;Name=Miro_77;Parent=Miro_77;obsolete_name=Miro_087;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 48485 48488 . + 1 ID=Miro_77.RBS;Name=Miro_77;Parent=Miro_77
+Miro feature gene 45718 46265 . + . ID=Miro_70
+Miro GenBank CDS 45729 46265 . + 1 Alias=Miro_70;ID=Miro_70.CDS;Name=Miro_70;Note=contains AP2/ERF domain;Parent=Miro_70;obsolete_name=Miro_094;product=homing endonuclease
+Miro GenBank Shine_Dalgarno_sequence 45718 45721 . + 1 ID=Miro_70.RBS;Name=Miro_70;Parent=Miro_70
+Miro feature gene 46221 46569 . + . ID=Miro_71
+Miro GenBank CDS 46234 46569 . + 1 Alias=Miro_71;ID=Miro_71.CDS;Name=Miro_71;Note=T4 PseT.3-like;Parent=Miro_71;obsolete_name=Miro_093;product=i-spanin;tmhelix=1 TMD %2815-33%29 N out%2C C in
+Miro GenBank Shine_Dalgarno_sequence 46221 46224 . + 1 ID=Miro_71.RBS;Name=Miro_71;Parent=Miro_71
+Miro feature gene 46553 46883 . + . ID=Miro_72
+Miro GenBank CDS 46566 46883 . + 1 Alias=Miro_72;ID=Miro_72.CDS;Name=Miro_72;Note=T4 PseT.2-like;Parent=Miro_72;obsolete_name=Miro_092;product=o-spanin;signal=signal peptidase II cleavage site 16-17
+Miro GenBank Shine_Dalgarno_sequence 46553 46556 . + 1 ID=Miro_72.RBS;Name=Miro_72;Parent=Miro_72
+Miro feature gene 46854 47035 . + . ID=Miro_73
+Miro GenBank CDS 46868 47035 . + 1 Alias=Miro_73;ID=Miro_73.CDS;Name=Miro_73;Parent=Miro_73;obsolete_name=Miro_091;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 46854 46856 . + 1 ID=Miro_73.RBS;Name=Miro_73;Parent=Miro_73
+Miro feature gene 90380 90770 . - . ID=Miro_161
+Miro GenBank CDS 90380 90760 . - 1 ID=Miro_161.CDS;Name=Miro_161;Parent=Miro_161;obsolete_name=Miro_003;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 90767 90770 . - 1 Alias=Miro_161;ID=Miro_161.RBS;Name=Miro_161;Parent=Miro_161
+Miro feature gene 90052 90410 . - . ID=Miro_160
+Miro GenBank CDS 90052 90399 . - 1 ID=Miro_160.CDS;Name=Miro_160;Parent=Miro_160;obsolete_name=Miro_004;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 90406 90410 . - 1 Alias=Miro_160;ID=Miro_160.RBS;Name=Miro_160;Parent=Miro_160
+Miro feature gene 91043 92201 . - . ID=Miro_163
+Miro GenBank CDS 91043 92197 . - 1 ID=Miro_163.CDS;Name=Miro_163;Note=contains 4Fe4S-binding SPASM domain;Parent=Miro_163;obsolete_name=Miro_001;product=radical SAM superfamily protein
+Miro GenBank Shine_Dalgarno_sequence 92198 92201 . + 1 Alias=Miro_163;ID=Miro_163.RBS;Name=Miro_163;Parent=Miro_163
+Miro feature gene 100922 101554 . - . ID=Miro_187
+Miro GenBank CDS 100922 101545 . - 1 ID=Miro_187.CDS;Name=Miro_187;Parent=Miro_187;obsolete_name=Miro_253;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 101551 101554 . - 1 Alias=Miro_187;ID=Miro_187.RBS;Name=Miro_187;Parent=Miro_187
+Miro feature gene 100375 100923 . - . ID=Miro_186
+Miro GenBank CDS 100375 100914 . - 1 ID=Miro_186.CDS;Name=Miro_186;Parent=Miro_186;obsolete_name=Miro_254;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 100920 100923 . - 1 Alias=Miro_186;ID=Miro_186.RBS;Name=Miro_186;Parent=Miro_186
+Miro feature gene 100169 100320 . - . ID=Miro_185
+Miro GenBank CDS 100169 100309 . - 1 ID=Miro_185.CDS;Name=Miro_185;Parent=Miro_185;obsolete_name=Miro_255;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 100315 100320 . - 1 Alias=Miro_185;ID=Miro_185.RBS;Name=Miro_185;Parent=Miro_185
+Miro feature gene 90744 91055 . - . ID=Miro_162
+Miro GenBank CDS 90744 91046 . - 1 ID=Miro_162.CDS;Name=Miro_162;Parent=Miro_162;obsolete_name=Miro_002;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 91053 91055 . - 1 Alias=Miro_162;ID=Miro_162.RBS;Name=Miro_162;Parent=Miro_162
+Miro feature gene 99593 99940 . - . ID=Miro_183
+Miro GenBank CDS 99593 99928 . - 1 ID=Miro_183.CDS;Name=Miro_183;Note=contains heat shock protein DnaJ%2C cysteine-rich domain;Parent=Miro_183;obsolete_name=Miro_257;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 99938 99940 . - 1 Alias=Miro_183;ID=Miro_183.RBS;Name=Miro_183;Parent=Miro_183
+Miro feature gene 99303 99611 . - . ID=Miro_182
+Miro GenBank CDS 99303 99596 . - 1 ID=Miro_182.CDS;Name=Miro_182;Parent=Miro_182;obsolete_name=Miro_258;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 99609 99611 . - 1 Alias=Miro_182;ID=Miro_182.RBS;Name=Miro_182;Parent=Miro_182
+Miro feature gene 99059 99328 . - . ID=Miro_181
+Miro GenBank CDS 99059 99310 . - 1 ID=Miro_181.CDS;Name=Miro_181;Parent=Miro_181;obsolete_name=Miro_259;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 99325 99328 . - 1 Alias=Miro_181;ID=Miro_181.RBS;Name=Miro_181;Parent=Miro_181
+Miro feature gene 98817 99074 . - . ID=Miro_180
+Miro GenBank CDS 98817 99062 . - 1 ID=Miro_180.CDS;Name=Miro_180;Parent=Miro_180;obsolete_name=Miro_260;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 99072 99074 . - 1 Alias=Miro_180;ID=Miro_180.RBS;Name=Miro_180;Parent=Miro_180
+Miro feature gene 92931 93195 . - . ID=Miro_165
+Miro GenBank CDS 92931 93185 . - 1 ID=Miro_165.CDS;Name=Miro_165;Parent=Miro_165;obsolete_name=Miro_275;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 93192 93195 . - 1 Alias=Miro_165;ID=Miro_165.RBS;Name=Miro_165;Parent=Miro_165
+Miro feature gene 101872 102579 . - . ID=Miro_189
+Miro GenBank CDS 101872 102567 . - 1 ID=Miro_189.CDS;Name=Miro_189;Note=contains P-loop NTPase domain;Parent=Miro_189;obsolete_name=Miro_251;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 102577 102579 . - 1 Alias=Miro_189;ID=Miro_189.RBS;Name=Miro_189;Parent=Miro_189
+Miro feature gene 92203 92938 . + . ID=Miro_164
+Miro GenBank CDS 92210 92938 . + 1 Alias=Miro_164;ID=Miro_164.CDS;Name=Miro_164;Parent=Miro_164;obsolete_name=Miro_276;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 92203 92206 . - 1 ID=Miro_164.RBS;Name=Miro_164;Parent=Miro_164
+Miro feature gene 93449 93607 . - . ID=Miro_167
+Miro GenBank CDS 93449 93595 . - 1 ID=Miro_167.CDS;Name=Miro_167;Parent=Miro_167;obsolete_name=Miro_273;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 93605 93607 . - 1 Alias=Miro_167;ID=Miro_167.RBS;Name=Miro_167;Parent=Miro_167
+Miro feature gene 121485 123247 . + . ID=Miro_205
+Miro GenBank CDS 121496 123247 . + 1 Alias=Miro_205;ID=Miro_205.CDS;Name=Miro_205;Note=T4 fibritin-like;Parent=Miro_205;obsolete_name=Miro_235;product=neck whisker protein
+Miro GenBank Shine_Dalgarno_sequence 121485 121489 . + 1 ID=Miro_205.RBS;Name=Miro_205;Parent=Miro_205
+Miro feature gene 93252 93463 . - . ID=Miro_166
+Miro GenBank CDS 93252 93452 . - 1 ID=Miro_166.CDS;Name=Miro_166;Parent=Miro_166;obsolete_name=Miro_274;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 93461 93463 . - 1 Alias=Miro_166;ID=Miro_166.RBS;Name=Miro_166;Parent=Miro_166
+Miro feature gene 30315 30571 . - . ID=Miro_49
+Miro GenBank CDS 30315 30560 . - 1 ID=Miro_49.CDS;Name=Miro_49;Parent=Miro_49;obsolete_name=Miro_115;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 30569 30571 . - 1 Alias=Miro_49;ID=Miro_49.RBS;Name=Miro_49;Parent=Miro_49
+Miro feature gene 29659 30330 . - . ID=Miro_48
+Miro GenBank CDS 29659 30318 . - 1 ID=Miro_48.CDS;Name=Miro_48;Note=T4 gp59-like;Parent=Miro_48;obsolete_name=Miro_116;product=helicase assembly protein
+Miro GenBank Shine_Dalgarno_sequence 30328 30330 . - 1 Alias=Miro_48;ID=Miro_48.RBS;Name=Miro_48;Parent=Miro_48
+Miro GenBank DNA 1 176055 . . 1 Alias=Miro;ID=Miro;Name=Miro;date=01-JAN-1980
+Miro feature gene 70714 71046 . - . ID=Miro_118
+Miro GenBank CDS 70714 71034 . - 1 ID=Miro_118.CDS;Name=Miro_118;Parent=Miro_118;obsolete_name=Miro_046;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 71044 71046 . - 1 Alias=Miro_118;ID=Miro_118.RBS;Name=Miro_118;Parent=Miro_118
+Miro feature gene 71034 71561 . - . ID=Miro_119
+Miro GenBank CDS 71034 71549 . - 1 ID=Miro_119.CDS;Name=Miro_119;Parent=Miro_119;obsolete_name=Miro_045;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 71558 71561 . - 1 Alias=Miro_119;ID=Miro_119.RBS;Name=Miro_119;Parent=Miro_119
+Miro feature gene 25310 25609 . - . ID=Miro_41
+Miro GenBank CDS 25310 25597 . - 1 ID=Miro_41.CDS;Name=Miro_41;Parent=Miro_41;obsolete_name=Miro_123;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 25606 25609 . - 1 Alias=Miro_41;ID=Miro_41.RBS;Name=Miro_41;Parent=Miro_41
+Miro feature gene 24984 25325 . - . ID=Miro_40
+Miro GenBank CDS 24984 25313 . - 1 ID=Miro_40.CDS;Name=Miro_40;Parent=Miro_40;obsolete_name=Miro_124;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 25321 25325 . - 1 Alias=Miro_40;ID=Miro_40.RBS;Name=Miro_40;Parent=Miro_40
+Miro feature gene 26032 26607 . - . ID=Miro_43
+Miro GenBank CDS 26032 26595 . - 1 ID=Miro_43.CDS;Name=Miro_43;Parent=Miro_43;obsolete_name=Miro_121;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 26603 26607 . - 1 Alias=Miro_43;ID=Miro_43.RBS;Name=Miro_43;Parent=Miro_43
+Miro feature gene 25666 26036 . - . ID=Miro_42
+Miro GenBank CDS 25666 26028 . - 1 ID=Miro_42.CDS;Name=Miro_42;Note=T4 RegA-like;Parent=Miro_42;obsolete_name=Miro_122;product=translational repressor protein
+Miro GenBank Shine_Dalgarno_sequence 26034 26036 . - 1 Alias=Miro_42;ID=Miro_42.RBS;Name=Miro_42;Parent=Miro_42
+Miro feature gene 27655 28329 . - . ID=Miro_45
+Miro GenBank CDS 27655 28320 . - 1 ID=Miro_45.CDS;Name=Miro_45;Note=T4-like;Parent=Miro_45;obsolete_name=Miro_119;product=DNA polymerase processivity component
+Miro GenBank Shine_Dalgarno_sequence 28327 28329 . - 1 Alias=Miro_45;ID=Miro_45.RBS;Name=Miro_45;Parent=Miro_45
+Miro feature gene 26598 27605 . - . ID=Miro_44
+Miro GenBank CDS 26598 27596 . - 1 ID=Miro_44.CDS;Name=Miro_44;Note=T4 gp44-like;Parent=Miro_44;obsolete_name=Miro_120;product=sliding-clamp-loader subunit
+Miro GenBank Shine_Dalgarno_sequence 27602 27605 . - 1 Alias=Miro_44;ID=Miro_44.RBS;Name=Miro_44;Parent=Miro_44
+Miro feature gene 28672 29656 . - . ID=Miro_47
+Miro GenBank CDS 28672 29643 . - 1 ID=Miro_47.CDS;Name=Miro_47;Note=T4 gp32-like;Parent=Miro_47;obsolete_name=Miro_117;product=ssDNA-binding protein
+Miro GenBank Shine_Dalgarno_sequence 29654 29656 . - 1 Alias=Miro_47;ID=Miro_47.RBS;Name=Miro_47;Parent=Miro_47
+Miro feature gene 28347 28628 . - . ID=Miro_46
+Miro GenBank CDS 28347 28616 . - 1 ID=Miro_46.CDS;Name=Miro_46;Note=T4-like;Parent=Miro_46;obsolete_name=Miro_118;product=RNA polymerase binding protein
+Miro GenBank Shine_Dalgarno_sequence 28626 28628 . - 1 Alias=Miro_46;ID=Miro_46.RBS;Name=Miro_46;Parent=Miro_46
+Miro feature gene 159724 160702 . + . ID=Miro_258
+Miro GenBank CDS 159737 160702 . + 1 Alias=Miro_258;ID=Miro_258.CDS;Name=Miro_258;Parent=Miro_258;obsolete_name=Miro_182;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 159724 159726 . + 1 ID=Miro_258.RBS;Name=Miro_258;Parent=Miro_258
+Miro feature gene 165793 166927 . + . ID=Miro_263
+Miro GenBank CDS 165803 166927 . + 1 Alias=Miro_263;ID=Miro_263.CDS;Name=Miro_263;Parent=Miro_263;obsolete_name=Miro_177;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 165793 165796 . + 1 ID=Miro_263.RBS;Name=Miro_263;Parent=Miro_263
+Miro feature gene 126351 128186 . + . ID=Miro_210
+Miro GenBank CDS 126366 128186 . + 1 Alias=Miro_210;ID=Miro_210.CDS;Name=Miro_210;Note=T4 gp17-like;Parent=Miro_210;obsolete_name=Miro_230;product=terminase%2C large subunit
+Miro GenBank Shine_Dalgarno_sequence 126351 126353 . + 1 ID=Miro_210.RBS;Name=Miro_210;Parent=Miro_210
+Miro feature gene 34191 34491 . + . ID=Miro_56
+Miro GenBank CDS 34204 34491 . + 1 Alias=Miro_56;ID=Miro_56.CDS;Name=Miro_56;Parent=Miro_56;obsolete_name=Miro_108;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 34191 34195 . + 1 ID=Miro_56.RBS;Name=Miro_56;Parent=Miro_56
+Miro feature gene 34465 36172 . + . ID=Miro_57
+Miro GenBank CDS 34475 36172 . + 1 Alias=Miro_57;ID=Miro_57.CDS;Name=Miro_57;Parent=Miro_57;obsolete_name=Miro_107;product=methyl methanesulphonate-sensitivity protein
+Miro GenBank Shine_Dalgarno_sequence 34465 34468 . + 1 ID=Miro_57.RBS;Name=Miro_57;Parent=Miro_57
+Miro feature gene 32797 33134 . + . ID=Miro_54
+Miro GenBank CDS 32808 33134 . + 1 Alias=Miro_54;ID=Miro_54.CDS;Name=Miro_54;Parent=Miro_54;obsolete_name=Miro_110;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 32797 32800 . + 1 ID=Miro_54.RBS;Name=Miro_54;Parent=Miro_54
+Miro feature gene 33173 34217 . + . ID=Miro_55
+Miro GenBank CDS 33186 34217 . + 1 Alias=Miro_55;ID=Miro_55.CDS;Name=Miro_55;Note=T4 exonuclease subunit 1-like;Parent=Miro_55;obsolete_name=Miro_109;product=exonuclease
+Miro GenBank Shine_Dalgarno_sequence 33173 33175 . + 1 ID=Miro_55.RBS;Name=Miro_55;Parent=Miro_55
+Miro feature gene 32068 32603 . + . ID=Miro_52
+Miro GenBank CDS 32076 32603 . + 1 Alias=Miro_52;ID=Miro_52.CDS;Name=Miro_52;Parent=Miro_52;obsolete_name=Miro_112;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 32068 32070 . + 1 ID=Miro_52.RBS;Name=Miro_52;Parent=Miro_52
+Miro feature gene 32588 32815 . + . ID=Miro_53
+Miro GenBank CDS 32600 32815 . + 1 Alias=Miro_53;ID=Miro_53.CDS;Name=Miro_53;Parent=Miro_53;obsolete_name=Miro_111;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 32588 32590 . + 1 ID=Miro_53.RBS;Name=Miro_53;Parent=Miro_53
+Miro feature gene 30564 30838 . - . ID=Miro_50
+Miro GenBank CDS 30564 30827 . - 1 ID=Miro_50.CDS;Name=Miro_50;Note=T4-like;Parent=Miro_50;obsolete_name=Miro_114;product=dsDNA-binding protein
+Miro GenBank Shine_Dalgarno_sequence 30834 30838 . - 1 Alias=Miro_50;ID=Miro_50.RBS;Name=Miro_50;Parent=Miro_50
+Miro feature gene 30837 31781 . - . ID=Miro_51
+Miro GenBank CDS 30837 31772 . - 1 ID=Miro_51.CDS;Name=Miro_51;Note=T4 RNase H-like;Parent=Miro_51;obsolete_name=Miro_113;product=5%27-3%27 exonuclease
+Miro GenBank Shine_Dalgarno_sequence 31778 31781 . - 1 Alias=Miro_51;ID=Miro_51.RBS;Name=Miro_51;Parent=Miro_51
+Miro feature gene 36162 36363 . + . ID=Miro_58
+Miro GenBank CDS 36172 36363 . + 1 Alias=Miro_58;ID=Miro_58.CDS;Name=Miro_58;Parent=Miro_58;obsolete_name=Miro_106;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 36162 36166 . + 1 ID=Miro_58.RBS;Name=Miro_58;Parent=Miro_58
+Miro feature gene 36425 38146 . + . ID=Miro_59
+Miro GenBank CDS 36437 38146 . + 1 Alias=Miro_59;ID=Miro_59.CDS;Name=Miro_59;Note=contains DNAJ domain;Parent=Miro_59;obsolete_name=Miro_105;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 36425 36428 . + 1 ID=Miro_59.RBS;Name=Miro_59;Parent=Miro_59
+Miro feature gene 65396 65799 . + . ID=Miro_109
+Miro GenBank CDS 65407 65799 . + 1 Alias=Miro_109;ID=Miro_109.CDS;Name=Miro_109;Note=T4-like;Parent=Miro_109;obsolete_name=Miro_055;product=tail lysozyme
+Miro GenBank Shine_Dalgarno_sequence 65396 65399 . + 1 ID=Miro_109.RBS;Name=Miro_109;Parent=Miro_109
+Miro feature gene 64840 65406 . + . ID=Miro_108
+Miro GenBank CDS 64852 65406 . + 1 Alias=Miro_108;ID=Miro_108.CDS;Name=Miro_108;Note=T4 gp26/gp51-like;Parent=Miro_108;obsolete_name=Miro_056;product=baseplate structural protein
+Miro GenBank Shine_Dalgarno_sequence 64840 64843 . + 1 ID=Miro_108.RBS;Name=Miro_108;Parent=Miro_108
+Miro feature gene 64103 64855 . + . ID=Miro_107
+Miro GenBank CDS 64112 64855 . + 1 Alias=Miro_107;ID=Miro_107.CDS;Name=Miro_107;Note=T4 gp26/gp51-like;Parent=Miro_107;obsolete_name=Miro_057;product=baseplate structural protein
+Miro GenBank Shine_Dalgarno_sequence 64103 64106 . + 1 ID=Miro_107.RBS;Name=Miro_107;Parent=Miro_107
+Miro feature gene 63210 64083 . + . ID=Miro_106
+Miro GenBank CDS 63220 64083 . + 1 Alias=Miro_106;ID=Miro_106.CDS;Name=Miro_106;Note=T4 gp19-like;Parent=Miro_106;obsolete_name=Miro_058;product=tail tube protein
+Miro GenBank Shine_Dalgarno_sequence 63210 63214 . + 1 ID=Miro_106.RBS;Name=Miro_106;Parent=Miro_106
+Miro feature gene 62126 63210 . + . ID=Miro_105
+Miro GenBank CDS 62137 63210 . + 1 Alias=Miro_105;ID=Miro_105.CDS;Name=Miro_105;Note=T4 gp48-like;Parent=Miro_105;obsolete_name=Miro_059;product=tail tube assembly protein
+Miro GenBank Shine_Dalgarno_sequence 62126 62129 . + 1 ID=Miro_105.RBS;Name=Miro_105;Parent=Miro_105
+Miro feature gene 60343 62126 . + . ID=Miro_104
+Miro GenBank CDS 60354 62126 . + 1 Alias=Miro_104;ID=Miro_104.CDS;Name=Miro_104;Parent=Miro_104;obsolete_name=Miro_060;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 60343 60345 . + 1 ID=Miro_104.RBS;Name=Miro_104;Parent=Miro_104
+Miro feature gene 59767 60351 . + . ID=Miro_103
+Miro GenBank CDS 59776 60351 . + 1 Alias=Miro_103;ID=Miro_103.CDS;Name=Miro_103;Note=T4 gp28-like;Parent=Miro_103;obsolete_name=Miro_061;product=baseplate structural protein
+Miro GenBank Shine_Dalgarno_sequence 59767 59770 . + 1 ID=Miro_103.RBS;Name=Miro_103;Parent=Miro_103
+Miro feature gene 58597 59719 . - . ID=Miro_102
+Miro GenBank CDS 58597 59706 . - 1 ID=Miro_102.CDS;Name=Miro_102;Note=T4 gp27-like;Parent=Miro_102;obsolete_name=Miro_062;product=baseplate structural protein
+Miro GenBank Shine_Dalgarno_sequence 59714 59719 . - 1 Alias=Miro_102;ID=Miro_102.RBS;Name=Miro_102;Parent=Miro_102
+Miro feature gene 58210 58600 . + . ID=Miro_101
+Miro GenBank CDS 58223 58600 . + 1 Alias=Miro_101;ID=Miro_101.CDS;Name=Miro_101;Parent=Miro_101;obsolete_name=Miro_063;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 58210 58213 . + 1 ID=Miro_101.RBS;Name=Miro_101;Parent=Miro_101
+Miro feature gene 57934 58236 . + . ID=Miro_100
+Miro GenBank CDS 57946 58236 . + 1 Alias=Miro_100;ID=Miro_100.CDS;Name=Miro_100;Parent=Miro_100;obsolete_name=Miro_064;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 57934 57936 . + 1 ID=Miro_100.RBS;Name=Miro_100;Parent=Miro_100
+Miro feature gene 142768 143313 . + . ID=Miro_228
+Miro GenBank CDS 142780 143313 . + 1 Alias=Miro_228;ID=Miro_228.CDS;Name=Miro_228;Note=contains Ig-like fold;Parent=Miro_228;obsolete_name=Miro_212;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 142768 142772 . + 1 ID=Miro_228.RBS;Name=Miro_228;Parent=Miro_228
+Miro feature gene 143314 143599 . + . ID=Miro_229
+Miro GenBank CDS 143324 143599 . + 1 Alias=Miro_229;ID=Miro_229.CDS;Name=Miro_229;Parent=Miro_229;obsolete_name=Miro_211;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 143314 143317 . + 1 ID=Miro_229.RBS;Name=Miro_229;Parent=Miro_229
+Miro feature gene 138844 139028 . + . ID=Miro_222
+Miro GenBank CDS 138852 139028 . + 1 Alias=Miro_222;ID=Miro_222.CDS;Name=Miro_222;Parent=Miro_222;obsolete_name=Miro_218;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 138844 138846 . + 1 ID=Miro_222.RBS;Name=Miro_222;Parent=Miro_222
+Miro feature gene 139303 139545 . - . ID=Miro_223
+Miro GenBank CDS 139303 139536 . - 1 ID=Miro_223.CDS;Name=Miro_223;Note=T4 UvsW-like;Parent=Miro_223;obsolete_name=Miro_217;product=ATP-dependent DNA helicase
+Miro GenBank Shine_Dalgarno_sequence 139542 139545 . - 1 Alias=Miro_223;ID=Miro_223.RBS;Name=Miro_223;Parent=Miro_223
+Miro feature gene 136828 138128 . + . ID=Miro_220
+Miro GenBank CDS 136839 138128 . + 1 Alias=Miro_220;ID=Miro_220.CDS;Name=Miro_220;Note=T4 gp23/gp24-like;Parent=Miro_220;obsolete_name=Miro_220;product=major capsid protein
+Miro GenBank Shine_Dalgarno_sequence 136828 136831 . + 1 ID=Miro_220.RBS;Name=Miro_220;Parent=Miro_220
+Miro feature gene 138424 138852 . + . ID=Miro_221
+Miro GenBank CDS 138433 138852 . + 1 Alias=Miro_221;ID=Miro_221.CDS;Name=Miro_221;Parent=Miro_221;obsolete_name=Miro_219;product=UvsY recombination protein
+Miro GenBank Shine_Dalgarno_sequence 138424 138426 . + 1 ID=Miro_221.RBS;Name=Miro_221;Parent=Miro_221
+Miro feature gene 141819 142142 . + . ID=Miro_226
+Miro GenBank CDS 141831 142142 . + 1 Alias=Miro_226;ID=Miro_226.CDS;Name=Miro_226;Parent=Miro_226;obsolete_name=Miro_214;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 141819 141822 . + 1 ID=Miro_226.RBS;Name=Miro_226;Parent=Miro_226
+Miro feature gene 142173 142751 . + . ID=Miro_227
+Miro GenBank CDS 142182 142751 . + 1 Alias=Miro_227;ID=Miro_227.CDS;Name=Miro_227;Note=contains heat shock protein DNAJ domain;Parent=Miro_227;obsolete_name=Miro_213;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 142173 142176 . + 1 ID=Miro_227.RBS;Name=Miro_227;Parent=Miro_227
+Miro feature gene 139545 141056 . - . ID=Miro_224
+Miro GenBank CDS 139545 141044 . - 1 ID=Miro_224.CDS;Name=Miro_224;Note=contains helicase superfamily and ATP-binding domains;Parent=Miro_224;obsolete_name=Miro_216;product=DNA helicase
+Miro GenBank Shine_Dalgarno_sequence 141053 141056 . - 1 Alias=Miro_224;ID=Miro_224.RBS;Name=Miro_224;Parent=Miro_224
+Miro feature gene 141104 141738 . + . ID=Miro_225
+Miro GenBank CDS 141115 141738 . + 1 Alias=Miro_225;ID=Miro_225.CDS;Name=Miro_225;Parent=Miro_225;obsolete_name=Miro_215;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 141104 141107 . + 1 ID=Miro_225.RBS;Name=Miro_225;Parent=Miro_225
+Miro feature gene 154043 154534 . + . ID=Miro_248
+Miro GenBank CDS 154052 154534 . + 1 Alias=Miro_248;ID=Miro_248.CDS;Name=Miro_248;Note=T4 gp49-like;Parent=Miro_248;obsolete_name=Miro_192;product=recombination endonuclease
+Miro GenBank Shine_Dalgarno_sequence 154043 154045 . + 1 ID=Miro_248.RBS;Name=Miro_248;Parent=Miro_248
+Miro feature gene 154521 154857 . + . ID=Miro_249
+Miro GenBank CDS 154531 154857 . + 1 Alias=Miro_249;ID=Miro_249.CDS;Name=Miro_249;Parent=Miro_249;obsolete_name=Miro_191;product=hypothetical novel
+Miro GenBank Shine_Dalgarno_sequence 154521 154523 . + 1 ID=Miro_249.RBS;Name=Miro_249;Parent=Miro_249
+Miro feature gene 149229 149828 . + . ID=Miro_240
+Miro GenBank CDS 149247 149828 . + 1 Alias=Miro_240;ID=Miro_240.CDS;Name=Miro_240;Parent=Miro_240;obsolete_name=Miro_200;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 149229 149232 . + 1 ID=Miro_240.RBS;Name=Miro_240;Parent=Miro_240
+Miro feature gene 149813 150346 . + . ID=Miro_241
+Miro GenBank CDS 149822 150346 . + 1 Alias=Miro_241;ID=Miro_241.CDS;Name=Miro_241;Parent=Miro_241;obsolete_name=Miro_199;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 149813 149815 . + 1 ID=Miro_241.RBS;Name=Miro_241;Parent=Miro_241
+Miro feature gene 150412 150684 . + . ID=Miro_242
+Miro GenBank CDS 150424 150684 . + 1 Alias=Miro_242;ID=Miro_242.CDS;Name=Miro_242;Parent=Miro_242;obsolete_name=Miro_198;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 150412 150415 . + 1 ID=Miro_242.RBS;Name=Miro_242;Parent=Miro_242
+Miro feature gene 150684 151143 . + . ID=Miro_243
+Miro GenBank CDS 150694 151143 . + 1 Alias=Miro_243;ID=Miro_243.CDS;Name=Miro_243;Parent=Miro_243;obsolete_name=Miro_197;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 150684 150687 . + 1 ID=Miro_243.RBS;Name=Miro_243;Parent=Miro_243
+Miro feature gene 151160 152604 . + . ID=Miro_244
+Miro GenBank CDS 151171 152604 . + 1 Alias=Miro_244;ID=Miro_244.CDS;Name=Miro_244;Note=contains quinolinate phosphoribosyl transferase domain;Parent=Miro_244;obsolete_name=Miro_196;product=nicotinamide phosphoribosyl transferase
+Miro GenBank Shine_Dalgarno_sequence 151160 151163 . + 1 ID=Miro_244.RBS;Name=Miro_244;Parent=Miro_244
+Miro feature gene 152576 152893 . + . ID=Miro_245
+Miro GenBank CDS 152591 152893 . + 1 Alias=Miro_245;ID=Miro_245.CDS;Name=Miro_245;Parent=Miro_245;obsolete_name=Miro_195;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 152576 152579 . + 1 ID=Miro_245.RBS;Name=Miro_245;Parent=Miro_245
+Miro feature gene 153004 153741 . + . ID=Miro_246
+Miro GenBank CDS 153016 153741 . + 1 Alias=Miro_246;ID=Miro_246.CDS;Name=Miro_246;Note=T4-like;Parent=Miro_246;obsolete_name=Miro_194;product=DNA adenine methylase
+Miro GenBank Shine_Dalgarno_sequence 153004 153006 . + 1 ID=Miro_246.RBS;Name=Miro_246;Parent=Miro_246
+Miro feature gene 153741 154019 . + . ID=Miro_247
+Miro GenBank CDS 153750 154019 . + 1 Alias=Miro_247;ID=Miro_247.CDS;Name=Miro_247;Note=T4 NrdC-like;Parent=Miro_247;obsolete_name=Miro_193;product=glutaredoxin
+Miro GenBank Shine_Dalgarno_sequence 153741 153744 . + 1 ID=Miro_247.RBS;Name=Miro_247;Parent=Miro_247
+
+Miro feature gene 12732 14075 . - . ID=Miro_23
+Miro GenBank CDS 12732 14060 . - 1 ID=Miro_23.CDS;Name=Miro_23;Note=contains P-loop containing nucleoside triphosphate hydrolase domain;Parent=Miro_23;obsolete_name=Miro_141;product=DNA helicase
+Miro GenBank Shine_Dalgarno_sequence 14073 14075 . - 1 Alias=Miro_23;ID=Miro_23.RBS;Name=Miro_23;Parent=Miro_23
+
+Miro feature gene 12399 12716 . - . ID=Miro_22
+Miro GenBank CDS 12399 12707 . - 1 ID=Miro_22.CDS;Name=Miro_22;Parent=Miro_22;obsolete_name=Miro_142;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 12713 12716 . - 1 Alias=Miro_22;ID=Miro_22.RBS;Name=Miro_22;Parent=Miro_22
+Miro feature gene 12114 12410 . - . ID=Miro_21
+Miro GenBank CDS 12114 12398 . - 1 ID=Miro_21.CDS;Name=Miro_21;Parent=Miro_21;obsolete_name=Miro_143;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 12407 12410 . - 1 Alias=Miro_21;ID=Miro_21.RBS;Name=Miro_21;Parent=Miro_21
+Miro feature gene 11728 12126 . - . ID=Miro_20
+Miro GenBank CDS 11728 12117 . - 1 ID=Miro_20.CDS;Name=Miro_20;Parent=Miro_20;obsolete_name=Miro_144;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 12123 12126 . - 1 Alias=Miro_20;ID=Miro_20.RBS;Name=Miro_20;Parent=Miro_20
+Miro feature gene 15073 16108 . - . ID=Miro_27
+Miro GenBank CDS 15073 16098 . - 1 ID=Miro_27.CDS;Name=Miro_27;Note=T4-like;Parent=Miro_27;obsolete_name=Miro_137;product=DNA primase
+Miro GenBank Shine_Dalgarno_sequence 16104 16108 . - 1 Alias=Miro_27;ID=Miro_27.RBS;Name=Miro_27;Parent=Miro_27
+Miro feature gene 14529 15074 . - . ID=Miro_26
+Miro GenBank CDS 14529 15065 . - 1 ID=Miro_26.CDS;Name=Miro_26;Parent=Miro_26;obsolete_name=Miro_138;product=dCTP pyrophosphatase
+Miro GenBank Shine_Dalgarno_sequence 15072 15074 . - 1 Alias=Miro_26;ID=Miro_26.RBS;Name=Miro_26;Parent=Miro_26
+Miro feature gene 14344 14545 . - . ID=Miro_25
+Miro GenBank CDS 14344 14529 . - 1 ID=Miro_25.CDS;Name=Miro_25;Parent=Miro_25;obsolete_name=Miro_139;product=hypothetical conserved;tmhelix=2TMDs %287-29%2C 39-57%29 N in%2C C in
+Miro GenBank Shine_Dalgarno_sequence 14543 14545 . - 1 Alias=Miro_25;ID=Miro_25.RBS;Name=Miro_25;Parent=Miro_25
+Miro feature gene 14057 14358 . - . ID=Miro_24
+Miro GenBank CDS 14057 14347 . - 1 ID=Miro_24.CDS;Name=Miro_24;Parent=Miro_24;obsolete_name=Miro_140;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 14355 14358 . - 1 Alias=Miro_24;ID=Miro_24.RBS;Name=Miro_24;Parent=Miro_24
+Miro feature gene 16418 16647 . - . ID=Miro_29
+Miro GenBank CDS 16418 16636 . - 1 ID=Miro_29.CDS;Name=Miro_29;Parent=Miro_29;obsolete_name=Miro_135;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 16644 16647 . - 1 Alias=Miro_29;ID=Miro_29.RBS;Name=Miro_29;Parent=Miro_29
+Miro feature gene 16102 16375 . - . ID=Miro_28
+Miro GenBank CDS 16102 16362 . - 1 ID=Miro_28.CDS;Name=Miro_28;Note=contains zinc finger domain;Parent=Miro_28;obsolete_name=Miro_136;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 16370 16375 . - 1 Alias=Miro_28;ID=Miro_28.RBS;Name=Miro_28;Parent=Miro_28
+Miro feature gene 76662 77733 . - . ID=Miro_132
+Miro GenBank CDS 76662 77723 . - 1 ID=Miro_132.CDS;Name=Miro_132;Parent=Miro_132;obsolete_name=Miro_032;product=NUDIX hydrolase
+Miro GenBank Shine_Dalgarno_sequence 77730 77733 . - 1 Alias=Miro_132;ID=Miro_132.RBS;Name=Miro_132;Parent=Miro_132
+Miro feature gene 77900 78824 . - . ID=Miro_133
+Miro GenBank CDS 77900 78814 . - 1 ID=Miro_133.CDS;Name=Miro_133;Parent=Miro_133;obsolete_name=Miro_031;product=hypothetical conserved;signal=signal peptidase I cleavage site 34-35
+Miro GenBank Shine_Dalgarno_sequence 78822 78824 . - 1 Alias=Miro_133;ID=Miro_133.RBS;Name=Miro_133;Parent=Miro_133
+Miro feature gene 76025 76309 . - . ID=Miro_130
+Miro GenBank CDS 76025 76297 . - 1 ID=Miro_130.CDS;Name=Miro_130;Parent=Miro_130;obsolete_name=Miro_034;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 76307 76309 . - 1 Alias=Miro_130;ID=Miro_130.RBS;Name=Miro_130;Parent=Miro_130
+Miro feature gene 76294 76498 . - . ID=Miro_131
+Miro GenBank CDS 76294 76488 . - 1 ID=Miro_131.CDS;Name=Miro_131;Parent=Miro_131;obsolete_name=Miro_033;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 76495 76498 . - 1 Alias=Miro_131;ID=Miro_131.RBS;Name=Miro_131;Parent=Miro_131
+Miro feature gene 79668 80071 . - . ID=Miro_136
+Miro GenBank CDS 79668 80060 . - 1 ID=Miro_136.CDS;Name=Miro_136;Parent=Miro_136;obsolete_name=Miro_028;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 80067 80071 . - 1 Alias=Miro_136;ID=Miro_136.RBS;Name=Miro_136;Parent=Miro_136
+Miro feature gene 80077 80695 . - . ID=Miro_137
+Miro GenBank CDS 80077 80685 . - 1 ID=Miro_137.CDS;Name=Miro_137;Note=contains P-loop containing nucleoside triphosphate hydrolase;Parent=Miro_137;obsolete_name=Miro_027;product=thymidine kinase
+Miro GenBank Shine_Dalgarno_sequence 80693 80695 . - 1 Alias=Miro_137;ID=Miro_137.RBS;Name=Miro_137;Parent=Miro_137
+Miro feature gene 78886 79317 . - . ID=Miro_134
+Miro GenBank CDS 78886 79308 . - 1 ID=Miro_134.CDS;Name=Miro_134;Parent=Miro_134;obsolete_name=Miro_030;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 79314 79317 . - 1 Alias=Miro_134;ID=Miro_134.RBS;Name=Miro_134;Parent=Miro_134
+Miro feature gene 79280 79572 . - . ID=Miro_135
+Miro GenBank CDS 79280 79561 . - 1 ID=Miro_135.CDS;Name=Miro_135;Parent=Miro_135;obsolete_name=Miro_029;product=hypothetical conserved;tmhelix=2TMDs %287-24%2C 39-61%29 N out%2C C in
+Miro GenBank Shine_Dalgarno_sequence 79570 79572 . - 1 Alias=Miro_135;ID=Miro_135.RBS;Name=Miro_135;Parent=Miro_135
+Miro feature gene 80678 80889 . - . ID=Miro_138
+Miro GenBank CDS 80678 80875 . - 1 ID=Miro_138.CDS;Name=Miro_138;Parent=Miro_138;obsolete_name=Miro_026;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 80886 80889 . - 1 Alias=Miro_138;ID=Miro_138.RBS;Name=Miro_138;Parent=Miro_138
+Miro feature gene 80868 81097 . - . ID=Miro_139
+Miro GenBank CDS 80868 81083 . - 1 ID=Miro_139.CDS;Name=Miro_139;Parent=Miro_139;obsolete_name=Miro_025;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 81095 81097 . - 1 Alias=Miro_139;ID=Miro_139.RBS;Name=Miro_139;Parent=Miro_139
+Miro feature gene 128192 130197 . + . ID=Miro_211
+Miro GenBank CDS 128206 130197 . + 1 Alias=Miro_211;ID=Miro_211.CDS;Name=Miro_211;Note=T4 gp18-like;Parent=Miro_211;obsolete_name=Miro_229;product=tail sheath protein
+Miro GenBank Shine_Dalgarno_sequence 128192 128195 . + 1 ID=Miro_211.RBS;Name=Miro_211;Parent=Miro_211
+Miro feature gene 148228 149257 . + . ID=Miro_239
+Miro GenBank CDS 148238 149257 . + 1 Alias=Miro_239;ID=Miro_239.CDS;Name=Miro_239;Note=T4 Rnl2-like;Parent=Miro_239;obsolete_name=Miro_201;product=RNA ligase
+Miro GenBank Shine_Dalgarno_sequence 148228 148231 . + 1 ID=Miro_239.RBS;Name=Miro_239;Parent=Miro_239
+Miro feature gene 99939 100090 . - . ID=Miro_184
+Miro GenBank CDS 99939 100079 . - 1 ID=Miro_184.CDS;Name=Miro_184;Parent=Miro_184;obsolete_name=Miro_256;product=hypothetical conserved;tmhelix=1 TMD %2819-41%29 N in%2C C out
+Miro GenBank Shine_Dalgarno_sequence 100085 100090 . - 1 Alias=Miro_184;ID=Miro_184.RBS;Name=Miro_184;Parent=Miro_184
+Miro feature gene 146845 147029 . + . ID=Miro_235
+Miro GenBank CDS 146853 147029 . + 1 Alias=Miro_235;ID=Miro_235.CDS;Name=Miro_235;Parent=Miro_235;obsolete_name=Miro_205;product=hypothetical conserved;tmhelix=2TMDs %285-27%2C 31-50%29 N in%2C C in
+Miro GenBank Shine_Dalgarno_sequence 146845 146847 . + 1 ID=Miro_235.RBS;Name=Miro_235;Parent=Miro_235
+Miro feature gene 146530 146856 . + . ID=Miro_234
+Miro GenBank CDS 146539 146856 . + 1 Alias=Miro_234;ID=Miro_234.CDS;Name=Miro_234;Parent=Miro_234;obsolete_name=Miro_206;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 146530 146533 . + 1 ID=Miro_234.RBS;Name=Miro_234;Parent=Miro_234
+Miro feature gene 147343 147710 . + . ID=Miro_237
+Miro GenBank CDS 147354 147710 . + 1 Alias=Miro_237;ID=Miro_237.CDS;Name=Miro_237;Parent=Miro_237;obsolete_name=Miro_203;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 147343 147346 . + 1 ID=Miro_237.RBS;Name=Miro_237;Parent=Miro_237
+Miro feature gene 147016 147352 . + . ID=Miro_236
+Miro GenBank CDS 147026 147352 . + 1 Alias=Miro_236;ID=Miro_236.CDS;Name=Miro_236;Parent=Miro_236;obsolete_name=Miro_204;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 147016 147019 . + 1 ID=Miro_236.RBS;Name=Miro_236;Parent=Miro_236
+Miro feature gene 144163 144638 . - . ID=Miro_231
+Miro GenBank CDS 144163 144627 . - 1 ID=Miro_231.CDS;Name=Miro_231;Note=contains HAD-like domain;Parent=Miro_231;obsolete_name=Miro_209;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 144635 144638 . - 1 Alias=Miro_231;ID=Miro_231.RBS;Name=Miro_231;Parent=Miro_231
+Miro feature gene 143604 144131 . + . ID=Miro_230
+Miro GenBank CDS 143613 144131 . + 1 Alias=Miro_230;ID=Miro_230.CDS;Name=Miro_230;Parent=Miro_230;obsolete_name=Miro_210;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 143604 143606 . + 1 ID=Miro_230.RBS;Name=Miro_230;Parent=Miro_230
+Miro feature gene 145620 146506 . + . ID=Miro_233
+Miro GenBank CDS 145631 146506 . + 1 Alias=Miro_233;ID=Miro_233.CDS;Name=Miro_233;Parent=Miro_233;obsolete_name=Miro_207;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 145620 145623 . + 1 ID=Miro_233.RBS;Name=Miro_233;Parent=Miro_233
+Miro feature gene 144677 145528 . - . ID=Miro_232
+Miro GenBank CDS 144677 145516 . - 1 ID=Miro_232.CDS;Name=Miro_232;Note=contains P-loop NTPase and zeta toxin domains;Parent=Miro_232;obsolete_name=Miro_208;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 145525 145528 . - 1 Alias=Miro_232;ID=Miro_232.RBS;Name=Miro_232;Parent=Miro_232
+Miro feature gene 160735 161413 . + . ID=Miro_259
+Miro GenBank CDS 160745 161413 . + 1 Alias=Miro_259;ID=Miro_259.CDS;Name=Miro_259;Parent=Miro_259;obsolete_name=Miro_181;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 160735 160739 . + 1 ID=Miro_259.RBS;Name=Miro_259;Parent=Miro_259
+Miro feature gene 65834 66298 . - . ID=Miro_110
+Miro GenBank CDS 65834 66289 . - 1 ID=Miro_110.CDS;Name=Miro_110;Parent=Miro_110;obsolete_name=Miro_054;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 66295 66298 . - 1 Alias=Miro_110;ID=Miro_110.RBS;Name=Miro_110;Parent=Miro_110
+Miro GenBank CDS 157781 157987 . + 1 ID=Miro_253;Name=Miro_253;obsolete_name=Miro_187;product=hypothetical conserved
+Miro feature gene 157275 157781 . + . ID=Miro_252
+Miro GenBank CDS 157287 157781 . + 1 Alias=Miro_252;ID=Miro_252.CDS;Name=Miro_252;Parent=Miro_252;obsolete_name=Miro_188;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 157275 157278 . + 1 ID=Miro_252.RBS;Name=Miro_252;Parent=Miro_252
+Miro feature gene 157033 157287 . + . ID=Miro_251
+Miro GenBank CDS 157045 157287 . + 1 Alias=Miro_251;ID=Miro_251.CDS;Name=Miro_251;Parent=Miro_251;obsolete_name=Miro_189;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 157033 157037 . + 1 ID=Miro_251.RBS;Name=Miro_251;Parent=Miro_251
+Miro feature gene 154844 156977 . + . ID=Miro_250
+Miro GenBank CDS 154854 156977 . + 1 Alias=Miro_250;ID=Miro_250.CDS;Name=Miro_250;Note=T4-like%3B contains glycine radical domain;Parent=Miro_250;obsolete_name=Miro_190;product=anaerobic ribonucleoside-triphosphate reductase
+Miro GenBank Shine_Dalgarno_sequence 154844 154846 . + 1 ID=Miro_250.RBS;Name=Miro_250;Parent=Miro_250
+Miro feature gene 159166 159667 . + . ID=Miro_257
+Miro GenBank CDS 159176 159667 . + 1 Alias=Miro_257;ID=Miro_257.CDS;Name=Miro_257;Note=T4 NrdG-like;Parent=Miro_257;obsolete_name=Miro_183;product=ribonucleoside-triphosphate reductase activating protein
+Miro GenBank Shine_Dalgarno_sequence 159166 159169 . + 1 ID=Miro_257.RBS;Name=Miro_257;Parent=Miro_257
+Miro feature gene 158528 159179 . + . ID=Miro_256
+Miro GenBank CDS 158538 159179 . + 1 Alias=Miro_256;ID=Miro_256.CDS;Name=Miro_256;Note=contains nuclease associated modular 3 and winged helix-turn-helix DNA-binding domains;Parent=Miro_256;obsolete_name=Miro_184;product=homing endonuclease
+Miro GenBank Shine_Dalgarno_sequence 158528 158530 . + 1 ID=Miro_256.RBS;Name=Miro_256;Parent=Miro_256
+Miro feature gene 158309 158511 . + . ID=Miro_255
+Miro GenBank CDS 158320 158511 . + 1 Alias=Miro_255;ID=Miro_255.CDS;Name=Miro_255;Parent=Miro_255;obsolete_name=Miro_185;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 158309 158314 . + 1 ID=Miro_255.RBS;Name=Miro_255;Parent=Miro_255
+Miro feature gene 157997 158259 . + . ID=Miro_254
+Miro GenBank CDS 158008 158259 . + 1 Alias=Miro_254;ID=Miro_254.CDS;Name=Miro_254;Parent=Miro_254;obsolete_name=Miro_186;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 157997 158000 . + 1 ID=Miro_254.RBS;Name=Miro_254;Parent=Miro_254
+Miro feature gene 16633 17132 . - . ID=Miro_30
+Miro GenBank CDS 16633 17121 . - 1 ID=Miro_30.CDS;Name=Miro_30;Note=T4 gp23/gp24-like;Parent=Miro_30;obsolete_name=Miro_134;product=major capsid protein
+Miro GenBank Shine_Dalgarno_sequence 17130 17132 . - 1 Alias=Miro_30;ID=Miro_30.RBS;Name=Miro_30;Parent=Miro_30
+Miro feature gene 17127 17819 . - . ID=Miro_31
+Miro GenBank CDS 17127 17813 . - 1 ID=Miro_31.CDS;Name=Miro_31;Note=contains N-6 adenine-specific DNA methylase conserved site;Parent=Miro_31;obsolete_name=Miro_133;product=radical SAM protein
+Miro GenBank Shine_Dalgarno_sequence 17817 17819 . - 1 Alias=Miro_31;ID=Miro_31.RBS;Name=Miro_31;Parent=Miro_31
+Miro feature gene 17839 18240 . - . ID=Miro_32
+Miro GenBank CDS 17839 18231 . - 1 ID=Miro_32.CDS;Name=Miro_32;Parent=Miro_32;obsolete_name=Miro_132;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 18237 18240 . - 1 Alias=Miro_32;ID=Miro_32.RBS;Name=Miro_32;Parent=Miro_32
+Miro feature gene 18228 18475 . - . ID=Miro_33
+Miro GenBank CDS 18228 18464 . - 1 ID=Miro_33.CDS;Name=Miro_33;Parent=Miro_33;obsolete_name=Miro_131;product=hypothetical conserved;tmhelix=2TMDs %285-27%2C 38-60%29 N in%2C C in
+Miro GenBank Shine_Dalgarno_sequence 18470 18475 . - 1 Alias=Miro_33;ID=Miro_33.RBS;Name=Miro_33;Parent=Miro_33
+Miro feature gene 18556 18822 . - . ID=Miro_34
+Miro GenBank CDS 18556 18810 . - 1 ID=Miro_34.CDS;Name=Miro_34;Parent=Miro_34;obsolete_name=Miro_130;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 18818 18822 . - 1 Alias=Miro_34;ID=Miro_34.RBS;Name=Miro_34;Parent=Miro_34
+Miro feature gene 18889 19168 . - . ID=Miro_35
+Miro GenBank CDS 18889 19158 . - 1 ID=Miro_35.CDS;Name=Miro_35;Parent=Miro_35;obsolete_name=Miro_129;product=hypothetical conserved;tmhelix=2TMDs %287-29%2C 44-66%29 N in%2C C in
+Miro GenBank Shine_Dalgarno_sequence 19165 19168 . - 1 Alias=Miro_35;ID=Miro_35.RBS;Name=Miro_35;Parent=Miro_35
+Miro feature gene 19202 20648 . - . ID=Miro_36
+Miro GenBank CDS 19202 20638 . - 1 ID=Miro_36.CDS;Name=Miro_36;Note=T4 gp41-like;Parent=Miro_36;obsolete_name=Miro_128;product=DNA helicase
+Miro GenBank Shine_Dalgarno_sequence 20646 20648 . - 1 Alias=Miro_36;ID=Miro_36.RBS;Name=Miro_36;Parent=Miro_36
+Miro feature gene 20648 20978 . - . ID=Miro_37
+Miro GenBank CDS 20648 20968 . - 1 ID=Miro_37.CDS;Name=Miro_37;Note=T4 gp40-like;Parent=Miro_37;obsolete_name=Miro_127;product=head formation protein
+Miro GenBank Shine_Dalgarno_sequence 20975 20978 . - 1 Alias=Miro_37;ID=Miro_37.RBS;Name=Miro_37;Parent=Miro_37
+Miro feature gene 21006 22174 . - . ID=Miro_38
+Miro GenBank CDS 21006 22163 . - 1 ID=Miro_38.CDS;Name=Miro_38;Note=T4 RecA-like;Parent=Miro_38;obsolete_name=Miro_126;product=DNA recombination and repair protein;tmhelix=1 TMD %2840-62%29 N in%2C C out
+Miro GenBank Shine_Dalgarno_sequence 22172 22174 . - 1 Alias=Miro_38;ID=Miro_38.RBS;Name=Miro_38;Parent=Miro_38
+Miro feature gene 22238 24954 . - . ID=Miro_39
+Miro GenBank CDS 22238 24937 . - 1 ID=Miro_39.CDS;Name=Miro_39;Note=T4 gp43-like;Parent=Miro_39;obsolete_name=Miro_125;product=DNA polymerase
+Miro GenBank Shine_Dalgarno_sequence 24951 24954 . - 1 Alias=Miro_39;ID=Miro_39.RBS;Name=Miro_39;Parent=Miro_39
+Miro feature gene 101597 101867 . - . ID=Miro_188
+Miro GenBank CDS 101597 101857 . - 1 ID=Miro_188.CDS;Name=Miro_188;Parent=Miro_188;obsolete_name=Miro_252;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 101864 101867 . - 1 Alias=Miro_188;ID=Miro_188.RBS;Name=Miro_188;Parent=Miro_188
+Miro feature gene 73570 73827 . - . ID=Miro_125
+Miro GenBank CDS 73570 73815 . - 1 ID=Miro_125.CDS;Name=Miro_125;Parent=Miro_125;obsolete_name=Miro_039;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 73823 73827 . - 1 Alias=Miro_125;ID=Miro_125.RBS;Name=Miro_125;Parent=Miro_125
+Miro feature gene 66297 66533 . - . ID=Miro_111
+Miro GenBank CDS 66297 66521 . - 1 ID=Miro_111.CDS;Name=Miro_111;Parent=Miro_111;obsolete_name=Miro_053;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 66530 66533 . - 1 Alias=Miro_111;ID=Miro_111.RBS;Name=Miro_111;Parent=Miro_111
+Miro feature gene 74819 75206 . - . ID=Miro_127
+Miro GenBank CDS 74819 75196 . - 1 ID=Miro_127.CDS;Name=Miro_127;Parent=Miro_127;obsolete_name=Miro_037;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 75203 75206 . - 1 Alias=Miro_127;ID=Miro_127.RBS;Name=Miro_127;Parent=Miro_127
+Miro feature gene 73812 74832 . - . ID=Miro_126
+Miro GenBank CDS 73812 74819 . - 1 ID=Miro_126.CDS;Name=Miro_126;Note=T4 nrdC.11-like;Parent=Miro_126;obsolete_name=Miro_038;product=nucleotidyltransferase
+Miro GenBank Shine_Dalgarno_sequence 74829 74832 . - 1 Alias=Miro_126;ID=Miro_126.RBS;Name=Miro_126;Parent=Miro_126
+Miro feature gene 71861 72037 . - . ID=Miro_121
+Miro GenBank CDS 71861 72028 . - 1 ID=Miro_121.CDS;Name=Miro_121;Parent=Miro_121;obsolete_name=Miro_043;product=hypothetical conserved;tmhelix=2TMDs %289-26%2C 30-52%29 N in%2C C in
+Miro GenBank Shine_Dalgarno_sequence 72034 72037 . - 1 Alias=Miro_121;ID=Miro_121.RBS;Name=Miro_121;Parent=Miro_121
+Miro feature gene 71577 71871 . - . ID=Miro_120
+Miro GenBank CDS 71577 71861 . - 1 ID=Miro_120.CDS;Name=Miro_120;Parent=Miro_120;obsolete_name=Miro_044;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 71868 71871 . - 1 Alias=Miro_120;ID=Miro_120.RBS;Name=Miro_120;Parent=Miro_120
+Miro feature gene 72390 73331 . - . ID=Miro_123
+Miro GenBank CDS 72390 73316 . - 1 ID=Miro_123.CDS;Name=Miro_123;Note=C-5 cytosine-specific active site;Parent=Miro_123;obsolete_name=Miro_041;product=cytosine-specific methyltransferase
+Miro GenBank Shine_Dalgarno_sequence 73329 73331 . - 1 Alias=Miro_123;ID=Miro_123.RBS;Name=Miro_123;Parent=Miro_123
+Miro feature gene 72068 72357 . - . ID=Miro_122
+Miro GenBank CDS 72068 72346 . - 1 ID=Miro_122.CDS;Name=Miro_122;Parent=Miro_122;obsolete_name=Miro_042;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 72354 72357 . - 1 Alias=Miro_122;ID=Miro_122.RBS;Name=Miro_122;Parent=Miro_122
+Miro feature gene 75417 76034 . - . ID=Miro_129
+Miro GenBank CDS 75417 76022 . - 1 ID=Miro_129.CDS;Name=Miro_129;Parent=Miro_129;obsolete_name=Miro_035;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 76031 76034 . - 1 Alias=Miro_129;ID=Miro_129.RBS;Name=Miro_129;Parent=Miro_129
+Miro feature gene 75193 75434 . - . ID=Miro_128
+Miro GenBank CDS 75193 75420 . - 1 ID=Miro_128.CDS;Name=Miro_128;Parent=Miro_128;obsolete_name=Miro_036;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 75430 75434 . - 1 Alias=Miro_128;ID=Miro_128.RBS;Name=Miro_128;Parent=Miro_128
+Miro feature gene 133686 134487 . + . ID=Miro_217
+Miro GenBank CDS 133699 134487 . + 1 Alias=Miro_217;ID=Miro_217.CDS;Name=Miro_217;Parent=Miro_217;obsolete_name=Miro_223;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 133686 133689 . + 1 ID=Miro_217.RBS;Name=Miro_217;Parent=Miro_217
+Miro feature gene 172795 173074 . - . ID=Miro_268
+Miro GenBank CDS 172795 173064 . - 1 ID=Miro_268.CDS;Name=Miro_268;Parent=Miro_268;obsolete_name=Miro_172;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 173071 173074 . - 1 Alias=Miro_268;ID=Miro_268.RBS;Name=Miro_268;Parent=Miro_268
+Miro feature gene 133007 133666 . + . ID=Miro_216
+Miro GenBank CDS 133019 133666 . + 1 Alias=Miro_216;ID=Miro_216.CDS;Name=Miro_216;Note=T4 gp21-like;Parent=Miro_216;obsolete_name=Miro_224;product=prohead core protein protease
+Miro GenBank Shine_Dalgarno_sequence 133007 133010 . + 1 ID=Miro_216.RBS;Name=Miro_216;Parent=Miro_216
+Miro feature gene 171490 172030 . + . ID=Miro_266
+Miro GenBank CDS 171503 172030 . + 1 Alias=Miro_266;ID=Miro_266.CDS;Name=Miro_266;Note=T2 gp38-like;Parent=Miro_266;obsolete_name=Miro_174;product=receptor-recognizing protein
+Miro GenBank Shine_Dalgarno_sequence 171490 171494 . + 1 ID=Miro_266.RBS;Name=Miro_266;Parent=Miro_266
+Miro feature gene 172135 172794 . + . ID=Miro_267
+Miro GenBank CDS 172147 172794 . + 1 Alias=Miro_267;ID=Miro_267.CDS;Name=Miro_267;Note=T4 gpT-like;Parent=Miro_267;obsolete_name=Miro_173;product=holin;tmhelix=1 TMD %2829-47%29 N in%2C C out
+Miro GenBank Shine_Dalgarno_sequence 172135 172137 . + 1 ID=Miro_267.RBS;Name=Miro_267;Parent=Miro_267
+Miro feature gene 166968 167645 . + . ID=Miro_264
+Miro GenBank CDS 166977 167645 . + 1 Alias=Miro_264;ID=Miro_264.CDS;Name=Miro_264;Note=T4 gp36-like;Parent=Miro_264;obsolete_name=Miro_176;product=tail fiber
+Miro GenBank Shine_Dalgarno_sequence 166968 166971 . + 1 ID=Miro_264.RBS;Name=Miro_264;Parent=Miro_264
+Miro feature gene 167645 171466 . + . ID=Miro_265
+Miro GenBank CDS 167654 171466 . + 1 Alias=Miro_265;ID=Miro_265.CDS;Name=Miro_265;Parent=Miro_265;obsolete_name=Miro_175;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 167645 167648 . + 1 ID=Miro_265.RBS;Name=Miro_265;Parent=Miro_265
+Miro feature gene 162017 165803 . + . ID=Miro_262
+Miro GenBank CDS 162030 165803 . + 1 Alias=Miro_262;ID=Miro_262.CDS;Name=Miro_262;Parent=Miro_262;obsolete_name=Miro_178;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 162017 162020 . + 1 ID=Miro_262.RBS;Name=Miro_262;Parent=Miro_262
+Miro feature gene 132602 133016 . + . ID=Miro_215
+Miro GenBank CDS 132612 133016 . + 1 Alias=Miro_215;ID=Miro_215.CDS;Name=Miro_215;Note=T4 gp68-like;Parent=Miro_215;obsolete_name=Miro_225;product=prohead core protein
+Miro GenBank Shine_Dalgarno_sequence 132602 132606 . + 1 ID=Miro_215.RBS;Name=Miro_215;Parent=Miro_215
+Miro feature gene 161360 161654 . + . ID=Miro_260
+Miro GenBank CDS 161373 161654 . + 1 Alias=Miro_260;ID=Miro_260.CDS;Name=Miro_260;Note=T4 NrdC-like;Parent=Miro_260;obsolete_name=Miro_180;product=glutaredoxin
+Miro GenBank Shine_Dalgarno_sequence 161360 161363 . + 1 ID=Miro_260.RBS;Name=Miro_260;Parent=Miro_260
+Miro feature gene 161642 161950 . + . ID=Miro_261
+Miro GenBank CDS 161651 161950 . + 1 Alias=Miro_261;ID=Miro_261.CDS;Name=Miro_261;Note=T4 gp55.2-like;Parent=Miro_261;obsolete_name=Miro_179;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 161642 161645 . + 1 ID=Miro_261.RBS;Name=Miro_261;Parent=Miro_261
+Miro feature gene 132347 132603 . + . ID=Miro_214
+Miro GenBank CDS 132361 132603 . + 1 Alias=Miro_214;ID=Miro_214.CDS;Name=Miro_214;Parent=Miro_214;obsolete_name=Miro_226;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 132347 132350 . + 1 ID=Miro_214.RBS;Name=Miro_214;Parent=Miro_214
+Miro feature gene 130777 132361 . + . ID=Miro_213
+Miro GenBank CDS 130787 132361 . + 1 Alias=Miro_213;ID=Miro_213.CDS;Name=Miro_213;Note=T4 gp20-like;Parent=Miro_213;obsolete_name=Miro_227;product=portal protein
+Miro GenBank Shine_Dalgarno_sequence 130777 130780 . + 1 ID=Miro_213.RBS;Name=Miro_213;Parent=Miro_213
+Miro feature gene 147698 148234 . + . ID=Miro_238
+Miro GenBank CDS 147710 148234 . + 1 Alias=Miro_238;ID=Miro_238.CDS;Name=Miro_238;Parent=Miro_238;obsolete_name=Miro_202;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 147698 147701 . + 1 ID=Miro_238.RBS;Name=Miro_238;Parent=Miro_238
+Miro feature gene 130235 130731 . + . ID=Miro_212
+Miro GenBank CDS 130246 130731 . + 1 Alias=Miro_212;ID=Miro_212.CDS;Name=Miro_212;Note=T4 gp19-like;Parent=Miro_212;obsolete_name=Miro_228;product=tail tube protein
+Miro GenBank Shine_Dalgarno_sequence 130235 130239 . + 1 ID=Miro_212.RBS;Name=Miro_212;Parent=Miro_212
+Miro feature gene 51892 52172 . + . ID=Miro_85
+Miro GenBank CDS 51903 52172 . + 1 Alias=Miro_85;ID=Miro_85.CDS;Name=Miro_85;Parent=Miro_85;obsolete_name=Miro_079;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 51892 51894 . + 1 ID=Miro_85.RBS;Name=Miro_85;Parent=Miro_85
+Miro feature gene 51531 51903 . + . ID=Miro_84
+Miro GenBank CDS 51541 51903 . + 1 Alias=Miro_84;ID=Miro_84.CDS;Name=Miro_84;Note=T4-like%3B contains glycine radical domain;Parent=Miro_84;obsolete_name=Miro_080;product=autonomous glycyl radical cofactor
+Miro GenBank Shine_Dalgarno_sequence 51531 51534 . + 1 ID=Miro_84.RBS;Name=Miro_84;Parent=Miro_84
+Miro feature gene 52585 52833 . + . ID=Miro_87
+Miro GenBank CDS 52594 52833 . + 1 Alias=Miro_87;ID=Miro_87.CDS;Name=Miro_87;Parent=Miro_87;obsolete_name=Miro_077;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 52585 52588 . + 1 ID=Miro_87.RBS;Name=Miro_87;Parent=Miro_87
+Miro feature gene 52286 52591 . + . ID=Miro_86
+Miro GenBank CDS 52298 52591 . + 1 Alias=Miro_86;ID=Miro_86.CDS;Name=Miro_86;Parent=Miro_86;obsolete_name=Miro_078;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 52286 52289 . + 1 ID=Miro_86.RBS;Name=Miro_86;Parent=Miro_86
+Miro feature gene 50203 50493 . + . ID=Miro_81
+Miro GenBank CDS 50212 50493 . + 1 Alias=Miro_81;ID=Miro_81.CDS;Name=Miro_81;Parent=Miro_81;obsolete_name=Miro_083;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 50203 50206 . + 1 ID=Miro_81.RBS;Name=Miro_81;Parent=Miro_81
+Miro feature gene 49635 49896 . + . ID=Miro_80
+Miro GenBank CDS 49645 49896 . + 1 Alias=Miro_80;ID=Miro_80.CDS;Name=Miro_80;Parent=Miro_80;obsolete_name=Miro_084;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 49635 49637 . + 1 ID=Miro_80.RBS;Name=Miro_80;Parent=Miro_80
+Miro feature gene 50955 51530 . + . ID=Miro_83
+Miro GenBank CDS 50964 51530 . + 1 Alias=Miro_83;ID=Miro_83.CDS;Name=Miro_83;Parent=Miro_83;obsolete_name=Miro_081;product=hypothetical conserved;tmhelix=1 TMD %289-31%29 N in%2C C out
+Miro GenBank Shine_Dalgarno_sequence 50955 50958 . + 1 ID=Miro_83.RBS;Name=Miro_83;Parent=Miro_83
+Miro feature gene 50495 50922 . + . ID=Miro_82
+Miro GenBank CDS 50503 50922 . + 1 Alias=Miro_82;ID=Miro_82.CDS;Name=Miro_82;Parent=Miro_82;obsolete_name=Miro_082;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 50495 50497 . + 1 ID=Miro_82.RBS;Name=Miro_82;Parent=Miro_82
+Miro feature gene 104839 105703 . - . ID=Miro_193
+Miro GenBank CDS 104839 105693 . - 1 ID=Miro_193.CDS;Name=Miro_193;Parent=Miro_193;obsolete_name=Miro_247;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 105699 105703 . - 1 Alias=Miro_193;ID=Miro_193.RBS;Name=Miro_193;Parent=Miro_193
+Miro feature gene 52974 53137 . + . ID=Miro_89
+Miro GenBank CDS 52985 53137 . + 1 Alias=Miro_89;ID=Miro_89.CDS;Name=Miro_89;Parent=Miro_89;obsolete_name=Miro_075;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 52974 52978 . + 1 ID=Miro_89.RBS;Name=Miro_89;Parent=Miro_89
+Miro feature gene 52806 52988 . + . ID=Miro_88
+Miro GenBank CDS 52818 52988 . + 1 Alias=Miro_88;ID=Miro_88.CDS;Name=Miro_88;Parent=Miro_88;obsolete_name=Miro_076;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 52806 52809 . + 1 ID=Miro_88.RBS;Name=Miro_88;Parent=Miro_88
+Miro feature gene 85193 86549 . - . ID=Miro_150
+Miro GenBank CDS 85193 86539 . - 1 ID=Miro_150.CDS;Name=Miro_150;Note=contains PIN domain and P-loop containing nucleoside triphosphate hydrolase;Parent=Miro_150;obsolete_name=Miro_014;product=PhoH-like protein
+Miro GenBank Shine_Dalgarno_sequence 86546 86549 . - 1 Alias=Miro_150;ID=Miro_150.RBS;Name=Miro_150;Parent=Miro_150
+Miro feature gene 86549 87082 . - . ID=Miro_151
+Miro GenBank CDS 86549 87073 . - 1 ID=Miro_151.CDS;Name=Miro_151;Note=contains AP2/ERF domain;Parent=Miro_151;obsolete_name=Miro_013;product=HNH endonuclease
+Miro GenBank Shine_Dalgarno_sequence 87079 87082 . - 1 Alias=Miro_151;ID=Miro_151.RBS;Name=Miro_151;Parent=Miro_151
+Miro feature gene 87073 87540 . - . ID=Miro_152
+Miro GenBank CDS 87073 87531 . - 1 ID=Miro_152.CDS;Name=Miro_152;Parent=Miro_152;obsolete_name=Miro_012;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 87537 87540 . - 1 Alias=Miro_152;ID=Miro_152.RBS;Name=Miro_152;Parent=Miro_152
+Miro feature gene 87563 87968 . - . ID=Miro_153
+Miro GenBank CDS 87563 87958 . - 1 ID=Miro_153.CDS;Name=Miro_153;Note=D-alanyl-D-alanine carboxypeptidase;Parent=Miro_153;obsolete_name=Miro_011;product=endolysin
+Miro GenBank Shine_Dalgarno_sequence 87964 87968 . - 1 Alias=Miro_153;ID=Miro_153.RBS;Name=Miro_153;Parent=Miro_153
+Miro feature gene 88026 88439 . - . ID=Miro_154
+Miro GenBank CDS 88026 88427 . - 1 ID=Miro_154.CDS;Name=Miro_154;Parent=Miro_154;obsolete_name=Miro_010;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 88436 88439 . - 1 Alias=Miro_154;ID=Miro_154.RBS;Name=Miro_154;Parent=Miro_154
+Miro feature gene 88482 88815 . - . ID=Miro_155
+Miro GenBank CDS 88482 88805 . - 1 ID=Miro_155.CDS;Name=Miro_155;Parent=Miro_155;obsolete_name=Miro_009;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 88812 88815 . - 1 Alias=Miro_155;ID=Miro_155.RBS;Name=Miro_155;Parent=Miro_155
+Miro feature gene 88845 89119 . - . ID=Miro_156
+Miro GenBank CDS 88845 89108 . - 1 ID=Miro_156.CDS;Name=Miro_156;Parent=Miro_156;obsolete_name=Miro_008;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 89115 89119 . - 1 Alias=Miro_156;ID=Miro_156.RBS;Name=Miro_156;Parent=Miro_156
+Miro feature gene 89178 89447 . - . ID=Miro_157
+Miro GenBank CDS 89178 89438 . - 1 ID=Miro_157.CDS;Name=Miro_157;Parent=Miro_157;obsolete_name=Miro_007;product=hypothetical conserved;signal=signal peptidase II cleavage site 19-20
+Miro GenBank Shine_Dalgarno_sequence 89445 89447 . - 1 Alias=Miro_157;ID=Miro_157.RBS;Name=Miro_157;Parent=Miro_157
+Miro feature gene 89440 89880 . - . ID=Miro_158
+Miro GenBank CDS 89440 89871 . - 1 ID=Miro_158.CDS;Name=Miro_158;Parent=Miro_158;obsolete_name=Miro_006;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 89878 89880 . - 1 Alias=Miro_158;ID=Miro_158.RBS;Name=Miro_158;Parent=Miro_158
+Miro feature gene 89882 90064 . - . ID=Miro_159
+Miro GenBank CDS 89882 90055 . - 1 ID=Miro_159.CDS;Name=Miro_159;Parent=Miro_159;obsolete_name=Miro_005;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 90061 90064 . - 1 Alias=Miro_159;ID=Miro_159.RBS;Name=Miro_159;Parent=Miro_159
+Miro feature gene 134495 136075 . + . ID=Miro_218
+Miro GenBank CDS 134507 136075 . + 1 Alias=Miro_218;ID=Miro_218.CDS;Name=Miro_218;Note=T4 gp23/gp24-like;Parent=Miro_218;obsolete_name=Miro_222;product=major capsid protein
+Miro GenBank Shine_Dalgarno_sequence 134495 134498 . + 1 ID=Miro_218.RBS;Name=Miro_218;Parent=Miro_218
+Miro feature gene 174229 174467 . - . ID=Miro_271
+Miro GenBank CDS 174229 174456 . - 1 ID=Miro_271.CDS;Name=Miro_271;Parent=Miro_271;obsolete_name=Miro_169;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 174464 174467 . - 1 Alias=Miro_271;ID=Miro_271.RBS;Name=Miro_271;Parent=Miro_271
+Miro feature gene 173351 174160 . - . ID=Miro_270
+Miro GenBank CDS 173351 174148 . - 1 ID=Miro_270.CDS;Name=Miro_270;Parent=Miro_270;obsolete_name=Miro_170;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 174156 174160 . - 1 Alias=Miro_270;ID=Miro_270.RBS;Name=Miro_270;Parent=Miro_270
+Miro feature gene 174760 174903 . - . ID=Miro_273
+Miro GenBank CDS 174760 174894 . - 1 ID=Miro_273.CDS;Name=Miro_273;Parent=Miro_273;obsolete_name=Miro_167;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 174900 174903 . - 1 Alias=Miro_273;ID=Miro_273.RBS;Name=Miro_273;Parent=Miro_273
+Miro feature gene 174453 174796 . - . ID=Miro_272
+Miro GenBank CDS 174453 174785 . - 1 ID=Miro_272.CDS;Name=Miro_272;Parent=Miro_272;obsolete_name=Miro_168;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 174793 174796 . - 1 Alias=Miro_272;ID=Miro_272.RBS;Name=Miro_272;Parent=Miro_272
+Miro feature gene 175224 175675 . - . ID=Miro_275
+Miro GenBank CDS 175224 175661 . - 1 ID=Miro_275.CDS;Name=Miro_275;Parent=Miro_275;obsolete_name=Miro_165;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 175673 175675 . - 1 Alias=Miro_275;ID=Miro_275.RBS;Name=Miro_275;Parent=Miro_275
+Miro feature gene 174939 175197 . - . ID=Miro_274
+Miro GenBank CDS 174939 175187 . - 1 ID=Miro_274.CDS;Name=Miro_274;Note=contains FCH and colicin domains;Parent=Miro_274;obsolete_name=Miro_166;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 175195 175197 . - 1 Alias=Miro_274;ID=Miro_274.RBS;Name=Miro_274;Parent=Miro_274
+Miro feature gene 175636 176021 . - . ID=Miro_276
+Miro GenBank CDS 175636 176010 . - 1 ID=Miro_276.CDS;Name=Miro_276;Parent=Miro_276;obsolete_name=Miro_164;product=hypothetical conserved;tmhelix=2TMDs %2844-66%2C 76-98%29 N in%2C C in
+Miro GenBank Shine_Dalgarno_sequence 176017 176021 . - 1 Alias=Miro_276;ID=Miro_276.RBS;Name=Miro_276;Parent=Miro_276
+Miro feature gene 82146 82479 . - . ID=Miro_144
+Miro GenBank CDS 82146 82469 . - 1 ID=Miro_144.CDS;Name=Miro_144;Parent=Miro_144;obsolete_name=Miro_020;product=hypothetical conserved;signal=signal peptidase I cleavage site 17-18
+Miro GenBank Shine_Dalgarno_sequence 82476 82479 . - 1 Alias=Miro_144;ID=Miro_144.RBS;Name=Miro_144;Parent=Miro_144
+Miro feature gene 11178 11471 . - . ID=Miro_18
+Miro GenBank CDS 11178 11459 . - 1 ID=Miro_18.CDS;Name=Miro_18;Note=contains LysM domain;Parent=Miro_18;obsolete_name=Miro_146;product=peptidoglycan-binding protein
+Miro GenBank Shine_Dalgarno_sequence 11468 11471 . - 1 Alias=Miro_18;ID=Miro_18.RBS;Name=Miro_18;Parent=Miro_18
+Miro GenBank CDS 11456 11731 . - 1 ID=Miro_19;Name=Miro_19;obsolete_name=Miro_145;product=hypothetical conserved
+Miro feature gene 9399 9740 . - . ID=Miro_12
+Miro GenBank CDS 9399 9728 . - 1 ID=Miro_12.CDS;Name=Miro_12;Parent=Miro_12;obsolete_name=Miro_152;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 9736 9740 . - 1 Alias=Miro_12;ID=Miro_12.RBS;Name=Miro_12;Parent=Miro_12
+Miro feature gene 9788 10025 . - . ID=Miro_13
+Miro GenBank CDS 9788 10012 . - 1 ID=Miro_13.CDS;Name=Miro_13;Parent=Miro_13;obsolete_name=Miro_151;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 10021 10025 . - 1 Alias=Miro_13;ID=Miro_13.RBS;Name=Miro_13;Parent=Miro_13
+Miro feature gene 8488 8779 . - . ID=Miro_10
+Miro GenBank CDS 8488 8766 . - 1 ID=Miro_10.CDS;Name=Miro_10;Parent=Miro_10;obsolete_name=Miro_154;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 8776 8779 . - 1 Alias=Miro_10;ID=Miro_10.RBS;Name=Miro_10;Parent=Miro_10
+Miro feature gene 8763 9370 . - . ID=Miro_11
+Miro GenBank CDS 8763 9359 . - 1 ID=Miro_11.CDS;Name=Miro_11;Parent=Miro_11;obsolete_name=Miro_153;product=hypothetical conserved;tmhelix=1 TMD %2810-29%29 N out%2C C in
+Miro GenBank Shine_Dalgarno_sequence 9367 9370 . - 1 Alias=Miro_11;ID=Miro_11.RBS;Name=Miro_11;Parent=Miro_11
+Miro feature gene 10737 10970 . - . ID=Miro_16
+Miro GenBank CDS 10737 10961 . - 1 ID=Miro_16.CDS;Name=Miro_16;Parent=Miro_16;obsolete_name=Miro_148;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 10967 10970 . - 1 Alias=Miro_16;ID=Miro_16.RBS;Name=Miro_16;Parent=Miro_16
+Miro feature gene 10965 11125 . - . ID=Miro_17
+Miro GenBank CDS 10965 11114 . - 1 ID=Miro_17.CDS;Name=Miro_17;Parent=Miro_17;obsolete_name=Miro_147;product=hypothetical conserved;tmhelix=1 TMD %2810-32%29 N out%2C C in
+Miro GenBank Shine_Dalgarno_sequence 11121 11125 . - 1 Alias=Miro_17;ID=Miro_17.RBS;Name=Miro_17;Parent=Miro_17
+Miro feature gene 10086 10361 . - . ID=Miro_14
+Miro GenBank CDS 10086 10349 . - 1 ID=Miro_14.CDS;Name=Miro_14;Parent=Miro_14;obsolete_name=Miro_150;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 10358 10361 . - 1 Alias=Miro_14;ID=Miro_14.RBS;Name=Miro_14;Parent=Miro_14
+Miro feature gene 10438 10746 . - . ID=Miro_15
+Miro GenBank CDS 10438 10737 . - 1 ID=Miro_15.CDS;Name=Miro_15;Parent=Miro_15;obsolete_name=Miro_149;product=hypothetical conserved;tmhelix=1 TMD %284-21%29 N out%2C C in
+Miro GenBank Shine_Dalgarno_sequence 10743 10746 . - 1 Alias=Miro_15;ID=Miro_15.RBS;Name=Miro_15;Parent=Miro_15
+Miro feature gene 53914 54144 . + . ID=Miro_92
+Miro GenBank CDS 53923 54144 . + 1 Alias=Miro_92;ID=Miro_92.CDS;Name=Miro_92;Parent=Miro_92;obsolete_name=Miro_072;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 53914 53916 . + 1 ID=Miro_92.RBS;Name=Miro_92;Parent=Miro_92
+Miro feature gene 54130 54755 . + . ID=Miro_93
+Miro GenBank CDS 54141 54755 . + 1 Alias=Miro_93;ID=Miro_93.CDS;Name=Miro_93;Note=contains haloacid dehydrogenase %28HAD%29-like domain;Parent=Miro_93;obsolete_name=Miro_071;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 54130 54134 . + 1 ID=Miro_93.RBS;Name=Miro_93;Parent=Miro_93
+Miro feature gene 53212 53661 . + . ID=Miro_90
+Miro GenBank CDS 53221 53661 . + 1 Alias=Miro_90;ID=Miro_90.CDS;Name=Miro_90;Note=T4 Y12G-like;Parent=Miro_90;obsolete_name=Miro_074;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 53212 53215 . + 1 ID=Miro_90.RBS;Name=Miro_90;Parent=Miro_90
+Miro feature gene 53646 53921 . + . ID=Miro_91
+Miro GenBank CDS 53658 53921 . + 1 Alias=Miro_91;ID=Miro_91.CDS;Name=Miro_91;Parent=Miro_91;obsolete_name=Miro_073;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 53646 53648 . + 1 ID=Miro_91.RBS;Name=Miro_91;Parent=Miro_91
+Miro feature gene 56987 57203 . + . ID=Miro_96
+Miro GenBank CDS 57000 57203 . + 1 Alias=Miro_96;ID=Miro_96.CDS;Name=Miro_96;Parent=Miro_96;obsolete_name=Miro_068;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 56987 56990 . + 1 ID=Miro_96.RBS;Name=Miro_96;Parent=Miro_96
+Miro feature gene 57193 57382 . + . ID=Miro_97
+Miro GenBank CDS 57206 57382 . + 1 Alias=Miro_97;ID=Miro_97.CDS;Name=Miro_97;Parent=Miro_97;obsolete_name=Miro_067;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 57193 57195 . + 1 ID=Miro_97.RBS;Name=Miro_97;Parent=Miro_97
+Miro feature gene 54726 56265 . + . ID=Miro_94
+Miro GenBank CDS 54736 56265 . + 1 Alias=Miro_94;ID=Miro_94.CDS;Name=Miro_94;Note=T4-like;Parent=Miro_94;obsolete_name=Miro_070;product=DNA ligase
+Miro GenBank Shine_Dalgarno_sequence 54726 54728 . + 1 ID=Miro_94.RBS;Name=Miro_94;Parent=Miro_94
+Miro feature gene 56331 56911 . + . ID=Miro_95
+Miro GenBank CDS 56342 56911 . + 1 Alias=Miro_95;ID=Miro_95.CDS;Name=Miro_95;Parent=Miro_95;obsolete_name=Miro_069;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 56331 56333 . + 1 ID=Miro_95.RBS;Name=Miro_95;Parent=Miro_95
+Miro feature gene 57368 57543 . + . ID=Miro_98
+Miro GenBank CDS 57379 57543 . + 1 Alias=Miro_98;ID=Miro_98.CDS;Name=Miro_98;Parent=Miro_98;obsolete_name=Miro_066;product=hypothetical conserved;tmhelix=2TMDs %287-26%2C 31-53%29 N in%2C C in
+Miro GenBank Shine_Dalgarno_sequence 57368 57372 . + 1 ID=Miro_98.RBS;Name=Miro_98;Parent=Miro_98
+Miro feature gene 57613 57914 . + . ID=Miro_99
+Miro GenBank CDS 57624 57914 . + 1 Alias=Miro_99;ID=Miro_99.CDS;Name=Miro_99;Parent=Miro_99;obsolete_name=Miro_065;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 57613 57616 . + 1 ID=Miro_99.RBS;Name=Miro_99;Parent=Miro_99
+Miro feature gene 81924 82086 . - . ID=Miro_143
+Miro GenBank CDS 81924 82079 . - 1 ID=Miro_143.CDS;Name=Miro_143;Parent=Miro_143;obsolete_name=Miro_021;product=hypothetical conserved;tmhelix=1 TMD %2815-37%29 N out%2C C in
+Miro GenBank Shine_Dalgarno_sequence 82084 82086 . - 1 Alias=Miro_143;ID=Miro_143.RBS;Name=Miro_143;Parent=Miro_143
+Miro feature gene 67179 67658 . - . ID=Miro_114
+Miro GenBank CDS 67179 67649 . - 1 ID=Miro_114.CDS;Name=Miro_114;Parent=Miro_114;obsolete_name=Miro_050;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 67656 67658 . - 1 Alias=Miro_114;ID=Miro_114.RBS;Name=Miro_114;Parent=Miro_114
+Miro feature gene 81366 81851 . - . ID=Miro_141
+Miro GenBank CDS 81366 81839 . - 1 ID=Miro_141.CDS;Name=Miro_141;Note=contains macro domain;Parent=Miro_141;obsolete_name=Miro_023;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 81849 81851 . - 1 Alias=Miro_141;ID=Miro_141.RBS;Name=Miro_141;Parent=Miro_141
+Miro feature gene 81076 81376 . - . ID=Miro_140
+Miro GenBank CDS 81076 81363 . - 1 ID=Miro_140.CDS;Name=Miro_140;Parent=Miro_140;obsolete_name=Miro_024;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 81374 81376 . - 1 Alias=Miro_140;ID=Miro_140.RBS;Name=Miro_140;Parent=Miro_140
+Miro feature gene 83223 83630 . - . ID=Miro_147
+Miro GenBank CDS 83223 83618 . - 1 ID=Miro_147.CDS;Name=Miro_147;Parent=Miro_147;obsolete_name=Miro_017;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 83627 83630 . - 1 Alias=Miro_147;ID=Miro_147.RBS;Name=Miro_147;Parent=Miro_147
+Miro feature gene 83066 83224 . - . ID=Miro_146
+Miro GenBank CDS 83066 83212 . - 1 ID=Miro_146.CDS;Name=Miro_146;Parent=Miro_146;obsolete_name=Miro_018;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 83221 83224 . - 1 Alias=Miro_146;ID=Miro_146.RBS;Name=Miro_146;Parent=Miro_146
+Miro feature gene 82479 83083 . - . ID=Miro_145
+Miro GenBank CDS 82479 83069 . - 1 ID=Miro_145.CDS;Name=Miro_145;Parent=Miro_145;obsolete_name=Miro_019;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 83080 83083 . - 1 Alias=Miro_145;ID=Miro_145.RBS;Name=Miro_145;Parent=Miro_145
+Miro feature gene 67646 67816 . - . ID=Miro_115
+Miro GenBank CDS 67646 67804 . - 1 ID=Miro_115.CDS;Name=Miro_115;Parent=Miro_115;obsolete_name=Miro_049;product=hypothetical conserved;tmhelix=2TMDs %282-21%2C 31-50%29 N in%2C C in
+Miro GenBank Shine_Dalgarno_sequence 67814 67816 . - 1 Alias=Miro_115;ID=Miro_115.RBS;Name=Miro_115;Parent=Miro_115
+Miro feature gene 84392 84959 . - . ID=Miro_149
+Miro GenBank CDS 84392 84946 . - 1 ID=Miro_149.CDS;Name=Miro_149;Parent=Miro_149;obsolete_name=Miro_015;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 84955 84959 . - 1 Alias=Miro_149;ID=Miro_149.RBS;Name=Miro_149;Parent=Miro_149
+Miro feature gene 83686 84337 . - . ID=Miro_148
+Miro GenBank CDS 83686 84327 . - 1 ID=Miro_148.CDS;Name=Miro_148;Note=T4 RegB-like;Parent=Miro_148;obsolete_name=Miro_016;product=endoribonuclease;signal=signal peptidase II cleavage site 12-13
+Miro GenBank Shine_Dalgarno_sequence 84334 84337 . - 1 Alias=Miro_148;ID=Miro_148.RBS;Name=Miro_148;Parent=Miro_148
+Miro feature gene 67801 68461 . - . ID=Miro_116
+Miro GenBank CDS 67801 68451 . - 1 ID=Miro_116.CDS;Name=Miro_116;Parent=Miro_116;obsolete_name=Miro_048;product=hypothetical conserved
+Miro GenBank Shine_Dalgarno_sequence 68457 68461 . - 1 Alias=Miro_116;ID=Miro_116.RBS;Name=Miro_116;Parent=Miro_116
diff -r 4d4a4b603d33 -r 5004ddb62700 test-data/Miro_ShineFindOut.tbl
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/test-data/Miro_ShineFindOut.tbl Mon Jun 05 02:53:31 2023 +0000
@@ -0,0 +1,1 @@
+ID Name Terminus Terminus Strand Upstream Sequence SD Spacing
diff -r 4d4a4b603d33 -r 5004ddb62700 test-data/Miro_ShineFindOut1.gff3
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/test-data/Miro_ShineFindOut1.gff3 Mon Jun 05 02:53:31 2023 +0000
@@ -0,0 +1,1 @@
+##gff-version 3
diff -r 4d4a4b603d33 -r 5004ddb62700 test-data/Miro_ShineFindOut2.gff3
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/test-data/Miro_ShineFindOut2.gff3 Mon Jun 05 02:53:31 2023 +0000
@@ -0,0 +1,824 @@
+##gff-version 3
+Miro feature gene 7454 7906 . - . ID=Miro_8;
+Miro GenBank CDS 7454 7894 . - 1 ID=Miro_8.CDS;Name=Miro_8;Parent=Miro_8;obsolete_name=Miro_156;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 7903 7906 . - 1 Alias=Miro_8;ID=Miro_8.RBS;Name=Miro_8;Parent=Miro_8;
+Miro feature gene 7917 8512 . - . ID=Miro_9;
+Miro GenBank CDS 7917 8501 . - 1 ID=Miro_9.CDS;Name=Miro_9;Parent=Miro_9;obsolete_name=Miro_155;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 8509 8512 . - 1 Alias=Miro_9;ID=Miro_9.RBS;Name=Miro_9;Parent=Miro_9;
+Miro feature gene 123276 124212 . + . ID=Miro_206;
+Miro GenBank CDS 123286 124212 . + 1 Alias=Miro_206;ID=Miro_206.CDS;Name=Miro_206;Parent=Miro_206;obsolete_name=Miro_234;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 123276 123279 . + 1 ID=Miro_206.rbs;Name=Miro_206;Parent=Miro_206;
+Miro feature gene 68490 70715 . - . ID=Miro_117;
+Miro GenBank CDS 68490 70706 . - 1 ID=Miro_117.CDS;Name=Miro_117;Note=contains von Willebrand factor%2C type A;Parent=Miro_117;obsolete_name=Miro_047;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 70713 70715 . - 1 Alias=Miro_117;ID=Miro_117.RBS;Name=Miro_117;Parent=Miro_117;
+Miro feature gene 115729 116735 . + . ID=Miro_200;
+Miro GenBank CDS 115743 116735 . + 1 Alias=Miro_200;ID=Miro_200.CDS;Name=Miro_200;Note=T4 gp6-like;Parent=Miro_200;obsolete_name=Miro_240;product=baseplate structural protein;
+Miro GenBank Shine_Dalgarno_sequence 115729 115732 . + 1 ID=Miro_200.RBS;Name=Miro_200;Parent=Miro_200;
+Miro feature gene 116735 117608 . + . ID=Miro_201;
+Miro GenBank CDS 116745 117608 . + 1 Alias=Miro_201;ID=Miro_201.CDS;Name=Miro_201;Note=T4 gp9/gp10-like;Parent=Miro_201;obsolete_name=Miro_239;product=baseplate structural protein;
+Miro GenBank Shine_Dalgarno_sequence 116735 116738 . + 1 ID=Miro_201.RBS;Name=Miro_201;Parent=Miro_201;
+Miro feature gene 117595 119422 . + . ID=Miro_202;
+Miro GenBank CDS 117605 119422 . + 1 Alias=Miro_202;ID=Miro_202.CDS;Name=Miro_202;Note=T4 gp9/gp10-like;Parent=Miro_202;obsolete_name=Miro_238;product=baseplate structural protein;
+Miro GenBank Shine_Dalgarno_sequence 117595 117597 . + 1 ID=Miro_202.RBS;Name=Miro_202;Parent=Miro_202;
+Miro feature gene 119412 120090 . + . ID=Miro_203;
+Miro GenBank CDS 119422 120090 . + 1 Alias=Miro_203;ID=Miro_203.CDS;Name=Miro_203;Note=T4 gp11-like;Parent=Miro_203;obsolete_name=Miro_237;product=baseplate to short tail fiber connector protein;
+Miro GenBank Shine_Dalgarno_sequence 119412 119415 . + 1 ID=Miro_203.RBS;Name=Miro_203;Parent=Miro_203;
+Miro feature gene 81829 81940 . - . ID=Miro_142;
+Miro GenBank CDS 81829 81927 . - 1 ID=Miro_142.CDS;Name=Miro_142;Parent=Miro_142;obsolete_name=Miro_022;product=hypothetical conserved;tmhelix=1 TMD (4-26) N out%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 81938 81940 . - 1 Alias=Miro_142;ID=Miro_142.RBS;Name=Miro_142;Parent=Miro_142;
+Miro feature gene 1 910 . - . ID=Miro_1;
+Miro GenBank CDS 1 900 . - 1 ID=Miro_1.CDS;Name=Miro_1;Parent=Miro_1;obsolete_name=Miro_163;product=rIIb;
+Miro GenBank Shine_Dalgarno_sequence 908 910 . - 1 Alias=Miro_1;ID=Miro_1.RBS;Name=Miro_1;Parent=Miro_1;
+Miro feature gene 900 3173 . - . ID=Miro_2;
+Miro GenBank CDS 900 3161 . - 1 ID=Miro_2.CDS;Name=Miro_2;Parent=Miro_2;obsolete_name=Miro_162;product=rIIa;
+Miro GenBank Shine_Dalgarno_sequence 3171 3173 . - 1 Alias=Miro_2;ID=Miro_2.RBS;Name=Miro_2;Parent=Miro_2;
+Miro feature gene 3172 3417 . - . ID=Miro_3;
+Miro GenBank CDS 3172 3408 . - 1 ID=Miro_3.CDS;Name=Miro_3;Parent=Miro_3;obsolete_name=Miro_161;product=hypothetical conserved;tmhelix=1 TMD (12-34) N in%2C C out;
+Miro GenBank Shine_Dalgarno_sequence 3414 3417 . - 1 Alias=Miro_3;ID=Miro_3.RBS;Name=Miro_3;Parent=Miro_3;
+Miro feature gene 3412 3979 . - . ID=Miro_4;
+Miro GenBank CDS 3412 3966 . - 1 ID=Miro_4.CDS;Name=Miro_4;Note=contains SprT domain;Parent=Miro_4;obsolete_name=Miro_160;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 3975 3979 . - 1 Alias=Miro_4;ID=Miro_4.RBS;Name=Miro_4;Parent=Miro_4;
+Miro feature gene 4038 5334 . - . ID=Miro_5;
+Miro GenBank CDS 4038 5324 . - 1 ID=Miro_5.CDS;Name=Miro_5;Note=T4 gp52-like;Parent=Miro_5;obsolete_name=Miro_159;product=DNA topoisomerase II medium subunit;
+Miro GenBank Shine_Dalgarno_sequence 5331 5334 . - 1 Alias=Miro_5;ID=Miro_5.RBS;Name=Miro_5;Parent=Miro_5;
+Miro feature gene 5324 7231 . - . ID=Miro_6;
+Miro GenBank CDS 5324 7222 . - 1 ID=Miro_6.CDS;Name=Miro_6;Note=T4 gp39-like;Parent=Miro_6;obsolete_name=Miro_158;product=DNA topoisomerase II%2C large subunit;
+Miro GenBank Shine_Dalgarno_sequence 7228 7231 . - 1 Alias=Miro_6;ID=Miro_6.RBS;Name=Miro_6;Parent=Miro_6;
+Miro feature gene 7290 7465 . - . ID=Miro_7;
+Miro GenBank CDS 7290 7454 . - 1 ID=Miro_7.CDS;Name=Miro_7;Note=contains zinc ribbon domain;Parent=Miro_7;obsolete_name=Miro_157;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 7463 7465 . - 1 Alias=Miro_7;ID=Miro_7.RBS;Name=Miro_7;Parent=Miro_7;
+Miro feature gene 124212 124968 . + . ID=Miro_207;
+Miro GenBank CDS 124222 124968 . + 1 Alias=Miro_207;ID=Miro_207.CDS;Name=Miro_207;Note=T4 gp14-like;Parent=Miro_207;obsolete_name=Miro_233;product=neck protein;
+Miro GenBank Shine_Dalgarno_sequence 124212 124216 . + 1 ID=Miro_207.RBS;Name=Miro_207;Parent=Miro_207;
+Miro feature gene 173061 173361 . - . ID=Miro_269;
+Miro GenBank CDS 173061 173351 . - 1 ID=Miro_269.CDS;Name=Miro_269;Parent=Miro_269;obsolete_name=Miro_171;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 173358 173361 . - 1 Alias=Miro_269;ID=Miro_269.RBS;Name=Miro_269;Parent=Miro_269;
+Miro feature gene 66523 66819 . - . ID=Miro_112;
+Miro GenBank CDS 66523 66807 . - 1 ID=Miro_112.CDS;Name=Miro_112;Parent=Miro_112;obsolete_name=Miro_052;product=hypothetical conserved;signal=signal peptidase I cleavage site 17-18;
+Miro GenBank Shine_Dalgarno_sequence 66816 66819 . - 1 Alias=Miro_112;ID=Miro_112.RBS;Name=Miro_112;Parent=Miro_112;
+Miro feature gene 66879 67172 . - . ID=Miro_113;
+Miro GenBank CDS 66879 67163 . - 1 ID=Miro_113.CDS;Name=Miro_113;Parent=Miro_113;obsolete_name=Miro_051;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 67169 67172 . - 1 Alias=Miro_113;ID=Miro_113.RBS;Name=Miro_113;Parent=Miro_113;
+Miro feature gene 44560 45732 . + . ID=Miro_69;
+Miro GenBank CDS 44575 45732 . + 1 Alias=Miro_69;ID=Miro_69.CDS;Name=Miro_69;Note=T4 RNA ligase 1-like;Parent=Miro_69;obsolete_name=Miro_095;product=RNA ligase;
+Miro GenBank Shine_Dalgarno_sequence 44560 44562 . + 1 ID=Miro_69.RBS;Name=Miro_69;Parent=Miro_69;
+Miro feature gene 44216 44594 . + . ID=Miro_68;
+Miro GenBank CDS 44229 44594 . + 1 Alias=Miro_68;ID=Miro_68.CDS;Name=Miro_68;Note=contains GIY-YIG domain;Parent=Miro_68;obsolete_name=Miro_096;product=homing endonuclease;
+Miro GenBank Shine_Dalgarno_sequence 44216 44218 . + 1 ID=Miro_68.RBS;Name=Miro_68;Parent=Miro_68;
+Miro GenBank CDS 43905 44225 . + 1 ID=Miro_67;Name=Miro_67;obsolete_name=Miro_097;product=hypothetical conserved;
+Miro feature gene 42748 43933 . + . ID=Miro_66;
+Miro GenBank CDS 42758 43933 . + 1 Alias=Miro_66;ID=Miro_66.CDS;Name=Miro_66;Note=T4 NrdB-like;Parent=Miro_66;obsolete_name=Miro_098;product=ribonucleotide reductase%2C small subunit;
+Miro GenBank Shine_Dalgarno_sequence 42748 42751 . + 1 ID=Miro_66.RBS;Name=Miro_66;Parent=Miro_66;
+Miro feature gene 40459 42721 . + . ID=Miro_65;
+Miro GenBank CDS 40469 42721 . + 1 Alias=Miro_65;ID=Miro_65.CDS;Name=Miro_65;Note=T4 NrdA-like%3B E-val 0;Parent=Miro_65;obsolete_name=Miro_099;product=ribonucleotide reductase%2C large subunit;
+Miro GenBank Shine_Dalgarno_sequence 40459 40462 . + 1 ID=Miro_65.RBS;Name=Miro_65;Parent=Miro_65;
+Miro feature gene 39545 40429 . + . ID=Miro_64;
+Miro GenBank CDS 39554 40429 . + 1 Alias=Miro_64;ID=Miro_64.CDS;Name=Miro_64;Note=T4-like;Parent=Miro_64;obsolete_name=Miro_100;product=thymidylate synthase;
+Miro GenBank Shine_Dalgarno_sequence 39545 39548 . + 1 ID=Miro_64.RBS;Name=Miro_64;Parent=Miro_64;
+Miro feature gene 38964 39552 . + . ID=Miro_63;
+Miro GenBank CDS 38974 39552 . + 1 Alias=Miro_63;ID=Miro_63.CDS;Name=Miro_63;Note=T4-like;Parent=Miro_63;obsolete_name=Miro_101;product=dihydrofolate reductase;
+Miro GenBank Shine_Dalgarno_sequence 38964 38966 . + 1 ID=Miro_63.RBS;Name=Miro_63;Parent=Miro_63;
+Miro feature gene 38710 38977 . + . ID=Miro_62;
+Miro GenBank CDS 38720 38977 . + 1 Alias=Miro_62;ID=Miro_62.CDS;Name=Miro_62;Parent=Miro_62;obsolete_name=Miro_102;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 38710 38713 . + 1 ID=Miro_62.RBS;Name=Miro_62;Parent=Miro_62;
+Miro feature gene 38483 38723 . + . ID=Miro_61;
+Miro GenBank CDS 38493 38723 . + 1 Alias=Miro_61;ID=Miro_61.CDS;Name=Miro_61;Parent=Miro_61;obsolete_name=Miro_103;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 38483 38486 . + 1 ID=Miro_61.RBS;Name=Miro_61;Parent=Miro_61;
+Miro feature gene 38194 38496 . + . ID=Miro_60;
+Miro GenBank CDS 38206 38496 . + 1 Alias=Miro_60;ID=Miro_60.CDS;Name=Miro_60;Parent=Miro_60;obsolete_name=Miro_104;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 38194 38197 . + 1 ID=Miro_60.RBS;Name=Miro_60;Parent=Miro_60;
+Miro feature gene 97404 97739 . - . ID=Miro_176;
+Miro GenBank CDS 97404 97727 . - 1 ID=Miro_176.CDS;Name=Miro_176;Parent=Miro_176;obsolete_name=Miro_264;product=hypothetical conserved;tmhelix=1 TMD (84-106) N in%2C C out;
+Miro GenBank Shine_Dalgarno_sequence 97736 97739 . - 1 Alias=Miro_176;ID=Miro_176.RBS;Name=Miro_176;Parent=Miro_176;
+Miro feature gene 97756 98022 . - . ID=Miro_177;
+Miro GenBank CDS 97756 98013 . - 1 ID=Miro_177.CDS;Name=Miro_177;Parent=Miro_177;obsolete_name=Miro_263;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 98020 98022 . - 1 Alias=Miro_177;ID=Miro_177.RBS;Name=Miro_177;Parent=Miro_177;
+Miro feature gene 95966 96891 . - . ID=Miro_174;
+Miro GenBank CDS 95966 96880 . - 1 ID=Miro_174.CDS;Name=Miro_174;Parent=Miro_174;obsolete_name=Miro_266;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 96889 96891 . - 1 Alias=Miro_174;ID=Miro_174.RBS;Name=Miro_174;Parent=Miro_174;
+Miro feature gene 96877 97416 . - . ID=Miro_175;
+Miro GenBank CDS 96877 97404 . - 1 ID=Miro_175.CDS;Name=Miro_175;Parent=Miro_175;obsolete_name=Miro_265;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 97414 97416 . - 1 Alias=Miro_175;ID=Miro_175.RBS;Name=Miro_175;Parent=Miro_175;
+Miro feature gene 95498 95705 . - . ID=Miro_172;
+Miro GenBank CDS 95498 95692 . - 1 ID=Miro_172.CDS;Name=Miro_172;Note=heat shock protein DnaJ%2C cysteine-rich domain;Parent=Miro_172;obsolete_name=Miro_268;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 95702 95705 . - 1 Alias=Miro_172;ID=Miro_172.RBS;Name=Miro_172;Parent=Miro_172;
+Miro feature gene 95689 95900 . - . ID=Miro_173;
+Miro GenBank CDS 95689 95889 . - 1 ID=Miro_173.CDS;Name=Miro_173;Parent=Miro_173;obsolete_name=Miro_267;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 95897 95900 . - 1 Alias=Miro_173;ID=Miro_173.RBS;Name=Miro_173;Parent=Miro_173;
+Miro feature gene 94533 95117 . - . ID=Miro_170;
+Miro GenBank CDS 94533 95108 . - 1 ID=Miro_170.CDS;Name=Miro_170;Parent=Miro_170;obsolete_name=Miro_270;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 95114 95117 . - 1 Alias=Miro_170;ID=Miro_170.RBS;Name=Miro_170;Parent=Miro_170;
+Miro feature gene 95116 95524 . - . ID=Miro_171;
+Miro GenBank CDS 95116 95514 . - 1 ID=Miro_171.CDS;Name=Miro_171;Parent=Miro_171;obsolete_name=Miro_269;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 95520 95524 . - 1 Alias=Miro_171;ID=Miro_171.RBS;Name=Miro_171;Parent=Miro_171;
+Miro feature gene 98015 98410 . - . ID=Miro_178;
+Miro GenBank CDS 98015 98398 . - 1 ID=Miro_178.CDS;Name=Miro_178;Parent=Miro_178;obsolete_name=Miro_262;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 98408 98410 . - 1 Alias=Miro_178;ID=Miro_178.RBS;Name=Miro_178;Parent=Miro_178;
+Miro feature gene 98409 98826 . - . ID=Miro_179;
+Miro GenBank CDS 98409 98816 . - 1 ID=Miro_179.CDS;Name=Miro_179;Parent=Miro_179;obsolete_name=Miro_261;product=NUDIX hydrolase;
+Miro GenBank Shine_Dalgarno_sequence 98823 98826 . - 1 Alias=Miro_179;ID=Miro_179.RBS;Name=Miro_179;Parent=Miro_179;
+Miro feature gene 105709 106188 . - . ID=Miro_194;
+Miro GenBank CDS 105709 106176 . - 1 ID=Miro_194.CDS;Name=Miro_194;Parent=Miro_194;obsolete_name=Miro_246;product=restriction endonuclease;
+Miro GenBank Shine_Dalgarno_sequence 106185 106188 . - 1 Alias=Miro_194;ID=Miro_194.RBS;Name=Miro_194;Parent=Miro_194;
+Miro feature gene 106215 106781 . + . ID=Miro_195;
+Miro GenBank CDS 106227 106781 . + 1 Alias=Miro_195;ID=Miro_195.CDS;Name=Miro_195;Note=T4 gp53-like;Parent=Miro_195;obsolete_name=Miro_245;product=baseplate wedge protein;
+Miro GenBank Shine_Dalgarno_sequence 106215 106218 . + 1 ID=Miro_195.RBS;Name=Miro_195;Parent=Miro_195;
+Miro feature gene 106763 108547 . + . ID=Miro_196;
+Miro GenBank CDS 106778 108547 . + 1 Alias=Miro_196;ID=Miro_196.CDS;Name=Miro_196;Note=T4 gp5-like;Parent=Miro_196;obsolete_name=Miro_244;product=baseplate hub structural protein and tail lysozyme;
+Miro GenBank Shine_Dalgarno_sequence 106763 106765 . + 1 ID=Miro_196.RBS;Name=Miro_196;Parent=Miro_196;
+Miro feature gene 108542 110618 . + . ID=Miro_197;
+Miro GenBank CDS 108552 110618 . + 1 Alias=Miro_197;ID=Miro_197.CDS;Name=Miro_197;Parent=Miro_197;obsolete_name=Miro_243;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 108542 108545 . + 1 ID=Miro_197.RBS;Name=Miro_197;Parent=Miro_197;
+Miro feature gene 102567 103107 . - . ID=Miro_190;
+Miro GenBank CDS 102567 103097 . - 1 ID=Miro_190.CDS;Name=Miro_190;Note=T4 gp19-like;Parent=Miro_190;obsolete_name=Miro_250;product=tail tube protein;
+Miro GenBank Shine_Dalgarno_sequence 103103 103107 . - 1 Alias=Miro_190;ID=Miro_190.RBS;Name=Miro_190;Parent=Miro_190;
+Miro feature gene 103455 104255 . + . ID=Miro_191;
+Miro GenBank CDS 103467 104255 . + 1 Alias=Miro_191;ID=Miro_191.CDS;Name=Miro_191;Parent=Miro_191;obsolete_name=Miro_249;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 103455 103458 . + 1 ID=Miro_191.RBS;Name=Miro_191;Parent=Miro_191;
+Miro feature gene 104349 104819 . + . ID=Miro_192;
+Miro GenBank CDS 104361 104819 . + 1 Alias=Miro_192;ID=Miro_192.CDS;Name=Miro_192;Note=contains AP2/ERF domain;Parent=Miro_192;obsolete_name=Miro_248;product=homing endonuclease;
+Miro GenBank Shine_Dalgarno_sequence 104349 104351 . + 1 ID=Miro_192.RBS;Name=Miro_192;Parent=Miro_192;
+Miro feature gene 73313 73582 . - . ID=Miro_124;
+Miro GenBank CDS 73313 73570 . - 1 ID=Miro_124.CDS;Name=Miro_124;Parent=Miro_124;obsolete_name=Miro_040;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 73579 73582 . - 1 Alias=Miro_124;ID=Miro_124.RBS;Name=Miro_124;Parent=Miro_124;
+Miro feature gene 125036 125872 . + . ID=Miro_208;
+Miro GenBank CDS 125048 125872 . + 1 Alias=Miro_208;ID=Miro_208.CDS;Name=Miro_208;Parent=Miro_208;obsolete_name=Miro_232;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 125036 125039 . + 1 ID=Miro_208.RBS;Name=Miro_208;Parent=Miro_208;
+Miro feature gene 110635 112575 . + . ID=Miro_198;
+Miro GenBank CDS 110650 112575 . + 1 Alias=Miro_198;ID=Miro_198.CDS;Name=Miro_198;Parent=Miro_198;obsolete_name=Miro_242;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 110635 110638 . + 1 ID=Miro_198.RBS;Name=Miro_198;Parent=Miro_198;
+Miro feature gene 112645 115742 . + . ID=Miro_199;
+Miro GenBank CDS 112656 115742 . + 1 Alias=Miro_199;ID=Miro_199.CDS;Name=Miro_199;Parent=Miro_199;obsolete_name=Miro_241;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 112645 112648 . + 1 ID=Miro_199.RBS;Name=Miro_199;Parent=Miro_199;
+Miro feature gene 136157 136806 . + . ID=Miro_219;
+Miro GenBank CDS 136168 136806 . + 1 Alias=Miro_219;ID=Miro_219.CDS;Name=Miro_219;Note=contains GIY-YIG domain;Parent=Miro_219;obsolete_name=Miro_221;product=homing endonuclease;
+Miro GenBank Shine_Dalgarno_sequence 136157 136160 . + 1 ID=Miro_219.RBS;Name=Miro_219;Parent=Miro_219;
+Miro feature gene 125860 126369 . + . ID=Miro_209;
+Miro GenBank CDS 125872 126369 . + 1 Alias=Miro_209;ID=Miro_209.CDS;Name=Miro_209;Note=T4 gp16-like;Parent=Miro_209;obsolete_name=Miro_231;product=terminase%2C small subunit;
+Miro GenBank Shine_Dalgarno_sequence 125860 125863 . + 1 ID=Miro_209.RBS;Name=Miro_209;Parent=Miro_209;
+Miro feature gene 93915 94204 . - . ID=Miro_169;
+Miro GenBank CDS 93915 94193 . - 1 ID=Miro_169.CDS;Name=Miro_169;Parent=Miro_169;obsolete_name=Miro_271;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 94201 94204 . - 1 Alias=Miro_169;ID=Miro_169.RBS;Name=Miro_169;Parent=Miro_169;
+Miro feature gene 93592 93854 . - . ID=Miro_168;
+Miro GenBank CDS 93592 93843 . - 1 ID=Miro_168.CDS;Name=Miro_168;Parent=Miro_168;obsolete_name=Miro_272;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 93849 93854 . - 1 Alias=Miro_168;ID=Miro_168.RBS;Name=Miro_168;Parent=Miro_168;
+Miro feature gene 48763 49277 . + . ID=Miro_78;
+Miro GenBank CDS 48771 49277 . + 1 Alias=Miro_78;ID=Miro_78.CDS;Name=Miro_78;Note=T4-like;Parent=Miro_78;obsolete_name=Miro_086;product=dCMP deaminase;
+Miro GenBank Shine_Dalgarno_sequence 48763 48765 . + 1 ID=Miro_78.RBS;Name=Miro_78;Parent=Miro_78;
+Miro feature gene 49267 49634 . + . ID=Miro_79;
+Miro GenBank CDS 49281 49634 . + 1 Alias=Miro_79;ID=Miro_79.CDS;Name=Miro_79;Note=T4 gp31-like;Parent=Miro_79;obsolete_name=Miro_085;product=chaperonin-GroEL;
+Miro GenBank Shine_Dalgarno_sequence 49267 49269 . + 1 ID=Miro_79.RBS;Name=Miro_79;Parent=Miro_79;
+Miro feature gene 120090 121485 . + . ID=Miro_204;
+Miro GenBank CDS 120100 121485 . + 1 Alias=Miro_204;ID=Miro_204.CDS;Name=Miro_204;Note=T4 gp12-like;Parent=Miro_204;obsolete_name=Miro_236;product=short tail fiber protein;
+Miro GenBank Shine_Dalgarno_sequence 120090 120093 . + 1 ID=Miro_204.RBS;Name=Miro_204;Parent=Miro_204;
+Miro feature gene 47021 47916 . + . ID=Miro_74;
+Miro GenBank CDS 47032 47916 . + 1 Alias=Miro_74;ID=Miro_74.CDS;Name=Miro_74;Note=contains HAD-like domain;Parent=Miro_74;obsolete_name=Miro_090;product=nucleoside triphosphate hydrolase;
+Miro GenBank Shine_Dalgarno_sequence 47021 47023 . + 1 ID=Miro_74.RBS;Name=Miro_74;Parent=Miro_74;
+Miro feature gene 47957 48256 . + . ID=Miro_75;
+Miro GenBank CDS 47969 48256 . + 1 Alias=Miro_75;ID=Miro_75.CDS;Name=Miro_75;Parent=Miro_75;obsolete_name=Miro_089;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 47957 47960 . + 1 ID=Miro_75.RBS;Name=Miro_75;Parent=Miro_75;
+Miro feature gene 48240 48504 . + . ID=Miro_76;
+Miro GenBank CDS 48253 48504 . + 1 Alias=Miro_76;ID=Miro_76.CDS;Name=Miro_76;Parent=Miro_76;obsolete_name=Miro_088;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 48240 48242 . + 1 ID=Miro_76.RBS;Name=Miro_76;Parent=Miro_76;
+Miro feature gene 48485 48781 . + . ID=Miro_77;
+Miro GenBank CDS 48497 48781 . + 1 Alias=Miro_77;ID=Miro_77.CDS;Name=Miro_77;Parent=Miro_77;obsolete_name=Miro_087;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 48485 48488 . + 1 ID=Miro_77.RBS;Name=Miro_77;Parent=Miro_77;
+Miro feature gene 45718 46265 . + . ID=Miro_70;
+Miro GenBank CDS 45729 46265 . + 1 Alias=Miro_70;ID=Miro_70.CDS;Name=Miro_70;Note=contains AP2/ERF domain;Parent=Miro_70;obsolete_name=Miro_094;product=homing endonuclease;
+Miro GenBank Shine_Dalgarno_sequence 45718 45721 . + 1 ID=Miro_70.RBS;Name=Miro_70;Parent=Miro_70;
+Miro feature gene 46221 46569 . + . ID=Miro_71;
+Miro GenBank CDS 46234 46569 . + 1 Alias=Miro_71;ID=Miro_71.CDS;Name=Miro_71;Note=T4 PseT.3-like;Parent=Miro_71;obsolete_name=Miro_093;product=i-spanin;tmhelix=1 TMD (15-33) N out%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 46221 46224 . + 1 ID=Miro_71.RBS;Name=Miro_71;Parent=Miro_71;
+Miro feature gene 46553 46883 . + . ID=Miro_72;
+Miro GenBank CDS 46566 46883 . + 1 Alias=Miro_72;ID=Miro_72.CDS;Name=Miro_72;Note=T4 PseT.2-like;Parent=Miro_72;obsolete_name=Miro_092;product=o-spanin;signal=signal peptidase II cleavage site 16-17;
+Miro GenBank Shine_Dalgarno_sequence 46553 46556 . + 1 ID=Miro_72.RBS;Name=Miro_72;Parent=Miro_72;
+Miro feature gene 46854 47035 . + . ID=Miro_73;
+Miro GenBank CDS 46868 47035 . + 1 Alias=Miro_73;ID=Miro_73.CDS;Name=Miro_73;Parent=Miro_73;obsolete_name=Miro_091;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 46854 46856 . + 1 ID=Miro_73.RBS;Name=Miro_73;Parent=Miro_73;
+Miro feature gene 90380 90770 . - . ID=Miro_161;
+Miro GenBank CDS 90380 90760 . - 1 ID=Miro_161.CDS;Name=Miro_161;Parent=Miro_161;obsolete_name=Miro_003;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 90767 90770 . - 1 Alias=Miro_161;ID=Miro_161.RBS;Name=Miro_161;Parent=Miro_161;
+Miro feature gene 90052 90410 . - . ID=Miro_160;
+Miro GenBank CDS 90052 90399 . - 1 ID=Miro_160.CDS;Name=Miro_160;Parent=Miro_160;obsolete_name=Miro_004;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 90406 90410 . - 1 Alias=Miro_160;ID=Miro_160.RBS;Name=Miro_160;Parent=Miro_160;
+Miro feature gene 91043 92201 . - . ID=Miro_163;
+Miro GenBank CDS 91043 92197 . - 1 ID=Miro_163.CDS;Name=Miro_163;Note=contains 4Fe4S-binding SPASM domain;Parent=Miro_163;obsolete_name=Miro_001;product=radical SAM superfamily protein;
+Miro GenBank Shine_Dalgarno_sequence 92198 92201 . + 1 Alias=Miro_163;ID=Miro_163.RBS;Name=Miro_163;Parent=Miro_163;
+Miro feature gene 100922 101554 . - . ID=Miro_187;
+Miro GenBank CDS 100922 101545 . - 1 ID=Miro_187.CDS;Name=Miro_187;Parent=Miro_187;obsolete_name=Miro_253;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 101551 101554 . - 1 Alias=Miro_187;ID=Miro_187.RBS;Name=Miro_187;Parent=Miro_187;
+Miro feature gene 100375 100923 . - . ID=Miro_186;
+Miro GenBank CDS 100375 100914 . - 1 ID=Miro_186.CDS;Name=Miro_186;Parent=Miro_186;obsolete_name=Miro_254;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 100920 100923 . - 1 Alias=Miro_186;ID=Miro_186.RBS;Name=Miro_186;Parent=Miro_186;
+Miro feature gene 100169 100320 . - . ID=Miro_185;
+Miro GenBank CDS 100169 100309 . - 1 ID=Miro_185.CDS;Name=Miro_185;Parent=Miro_185;obsolete_name=Miro_255;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 100315 100320 . - 1 Alias=Miro_185;ID=Miro_185.RBS;Name=Miro_185;Parent=Miro_185;
+Miro feature gene 90744 91055 . - . ID=Miro_162;
+Miro GenBank CDS 90744 91046 . - 1 ID=Miro_162.CDS;Name=Miro_162;Parent=Miro_162;obsolete_name=Miro_002;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 91053 91055 . - 1 Alias=Miro_162;ID=Miro_162.RBS;Name=Miro_162;Parent=Miro_162;
+Miro feature gene 99593 99940 . - . ID=Miro_183;
+Miro GenBank CDS 99593 99928 . - 1 ID=Miro_183.CDS;Name=Miro_183;Note=contains heat shock protein DnaJ%2C cysteine-rich domain;Parent=Miro_183;obsolete_name=Miro_257;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 99938 99940 . - 1 Alias=Miro_183;ID=Miro_183.RBS;Name=Miro_183;Parent=Miro_183;
+Miro feature gene 99303 99611 . - . ID=Miro_182;
+Miro GenBank CDS 99303 99596 . - 1 ID=Miro_182.CDS;Name=Miro_182;Parent=Miro_182;obsolete_name=Miro_258;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 99609 99611 . - 1 Alias=Miro_182;ID=Miro_182.RBS;Name=Miro_182;Parent=Miro_182;
+Miro feature gene 99059 99328 . - . ID=Miro_181;
+Miro GenBank CDS 99059 99310 . - 1 ID=Miro_181.CDS;Name=Miro_181;Parent=Miro_181;obsolete_name=Miro_259;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 99325 99328 . - 1 Alias=Miro_181;ID=Miro_181.RBS;Name=Miro_181;Parent=Miro_181;
+Miro feature gene 98817 99074 . - . ID=Miro_180;
+Miro GenBank CDS 98817 99062 . - 1 ID=Miro_180.CDS;Name=Miro_180;Parent=Miro_180;obsolete_name=Miro_260;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 99072 99074 . - 1 Alias=Miro_180;ID=Miro_180.RBS;Name=Miro_180;Parent=Miro_180;
+Miro feature gene 92931 93195 . - . ID=Miro_165;
+Miro GenBank CDS 92931 93185 . - 1 ID=Miro_165.CDS;Name=Miro_165;Parent=Miro_165;obsolete_name=Miro_275;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 93192 93195 . - 1 Alias=Miro_165;ID=Miro_165.RBS;Name=Miro_165;Parent=Miro_165;
+Miro feature gene 101872 102579 . - . ID=Miro_189;
+Miro GenBank CDS 101872 102567 . - 1 ID=Miro_189.CDS;Name=Miro_189;Note=contains P-loop NTPase domain;Parent=Miro_189;obsolete_name=Miro_251;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 102577 102579 . - 1 Alias=Miro_189;ID=Miro_189.RBS;Name=Miro_189;Parent=Miro_189;
+Miro feature gene 92203 92938 . + . ID=Miro_164;
+Miro GenBank CDS 92210 92938 . + 1 Alias=Miro_164;ID=Miro_164.CDS;Name=Miro_164;Parent=Miro_164;obsolete_name=Miro_276;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 92203 92206 . - 1 ID=Miro_164.RBS;Name=Miro_164;Parent=Miro_164;
+Miro feature gene 93449 93607 . - . ID=Miro_167;
+Miro GenBank CDS 93449 93595 . - 1 ID=Miro_167.CDS;Name=Miro_167;Parent=Miro_167;obsolete_name=Miro_273;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 93605 93607 . - 1 Alias=Miro_167;ID=Miro_167.RBS;Name=Miro_167;Parent=Miro_167;
+Miro feature gene 121485 123247 . + . ID=Miro_205;
+Miro GenBank CDS 121496 123247 . + 1 Alias=Miro_205;ID=Miro_205.CDS;Name=Miro_205;Note=T4 fibritin-like;Parent=Miro_205;obsolete_name=Miro_235;product=neck whisker protein;
+Miro GenBank Shine_Dalgarno_sequence 121485 121489 . + 1 ID=Miro_205.RBS;Name=Miro_205;Parent=Miro_205;
+Miro feature gene 93252 93463 . - . ID=Miro_166;
+Miro GenBank CDS 93252 93452 . - 1 ID=Miro_166.CDS;Name=Miro_166;Parent=Miro_166;obsolete_name=Miro_274;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 93461 93463 . - 1 Alias=Miro_166;ID=Miro_166.RBS;Name=Miro_166;Parent=Miro_166;
+Miro feature gene 30315 30571 . - . ID=Miro_49;
+Miro GenBank CDS 30315 30560 . - 1 ID=Miro_49.CDS;Name=Miro_49;Parent=Miro_49;obsolete_name=Miro_115;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 30569 30571 . - 1 Alias=Miro_49;ID=Miro_49.RBS;Name=Miro_49;Parent=Miro_49;
+Miro feature gene 29659 30330 . - . ID=Miro_48;
+Miro GenBank CDS 29659 30318 . - 1 ID=Miro_48.CDS;Name=Miro_48;Note=T4 gp59-like;Parent=Miro_48;obsolete_name=Miro_116;product=helicase assembly protein;
+Miro GenBank Shine_Dalgarno_sequence 30328 30330 . - 1 Alias=Miro_48;ID=Miro_48.RBS;Name=Miro_48;Parent=Miro_48;
+Miro GenBank DNA 1 176055 . . 1 Alias=Miro;ID=Miro;Name=Miro;date=01-JAN-1980;
+Miro feature gene 70714 71046 . - . ID=Miro_118;
+Miro GenBank CDS 70714 71034 . - 1 ID=Miro_118.CDS;Name=Miro_118;Parent=Miro_118;obsolete_name=Miro_046;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 71044 71046 . - 1 Alias=Miro_118;ID=Miro_118.RBS;Name=Miro_118;Parent=Miro_118;
+Miro feature gene 71034 71561 . - . ID=Miro_119;
+Miro GenBank CDS 71034 71549 . - 1 ID=Miro_119.CDS;Name=Miro_119;Parent=Miro_119;obsolete_name=Miro_045;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 71558 71561 . - 1 Alias=Miro_119;ID=Miro_119.RBS;Name=Miro_119;Parent=Miro_119;
+Miro feature gene 25310 25609 . - . ID=Miro_41;
+Miro GenBank CDS 25310 25597 . - 1 ID=Miro_41.CDS;Name=Miro_41;Parent=Miro_41;obsolete_name=Miro_123;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 25606 25609 . - 1 Alias=Miro_41;ID=Miro_41.RBS;Name=Miro_41;Parent=Miro_41;
+Miro feature gene 24984 25325 . - . ID=Miro_40;
+Miro GenBank CDS 24984 25313 . - 1 ID=Miro_40.CDS;Name=Miro_40;Parent=Miro_40;obsolete_name=Miro_124;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 25321 25325 . - 1 Alias=Miro_40;ID=Miro_40.RBS;Name=Miro_40;Parent=Miro_40;
+Miro feature gene 26032 26607 . - . ID=Miro_43;
+Miro GenBank CDS 26032 26595 . - 1 ID=Miro_43.CDS;Name=Miro_43;Parent=Miro_43;obsolete_name=Miro_121;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 26603 26607 . - 1 Alias=Miro_43;ID=Miro_43.RBS;Name=Miro_43;Parent=Miro_43;
+Miro feature gene 25666 26036 . - . ID=Miro_42;
+Miro GenBank CDS 25666 26028 . - 1 ID=Miro_42.CDS;Name=Miro_42;Note=T4 RegA-like;Parent=Miro_42;obsolete_name=Miro_122;product=translational repressor protein;
+Miro GenBank Shine_Dalgarno_sequence 26034 26036 . - 1 Alias=Miro_42;ID=Miro_42.RBS;Name=Miro_42;Parent=Miro_42;
+Miro feature gene 27655 28329 . - . ID=Miro_45;
+Miro GenBank CDS 27655 28320 . - 1 ID=Miro_45.CDS;Name=Miro_45;Note=T4-like;Parent=Miro_45;obsolete_name=Miro_119;product=DNA polymerase processivity component;
+Miro GenBank Shine_Dalgarno_sequence 28327 28329 . - 1 Alias=Miro_45;ID=Miro_45.RBS;Name=Miro_45;Parent=Miro_45;
+Miro feature gene 26598 27605 . - . ID=Miro_44;
+Miro GenBank CDS 26598 27596 . - 1 ID=Miro_44.CDS;Name=Miro_44;Note=T4 gp44-like;Parent=Miro_44;obsolete_name=Miro_120;product=sliding-clamp-loader subunit;
+Miro GenBank Shine_Dalgarno_sequence 27602 27605 . - 1 Alias=Miro_44;ID=Miro_44.RBS;Name=Miro_44;Parent=Miro_44;
+Miro feature gene 28672 29656 . - . ID=Miro_47;
+Miro GenBank CDS 28672 29643 . - 1 ID=Miro_47.CDS;Name=Miro_47;Note=T4 gp32-like;Parent=Miro_47;obsolete_name=Miro_117;product=ssDNA-binding protein;
+Miro GenBank Shine_Dalgarno_sequence 29654 29656 . - 1 Alias=Miro_47;ID=Miro_47.RBS;Name=Miro_47;Parent=Miro_47;
+Miro feature gene 28347 28628 . - . ID=Miro_46;
+Miro GenBank CDS 28347 28616 . - 1 ID=Miro_46.CDS;Name=Miro_46;Note=T4-like;Parent=Miro_46;obsolete_name=Miro_118;product=RNA polymerase binding protein;
+Miro GenBank Shine_Dalgarno_sequence 28626 28628 . - 1 Alias=Miro_46;ID=Miro_46.RBS;Name=Miro_46;Parent=Miro_46;
+Miro feature gene 159724 160702 . + . ID=Miro_258;
+Miro GenBank CDS 159737 160702 . + 1 Alias=Miro_258;ID=Miro_258.CDS;Name=Miro_258;Parent=Miro_258;obsolete_name=Miro_182;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 159724 159726 . + 1 ID=Miro_258.RBS;Name=Miro_258;Parent=Miro_258;
+Miro feature gene 165793 166927 . + . ID=Miro_263;
+Miro GenBank CDS 165803 166927 . + 1 Alias=Miro_263;ID=Miro_263.CDS;Name=Miro_263;Parent=Miro_263;obsolete_name=Miro_177;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 165793 165796 . + 1 ID=Miro_263.RBS;Name=Miro_263;Parent=Miro_263;
+Miro feature gene 126351 128186 . + . ID=Miro_210;
+Miro GenBank CDS 126366 128186 . + 1 Alias=Miro_210;ID=Miro_210.CDS;Name=Miro_210;Note=T4 gp17-like;Parent=Miro_210;obsolete_name=Miro_230;product=terminase%2C large subunit;
+Miro GenBank Shine_Dalgarno_sequence 126351 126353 . + 1 ID=Miro_210.RBS;Name=Miro_210;Parent=Miro_210;
+Miro feature gene 34191 34491 . + . ID=Miro_56;
+Miro GenBank CDS 34204 34491 . + 1 Alias=Miro_56;ID=Miro_56.CDS;Name=Miro_56;Parent=Miro_56;obsolete_name=Miro_108;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 34191 34195 . + 1 ID=Miro_56.RBS;Name=Miro_56;Parent=Miro_56;
+Miro feature gene 34465 36172 . + . ID=Miro_57;
+Miro GenBank CDS 34475 36172 . + 1 Alias=Miro_57;ID=Miro_57.CDS;Name=Miro_57;Parent=Miro_57;obsolete_name=Miro_107;product=methyl methanesulphonate-sensitivity protein;
+Miro GenBank Shine_Dalgarno_sequence 34465 34468 . + 1 ID=Miro_57.RBS;Name=Miro_57;Parent=Miro_57;
+Miro feature gene 32797 33134 . + . ID=Miro_54;
+Miro GenBank CDS 32808 33134 . + 1 Alias=Miro_54;ID=Miro_54.CDS;Name=Miro_54;Parent=Miro_54;obsolete_name=Miro_110;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 32797 32800 . + 1 ID=Miro_54.RBS;Name=Miro_54;Parent=Miro_54;
+Miro feature gene 33173 34217 . + . ID=Miro_55;
+Miro GenBank CDS 33186 34217 . + 1 Alias=Miro_55;ID=Miro_55.CDS;Name=Miro_55;Note=T4 exonuclease subunit 1-like;Parent=Miro_55;obsolete_name=Miro_109;product=exonuclease;
+Miro GenBank Shine_Dalgarno_sequence 33173 33175 . + 1 ID=Miro_55.RBS;Name=Miro_55;Parent=Miro_55;
+Miro feature gene 32068 32603 . + . ID=Miro_52;
+Miro GenBank CDS 32076 32603 . + 1 Alias=Miro_52;ID=Miro_52.CDS;Name=Miro_52;Parent=Miro_52;obsolete_name=Miro_112;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 32068 32070 . + 1 ID=Miro_52.RBS;Name=Miro_52;Parent=Miro_52;
+Miro feature gene 32588 32815 . + . ID=Miro_53;
+Miro GenBank CDS 32600 32815 . + 1 Alias=Miro_53;ID=Miro_53.CDS;Name=Miro_53;Parent=Miro_53;obsolete_name=Miro_111;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 32588 32590 . + 1 ID=Miro_53.RBS;Name=Miro_53;Parent=Miro_53;
+Miro feature gene 30564 30838 . - . ID=Miro_50;
+Miro GenBank CDS 30564 30827 . - 1 ID=Miro_50.CDS;Name=Miro_50;Note=T4-like;Parent=Miro_50;obsolete_name=Miro_114;product=dsDNA-binding protein;
+Miro GenBank Shine_Dalgarno_sequence 30834 30838 . - 1 Alias=Miro_50;ID=Miro_50.RBS;Name=Miro_50;Parent=Miro_50;
+Miro feature gene 30837 31781 . - . ID=Miro_51;
+Miro GenBank CDS 30837 31772 . - 1 ID=Miro_51.CDS;Name=Miro_51;Note=T4 RNase H-like;Parent=Miro_51;obsolete_name=Miro_113;product=5'-3' exonuclease;
+Miro GenBank Shine_Dalgarno_sequence 31778 31781 . - 1 Alias=Miro_51;ID=Miro_51.RBS;Name=Miro_51;Parent=Miro_51;
+Miro feature gene 36162 36363 . + . ID=Miro_58;
+Miro GenBank CDS 36172 36363 . + 1 Alias=Miro_58;ID=Miro_58.CDS;Name=Miro_58;Parent=Miro_58;obsolete_name=Miro_106;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 36162 36166 . + 1 ID=Miro_58.RBS;Name=Miro_58;Parent=Miro_58;
+Miro feature gene 36425 38146 . + . ID=Miro_59;
+Miro GenBank CDS 36437 38146 . + 1 Alias=Miro_59;ID=Miro_59.CDS;Name=Miro_59;Note=contains DNAJ domain;Parent=Miro_59;obsolete_name=Miro_105;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 36425 36428 . + 1 ID=Miro_59.RBS;Name=Miro_59;Parent=Miro_59;
+Miro feature gene 65396 65799 . + . ID=Miro_109;
+Miro GenBank CDS 65407 65799 . + 1 Alias=Miro_109;ID=Miro_109.CDS;Name=Miro_109;Note=T4-like;Parent=Miro_109;obsolete_name=Miro_055;product=tail lysozyme;
+Miro GenBank Shine_Dalgarno_sequence 65396 65399 . + 1 ID=Miro_109.RBS;Name=Miro_109;Parent=Miro_109;
+Miro feature gene 64840 65406 . + . ID=Miro_108;
+Miro GenBank CDS 64852 65406 . + 1 Alias=Miro_108;ID=Miro_108.CDS;Name=Miro_108;Note=T4 gp26/gp51-like;Parent=Miro_108;obsolete_name=Miro_056;product=baseplate structural protein;
+Miro GenBank Shine_Dalgarno_sequence 64840 64843 . + 1 ID=Miro_108.RBS;Name=Miro_108;Parent=Miro_108;
+Miro feature gene 64103 64855 . + . ID=Miro_107;
+Miro GenBank CDS 64112 64855 . + 1 Alias=Miro_107;ID=Miro_107.CDS;Name=Miro_107;Note=T4 gp26/gp51-like;Parent=Miro_107;obsolete_name=Miro_057;product=baseplate structural protein;
+Miro GenBank Shine_Dalgarno_sequence 64103 64106 . + 1 ID=Miro_107.RBS;Name=Miro_107;Parent=Miro_107;
+Miro feature gene 63210 64083 . + . ID=Miro_106;
+Miro GenBank CDS 63220 64083 . + 1 Alias=Miro_106;ID=Miro_106.CDS;Name=Miro_106;Note=T4 gp19-like;Parent=Miro_106;obsolete_name=Miro_058;product=tail tube protein;
+Miro GenBank Shine_Dalgarno_sequence 63210 63214 . + 1 ID=Miro_106.RBS;Name=Miro_106;Parent=Miro_106;
+Miro feature gene 62126 63210 . + . ID=Miro_105;
+Miro GenBank CDS 62137 63210 . + 1 Alias=Miro_105;ID=Miro_105.CDS;Name=Miro_105;Note=T4 gp48-like;Parent=Miro_105;obsolete_name=Miro_059;product=tail tube assembly protein;
+Miro GenBank Shine_Dalgarno_sequence 62126 62129 . + 1 ID=Miro_105.RBS;Name=Miro_105;Parent=Miro_105;
+Miro feature gene 60343 62126 . + . ID=Miro_104;
+Miro GenBank CDS 60354 62126 . + 1 Alias=Miro_104;ID=Miro_104.CDS;Name=Miro_104;Parent=Miro_104;obsolete_name=Miro_060;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 60343 60345 . + 1 ID=Miro_104.RBS;Name=Miro_104;Parent=Miro_104;
+Miro feature gene 59767 60351 . + . ID=Miro_103;
+Miro GenBank CDS 59776 60351 . + 1 Alias=Miro_103;ID=Miro_103.CDS;Name=Miro_103;Note=T4 gp28-like;Parent=Miro_103;obsolete_name=Miro_061;product=baseplate structural protein;
+Miro GenBank Shine_Dalgarno_sequence 59767 59770 . + 1 ID=Miro_103.RBS;Name=Miro_103;Parent=Miro_103;
+Miro feature gene 58597 59719 . - . ID=Miro_102;
+Miro GenBank CDS 58597 59706 . - 1 ID=Miro_102.CDS;Name=Miro_102;Note=T4 gp27-like;Parent=Miro_102;obsolete_name=Miro_062;product=baseplate structural protein;
+Miro GenBank Shine_Dalgarno_sequence 59714 59719 . - 1 Alias=Miro_102;ID=Miro_102.RBS;Name=Miro_102;Parent=Miro_102;
+Miro feature gene 58210 58600 . + . ID=Miro_101;
+Miro GenBank CDS 58223 58600 . + 1 Alias=Miro_101;ID=Miro_101.CDS;Name=Miro_101;Parent=Miro_101;obsolete_name=Miro_063;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 58210 58213 . + 1 ID=Miro_101.RBS;Name=Miro_101;Parent=Miro_101;
+Miro feature gene 57934 58236 . + . ID=Miro_100;
+Miro GenBank CDS 57946 58236 . + 1 Alias=Miro_100;ID=Miro_100.CDS;Name=Miro_100;Parent=Miro_100;obsolete_name=Miro_064;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 57934 57936 . + 1 ID=Miro_100.RBS;Name=Miro_100;Parent=Miro_100;
+Miro feature gene 142768 143313 . + . ID=Miro_228;
+Miro GenBank CDS 142780 143313 . + 1 Alias=Miro_228;ID=Miro_228.CDS;Name=Miro_228;Note=contains Ig-like fold;Parent=Miro_228;obsolete_name=Miro_212;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 142768 142772 . + 1 ID=Miro_228.RBS;Name=Miro_228;Parent=Miro_228;
+Miro feature gene 143314 143599 . + . ID=Miro_229;
+Miro GenBank CDS 143324 143599 . + 1 Alias=Miro_229;ID=Miro_229.CDS;Name=Miro_229;Parent=Miro_229;obsolete_name=Miro_211;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 143314 143317 . + 1 ID=Miro_229.RBS;Name=Miro_229;Parent=Miro_229;
+Miro feature gene 138844 139028 . + . ID=Miro_222;
+Miro GenBank CDS 138852 139028 . + 1 Alias=Miro_222;ID=Miro_222.CDS;Name=Miro_222;Parent=Miro_222;obsolete_name=Miro_218;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 138844 138846 . + 1 ID=Miro_222.RBS;Name=Miro_222;Parent=Miro_222;
+Miro feature gene 139303 139545 . - . ID=Miro_223;
+Miro GenBank CDS 139303 139536 . - 1 ID=Miro_223.CDS;Name=Miro_223;Note=T4 UvsW-like;Parent=Miro_223;obsolete_name=Miro_217;product=ATP-dependent DNA helicase;
+Miro GenBank Shine_Dalgarno_sequence 139542 139545 . - 1 Alias=Miro_223;ID=Miro_223.RBS;Name=Miro_223;Parent=Miro_223;
+Miro feature gene 136828 138128 . + . ID=Miro_220;
+Miro GenBank CDS 136839 138128 . + 1 Alias=Miro_220;ID=Miro_220.CDS;Name=Miro_220;Note=T4 gp23/gp24-like;Parent=Miro_220;obsolete_name=Miro_220;product=major capsid protein;
+Miro GenBank Shine_Dalgarno_sequence 136828 136831 . + 1 ID=Miro_220.RBS;Name=Miro_220;Parent=Miro_220;
+Miro feature gene 138424 138852 . + . ID=Miro_221;
+Miro GenBank CDS 138433 138852 . + 1 Alias=Miro_221;ID=Miro_221.CDS;Name=Miro_221;Parent=Miro_221;obsolete_name=Miro_219;product=UvsY recombination protein;
+Miro GenBank Shine_Dalgarno_sequence 138424 138426 . + 1 ID=Miro_221.RBS;Name=Miro_221;Parent=Miro_221;
+Miro feature gene 141819 142142 . + . ID=Miro_226;
+Miro GenBank CDS 141831 142142 . + 1 Alias=Miro_226;ID=Miro_226.CDS;Name=Miro_226;Parent=Miro_226;obsolete_name=Miro_214;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 141819 141822 . + 1 ID=Miro_226.RBS;Name=Miro_226;Parent=Miro_226;
+Miro feature gene 142173 142751 . + . ID=Miro_227;
+Miro GenBank CDS 142182 142751 . + 1 Alias=Miro_227;ID=Miro_227.CDS;Name=Miro_227;Note=contains heat shock protein DNAJ domain;Parent=Miro_227;obsolete_name=Miro_213;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 142173 142176 . + 1 ID=Miro_227.RBS;Name=Miro_227;Parent=Miro_227;
+Miro feature gene 139545 141056 . - . ID=Miro_224;
+Miro GenBank CDS 139545 141044 . - 1 ID=Miro_224.CDS;Name=Miro_224;Note=contains helicase superfamily and ATP-binding domains;Parent=Miro_224;obsolete_name=Miro_216;product=DNA helicase;
+Miro GenBank Shine_Dalgarno_sequence 141053 141056 . - 1 Alias=Miro_224;ID=Miro_224.RBS;Name=Miro_224;Parent=Miro_224;
+Miro feature gene 141104 141738 . + . ID=Miro_225;
+Miro GenBank CDS 141115 141738 . + 1 Alias=Miro_225;ID=Miro_225.CDS;Name=Miro_225;Parent=Miro_225;obsolete_name=Miro_215;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 141104 141107 . + 1 ID=Miro_225.RBS;Name=Miro_225;Parent=Miro_225;
+Miro feature gene 154043 154534 . + . ID=Miro_248;
+Miro GenBank CDS 154052 154534 . + 1 Alias=Miro_248;ID=Miro_248.CDS;Name=Miro_248;Note=T4 gp49-like;Parent=Miro_248;obsolete_name=Miro_192;product=recombination endonuclease;
+Miro GenBank Shine_Dalgarno_sequence 154043 154045 . + 1 ID=Miro_248.RBS;Name=Miro_248;Parent=Miro_248;
+Miro feature gene 154521 154857 . + . ID=Miro_249;
+Miro GenBank CDS 154531 154857 . + 1 Alias=Miro_249;ID=Miro_249.CDS;Name=Miro_249;Parent=Miro_249;obsolete_name=Miro_191;product=hypothetical novel;
+Miro GenBank Shine_Dalgarno_sequence 154521 154523 . + 1 ID=Miro_249.RBS;Name=Miro_249;Parent=Miro_249;
+Miro feature gene 149229 149828 . + . ID=Miro_240;
+Miro GenBank CDS 149247 149828 . + 1 Alias=Miro_240;ID=Miro_240.CDS;Name=Miro_240;Parent=Miro_240;obsolete_name=Miro_200;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 149229 149232 . + 1 ID=Miro_240.RBS;Name=Miro_240;Parent=Miro_240;
+Miro feature gene 149813 150346 . + . ID=Miro_241;
+Miro GenBank CDS 149822 150346 . + 1 Alias=Miro_241;ID=Miro_241.CDS;Name=Miro_241;Parent=Miro_241;obsolete_name=Miro_199;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 149813 149815 . + 1 ID=Miro_241.RBS;Name=Miro_241;Parent=Miro_241;
+Miro feature gene 150412 150684 . + . ID=Miro_242;
+Miro GenBank CDS 150424 150684 . + 1 Alias=Miro_242;ID=Miro_242.CDS;Name=Miro_242;Parent=Miro_242;obsolete_name=Miro_198;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 150412 150415 . + 1 ID=Miro_242.RBS;Name=Miro_242;Parent=Miro_242;
+Miro feature gene 150684 151143 . + . ID=Miro_243;
+Miro GenBank CDS 150694 151143 . + 1 Alias=Miro_243;ID=Miro_243.CDS;Name=Miro_243;Parent=Miro_243;obsolete_name=Miro_197;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 150684 150687 . + 1 ID=Miro_243.RBS;Name=Miro_243;Parent=Miro_243;
+Miro feature gene 151160 152604 . + . ID=Miro_244;
+Miro GenBank CDS 151171 152604 . + 1 Alias=Miro_244;ID=Miro_244.CDS;Name=Miro_244;Note=contains quinolinate phosphoribosyl transferase domain;Parent=Miro_244;obsolete_name=Miro_196;product=nicotinamide phosphoribosyl transferase;
+Miro GenBank Shine_Dalgarno_sequence 151160 151163 . + 1 ID=Miro_244.RBS;Name=Miro_244;Parent=Miro_244;
+Miro feature gene 152576 152893 . + . ID=Miro_245;
+Miro GenBank CDS 152591 152893 . + 1 Alias=Miro_245;ID=Miro_245.CDS;Name=Miro_245;Parent=Miro_245;obsolete_name=Miro_195;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 152576 152579 . + 1 ID=Miro_245.RBS;Name=Miro_245;Parent=Miro_245;
+Miro feature gene 153004 153741 . + . ID=Miro_246;
+Miro GenBank CDS 153016 153741 . + 1 Alias=Miro_246;ID=Miro_246.CDS;Name=Miro_246;Note=T4-like;Parent=Miro_246;obsolete_name=Miro_194;product=DNA adenine methylase;
+Miro GenBank Shine_Dalgarno_sequence 153004 153006 . + 1 ID=Miro_246.RBS;Name=Miro_246;Parent=Miro_246;
+Miro feature gene 153741 154019 . + . ID=Miro_247;
+Miro GenBank CDS 153750 154019 . + 1 Alias=Miro_247;ID=Miro_247.CDS;Name=Miro_247;Note=T4 NrdC-like;Parent=Miro_247;obsolete_name=Miro_193;product=glutaredoxin;
+Miro GenBank Shine_Dalgarno_sequence 153741 153744 . + 1 ID=Miro_247.RBS;Name=Miro_247;Parent=Miro_247;
+Miro feature gene 12732 14075 . - . ID=Miro_23;
+Miro GenBank CDS 12732 14060 . - 1 ID=Miro_23.CDS;Name=Miro_23;Note=contains P-loop containing nucleoside triphosphate hydrolase domain;Parent=Miro_23;obsolete_name=Miro_141;product=DNA helicase;
+Miro GenBank Shine_Dalgarno_sequence 14073 14075 . - 1 Alias=Miro_23;ID=Miro_23.RBS;Name=Miro_23;Parent=Miro_23;
+Miro feature gene 12399 12716 . - . ID=Miro_22;
+Miro GenBank CDS 12399 12707 . - 1 ID=Miro_22.CDS;Name=Miro_22;Parent=Miro_22;obsolete_name=Miro_142;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 12713 12716 . - 1 Alias=Miro_22;ID=Miro_22.RBS;Name=Miro_22;Parent=Miro_22;
+Miro feature gene 12114 12410 . - . ID=Miro_21;
+Miro GenBank CDS 12114 12398 . - 1 ID=Miro_21.CDS;Name=Miro_21;Parent=Miro_21;obsolete_name=Miro_143;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 12407 12410 . - 1 Alias=Miro_21;ID=Miro_21.RBS;Name=Miro_21;Parent=Miro_21;
+Miro feature gene 11728 12126 . - . ID=Miro_20;
+Miro GenBank CDS 11728 12117 . - 1 ID=Miro_20.CDS;Name=Miro_20;Parent=Miro_20;obsolete_name=Miro_144;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 12123 12126 . - 1 Alias=Miro_20;ID=Miro_20.RBS;Name=Miro_20;Parent=Miro_20;
+Miro feature gene 15073 16108 . - . ID=Miro_27;
+Miro GenBank CDS 15073 16098 . - 1 ID=Miro_27.CDS;Name=Miro_27;Note=T4-like;Parent=Miro_27;obsolete_name=Miro_137;product=DNA primase;
+Miro GenBank Shine_Dalgarno_sequence 16104 16108 . - 1 Alias=Miro_27;ID=Miro_27.RBS;Name=Miro_27;Parent=Miro_27;
+Miro feature gene 14529 15074 . - . ID=Miro_26;
+Miro GenBank CDS 14529 15065 . - 1 ID=Miro_26.CDS;Name=Miro_26;Parent=Miro_26;obsolete_name=Miro_138;product=dCTP pyrophosphatase;
+Miro GenBank Shine_Dalgarno_sequence 15072 15074 . - 1 Alias=Miro_26;ID=Miro_26.RBS;Name=Miro_26;Parent=Miro_26;
+Miro feature gene 14344 14545 . - . ID=Miro_25;
+Miro GenBank CDS 14344 14529 . - 1 ID=Miro_25.CDS;Name=Miro_25;Parent=Miro_25;obsolete_name=Miro_139;product=hypothetical conserved;tmhelix=2TMDs (7-29%2C 39-57) N in%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 14543 14545 . - 1 Alias=Miro_25;ID=Miro_25.RBS;Name=Miro_25;Parent=Miro_25;
+Miro feature gene 14057 14358 . - . ID=Miro_24;
+Miro GenBank CDS 14057 14347 . - 1 ID=Miro_24.CDS;Name=Miro_24;Parent=Miro_24;obsolete_name=Miro_140;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 14355 14358 . - 1 Alias=Miro_24;ID=Miro_24.RBS;Name=Miro_24;Parent=Miro_24;
+Miro feature gene 16418 16647 . - . ID=Miro_29;
+Miro GenBank CDS 16418 16636 . - 1 ID=Miro_29.CDS;Name=Miro_29;Parent=Miro_29;obsolete_name=Miro_135;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 16644 16647 . - 1 Alias=Miro_29;ID=Miro_29.RBS;Name=Miro_29;Parent=Miro_29;
+Miro feature gene 16102 16375 . - . ID=Miro_28;
+Miro GenBank CDS 16102 16362 . - 1 ID=Miro_28.CDS;Name=Miro_28;Note=contains zinc finger domain;Parent=Miro_28;obsolete_name=Miro_136;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 16370 16375 . - 1 Alias=Miro_28;ID=Miro_28.RBS;Name=Miro_28;Parent=Miro_28;
+Miro feature gene 76662 77733 . - . ID=Miro_132;
+Miro GenBank CDS 76662 77723 . - 1 ID=Miro_132.CDS;Name=Miro_132;Parent=Miro_132;obsolete_name=Miro_032;product=NUDIX hydrolase;
+Miro GenBank Shine_Dalgarno_sequence 77730 77733 . - 1 Alias=Miro_132;ID=Miro_132.RBS;Name=Miro_132;Parent=Miro_132;
+Miro feature gene 77900 78824 . - . ID=Miro_133;
+Miro GenBank CDS 77900 78814 . - 1 ID=Miro_133.CDS;Name=Miro_133;Parent=Miro_133;obsolete_name=Miro_031;product=hypothetical conserved;signal=signal peptidase I cleavage site 34-35;
+Miro GenBank Shine_Dalgarno_sequence 78822 78824 . - 1 Alias=Miro_133;ID=Miro_133.RBS;Name=Miro_133;Parent=Miro_133;
+Miro feature gene 76025 76309 . - . ID=Miro_130;
+Miro GenBank CDS 76025 76297 . - 1 ID=Miro_130.CDS;Name=Miro_130;Parent=Miro_130;obsolete_name=Miro_034;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 76307 76309 . - 1 Alias=Miro_130;ID=Miro_130.RBS;Name=Miro_130;Parent=Miro_130;
+Miro feature gene 76294 76498 . - . ID=Miro_131;
+Miro GenBank CDS 76294 76488 . - 1 ID=Miro_131.CDS;Name=Miro_131;Parent=Miro_131;obsolete_name=Miro_033;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 76495 76498 . - 1 Alias=Miro_131;ID=Miro_131.RBS;Name=Miro_131;Parent=Miro_131;
+Miro feature gene 79668 80071 . - . ID=Miro_136;
+Miro GenBank CDS 79668 80060 . - 1 ID=Miro_136.CDS;Name=Miro_136;Parent=Miro_136;obsolete_name=Miro_028;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 80067 80071 . - 1 Alias=Miro_136;ID=Miro_136.RBS;Name=Miro_136;Parent=Miro_136;
+Miro feature gene 80077 80695 . - . ID=Miro_137;
+Miro GenBank CDS 80077 80685 . - 1 ID=Miro_137.CDS;Name=Miro_137;Note=contains P-loop containing nucleoside triphosphate hydrolase;Parent=Miro_137;obsolete_name=Miro_027;product=thymidine kinase;
+Miro GenBank Shine_Dalgarno_sequence 80693 80695 . - 1 Alias=Miro_137;ID=Miro_137.RBS;Name=Miro_137;Parent=Miro_137;
+Miro feature gene 78886 79317 . - . ID=Miro_134;
+Miro GenBank CDS 78886 79308 . - 1 ID=Miro_134.CDS;Name=Miro_134;Parent=Miro_134;obsolete_name=Miro_030;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 79314 79317 . - 1 Alias=Miro_134;ID=Miro_134.RBS;Name=Miro_134;Parent=Miro_134;
+Miro feature gene 79280 79572 . - . ID=Miro_135;
+Miro GenBank CDS 79280 79561 . - 1 ID=Miro_135.CDS;Name=Miro_135;Parent=Miro_135;obsolete_name=Miro_029;product=hypothetical conserved;tmhelix=2TMDs (7-24%2C 39-61) N out%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 79570 79572 . - 1 Alias=Miro_135;ID=Miro_135.RBS;Name=Miro_135;Parent=Miro_135;
+Miro feature gene 80678 80889 . - . ID=Miro_138;
+Miro GenBank CDS 80678 80875 . - 1 ID=Miro_138.CDS;Name=Miro_138;Parent=Miro_138;obsolete_name=Miro_026;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 80886 80889 . - 1 Alias=Miro_138;ID=Miro_138.RBS;Name=Miro_138;Parent=Miro_138;
+Miro feature gene 80868 81097 . - . ID=Miro_139;
+Miro GenBank CDS 80868 81083 . - 1 ID=Miro_139.CDS;Name=Miro_139;Parent=Miro_139;obsolete_name=Miro_025;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 81095 81097 . - 1 Alias=Miro_139;ID=Miro_139.RBS;Name=Miro_139;Parent=Miro_139;
+Miro feature gene 128192 130197 . + . ID=Miro_211;
+Miro GenBank CDS 128206 130197 . + 1 Alias=Miro_211;ID=Miro_211.CDS;Name=Miro_211;Note=T4 gp18-like;Parent=Miro_211;obsolete_name=Miro_229;product=tail sheath protein;
+Miro GenBank Shine_Dalgarno_sequence 128192 128195 . + 1 ID=Miro_211.RBS;Name=Miro_211;Parent=Miro_211;
+Miro feature gene 148228 149257 . + . ID=Miro_239;
+Miro GenBank CDS 148238 149257 . + 1 Alias=Miro_239;ID=Miro_239.CDS;Name=Miro_239;Note=T4 Rnl2-like;Parent=Miro_239;obsolete_name=Miro_201;product=RNA ligase;
+Miro GenBank Shine_Dalgarno_sequence 148228 148231 . + 1 ID=Miro_239.RBS;Name=Miro_239;Parent=Miro_239;
+Miro feature gene 99939 100090 . - . ID=Miro_184;
+Miro GenBank CDS 99939 100079 . - 1 ID=Miro_184.CDS;Name=Miro_184;Parent=Miro_184;obsolete_name=Miro_256;product=hypothetical conserved;tmhelix=1 TMD (19-41) N in%2C C out;
+Miro GenBank Shine_Dalgarno_sequence 100085 100090 . - 1 Alias=Miro_184;ID=Miro_184.RBS;Name=Miro_184;Parent=Miro_184;
+Miro feature gene 146845 147029 . + . ID=Miro_235;
+Miro GenBank CDS 146853 147029 . + 1 Alias=Miro_235;ID=Miro_235.CDS;Name=Miro_235;Parent=Miro_235;obsolete_name=Miro_205;product=hypothetical conserved;tmhelix=2TMDs (5-27%2C 31-50) N in%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 146845 146847 . + 1 ID=Miro_235.RBS;Name=Miro_235;Parent=Miro_235;
+Miro feature gene 146530 146856 . + . ID=Miro_234;
+Miro GenBank CDS 146539 146856 . + 1 Alias=Miro_234;ID=Miro_234.CDS;Name=Miro_234;Parent=Miro_234;obsolete_name=Miro_206;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 146530 146533 . + 1 ID=Miro_234.RBS;Name=Miro_234;Parent=Miro_234;
+Miro feature gene 147343 147710 . + . ID=Miro_237;
+Miro GenBank CDS 147354 147710 . + 1 Alias=Miro_237;ID=Miro_237.CDS;Name=Miro_237;Parent=Miro_237;obsolete_name=Miro_203;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 147343 147346 . + 1 ID=Miro_237.RBS;Name=Miro_237;Parent=Miro_237;
+Miro feature gene 147016 147352 . + . ID=Miro_236;
+Miro GenBank CDS 147026 147352 . + 1 Alias=Miro_236;ID=Miro_236.CDS;Name=Miro_236;Parent=Miro_236;obsolete_name=Miro_204;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 147016 147019 . + 1 ID=Miro_236.RBS;Name=Miro_236;Parent=Miro_236;
+Miro feature gene 144163 144638 . - . ID=Miro_231;
+Miro GenBank CDS 144163 144627 . - 1 ID=Miro_231.CDS;Name=Miro_231;Note=contains HAD-like domain;Parent=Miro_231;obsolete_name=Miro_209;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 144635 144638 . - 1 Alias=Miro_231;ID=Miro_231.RBS;Name=Miro_231;Parent=Miro_231;
+Miro feature gene 143604 144131 . + . ID=Miro_230;
+Miro GenBank CDS 143613 144131 . + 1 Alias=Miro_230;ID=Miro_230.CDS;Name=Miro_230;Parent=Miro_230;obsolete_name=Miro_210;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 143604 143606 . + 1 ID=Miro_230.RBS;Name=Miro_230;Parent=Miro_230;
+Miro feature gene 145620 146506 . + . ID=Miro_233;
+Miro GenBank CDS 145631 146506 . + 1 Alias=Miro_233;ID=Miro_233.CDS;Name=Miro_233;Parent=Miro_233;obsolete_name=Miro_207;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 145620 145623 . + 1 ID=Miro_233.RBS;Name=Miro_233;Parent=Miro_233;
+Miro feature gene 144677 145528 . - . ID=Miro_232;
+Miro GenBank CDS 144677 145516 . - 1 ID=Miro_232.CDS;Name=Miro_232;Note=contains P-loop NTPase and zeta toxin domains;Parent=Miro_232;obsolete_name=Miro_208;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 145525 145528 . - 1 Alias=Miro_232;ID=Miro_232.RBS;Name=Miro_232;Parent=Miro_232;
+Miro feature gene 160735 161413 . + . ID=Miro_259;
+Miro GenBank CDS 160745 161413 . + 1 Alias=Miro_259;ID=Miro_259.CDS;Name=Miro_259;Parent=Miro_259;obsolete_name=Miro_181;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 160735 160739 . + 1 ID=Miro_259.RBS;Name=Miro_259;Parent=Miro_259;
+Miro feature gene 65834 66298 . - . ID=Miro_110;
+Miro GenBank CDS 65834 66289 . - 1 ID=Miro_110.CDS;Name=Miro_110;Parent=Miro_110;obsolete_name=Miro_054;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 66295 66298 . - 1 Alias=Miro_110;ID=Miro_110.RBS;Name=Miro_110;Parent=Miro_110;
+Miro GenBank CDS 157781 157987 . + 1 ID=Miro_253;Name=Miro_253;obsolete_name=Miro_187;product=hypothetical conserved;
+Miro feature gene 157275 157781 . + . ID=Miro_252;
+Miro GenBank CDS 157287 157781 . + 1 Alias=Miro_252;ID=Miro_252.CDS;Name=Miro_252;Parent=Miro_252;obsolete_name=Miro_188;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 157275 157278 . + 1 ID=Miro_252.RBS;Name=Miro_252;Parent=Miro_252;
+Miro feature gene 157033 157287 . + . ID=Miro_251;
+Miro GenBank CDS 157045 157287 . + 1 Alias=Miro_251;ID=Miro_251.CDS;Name=Miro_251;Parent=Miro_251;obsolete_name=Miro_189;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 157033 157037 . + 1 ID=Miro_251.RBS;Name=Miro_251;Parent=Miro_251;
+Miro feature gene 154844 156977 . + . ID=Miro_250;
+Miro GenBank CDS 154854 156977 . + 1 Alias=Miro_250;ID=Miro_250.CDS;Name=Miro_250;Note=T4-like%3B contains glycine radical domain;Parent=Miro_250;obsolete_name=Miro_190;product=anaerobic ribonucleoside-triphosphate reductase;
+Miro GenBank Shine_Dalgarno_sequence 154844 154846 . + 1 ID=Miro_250.RBS;Name=Miro_250;Parent=Miro_250;
+Miro feature gene 159166 159667 . + . ID=Miro_257;
+Miro GenBank CDS 159176 159667 . + 1 Alias=Miro_257;ID=Miro_257.CDS;Name=Miro_257;Note=T4 NrdG-like;Parent=Miro_257;obsolete_name=Miro_183;product=ribonucleoside-triphosphate reductase activating protein;
+Miro GenBank Shine_Dalgarno_sequence 159166 159169 . + 1 ID=Miro_257.RBS;Name=Miro_257;Parent=Miro_257;
+Miro feature gene 158528 159179 . + . ID=Miro_256;
+Miro GenBank CDS 158538 159179 . + 1 Alias=Miro_256;ID=Miro_256.CDS;Name=Miro_256;Note=contains nuclease associated modular 3 and winged helix-turn-helix DNA-binding domains;Parent=Miro_256;obsolete_name=Miro_184;product=homing endonuclease;
+Miro GenBank Shine_Dalgarno_sequence 158528 158530 . + 1 ID=Miro_256.RBS;Name=Miro_256;Parent=Miro_256;
+Miro feature gene 158309 158511 . + . ID=Miro_255;
+Miro GenBank CDS 158320 158511 . + 1 Alias=Miro_255;ID=Miro_255.CDS;Name=Miro_255;Parent=Miro_255;obsolete_name=Miro_185;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 158309 158314 . + 1 ID=Miro_255.RBS;Name=Miro_255;Parent=Miro_255;
+Miro feature gene 157997 158259 . + . ID=Miro_254;
+Miro GenBank CDS 158008 158259 . + 1 Alias=Miro_254;ID=Miro_254.CDS;Name=Miro_254;Parent=Miro_254;obsolete_name=Miro_186;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 157997 158000 . + 1 ID=Miro_254.RBS;Name=Miro_254;Parent=Miro_254;
+Miro feature gene 16633 17132 . - . ID=Miro_30;
+Miro GenBank CDS 16633 17121 . - 1 ID=Miro_30.CDS;Name=Miro_30;Note=T4 gp23/gp24-like;Parent=Miro_30;obsolete_name=Miro_134;product=major capsid protein;
+Miro GenBank Shine_Dalgarno_sequence 17130 17132 . - 1 Alias=Miro_30;ID=Miro_30.RBS;Name=Miro_30;Parent=Miro_30;
+Miro feature gene 17127 17819 . - . ID=Miro_31;
+Miro GenBank CDS 17127 17813 . - 1 ID=Miro_31.CDS;Name=Miro_31;Note=contains N-6 adenine-specific DNA methylase conserved site;Parent=Miro_31;obsolete_name=Miro_133;product=radical SAM protein;
+Miro GenBank Shine_Dalgarno_sequence 17817 17819 . - 1 Alias=Miro_31;ID=Miro_31.RBS;Name=Miro_31;Parent=Miro_31;
+Miro feature gene 17839 18240 . - . ID=Miro_32;
+Miro GenBank CDS 17839 18231 . - 1 ID=Miro_32.CDS;Name=Miro_32;Parent=Miro_32;obsolete_name=Miro_132;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 18237 18240 . - 1 Alias=Miro_32;ID=Miro_32.RBS;Name=Miro_32;Parent=Miro_32;
+Miro feature gene 18228 18475 . - . ID=Miro_33;
+Miro GenBank CDS 18228 18464 . - 1 ID=Miro_33.CDS;Name=Miro_33;Parent=Miro_33;obsolete_name=Miro_131;product=hypothetical conserved;tmhelix=2TMDs (5-27%2C 38-60) N in%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 18470 18475 . - 1 Alias=Miro_33;ID=Miro_33.RBS;Name=Miro_33;Parent=Miro_33;
+Miro feature gene 18556 18822 . - . ID=Miro_34;
+Miro GenBank CDS 18556 18810 . - 1 ID=Miro_34.CDS;Name=Miro_34;Parent=Miro_34;obsolete_name=Miro_130;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 18818 18822 . - 1 Alias=Miro_34;ID=Miro_34.RBS;Name=Miro_34;Parent=Miro_34;
+Miro feature gene 18889 19168 . - . ID=Miro_35;
+Miro GenBank CDS 18889 19158 . - 1 ID=Miro_35.CDS;Name=Miro_35;Parent=Miro_35;obsolete_name=Miro_129;product=hypothetical conserved;tmhelix=2TMDs (7-29%2C 44-66) N in%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 19165 19168 . - 1 Alias=Miro_35;ID=Miro_35.RBS;Name=Miro_35;Parent=Miro_35;
+Miro feature gene 19202 20648 . - . ID=Miro_36;
+Miro GenBank CDS 19202 20638 . - 1 ID=Miro_36.CDS;Name=Miro_36;Note=T4 gp41-like;Parent=Miro_36;obsolete_name=Miro_128;product=DNA helicase;
+Miro GenBank Shine_Dalgarno_sequence 20646 20648 . - 1 Alias=Miro_36;ID=Miro_36.RBS;Name=Miro_36;Parent=Miro_36;
+Miro feature gene 20648 20978 . - . ID=Miro_37;
+Miro GenBank CDS 20648 20968 . - 1 ID=Miro_37.CDS;Name=Miro_37;Note=T4 gp40-like;Parent=Miro_37;obsolete_name=Miro_127;product=head formation protein;
+Miro GenBank Shine_Dalgarno_sequence 20975 20978 . - 1 Alias=Miro_37;ID=Miro_37.RBS;Name=Miro_37;Parent=Miro_37;
+Miro feature gene 21006 22174 . - . ID=Miro_38;
+Miro GenBank CDS 21006 22163 . - 1 ID=Miro_38.CDS;Name=Miro_38;Note=T4 RecA-like;Parent=Miro_38;obsolete_name=Miro_126;product=DNA recombination and repair protein;tmhelix=1 TMD (40-62) N in%2C C out;
+Miro GenBank Shine_Dalgarno_sequence 22172 22174 . - 1 Alias=Miro_38;ID=Miro_38.RBS;Name=Miro_38;Parent=Miro_38;
+Miro feature gene 22238 24954 . - . ID=Miro_39;
+Miro GenBank CDS 22238 24937 . - 1 ID=Miro_39.CDS;Name=Miro_39;Note=T4 gp43-like;Parent=Miro_39;obsolete_name=Miro_125;product=DNA polymerase;
+Miro GenBank Shine_Dalgarno_sequence 24951 24954 . - 1 Alias=Miro_39;ID=Miro_39.RBS;Name=Miro_39;Parent=Miro_39;
+Miro feature gene 101597 101867 . - . ID=Miro_188;
+Miro GenBank CDS 101597 101857 . - 1 ID=Miro_188.CDS;Name=Miro_188;Parent=Miro_188;obsolete_name=Miro_252;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 101864 101867 . - 1 Alias=Miro_188;ID=Miro_188.RBS;Name=Miro_188;Parent=Miro_188;
+Miro feature gene 73570 73827 . - . ID=Miro_125;
+Miro GenBank CDS 73570 73815 . - 1 ID=Miro_125.CDS;Name=Miro_125;Parent=Miro_125;obsolete_name=Miro_039;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 73823 73827 . - 1 Alias=Miro_125;ID=Miro_125.RBS;Name=Miro_125;Parent=Miro_125;
+Miro feature gene 66297 66533 . - . ID=Miro_111;
+Miro GenBank CDS 66297 66521 . - 1 ID=Miro_111.CDS;Name=Miro_111;Parent=Miro_111;obsolete_name=Miro_053;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 66530 66533 . - 1 Alias=Miro_111;ID=Miro_111.RBS;Name=Miro_111;Parent=Miro_111;
+Miro feature gene 74819 75206 . - . ID=Miro_127;
+Miro GenBank CDS 74819 75196 . - 1 ID=Miro_127.CDS;Name=Miro_127;Parent=Miro_127;obsolete_name=Miro_037;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 75203 75206 . - 1 Alias=Miro_127;ID=Miro_127.RBS;Name=Miro_127;Parent=Miro_127;
+Miro feature gene 73812 74832 . - . ID=Miro_126;
+Miro GenBank CDS 73812 74819 . - 1 ID=Miro_126.CDS;Name=Miro_126;Note=T4 nrdC.11-like;Parent=Miro_126;obsolete_name=Miro_038;product=nucleotidyltransferase;
+Miro GenBank Shine_Dalgarno_sequence 74829 74832 . - 1 Alias=Miro_126;ID=Miro_126.RBS;Name=Miro_126;Parent=Miro_126;
+Miro feature gene 71861 72037 . - . ID=Miro_121;
+Miro GenBank CDS 71861 72028 . - 1 ID=Miro_121.CDS;Name=Miro_121;Parent=Miro_121;obsolete_name=Miro_043;product=hypothetical conserved;tmhelix=2TMDs (9-26%2C 30-52) N in%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 72034 72037 . - 1 Alias=Miro_121;ID=Miro_121.RBS;Name=Miro_121;Parent=Miro_121;
+Miro feature gene 71577 71871 . - . ID=Miro_120;
+Miro GenBank CDS 71577 71861 . - 1 ID=Miro_120.CDS;Name=Miro_120;Parent=Miro_120;obsolete_name=Miro_044;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 71868 71871 . - 1 Alias=Miro_120;ID=Miro_120.RBS;Name=Miro_120;Parent=Miro_120;
+Miro feature gene 72390 73331 . - . ID=Miro_123;
+Miro GenBank CDS 72390 73316 . - 1 ID=Miro_123.CDS;Name=Miro_123;Note=C-5 cytosine-specific active site;Parent=Miro_123;obsolete_name=Miro_041;product=cytosine-specific methyltransferase;
+Miro GenBank Shine_Dalgarno_sequence 73329 73331 . - 1 Alias=Miro_123;ID=Miro_123.RBS;Name=Miro_123;Parent=Miro_123;
+Miro feature gene 72068 72357 . - . ID=Miro_122;
+Miro GenBank CDS 72068 72346 . - 1 ID=Miro_122.CDS;Name=Miro_122;Parent=Miro_122;obsolete_name=Miro_042;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 72354 72357 . - 1 Alias=Miro_122;ID=Miro_122.RBS;Name=Miro_122;Parent=Miro_122;
+Miro feature gene 75417 76034 . - . ID=Miro_129;
+Miro GenBank CDS 75417 76022 . - 1 ID=Miro_129.CDS;Name=Miro_129;Parent=Miro_129;obsolete_name=Miro_035;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 76031 76034 . - 1 Alias=Miro_129;ID=Miro_129.RBS;Name=Miro_129;Parent=Miro_129;
+Miro feature gene 75193 75434 . - . ID=Miro_128;
+Miro GenBank CDS 75193 75420 . - 1 ID=Miro_128.CDS;Name=Miro_128;Parent=Miro_128;obsolete_name=Miro_036;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 75430 75434 . - 1 Alias=Miro_128;ID=Miro_128.RBS;Name=Miro_128;Parent=Miro_128;
+Miro feature gene 133686 134487 . + . ID=Miro_217;
+Miro GenBank CDS 133699 134487 . + 1 Alias=Miro_217;ID=Miro_217.CDS;Name=Miro_217;Parent=Miro_217;obsolete_name=Miro_223;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 133686 133689 . + 1 ID=Miro_217.RBS;Name=Miro_217;Parent=Miro_217;
+Miro feature gene 172795 173074 . - . ID=Miro_268;
+Miro GenBank CDS 172795 173064 . - 1 ID=Miro_268.CDS;Name=Miro_268;Parent=Miro_268;obsolete_name=Miro_172;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 173071 173074 . - 1 Alias=Miro_268;ID=Miro_268.RBS;Name=Miro_268;Parent=Miro_268;
+Miro feature gene 133007 133666 . + . ID=Miro_216;
+Miro GenBank CDS 133019 133666 . + 1 Alias=Miro_216;ID=Miro_216.CDS;Name=Miro_216;Note=T4 gp21-like;Parent=Miro_216;obsolete_name=Miro_224;product=prohead core protein protease;
+Miro GenBank Shine_Dalgarno_sequence 133007 133010 . + 1 ID=Miro_216.RBS;Name=Miro_216;Parent=Miro_216;
+Miro feature gene 171490 172030 . + . ID=Miro_266;
+Miro GenBank CDS 171503 172030 . + 1 Alias=Miro_266;ID=Miro_266.CDS;Name=Miro_266;Note=T2 gp38-like;Parent=Miro_266;obsolete_name=Miro_174;product=receptor-recognizing protein;
+Miro GenBank Shine_Dalgarno_sequence 171490 171494 . + 1 ID=Miro_266.RBS;Name=Miro_266;Parent=Miro_266;
+Miro feature gene 172135 172794 . + . ID=Miro_267;
+Miro GenBank CDS 172147 172794 . + 1 Alias=Miro_267;ID=Miro_267.CDS;Name=Miro_267;Note=T4 gpT-like;Parent=Miro_267;obsolete_name=Miro_173;product=holin;tmhelix=1 TMD (29-47) N in%2C C out;
+Miro GenBank Shine_Dalgarno_sequence 172135 172137 . + 1 ID=Miro_267.RBS;Name=Miro_267;Parent=Miro_267;
+Miro feature gene 166968 167645 . + . ID=Miro_264;
+Miro GenBank CDS 166977 167645 . + 1 Alias=Miro_264;ID=Miro_264.CDS;Name=Miro_264;Note=T4 gp36-like;Parent=Miro_264;obsolete_name=Miro_176;product=tail fiber;
+Miro GenBank Shine_Dalgarno_sequence 166968 166971 . + 1 ID=Miro_264.RBS;Name=Miro_264;Parent=Miro_264;
+Miro feature gene 167645 171466 . + . ID=Miro_265;
+Miro GenBank CDS 167654 171466 . + 1 Alias=Miro_265;ID=Miro_265.CDS;Name=Miro_265;Parent=Miro_265;obsolete_name=Miro_175;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 167645 167648 . + 1 ID=Miro_265.RBS;Name=Miro_265;Parent=Miro_265;
+Miro feature gene 162017 165803 . + . ID=Miro_262;
+Miro GenBank CDS 162030 165803 . + 1 Alias=Miro_262;ID=Miro_262.CDS;Name=Miro_262;Parent=Miro_262;obsolete_name=Miro_178;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 162017 162020 . + 1 ID=Miro_262.RBS;Name=Miro_262;Parent=Miro_262;
+Miro feature gene 132602 133016 . + . ID=Miro_215;
+Miro GenBank CDS 132612 133016 . + 1 Alias=Miro_215;ID=Miro_215.CDS;Name=Miro_215;Note=T4 gp68-like;Parent=Miro_215;obsolete_name=Miro_225;product=prohead core protein;
+Miro GenBank Shine_Dalgarno_sequence 132602 132606 . + 1 ID=Miro_215.RBS;Name=Miro_215;Parent=Miro_215;
+Miro feature gene 161360 161654 . + . ID=Miro_260;
+Miro GenBank CDS 161373 161654 . + 1 Alias=Miro_260;ID=Miro_260.CDS;Name=Miro_260;Note=T4 NrdC-like;Parent=Miro_260;obsolete_name=Miro_180;product=glutaredoxin;
+Miro GenBank Shine_Dalgarno_sequence 161360 161363 . + 1 ID=Miro_260.RBS;Name=Miro_260;Parent=Miro_260;
+Miro feature gene 161642 161950 . + . ID=Miro_261;
+Miro GenBank CDS 161651 161950 . + 1 Alias=Miro_261;ID=Miro_261.CDS;Name=Miro_261;Note=T4 gp55.2-like;Parent=Miro_261;obsolete_name=Miro_179;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 161642 161645 . + 1 ID=Miro_261.RBS;Name=Miro_261;Parent=Miro_261;
+Miro feature gene 132347 132603 . + . ID=Miro_214;
+Miro GenBank CDS 132361 132603 . + 1 Alias=Miro_214;ID=Miro_214.CDS;Name=Miro_214;Parent=Miro_214;obsolete_name=Miro_226;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 132347 132350 . + 1 ID=Miro_214.RBS;Name=Miro_214;Parent=Miro_214;
+Miro feature gene 130777 132361 . + . ID=Miro_213;
+Miro GenBank CDS 130787 132361 . + 1 Alias=Miro_213;ID=Miro_213.CDS;Name=Miro_213;Note=T4 gp20-like;Parent=Miro_213;obsolete_name=Miro_227;product=portal protein;
+Miro GenBank Shine_Dalgarno_sequence 130777 130780 . + 1 ID=Miro_213.RBS;Name=Miro_213;Parent=Miro_213;
+Miro feature gene 147698 148234 . + . ID=Miro_238;
+Miro GenBank CDS 147710 148234 . + 1 Alias=Miro_238;ID=Miro_238.CDS;Name=Miro_238;Parent=Miro_238;obsolete_name=Miro_202;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 147698 147701 . + 1 ID=Miro_238.RBS;Name=Miro_238;Parent=Miro_238;
+Miro feature gene 130235 130731 . + . ID=Miro_212;
+Miro GenBank CDS 130246 130731 . + 1 Alias=Miro_212;ID=Miro_212.CDS;Name=Miro_212;Note=T4 gp19-like;Parent=Miro_212;obsolete_name=Miro_228;product=tail tube protein;
+Miro GenBank Shine_Dalgarno_sequence 130235 130239 . + 1 ID=Miro_212.RBS;Name=Miro_212;Parent=Miro_212;
+Miro feature gene 51892 52172 . + . ID=Miro_85;
+Miro GenBank CDS 51903 52172 . + 1 Alias=Miro_85;ID=Miro_85.CDS;Name=Miro_85;Parent=Miro_85;obsolete_name=Miro_079;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 51892 51894 . + 1 ID=Miro_85.RBS;Name=Miro_85;Parent=Miro_85;
+Miro feature gene 51531 51903 . + . ID=Miro_84;
+Miro GenBank CDS 51541 51903 . + 1 Alias=Miro_84;ID=Miro_84.CDS;Name=Miro_84;Note=T4-like%3B contains glycine radical domain;Parent=Miro_84;obsolete_name=Miro_080;product=autonomous glycyl radical cofactor;
+Miro GenBank Shine_Dalgarno_sequence 51531 51534 . + 1 ID=Miro_84.RBS;Name=Miro_84;Parent=Miro_84;
+Miro feature gene 52585 52833 . + . ID=Miro_87;
+Miro GenBank CDS 52594 52833 . + 1 Alias=Miro_87;ID=Miro_87.CDS;Name=Miro_87;Parent=Miro_87;obsolete_name=Miro_077;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 52585 52588 . + 1 ID=Miro_87.RBS;Name=Miro_87;Parent=Miro_87;
+Miro feature gene 52286 52591 . + . ID=Miro_86;
+Miro GenBank CDS 52298 52591 . + 1 Alias=Miro_86;ID=Miro_86.CDS;Name=Miro_86;Parent=Miro_86;obsolete_name=Miro_078;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 52286 52289 . + 1 ID=Miro_86.RBS;Name=Miro_86;Parent=Miro_86;
+Miro feature gene 50203 50493 . + . ID=Miro_81;
+Miro GenBank CDS 50212 50493 . + 1 Alias=Miro_81;ID=Miro_81.CDS;Name=Miro_81;Parent=Miro_81;obsolete_name=Miro_083;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 50203 50206 . + 1 ID=Miro_81.RBS;Name=Miro_81;Parent=Miro_81;
+Miro feature gene 49635 49896 . + . ID=Miro_80;
+Miro GenBank CDS 49645 49896 . + 1 Alias=Miro_80;ID=Miro_80.CDS;Name=Miro_80;Parent=Miro_80;obsolete_name=Miro_084;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 49635 49637 . + 1 ID=Miro_80.RBS;Name=Miro_80;Parent=Miro_80;
+Miro feature gene 50955 51530 . + . ID=Miro_83;
+Miro GenBank CDS 50964 51530 . + 1 Alias=Miro_83;ID=Miro_83.CDS;Name=Miro_83;Parent=Miro_83;obsolete_name=Miro_081;product=hypothetical conserved;tmhelix=1 TMD (9-31) N in%2C C out;
+Miro GenBank Shine_Dalgarno_sequence 50955 50958 . + 1 ID=Miro_83.RBS;Name=Miro_83;Parent=Miro_83;
+Miro feature gene 50495 50922 . + . ID=Miro_82;
+Miro GenBank CDS 50503 50922 . + 1 Alias=Miro_82;ID=Miro_82.CDS;Name=Miro_82;Parent=Miro_82;obsolete_name=Miro_082;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 50495 50497 . + 1 ID=Miro_82.RBS;Name=Miro_82;Parent=Miro_82;
+Miro feature gene 104839 105703 . - . ID=Miro_193;
+Miro GenBank CDS 104839 105693 . - 1 ID=Miro_193.CDS;Name=Miro_193;Parent=Miro_193;obsolete_name=Miro_247;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 105699 105703 . - 1 Alias=Miro_193;ID=Miro_193.RBS;Name=Miro_193;Parent=Miro_193;
+Miro feature gene 52974 53137 . + . ID=Miro_89;
+Miro GenBank CDS 52985 53137 . + 1 Alias=Miro_89;ID=Miro_89.CDS;Name=Miro_89;Parent=Miro_89;obsolete_name=Miro_075;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 52974 52978 . + 1 ID=Miro_89.RBS;Name=Miro_89;Parent=Miro_89;
+Miro feature gene 52806 52988 . + . ID=Miro_88;
+Miro GenBank CDS 52818 52988 . + 1 Alias=Miro_88;ID=Miro_88.CDS;Name=Miro_88;Parent=Miro_88;obsolete_name=Miro_076;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 52806 52809 . + 1 ID=Miro_88.RBS;Name=Miro_88;Parent=Miro_88;
+Miro feature gene 85193 86549 . - . ID=Miro_150;
+Miro GenBank CDS 85193 86539 . - 1 ID=Miro_150.CDS;Name=Miro_150;Note=contains PIN domain and P-loop containing nucleoside triphosphate hydrolase;Parent=Miro_150;obsolete_name=Miro_014;product=PhoH-like protein;
+Miro GenBank Shine_Dalgarno_sequence 86546 86549 . - 1 Alias=Miro_150;ID=Miro_150.RBS;Name=Miro_150;Parent=Miro_150;
+Miro feature gene 86549 87082 . - . ID=Miro_151;
+Miro GenBank CDS 86549 87073 . - 1 ID=Miro_151.CDS;Name=Miro_151;Note=contains AP2/ERF domain;Parent=Miro_151;obsolete_name=Miro_013;product=HNH endonuclease;
+Miro GenBank Shine_Dalgarno_sequence 87079 87082 . - 1 Alias=Miro_151;ID=Miro_151.RBS;Name=Miro_151;Parent=Miro_151;
+Miro feature gene 87073 87540 . - . ID=Miro_152;
+Miro GenBank CDS 87073 87531 . - 1 ID=Miro_152.CDS;Name=Miro_152;Parent=Miro_152;obsolete_name=Miro_012;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 87537 87540 . - 1 Alias=Miro_152;ID=Miro_152.RBS;Name=Miro_152;Parent=Miro_152;
+Miro feature gene 87563 87968 . - . ID=Miro_153;
+Miro GenBank CDS 87563 87958 . - 1 ID=Miro_153.CDS;Name=Miro_153;Note=D-alanyl-D-alanine carboxypeptidase;Parent=Miro_153;obsolete_name=Miro_011;product=endolysin;
+Miro GenBank Shine_Dalgarno_sequence 87964 87968 . - 1 Alias=Miro_153;ID=Miro_153.RBS;Name=Miro_153;Parent=Miro_153;
+Miro feature gene 88026 88439 . - . ID=Miro_154;
+Miro GenBank CDS 88026 88427 . - 1 ID=Miro_154.CDS;Name=Miro_154;Parent=Miro_154;obsolete_name=Miro_010;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 88436 88439 . - 1 Alias=Miro_154;ID=Miro_154.RBS;Name=Miro_154;Parent=Miro_154;
+Miro feature gene 88482 88815 . - . ID=Miro_155;
+Miro GenBank CDS 88482 88805 . - 1 ID=Miro_155.CDS;Name=Miro_155;Parent=Miro_155;obsolete_name=Miro_009;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 88812 88815 . - 1 Alias=Miro_155;ID=Miro_155.RBS;Name=Miro_155;Parent=Miro_155;
+Miro feature gene 88845 89119 . - . ID=Miro_156;
+Miro GenBank CDS 88845 89108 . - 1 ID=Miro_156.CDS;Name=Miro_156;Parent=Miro_156;obsolete_name=Miro_008;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 89115 89119 . - 1 Alias=Miro_156;ID=Miro_156.RBS;Name=Miro_156;Parent=Miro_156;
+Miro feature gene 89178 89447 . - . ID=Miro_157;
+Miro GenBank CDS 89178 89438 . - 1 ID=Miro_157.CDS;Name=Miro_157;Parent=Miro_157;obsolete_name=Miro_007;product=hypothetical conserved;signal=signal peptidase II cleavage site 19-20;
+Miro GenBank Shine_Dalgarno_sequence 89445 89447 . - 1 Alias=Miro_157;ID=Miro_157.RBS;Name=Miro_157;Parent=Miro_157;
+Miro feature gene 89440 89880 . - . ID=Miro_158;
+Miro GenBank CDS 89440 89871 . - 1 ID=Miro_158.CDS;Name=Miro_158;Parent=Miro_158;obsolete_name=Miro_006;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 89878 89880 . - 1 Alias=Miro_158;ID=Miro_158.RBS;Name=Miro_158;Parent=Miro_158;
+Miro feature gene 89882 90064 . - . ID=Miro_159;
+Miro GenBank CDS 89882 90055 . - 1 ID=Miro_159.CDS;Name=Miro_159;Parent=Miro_159;obsolete_name=Miro_005;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 90061 90064 . - 1 Alias=Miro_159;ID=Miro_159.RBS;Name=Miro_159;Parent=Miro_159;
+Miro feature gene 134495 136075 . + . ID=Miro_218;
+Miro GenBank CDS 134507 136075 . + 1 Alias=Miro_218;ID=Miro_218.CDS;Name=Miro_218;Note=T4 gp23/gp24-like;Parent=Miro_218;obsolete_name=Miro_222;product=major capsid protein;
+Miro GenBank Shine_Dalgarno_sequence 134495 134498 . + 1 ID=Miro_218.RBS;Name=Miro_218;Parent=Miro_218;
+Miro feature gene 174229 174467 . - . ID=Miro_271;
+Miro GenBank CDS 174229 174456 . - 1 ID=Miro_271.CDS;Name=Miro_271;Parent=Miro_271;obsolete_name=Miro_169;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 174464 174467 . - 1 Alias=Miro_271;ID=Miro_271.RBS;Name=Miro_271;Parent=Miro_271;
+Miro feature gene 173351 174160 . - . ID=Miro_270;
+Miro GenBank CDS 173351 174148 . - 1 ID=Miro_270.CDS;Name=Miro_270;Parent=Miro_270;obsolete_name=Miro_170;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 174156 174160 . - 1 Alias=Miro_270;ID=Miro_270.RBS;Name=Miro_270;Parent=Miro_270;
+Miro feature gene 174760 174903 . - . ID=Miro_273;
+Miro GenBank CDS 174760 174894 . - 1 ID=Miro_273.CDS;Name=Miro_273;Parent=Miro_273;obsolete_name=Miro_167;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 174900 174903 . - 1 Alias=Miro_273;ID=Miro_273.RBS;Name=Miro_273;Parent=Miro_273;
+Miro feature gene 174453 174796 . - . ID=Miro_272;
+Miro GenBank CDS 174453 174785 . - 1 ID=Miro_272.CDS;Name=Miro_272;Parent=Miro_272;obsolete_name=Miro_168;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 174793 174796 . - 1 Alias=Miro_272;ID=Miro_272.RBS;Name=Miro_272;Parent=Miro_272;
+Miro feature gene 175224 175675 . - . ID=Miro_275;
+Miro GenBank CDS 175224 175661 . - 1 ID=Miro_275.CDS;Name=Miro_275;Parent=Miro_275;obsolete_name=Miro_165;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 175673 175675 . - 1 Alias=Miro_275;ID=Miro_275.RBS;Name=Miro_275;Parent=Miro_275;
+Miro feature gene 174939 175197 . - . ID=Miro_274;
+Miro GenBank CDS 174939 175187 . - 1 ID=Miro_274.CDS;Name=Miro_274;Note=contains FCH and colicin domains;Parent=Miro_274;obsolete_name=Miro_166;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 175195 175197 . - 1 Alias=Miro_274;ID=Miro_274.RBS;Name=Miro_274;Parent=Miro_274;
+Miro feature gene 175636 176021 . - . ID=Miro_276;
+Miro GenBank CDS 175636 176010 . - 1 ID=Miro_276.CDS;Name=Miro_276;Parent=Miro_276;obsolete_name=Miro_164;product=hypothetical conserved;tmhelix=2TMDs (44-66%2C 76-98) N in%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 176017 176021 . - 1 Alias=Miro_276;ID=Miro_276.RBS;Name=Miro_276;Parent=Miro_276;
+Miro feature gene 82146 82479 . - . ID=Miro_144;
+Miro GenBank CDS 82146 82469 . - 1 ID=Miro_144.CDS;Name=Miro_144;Parent=Miro_144;obsolete_name=Miro_020;product=hypothetical conserved;signal=signal peptidase I cleavage site 17-18;
+Miro GenBank Shine_Dalgarno_sequence 82476 82479 . - 1 Alias=Miro_144;ID=Miro_144.RBS;Name=Miro_144;Parent=Miro_144;
+Miro feature gene 11178 11471 . - . ID=Miro_18;
+Miro GenBank CDS 11178 11459 . - 1 ID=Miro_18.CDS;Name=Miro_18;Note=contains LysM domain;Parent=Miro_18;obsolete_name=Miro_146;product=peptidoglycan-binding protein;
+Miro GenBank Shine_Dalgarno_sequence 11468 11471 . - 1 Alias=Miro_18;ID=Miro_18.RBS;Name=Miro_18;Parent=Miro_18;
+Miro GenBank CDS 11456 11731 . - 1 ID=Miro_19;Name=Miro_19;obsolete_name=Miro_145;product=hypothetical conserved;
+Miro feature gene 9399 9740 . - . ID=Miro_12;
+Miro GenBank CDS 9399 9728 . - 1 ID=Miro_12.CDS;Name=Miro_12;Parent=Miro_12;obsolete_name=Miro_152;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 9736 9740 . - 1 Alias=Miro_12;ID=Miro_12.RBS;Name=Miro_12;Parent=Miro_12;
+Miro feature gene 9788 10025 . - . ID=Miro_13;
+Miro GenBank CDS 9788 10012 . - 1 ID=Miro_13.CDS;Name=Miro_13;Parent=Miro_13;obsolete_name=Miro_151;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 10021 10025 . - 1 Alias=Miro_13;ID=Miro_13.RBS;Name=Miro_13;Parent=Miro_13;
+Miro feature gene 8488 8779 . - . ID=Miro_10;
+Miro GenBank CDS 8488 8766 . - 1 ID=Miro_10.CDS;Name=Miro_10;Parent=Miro_10;obsolete_name=Miro_154;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 8776 8779 . - 1 Alias=Miro_10;ID=Miro_10.RBS;Name=Miro_10;Parent=Miro_10;
+Miro feature gene 8763 9370 . - . ID=Miro_11;
+Miro GenBank CDS 8763 9359 . - 1 ID=Miro_11.CDS;Name=Miro_11;Parent=Miro_11;obsolete_name=Miro_153;product=hypothetical conserved;tmhelix=1 TMD (10-29) N out%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 9367 9370 . - 1 Alias=Miro_11;ID=Miro_11.RBS;Name=Miro_11;Parent=Miro_11;
+Miro feature gene 10737 10970 . - . ID=Miro_16;
+Miro GenBank CDS 10737 10961 . - 1 ID=Miro_16.CDS;Name=Miro_16;Parent=Miro_16;obsolete_name=Miro_148;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 10967 10970 . - 1 Alias=Miro_16;ID=Miro_16.RBS;Name=Miro_16;Parent=Miro_16;
+Miro feature gene 10965 11125 . - . ID=Miro_17;
+Miro GenBank CDS 10965 11114 . - 1 ID=Miro_17.CDS;Name=Miro_17;Parent=Miro_17;obsolete_name=Miro_147;product=hypothetical conserved;tmhelix=1 TMD (10-32) N out%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 11121 11125 . - 1 Alias=Miro_17;ID=Miro_17.RBS;Name=Miro_17;Parent=Miro_17;
+Miro feature gene 10086 10361 . - . ID=Miro_14;
+Miro GenBank CDS 10086 10349 . - 1 ID=Miro_14.CDS;Name=Miro_14;Parent=Miro_14;obsolete_name=Miro_150;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 10358 10361 . - 1 Alias=Miro_14;ID=Miro_14.RBS;Name=Miro_14;Parent=Miro_14;
+Miro feature gene 10438 10746 . - . ID=Miro_15;
+Miro GenBank CDS 10438 10737 . - 1 ID=Miro_15.CDS;Name=Miro_15;Parent=Miro_15;obsolete_name=Miro_149;product=hypothetical conserved;tmhelix=1 TMD (4-21) N out%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 10743 10746 . - 1 Alias=Miro_15;ID=Miro_15.RBS;Name=Miro_15;Parent=Miro_15;
+Miro feature gene 53914 54144 . + . ID=Miro_92;
+Miro GenBank CDS 53923 54144 . + 1 Alias=Miro_92;ID=Miro_92.CDS;Name=Miro_92;Parent=Miro_92;obsolete_name=Miro_072;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 53914 53916 . + 1 ID=Miro_92.RBS;Name=Miro_92;Parent=Miro_92;
+Miro feature gene 54130 54755 . + . ID=Miro_93;
+Miro GenBank CDS 54141 54755 . + 1 Alias=Miro_93;ID=Miro_93.CDS;Name=Miro_93;Note=contains haloacid dehydrogenase (HAD)-like domain;Parent=Miro_93;obsolete_name=Miro_071;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 54130 54134 . + 1 ID=Miro_93.RBS;Name=Miro_93;Parent=Miro_93;
+Miro feature gene 53212 53661 . + . ID=Miro_90;
+Miro GenBank CDS 53221 53661 . + 1 Alias=Miro_90;ID=Miro_90.CDS;Name=Miro_90;Note=T4 Y12G-like;Parent=Miro_90;obsolete_name=Miro_074;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 53212 53215 . + 1 ID=Miro_90.RBS;Name=Miro_90;Parent=Miro_90;
+Miro feature gene 53646 53921 . + . ID=Miro_91;
+Miro GenBank CDS 53658 53921 . + 1 Alias=Miro_91;ID=Miro_91.CDS;Name=Miro_91;Parent=Miro_91;obsolete_name=Miro_073;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 53646 53648 . + 1 ID=Miro_91.RBS;Name=Miro_91;Parent=Miro_91;
+Miro feature gene 56987 57203 . + . ID=Miro_96;
+Miro GenBank CDS 57000 57203 . + 1 Alias=Miro_96;ID=Miro_96.CDS;Name=Miro_96;Parent=Miro_96;obsolete_name=Miro_068;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 56987 56990 . + 1 ID=Miro_96.RBS;Name=Miro_96;Parent=Miro_96;
+Miro feature gene 57193 57382 . + . ID=Miro_97;
+Miro GenBank CDS 57206 57382 . + 1 Alias=Miro_97;ID=Miro_97.CDS;Name=Miro_97;Parent=Miro_97;obsolete_name=Miro_067;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 57193 57195 . + 1 ID=Miro_97.RBS;Name=Miro_97;Parent=Miro_97;
+Miro feature gene 54726 56265 . + . ID=Miro_94;
+Miro GenBank CDS 54736 56265 . + 1 Alias=Miro_94;ID=Miro_94.CDS;Name=Miro_94;Note=T4-like;Parent=Miro_94;obsolete_name=Miro_070;product=DNA ligase;
+Miro GenBank Shine_Dalgarno_sequence 54726 54728 . + 1 ID=Miro_94.RBS;Name=Miro_94;Parent=Miro_94;
+Miro feature gene 56331 56911 . + . ID=Miro_95;
+Miro GenBank CDS 56342 56911 . + 1 Alias=Miro_95;ID=Miro_95.CDS;Name=Miro_95;Parent=Miro_95;obsolete_name=Miro_069;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 56331 56333 . + 1 ID=Miro_95.RBS;Name=Miro_95;Parent=Miro_95;
+Miro feature gene 57368 57543 . + . ID=Miro_98;
+Miro GenBank CDS 57379 57543 . + 1 Alias=Miro_98;ID=Miro_98.CDS;Name=Miro_98;Parent=Miro_98;obsolete_name=Miro_066;product=hypothetical conserved;tmhelix=2TMDs (7-26%2C 31-53) N in%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 57368 57372 . + 1 ID=Miro_98.RBS;Name=Miro_98;Parent=Miro_98;
+Miro feature gene 57613 57914 . + . ID=Miro_99;
+Miro GenBank CDS 57624 57914 . + 1 Alias=Miro_99;ID=Miro_99.CDS;Name=Miro_99;Parent=Miro_99;obsolete_name=Miro_065;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 57613 57616 . + 1 ID=Miro_99.RBS;Name=Miro_99;Parent=Miro_99;
+Miro feature gene 81924 82086 . - . ID=Miro_143;
+Miro GenBank CDS 81924 82079 . - 1 ID=Miro_143.CDS;Name=Miro_143;Parent=Miro_143;obsolete_name=Miro_021;product=hypothetical conserved;tmhelix=1 TMD (15-37) N out%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 82084 82086 . - 1 Alias=Miro_143;ID=Miro_143.RBS;Name=Miro_143;Parent=Miro_143;
+Miro feature gene 67179 67658 . - . ID=Miro_114;
+Miro GenBank CDS 67179 67649 . - 1 ID=Miro_114.CDS;Name=Miro_114;Parent=Miro_114;obsolete_name=Miro_050;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 67656 67658 . - 1 Alias=Miro_114;ID=Miro_114.RBS;Name=Miro_114;Parent=Miro_114;
+Miro feature gene 81366 81851 . - . ID=Miro_141;
+Miro GenBank CDS 81366 81839 . - 1 ID=Miro_141.CDS;Name=Miro_141;Note=contains macro domain;Parent=Miro_141;obsolete_name=Miro_023;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 81849 81851 . - 1 Alias=Miro_141;ID=Miro_141.RBS;Name=Miro_141;Parent=Miro_141;
+Miro feature gene 81076 81376 . - . ID=Miro_140;
+Miro GenBank CDS 81076 81363 . - 1 ID=Miro_140.CDS;Name=Miro_140;Parent=Miro_140;obsolete_name=Miro_024;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 81374 81376 . - 1 Alias=Miro_140;ID=Miro_140.RBS;Name=Miro_140;Parent=Miro_140;
+Miro feature gene 83223 83630 . - . ID=Miro_147;
+Miro GenBank CDS 83223 83618 . - 1 ID=Miro_147.CDS;Name=Miro_147;Parent=Miro_147;obsolete_name=Miro_017;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 83627 83630 . - 1 Alias=Miro_147;ID=Miro_147.RBS;Name=Miro_147;Parent=Miro_147;
+Miro feature gene 83066 83224 . - . ID=Miro_146;
+Miro GenBank CDS 83066 83212 . - 1 ID=Miro_146.CDS;Name=Miro_146;Parent=Miro_146;obsolete_name=Miro_018;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 83221 83224 . - 1 Alias=Miro_146;ID=Miro_146.RBS;Name=Miro_146;Parent=Miro_146;
+Miro feature gene 82479 83083 . - . ID=Miro_145;
+Miro GenBank CDS 82479 83069 . - 1 ID=Miro_145.CDS;Name=Miro_145;Parent=Miro_145;obsolete_name=Miro_019;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 83080 83083 . - 1 Alias=Miro_145;ID=Miro_145.RBS;Name=Miro_145;Parent=Miro_145;
+Miro feature gene 67646 67816 . - . ID=Miro_115;
+Miro GenBank CDS 67646 67804 . - 1 ID=Miro_115.CDS;Name=Miro_115;Parent=Miro_115;obsolete_name=Miro_049;product=hypothetical conserved;tmhelix=2TMDs (2-21%2C 31-50) N in%2C C in;
+Miro GenBank Shine_Dalgarno_sequence 67814 67816 . - 1 Alias=Miro_115;ID=Miro_115.RBS;Name=Miro_115;Parent=Miro_115;
+Miro feature gene 84392 84959 . - . ID=Miro_149;
+Miro GenBank CDS 84392 84946 . - 1 ID=Miro_149.CDS;Name=Miro_149;Parent=Miro_149;obsolete_name=Miro_015;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 84955 84959 . - 1 Alias=Miro_149;ID=Miro_149.RBS;Name=Miro_149;Parent=Miro_149;
+Miro feature gene 83686 84337 . - . ID=Miro_148;
+Miro GenBank CDS 83686 84327 . - 1 ID=Miro_148.CDS;Name=Miro_148;Note=T4 RegB-like;Parent=Miro_148;obsolete_name=Miro_016;product=endoribonuclease;signal=signal peptidase II cleavage site 12-13;
+Miro GenBank Shine_Dalgarno_sequence 84334 84337 . - 1 Alias=Miro_148;ID=Miro_148.RBS;Name=Miro_148;Parent=Miro_148;
+Miro feature gene 67801 68461 . - . ID=Miro_116;
+Miro GenBank CDS 67801 68451 . - 1 ID=Miro_116.CDS;Name=Miro_116;Parent=Miro_116;obsolete_name=Miro_048;product=hypothetical conserved;
+Miro GenBank Shine_Dalgarno_sequence 68457 68461 . - 1 Alias=Miro_116;ID=Miro_116.RBS;Name=Miro_116;Parent=Miro_116;