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1 <?xml version="1.0"?>
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2
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3 <tool id="hgvs_annotation_1" name="Functionally annotate an HGVS table ">
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4 <requirements>
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5 <requirement type="package">genesplicer</requirement>
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6 <requirement type="package">human</requirement>
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7 <requirement type="package">score3.pl</requirement>
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8 <requirement type="package">score5.pl</requirement>
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9 </requirements>
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10
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11
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12 <description>with deleterious change prediction, gene names, pathways, etc.</description>
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13 <version_string>hgvs_table_annotate -v</version_string>
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14 <command interpreter="perl">hgvs_table_annotate $__tool_data_path__ -q sift/$sift_dir polyphen2/$polyphen_file\.txt.gz gerp/$gerp_dir TissueDistributionDBs/$tissue_dist_file\.tab pathways/$pathways_file\.txt $refFlat_bed $input_hgvs_table $out_hgvs_annotated_table $keep_synonymous</command>
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15 <inputs>
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16 <param format="achri_snp_table" name="input_hgvs_table" type="data" label="Variant calls table with HGVS syntax"/>
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17 <param name="keep_synonymous" type="boolean" label="Report synonymous variants?" default="false" truevalue="true" falsevalue="false"/>
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18 <param name="sift_dir" type="select" display="radio" dynamic_options="SIFT_fileOptions()" label="SIFT precalculated tables" help="SIFT scores below 0.05 generally indicate a harmful variant"/>
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19 <param name="polyphen_file" type="select" display="radio" dynamic_options="PolyPhen_fileOptions()" label="PolyPhen2 precalculated tables" help="Makes a call of deleterious, possibly deleterious, or benign"/>
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20 <param name="gerp_dir" type="select" display="radio" dynamic_options="GERP_fileOptions()" label="GERP precalculated tables" help="GERP scores far from zero generally indicate a harmful variant"/>
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21 <param name="tissue_dist_file" type="select" display="radio" dynamic_options="TissueDist_fileOptions()" label="Gene tissue distribution DB" help="Lists in descending order the major tissue types in which each gene is expressed"/>
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22 <!--<param name="pseudogene_file" type="select" display="radio" dynamic_options="Pseudogene_fileOptions()" label="Pseudogene DB" help="Genes with pseudogenes are more likely to generate variant false positives through mismapping"/>-->
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23 <param name="pathways_file" type="select" display="radio" dynamic_options="Pathway_fileOptions()" label="Biochemical Pathway DB" help="Gives an idea of processes in which the gene is involved"/>
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24 <param name="refFlat_bed" type="data" format="bed" label="Gene Names DB" help="Import a refFlat file from the 'Genomic coding sequence regions' folder under Shared Data. Alternatively, provide a BED format file which defined exons and has the gene name in the 4th column"/>
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25 </inputs>
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26 <outputs>
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27 <data format="achri_annotated_snp_table" name="out_hgvs_annotated_table" type="data" label="Functionally annotated HGVS variant table"/>
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28 </outputs>
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29
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30 <!-- the following code populates the dbSNP selection from the public dbSNP datasets available in the local Galaxy installation -->
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31 <code file="sift_datasets.py"/>
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32 <code file="polyphen_datasets.py"/>
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33 <code file="gerp_datasets.py"/>
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34 <code file="tissuedist_datasets.py"/>
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35 <!-- <code file="pseudogene_datasets.py"/>-->
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36 <code file="pathways_datasets.py"/>
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37
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38 <tests>
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39 </tests>
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40
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41 <help>
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42 This tool reports several functional attributes, and potential for functional disturbance, based on genes that have declared sequence variants.
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43 These results can be used to help find the genetic cause of a clinical phenotype.
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44 </help>
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45
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46 </tool>
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