Mercurial > repos > galaxyp > msconvert

<?xml version="1.0" encoding="utf-8"?>
<indexedmzML xmlns="http://psi.hupo.org/ms/mzml" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://psi.hupo.org/ms/mzml http://psidev.info/files/ms/mzML/xsd/mzML1.1.2_idx.xsd">
  <mzML xmlns="http://psi.hupo.org/ms/mzml" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://psi.hupo.org/ms/mzml http://psidev.info/files/ms/mzML/xsd/mzML1.1.0.xsd" id="SciexTest-HPINalone+NE" version="1.1.0">
    <cvList count="2">
      <cv id="MS" fullName="Proteomics Standards Initiative Mass Spectrometry Ontology" version="4.1.41" URI="https://raw.githubusercontent.com/HUPO-PSI/psi-ms-CV/master/psi-ms.obo"/>
      <cv id="UO" fullName="Unit Ontology" version="09:04:2014" URI="https://raw.githubusercontent.com/bio-ontology-research-group/unit-ontology/master/unit.obo"/>
    </cvList>
    <fileDescription>
      <fileContent>
        <cvParam cvRef="MS" accession="MS:1001473" name="selected reaction monitoring chromatogram" value=""/>
      </fileContent>
      <sourceFileList count="2">
        <sourceFile id="WIFF" name="SciexTest.wiff" location="file:///">
          <cvParam cvRef="MS" accession="MS:1000770" name="WIFF nativeID format" value=""/>
          <cvParam cvRef="MS" accession="MS:1000562" name="ABI WIFF format" value=""/>
          <cvParam cvRef="MS" accession="MS:1000569" name="SHA-1" value="d403e3be72b31b62097673cb4f4624b039bb6035"/>
        </sourceFile>
        <sourceFile id="WIFFSCAN" name="SciexTest.wiff.scan" location="file:///">
          <cvParam cvRef="MS" accession="MS:1000770" name="WIFF nativeID format" value=""/>
          <cvParam cvRef="MS" accession="MS:1000562" name="ABI WIFF format" value=""/>
          <cvParam cvRef="MS" accession="MS:1000569" name="SHA-1" value="08a3778ac98327d384c374052d4a39959aababa9"/>
        </sourceFile>
      </sourceFileList>
    </fileDescription>
    <softwareList count="2">
      <software id="Analyst" version="unknown">
        <cvParam cvRef="MS" accession="MS:1000551" name="Analyst" value=""/>
      </software>
      <software id="pwiz_Reader_ABI" version="3.0.20287">
        <cvParam cvRef="MS" accession="MS:1000615" name="ProteoWizard software" value=""/>
      </software>
    </softwareList>
    <instrumentConfigurationList count="1">
      <instrumentConfiguration id="IC1">
        <cvParam cvRef="MS" accession="MS:1000139" name="4000 QTRAP" value=""/>
        <cvParam cvRef="MS" accession="MS:1000529" name="instrument serial number" value="U016980608"/>
        <componentList count="5">
          <source order="1">
            <cvParam cvRef="MS" accession="MS:1000073" name="electrospray ionization" value=""/>
          </source>
          <analyzer order="2">
            <cvParam cvRef="MS" accession="MS:1000081" name="quadrupole" value=""/>
          </analyzer>
          <analyzer order="3">
            <cvParam cvRef="MS" accession="MS:1000081" name="quadrupole" value=""/>
          </analyzer>
          <analyzer order="4">
            <cvParam cvRef="MS" accession="MS:1000078" name="axial ejection linear ion trap" value=""/>
          </analyzer>
          <detector order="5">
            <cvParam cvRef="MS" accession="MS:1000253" name="electron multiplier" value=""/>
          </detector>
        </componentList>
        <softwareRef ref="Analyst"/>
      </instrumentConfiguration>
    </instrumentConfigurationList>
    <dataProcessingList count="1">
      <dataProcessing id="pwiz_Reader_ABI_conversion">
        <processingMethod order="0" softwareRef="pwiz_Reader_ABI">
          <cvParam cvRef="MS" accession="MS:1000544" name="Conversion to mzML" value=""/>
        </processingMethod>
      </dataProcessing>
    </dataProcessingList>
    <run id="SciexTest-HPINalone_x002b_NE" defaultInstrumentConfigurationRef="IC1" startTimeStamp="2008-12-01T00:19:01Z" defaultSourceFileRef="WIFF">
      <chromatogramList count="40" defaultDataProcessingRef="pwiz_Reader_ABI_conversion">
        <chromatogram index="0" id="TIC" defaultArrayLength="1353">
          <cvParam cvRef="MS" accession="MS:1000235" name="total ion current chromatogram" value=""/>
          <binaryDataArrayList count="3">
            <binaryDataArray encodedLength="10896">
              <cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" value=""/>
              <cvParam cvRef="MS" accession="MS:1000574" name="zlib compression" value=""/>
              <cvParam cvRef="MS" accession="MS:1000595" name="time array" value="" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
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author	galaxyp
date	Mon, 10 Mar 2025 07:48:32 +0000
parents	9d5de24e6ef7
children