threonine_i2_e35_pH_tree.mzXML

<?xml version="1.0" encoding="ISO-8859-1"?>
<mzXML xmlns="http://sashimi.sourceforge.net/schema_revision/mzXML_3.0" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://sashimi.sourceforge.net/schema_revision/mzXML_3.0 http://sashimi.sourceforge.net/schema_revision/mzXML_3.0/mzXML_idx_3.0.xsd">
 <msRun scanCount="55" startTime="PT0.3485S" endTime="PT390.027S">
  <parentFile fileName="threonine_i2_e35_pH_tree.RAW" fileType="RAWData" fileSha1="9708369ac440b097b5b77d5e8f761fd8b5110d54"/>
  <msInstrument>
   <msManufacturer category="msManufacturer" value="Thermo Scientific"/>
   <msModel category="msModel" value="LTQ Orbitrap"/>
   <msIonisation category="msIonisation" value="ESI"/>
   <msMassAnalyzer category="msMassAnalyzer" value="FTMS"/>
   <msDetector category="msDetector" value="unknown"/>
   <software type="acquisition" name="Xcalibur" version="2.2 SP1"/>
  </msInstrument>
  <dataProcessing centroided="1">
   <software type="conversion" name="ReAdW" version="3.5.4 (build Apr 24 2008 18:24:48)"/>
  </dataProcessing>
  <scan num="1" msLevel="1" peaksCount="684" polarity="+" scanType="Full" filterLine="FTMS + p ESI Full ms [50.00-300.00]" retentionTime="PT0.3485S" lowMz="50.3254" highMz="298.673" basePeakMz="120.066" basePeakIntensity="2.1186e+008" totIonCurrent="3.41427e+008">
   <peaks precision="32" byteOrder="network" 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</peaks>
   <scan num="2" msLevel="2" peaksCount="432" polarity="+" scanType="Full" filterLine="FTMS + p ESI d Full ms2 120.07@cid0.00 [50.00-135.00]" retentionTime="PT5.8561S" lowMz="50.4459" highMz="134.138" basePeakMz="120.066" basePeakIntensity="1.39169e+008" totIonCurrent="1.60473e+008">
    <precursorMz precursorIntensity="2.1014e+008" precursorCharge="1" activationMethod="CID">120.06612396</precursorMz>
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   </scan>
   <scan num="3" msLevel="2" peaksCount="340" polarity="+" scanType="Full" filterLine="FTMS + p ESI d Full ms2 120.07@cid35.00 [50.00-135.00]" retentionTime="PT12.5S" lowMz="50.0658" highMz="134.143" basePeakMz="102.056" basePeakIntensity="2.70366e+007" totIonCurrent="5.8862e+007" collisionEnergy="35">
    <precursorMz precursorIntensity="2.1014e+008" precursorCharge="1" activationMethod="CID">120.06612396</precursorMz>
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     </scan>
    </scan>
   </scan>
  </scan>
  <scan num="12" msLevel="1" peaksCount="798" polarity="+" scanType="Full" filterLine="FTMS + p ESI Full ms [50.00-300.00]" retentionTime="PT77.2653S" lowMz="50.0608" highMz="297.591" basePeakMz="120.066" basePeakIntensity="2.01865e+008" totIonCurrent="3.139e+008">
   <peaks precision="32" byteOrder="network" pairOrder="m/z-int">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</peaks>
   <scan num="13" msLevel="2" peaksCount="378" polarity="+" scanType="Full" filterLine="FTMS + p ESI d Full ms2 120.07@cid0.00 [50.00-135.00]" retentionTime="PT84.3054S" lowMz="50.1201" highMz="133.783" basePeakMz="120.066" basePeakIntensity="9.74576e+007" totIonCurrent="1.13438e+008">
    <precursorMz precursorIntensity="2.00932e+008" precursorCharge="1" activationMethod="CID">120.06612396</precursorMz>
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   </scan>
   <scan num="14" msLevel="2" peaksCount="370" polarity="+" scanType="Full" filterLine="FTMS + p ESI d Full ms2 120.07@cid35.00 [50.00-135.00]" retentionTime="PT90.9602S" lowMz="50.057" highMz="134.639" basePeakMz="102.056" basePeakIntensity="2.86193e+007" totIonCurrent="6.31326e+007" collisionEnergy="35">
    <precursorMz precursorIntensity="2.00932e+008" precursorCharge="1" activationMethod="CID">120.06612396</precursorMz>
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     </scan>
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     </scan>
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     </scan>
     <scan num="22" msLevel="4" peaksCount="301" polarity="+" scanType="Full" filterLine="FTMS + p ESI d Full ms4 120.07@cid35.00 102.06@cid35.00 84.04@cid35.00 [50.00-180.00]" retentionTime="PT148.497S" lowMz="50.2533" highMz="178.875" basePeakMz="110.085" basePeakIntensity="40811" totIonCurrent="2.47348e+006" collisionEnergy="35">
      <precursorMz precursorIntensity="8483.49" activationMethod="CID">84.04</precursorMz>
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     </scan>
    </scan>
   </scan>
  </scan>
  <scan num="23" msLevel="1" peaksCount="760" polarity="+" scanType="Full" filterLine="FTMS + p ESI Full ms [50.00-300.00]" retentionTime="PT155.719S" lowMz="50.0057" highMz="296.616" basePeakMz="120.066" basePeakIntensity="1.89928e+008" totIonCurrent="2.98444e+008">
   <peaks precision="32" byteOrder="network" pairOrder="m/z-int">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</peaks>
   <scan num="24" msLevel="2" peaksCount="448" polarity="+" scanType="Full" filterLine="FTMS + p ESI d Full ms2 120.07@cid0.00 [50.00-135.00]" retentionTime="PT162.768S" lowMz="50.0101" highMz="134.817" basePeakMz="120.066" basePeakIntensity="1.34812e+008" totIonCurrent="1.56749e+008">
    <precursorMz precursorIntensity="1.8989e+008" precursorCharge="1" activationMethod="CID">120.06613159</precursorMz>
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   </scan>
   <scan num="25" msLevel="2" peaksCount="307" polarity="+" scanType="Full" filterLine="FTMS + p ESI d Full ms2 120.07@cid35.00 [50.00-135.00]" retentionTime="PT169.414S" lowMz="50.0852" highMz="134.822" basePeakMz="102.056" basePeakIntensity="2.55538e+007" totIonCurrent="5.47858e+007" collisionEnergy="35">
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</peaks>
   <scan num="35" msLevel="2" peaksCount="458" polarity="+" scanType="Full" filterLine="FTMS + p ESI d Full ms2 120.07@cid0.00 [50.00-135.00]" retentionTime="PT241.221S" lowMz="50.0615" highMz="134.525" basePeakMz="120.066" basePeakIntensity="1.33003e+008" totIonCurrent="1.50504e+008">
    <precursorMz precursorIntensity="2.06837e+008" precursorCharge="1" activationMethod="CID">120.06611633</precursorMz>
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   </scan>
   <scan num="36" msLevel="2" peaksCount="316" polarity="+" scanType="Full" filterLine="FTMS + p ESI d Full ms2 120.07@cid35.00 [50.00-135.00]" retentionTime="PT247.876S" lowMz="50.0294" highMz="134.746" basePeakMz="102.056" basePeakIntensity="2.55981e+007" totIonCurrent="5.62653e+007" collisionEnergy="35">
    <precursorMz precursorIntensity="2.06837e+008" precursorCharge="1" activationMethod="CID">120.06611633</precursorMz>
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     </scan>
    </scan>
   </scan>
  </scan>
  <scan num="45" msLevel="1" peaksCount="805" polarity="+" scanType="Full" filterLine="FTMS + p ESI Full ms [50.00-300.00]" retentionTime="PT313.624S" lowMz="50.1278" highMz="287.394" basePeakMz="120.066" basePeakIntensity="1.83655e+008" totIonCurrent="2.9939e+008">
   <peaks precision="32" byteOrder="network" pairOrder="m/z-int">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</peaks>
   <scan num="46" msLevel="2" peaksCount="351" polarity="+" scanType="Full" filterLine="FTMS + p ESI d Full ms2 120.07@cid0.00 [50.00-135.00]" retentionTime="PT320.67S" lowMz="50.0212" highMz="134.024" basePeakMz="120.066" basePeakIntensity="4.35507e+007" totIonCurrent="5.28192e+007">
    <precursorMz precursorIntensity="1.83573e+008" precursorCharge="1" activationMethod="CID">120.06612396</precursorMz>
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   </scan>
   <scan num="47" msLevel="2" peaksCount="346" polarity="+" scanType="Full" filterLine="FTMS + p ESI d Full ms2 120.07@cid35.00 [50.00-135.00]" retentionTime="PT327.323S" lowMz="50.1225" highMz="131.854" basePeakMz="102.056" basePeakIntensity="7.08633e+006" totIonCurrent="1.6042e+007" collisionEnergy="35">
    <precursorMz precursorIntensity="1.83573e+008" precursorCharge="1" activationMethod="CID">120.06612396</precursorMz>
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     </scan>
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     </scan>
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      <precursorMz precursorIntensity="12815.5" activationMethod="CID">84.04</precursorMz>
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     </scan>
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