<?xml version="1.0" encoding="utf-8"?>
<orthoXML xmlns="http://orthoXML.org/2011/" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" version="0.3" origin="InParanoid" originVersion="8.0" xsi:schemaLocation="http://orthoXML.org/2011/ http://www.orthoxml.org/0.3/orthoxml.xsd">
  <notes>
    <stats ortholog_groups="344" inparalogs="1595"/>
    <parameters scoreCutoff="40" confidenceCutoff="0.05" overlapCutoff="0.5" mergingCutoff="0.5" matrix="BLOSUM62"/>
  </notes>
  <species name="Methanosarcina acetivorans " NCBITaxId="188937">
    <database name="UniProt" version="UniProt_Complete_Proteomes_2013_06" protLink="http://www.uniprot.org/uniprot/">
      <genes>
        <gene id="1" protId="Q8TU24" geneId="MA_0250"/>
        <gene id="3" protId="Q8TNY4" geneId="carB"/>
        <gene id="6" protId="Q8THY0" geneId="MA_4378"/>
        <gene id="11" protId="Q8TRB7" geneId="rpoA1"/>
        <gene id="13" protId="Q8TR42" geneId="MA_1342"/>
        <gene id="16" protId="Q8TK87" geneId="cdc48"/>
        <gene id="17" protId="Q8TPU1" geneId="MA_1813"/>
        <gene id="19" protId="Q8TQR2" geneId="dnaK"/>
        <gene id="26" protId="Q8TIR0" geneId="pacL"/>
        <gene id="30" protId="Q8TPP4" geneId="lonA"/>
        <gene id="32" protId="Q8TS07" geneId="fumC"/>
        <gene id="34" protId="Q8TIJ0" geneId="atpB"/>
        <gene id="37" protId="Q8TN52" geneId="MA_2441"/>
        <gene id="39" protId="Q8TRC4" geneId="tuf"/>
        <gene id="49" protId="Q8TN59" geneId="MA_2434"/>
        <gene id="51" protId="Q8TQ79" geneId="eno"/>
        <gene id="56" protId="Q8TSH0" geneId="hat"/>
        <gene id="58" protId="Q8TGX7" geneId="groL"/>
        <gene id="62" protId="Q8TQW5" geneId="MA_1422"/>
        <gene id="64" protId="Q8TLW1" geneId="MA_2912"/>
        <gene id="68" protId="Q8TQD3" geneId="leuS"/>
        <gene id="70" protId="Q8TSN5" geneId="lysS2"/>
        <gene id="72" protId="Q8TLL3" geneId="glmS"/>
        <gene id="74" protId="Q8TM10" geneId="aldH"/>
        <gene id="81" protId="Q8TN62" geneId="ileS"/>
        <gene id="83" protId="Q8TUI1" geneId="hsp60-1"/>
        <gene id="84" protId="Q8THU8" geneId="hsp60-2"/>
        <gene id="85" protId="Q8TQ70" geneId="hsp60-3"/>
        <gene id="87" protId="Q8TRB6" geneId="rpoB1"/>
        <gene id="89" protId="Q8TME0" geneId="iscS"/>
        <gene id="90" protId="Q8TKX9" geneId="MA_3264"/>
        <gene id="92" protId="Q8TSW4" geneId="mcm2"/>
        <gene id="93" protId="Q8TJF6" geneId="MA_3829"/>
        <gene id="95" protId="Q8TSX0" geneId="pycA"/>
        <gene id="97" protId="Q8THJ1" geneId="gatA"/>
        <gene id="99" protId="Q8TK94" geneId="glyA"/>
        <gene id="102" protId="Q8TL38" geneId="MA_3204"/>
        <gene id="104" protId="Q8TI06" geneId="MA_4351"/>
        <gene id="107" protId="Q8TI88" geneId="pan"/>
        <gene id="110" protId="Q8TTB4" geneId="mutS"/>
        <gene id="112" protId="Q8TPW5" geneId="topA"/>
        <gene id="114" protId="Q8TKW5" geneId="pyrG"/>
        <gene id="116" protId="Q8TUH0" geneId="glyS"/>
        <gene id="118" protId="Q8TT47" geneId="serA"/>
        <gene id="120" protId="Q8TJ98" geneId="pyk"/>
        <gene id="123" protId="Q8TPB2" geneId="pepO"/>
        <gene id="126" protId="Q8THK7" geneId="MA_4507"/>
        <gene id="128" protId="Q8TLG3" geneId="hmgA"/>
        <gene id="130" protId="Q8TRA5" geneId="ahcY"/>
        <gene id="133" protId="Q8TRC3" geneId="fusA"/>
        <gene id="135" protId="Q8TIM8" geneId="purA2"/>
        <gene id="137" protId="Q8TSR7" geneId="lig1"/>
        <gene id="139" protId="Q8TI23" geneId="smc1"/>
        <gene id="141" protId="Q8TIU5" geneId="metG"/>
        <gene id="143" protId="Q8TLI4" geneId="valS"/>
        <gene id="146" protId="Q8TNY5" geneId="argG"/>
        <gene id="148" protId="Q8TQP2" geneId="fpoD"/>
        <gene id="150" protId="Q8TH91" geneId="MA_4631"/>
        <gene id="152" protId="Q8TIX7" geneId="purH"/>
        <gene id="154" protId="Q8TUA2" geneId="pheS"/>
        <gene id="156" protId="Q8TR65" geneId="argH"/>
        <gene id="158" protId="Q8THD0" geneId="srp54"/>
        <gene id="160" protId="Q8TQM2" geneId="net"/>
        <gene id="169" protId="Q8TT59" geneId="hemB"/>
        <gene id="171" protId="Q8TNN7" geneId="MA_2246"/>
        <gene id="172" protId="Q8TKL5" geneId="MA_3388"/>
        <gene id="173" protId="Q8TMP0" geneId="MA_2613/MA_2612"/>
        <gene id="181" protId="Q8TRR5" geneId="truB"/>
        <gene id="183" protId="Q8TSX1" geneId="pycB"/>
        <gene id="185" protId="Q8TJS2" geneId="MA_3705"/>
        <gene id="187" protId="Q8TPG3" geneId="MA_1950"/>
        <gene id="189" protId="Q8TJ32" geneId="deaD"/>
        <gene id="194" protId="Q8TJT7" geneId="eif2g"/>
        <gene id="196" protId="Q8THK8" geneId="MA_4506"/>
        <gene id="202" protId="Q8TKT5" geneId="argF"/>
        <gene id="204" protId="Q8TSX5" geneId="rfcS"/>
        <gene id="206" protId="Q8TMD8" geneId="cysK"/>
        <gene id="208" protId="Q8TQR1" geneId="dnaJ"/>
        <gene id="210" protId="Q8TN20" geneId="ybtP"/>
        <gene id="211" protId="Q8TN21" geneId="ybtQ"/>
        <gene id="213" protId="Q8TK95" geneId="folD"/>
        <gene id="216" protId="Q8TSI1" geneId="tyrS"/>
        <gene id="218" protId="Q8TL39" geneId="MA_3203"/>
        <gene id="220" protId="Q8TRU4" geneId="rpl2"/>
        <gene id="222" protId="Q8TIU3" geneId="serS"/>
        <gene id="224" protId="Q8TIY5" geneId="fen"/>
        <gene id="226" protId="Q8TJB4" geneId="MA_3874"/>
        <gene id="228" protId="Q8TIA9" geneId="MA_4246"/>
        <gene id="230" protId="Q8THJ0" geneId="gatB"/>
        <gene id="232" protId="Q8TTB5" geneId="mutL"/>
        <gene id="234" protId="Q8TP42" geneId="MA_2077"/>
        <gene id="237" protId="Q8TS88" geneId="MA_0916"/>
        <gene id="241" protId="Q8THQ5" geneId="MA_4457"/>
        <gene id="243" protId="Q8TIU9" geneId="MA_4042"/>
        <gene id="245" protId="Q8TQ86" geneId="nrd"/>
        <gene id="248" protId="Q8TLS0" geneId="MA_2961"/>
        <gene id="254" protId="Q8TUE8" geneId="argD"/>
        <gene id="256" protId="Q8TSP6" geneId="cysS"/>
        <gene id="258" protId="Q8TLK5" geneId="rnz"/>
        <gene id="260" protId="Q8TQ68" geneId="aspS"/>
        <gene id="262" protId="Q8TPF7" geneId="pheT"/>
        <gene id="264" protId="Q8TU79" geneId="alaS"/>
        <gene id="267" protId="Q8TSC8" geneId="MA_0870"/>
        <gene id="268" protId="Q8TQ05" geneId="MA_1747"/>
        <gene id="269" protId="Q8TQW9" geneId="MA_1418"/>
        <gene id="277" protId="Q8TQZ5" geneId="MA_1390"/>
        <gene id="280" protId="Q8TK32" geneId="pgk2"/>
        <gene id="281" protId="Q8TMI8" geneId="pgk1"/>
        <gene id="284" protId="Q8TTR6" geneId="MA_0360"/>
        <gene id="285" protId="Q8TTR1" geneId="MA_0365"/>
        <gene id="287" protId="Q8TT54" geneId="hpcE"/>
        <gene id="289" protId="Q8TJL6" geneId="neuA"/>
        <gene id="291" protId="Q8TPX5" geneId="psmA"/>
        <gene id="293" protId="Q8TT29" geneId="tfb"/>
        <gene id="295" protId="Q8TTU9" geneId="MA_0326"/>
        <gene id="297" protId="Q8TJL5" geneId="MA_3767"/>
        <gene id="299" protId="Q8TTI4" geneId="msrB"/>
        <gene id="301" protId="Q8TJQ7" geneId="uppS"/>
        <gene id="303" protId="Q8TQP4" geneId="fpoB"/>
        <gene id="305" protId="Q8TRU7" geneId="rpl3"/>
        <gene id="308" protId="Q8TRC1" geneId="rps12"/>
        <gene id="311" protId="Q8TKZ1" geneId="ocd"/>
        <gene id="313" protId="Q8TRU6" geneId="rpl4"/>
        <gene id="317" protId="Q8TRC2" geneId="rps7"/>
        <gene id="319" protId="Q8TUM4" geneId="prf11"/>
        <gene id="320" protId="Q8TS00" geneId="prf12"/>
        <gene id="322" protId="Q8TI91" geneId="MA_4265"/>
        <gene id="326" protId="Q8TT56" geneId="hemC"/>
        <gene id="328" protId="Q8TRS7" geneId="rps5"/>
        <gene id="337" protId="Q8TI07" geneId="moeA"/>
        <gene id="339" protId="Q8TIP2" geneId="ahpC"/>
        <gene id="341" protId="Q8TSH7" geneId="mdh"/>
        <gene id="349" protId="Q8TSA6" geneId="pyrC"/>
        <gene id="355" protId="Q8TQL6" geneId="ndk"/>
        <gene id="361" protId="Q8TPP5" geneId="MA_1861"/>
        <gene id="364" protId="Q8TQG9" geneId="sodB"/>
        <gene id="366" protId="Q8TRR0" geneId="rps11"/>
        <gene id="370" protId="Q8TGX6" geneId="trm1"/>
        <gene id="372" protId="Q8TIX6" geneId="gor"/>
        <gene id="373" protId="Q8TQ99" geneId="MA_1652"/>
        <gene id="374" protId="Q8TRZ2" geneId="MA_1019"/>
        <gene id="378" protId="Q8TUQ9" geneId="mfnA"/>
        <gene id="380" protId="Q8TMD1" geneId="MA_2728"/>
        <gene id="384" protId="Q8TUG2" geneId="moaA"/>
        <gene id="386" protId="Q8TSM3" geneId="MA_0773"/>
        <gene id="388" protId="Q8TNZ4" geneId="MA_2133"/>
        <gene id="390" protId="Q8TUN1" geneId="MA_0035"/>
        <gene id="392" protId="Q8TPX0" geneId="rpl15e"/>
        <gene id="401" protId="Q8TR23" geneId="rimK"/>
        <gene id="404" protId="Q8TR92" geneId="rlmE"/>
        <gene id="406" protId="Q8TU61" geneId="map"/>
        <gene id="408" protId="Q8TQ90" geneId="MA_1661"/>
        <gene id="410" protId="Q8TT25" geneId="MA_0614"/>
        <gene id="412" protId="Q8TU19" geneId="MA_0255"/>
        <gene id="414" protId="Q8TTT5" geneId="MA_0340"/>
        <gene id="417" protId="Q8TKM4" geneId="MA_3379"/>
        <gene id="425" protId="Q8TGX5" geneId="MA_1776"/>
        <gene id="427" protId="Q8TRR2" geneId="rps13"/>
        <gene id="434" protId="Q8TKY4" geneId="MA_3259"/>
        <gene id="440" protId="Q8TJJ2" geneId="MA_3792"/>
        <gene id="441" protId="Q8TPF5" geneId="MA_1958"/>
        <gene id="442" protId="Q8TR30" geneId="MA_1354"/>
        <gene id="444" protId="Q8TNU3" geneId="MA_2186"/>
        <gene id="445" protId="Q8TJK5" geneId="rfbB"/>
        <gene id="447" protId="Q8TN93" geneId="gpmA"/>
        <gene id="453" protId="Q8TRM2" geneId="MA_1153"/>
        <gene id="455" protId="Q8TNP0" geneId="MA_2243"/>
        <gene id="458" protId="Q8TUH1" geneId="MA_0096"/>
        <gene id="461" protId="Q8TSM5" geneId="MA_0771"/>
        <gene id="464" protId="Q8TKX2" geneId="truD"/>
        <gene id="466" protId="Q8THA8" geneId="MA_4609"/>
        <gene id="468" protId="Q8TUM3" geneId="argS"/>
        <gene id="470" protId="Q8TRU1" geneId="rps3"/>
        <gene id="472" protId="Q8TRT7" geneId="rpl14p"/>
        <gene id="477" protId="Q8TPB4" geneId="MA_1999"/>
        <gene id="479" protId="Q8TRT2" geneId="rps8"/>
        <gene id="498" protId="Q8TME1" geneId="MA_2717"/>
        <gene id="499" protId="Q8TKX8" geneId="nifU"/>
        <gene id="501" protId="Q8TTL5" geneId="linC"/>
        <gene id="502" protId="Q8TUG0" geneId="gno"/>
        <gene id="506" protId="Q8TRJ0" geneId="MA_1185"/>
        <gene id="507" protId="Q8THP9" geneId="MA_4464"/>
        <gene id="508" protId="Q8THQ2" geneId="MA_4460"/>
        <gene id="510" protId="Q8TR10" geneId="MA_1374"/>
        <gene id="512" protId="Q8TIJ6" geneId="atpI"/>
        <gene id="517" protId="Q8TI04" geneId="phoA"/>
        <gene id="520" protId="Q8TRA4" geneId="mtaD"/>
        <gene id="522" protId="Q8TMH4" geneId="fabG2"/>
        <gene id="523" protId="Q8TMH3" geneId="fabG1"/>
        <gene id="530" protId="Q8TI80" geneId="rplP0"/>
        <gene id="533" protId="Q8TS56" geneId="rps15"/>
        <gene id="536" protId="Q8TRT4" geneId="rpl5"/>
        <gene id="539" protId="Q8TQV0" geneId="MA_1439"/>
        <gene id="541" protId="Q8TK71" geneId="radA"/>
        <gene id="543" protId="Q8TT39" geneId="rps2"/>
        <gene id="555" protId="Q8TJB5" geneId="psmB"/>
        <gene id="559" protId="Q8TNK7" geneId="MA_2278"/>
        <gene id="561" protId="Q8TRK5" geneId="MA_1170"/>
        <gene id="563" protId="Q8TSZ1" geneId="pelA"/>
        <gene id="565" protId="Q8TRS3" geneId="adk"/>
        <gene id="567" protId="Q8TTF8" geneId="MA_0479"/>
        <gene id="569" protId="Q8TT93" geneId="pcm1"/>
        <gene id="570" protId="Q8TT94" geneId="pcm2"/>
        <gene id="572" protId="Q8TU65" geneId="truA"/>
        <gene id="574" protId="Q8TPE7" geneId="asn"/>
        <gene id="576" protId="Q8TMK7" geneId="atsA"/>
        <gene id="583" protId="Q8TJ04" geneId="MA_3986"/>
        <gene id="585" protId="Q8TPB0" geneId="MA_2003"/>
        <gene id="589" protId="Q8TT42" geneId="rps9"/>
        <gene id="592" protId="Q8TS62" geneId="hisS"/>
        <gene id="595" protId="Q8TP82" geneId="MA_2034"/>
        <gene id="612" protId="Q8TU90" geneId="rpl10e"/>
        <gene id="615" protId="Q8TRS9" geneId="rpl19e"/>
        <gene id="618" protId="Q8TQA8" geneId="MA_1641"/>
        <gene id="620" protId="Q8TMM7" geneId="MA_2629"/>
        <gene id="627" protId="Q8TRR1" geneId="rps4"/>
        <gene id="629" protId="Q8TUR0" geneId="MA_0003"/>
        <gene id="634" protId="Q8TTZ6" geneId="putP"/>
        <gene id="636" protId="Q8THI9" geneId="MA_4525"/>
        <gene id="637" protId="Q8TLM7" geneId="MA_3009"/>
        <gene id="639" protId="Q8TLL5" geneId="MA_3021"/>
        <gene id="641" protId="Q8TLM3" geneId="dys2"/>
        <gene id="642" protId="Q8TS38" geneId="dys1"/>
        <gene id="644" protId="Q8TKQ5" geneId="ppnK"/>
        <gene id="646" protId="Q8TK84" geneId="phzF"/>
        <gene id="648" protId="Q8TIN4" geneId="eif6"/>
        <gene id="650" protId="Q8TK20" geneId="cpa"/>
        <gene id="658" protId="Q8TRT5" geneId="rps4e"/>
        <gene id="666" protId="Q8TMY6" geneId="MA_2508"/>
        <gene id="668" protId="Q8TR59" geneId="aarF"/>
        <gene id="670" protId="Q8TR00" geneId="MA_1385"/>
        <gene id="671" protId="Q8TPT6" geneId="aspB"/>
        <gene id="672" protId="Q8TS80" geneId="tyrB"/>
        <gene id="673" protId="Q8TT07" geneId="aspC"/>
        <gene id="674" protId="Q8TQ40" geneId="MA_1712"/>
        <gene id="676" protId="Q8TI50" geneId="MA_4306"/>
        <gene id="677" protId="Q8TM44" geneId="MA_2826"/>
        <gene id="678" protId="Q8TQD1" geneId="MA_1613"/>
        <gene id="679" protId="Q8TJS3" geneId="MA_3704"/>
        <gene id="681" protId="Q8TTU0" geneId="MA_0335"/>
        <gene id="684" protId="Q8TP33" geneId="MA_2091"/>
        <gene id="687" protId="Q8TT37" geneId="mvk"/>
        <gene id="689" protId="Q8TLX7" geneId="thrS"/>
        <gene id="691" protId="Q8TKX4" geneId="pth"/>
        <gene id="693" protId="Q8TR22" geneId="MA_1362"/>
        <gene id="694" protId="Q8TR20" geneId="MA_1364"/>
        <gene id="695" protId="Q8TPG9" geneId="MA_1943"/>
        <gene id="696" protId="Q8TPE3" geneId="MA_1970"/>
        <gene id="697" protId="Q8TPN3" geneId="MA_1873"/>
        <gene id="699" protId="Q8TT33" geneId="idsA"/>
        <gene id="700" protId="Q8TIJ9" geneId="MA_4150"/>
        <gene id="702" protId="Q8TMM6" geneId="adh"/>
        <gene id="704" protId="Q8TKV1" geneId="MA_3293"/>
        <gene id="705" protId="Q8TP26" geneId="MA_2099"/>
        <gene id="706" protId="Q8TKI7" geneId="MA_3418"/>
        <gene id="707" protId="Q8TQG2" geneId="MA_1582"/>
        <gene id="708" protId="Q8TP36" geneId="MA_2088"/>
        <gene id="710" protId="Q8TP54" geneId="MA_2064"/>
        <gene id="711" protId="Q8TT26" geneId="trmM"/>
        <gene id="713" protId="Q8TR38" geneId="MA_1346"/>
        <gene id="714" protId="Q8TUA4" geneId="MA_0169"/>
        <gene id="716" protId="Q8TI82" geneId="rpl11p"/>
        <gene id="718" protId="Q8TLL4" geneId="rfbA"/>
        <gene id="720" protId="Q8TRT1" geneId="rpl6"/>
        <gene id="740" protId="Q8TQ17" geneId="MA_1735"/>
        <gene id="744" protId="Q8TSS7" geneId="MA_0718"/>
        <gene id="746" protId="Q8TUQ7" geneId="traB"/>
        <gene id="748" protId="Q8TUJ1" geneId="MA_0076"/>
        <gene id="750" protId="Q8TRS8" geneId="rpl18p"/>
        <gene id="776" protId="Q8TRU2" geneId="rpl22p"/>
        <gene id="793" protId="Q8TTL3" geneId="fdh"/>
        <gene id="794" protId="Q8TTM5" geneId="MA_0403"/>
        <gene id="797" protId="Q8TMS3" geneId="MA_2580"/>
        <gene id="798" protId="Q8TMX4" geneId="MA_2525"/>
        <gene id="800" protId="Q8TRK8" geneId="prs"/>
        <gene id="803" protId="Q8TPX6" geneId="MA_1778"/>
        <gene id="805" protId="Q8TIM9" geneId="rps19e"/>
        <gene id="812" protId="Q8TRU3" geneId="rps19"/>
        <gene id="814" protId="Q8TPA0" geneId="alaXM"/>
        <gene id="816" protId="Q8TKY3" geneId="MA_3260"/>
        <gene id="817" protId="Q8TKB5" geneId="MA_3495"/>
        <gene id="818" protId="Q8TKY9" geneId="MA_3254"/>
        <gene id="820" protId="Q8TRL0" geneId="MA_1165"/>
        <gene id="822" protId="Q8TSR8" geneId="MA_0727"/>
        <gene id="825" protId="P0CG28" geneId="rpoD"/>
        <gene id="827" protId="Q8TM51" geneId="MA_2817"/>
        <gene id="828" protId="Q8TPA6" geneId="MA_2008"/>
        <gene id="831" protId="Q8TTE4" geneId="MA_0493"/>
        <gene id="833" protId="Q8TUF7" geneId="pcn"/>
        <gene id="835" protId="Q8TNN0" geneId="MA_2255"/>
        <gene id="837" protId="Q8TU33" geneId="MA_0241"/>
        <gene id="838" protId="Q8TMJ2" geneId="pmm"/>
        <gene id="839" protId="Q8TLL2" geneId="glmM"/>
        <gene id="841" protId="Q8TI81" geneId="rpl1"/>
        <gene id="844" protId="Q8THU2" geneId="tgtA"/>
        <gene id="846" protId="P61929" geneId="rps10"/>
        <gene id="860" protId="Q8TPF4" geneId="rnhB"/>
        <gene id="862" protId="Q8THT3" geneId="serB"/>
        <gene id="864" protId="Q8THP1" geneId="dapA"/>
        <gene id="866" protId="Q8TRT8" geneId="rps17p"/>
        <gene id="871" protId="Q8TQD4" geneId="thrC"/>
        <gene id="874" protId="Q8TII3" geneId="MA_4166"/>
        <gene id="876" protId="Q8TJC0" geneId="MA_3868"/>
        <gene id="878" protId="Q8TTP7" geneId="eif2B2"/>
        <gene id="880" protId="Q8TQL9" geneId="rpl7ae"/>
        <gene id="885" protId="Q8TKS0" geneId="MA_3328"/>
        <gene id="886" protId="Q8TND5" geneId="MA_2354"/>
        <gene id="888" protId="Q8TPW2" geneId="MA_1792"/>
        <gene id="890" protId="Q8TQ94" geneId="MA_1657"/>
        <gene id="891" protId="Q8TU88" geneId="MA_0185"/>
        <gene id="892" protId="Q8TH99" geneId="emrB"/>
        <gene id="893" protId="Q8TMZ1" geneId="varS"/>
        <gene id="899" protId="Q8TN71" geneId="sodC"/>
        <gene id="903" protId="Q8TSZ4" geneId="MA_0649"/>
        <gene id="904" protId="Q8TI78" geneId="MA_4278"/>
        <gene id="905" protId="Q8TLE4" geneId="MA_3092"/>
        <gene id="906" protId="Q8TPG2" geneId="MA_1951"/>
        <gene id="907" protId="Q8TRR8" geneId="MA_1102"/>
        <gene id="910" protId="Q8TII9" geneId="atpD"/>
        <gene id="912" protId="Q8TJS1" geneId="MA_3706"/>
        <gene id="914" protId="Q8TSZ9" geneId="eif2A"/>
        <gene id="916" protId="Q8TH85" geneId="rtcA"/>
        <gene id="918" protId="Q8TTA0" geneId="MA_0537"/>
        <gene id="920" protId="Q8TN43" geneId="MA_2450"/>
        <gene id="923" protId="Q8TRK0" geneId="MA_1175"/>
        <gene id="925" protId="Q8TLY7" geneId="MA_2885"/>
        <gene id="926" protId="Q8TLY6" geneId="MA_2886"/>
        <gene id="927" protId="Q8THZ5" geneId="MA_4363"/>
        <gene id="928" protId="Q8TQN2" geneId="MA_1508"/>
        <gene id="929" protId="Q8THE0" geneId="MA_4577"/>
        <gene id="930" protId="Q8TQ14" geneId="MA_1738"/>
        <gene id="931" protId="Q8TQM3" geneId="MA_1517"/>
        <gene id="934" protId="Q8TQP8" geneId="MA_1492"/>
        <gene id="936" protId="Q8TUB2" geneId="MA_0161"/>
        <gene id="947" protId="Q8TT88" geneId="MA_0549"/>
        <gene id="948" protId="Q8TKN5" geneId="MA_3366"/>
        <gene id="949" protId="Q8TT22" geneId="MA_0617"/>
        <gene id="950" protId="Q8THW7" geneId="MA_4394"/>
        <gene id="951" protId="Q8TSJ1" geneId="czcD"/>
        <gene id="952" protId="Q8TP38" geneId="MA_2085"/>
        <gene id="953" protId="Q8TIY4" geneId="MA_4005"/>
        <gene id="958" protId="Q8TRT6" geneId="rpl24p"/>
        <gene id="968" protId="Q8TR64" geneId="MA_1319"/>
        <gene id="971" protId="Q8TU94" geneId="tbp2"/>
        <gene id="972" protId="Q8TTZ7" geneId="tbp3"/>
        <gene id="973" protId="Q8TI26" geneId="tbp1"/>
        <gene id="975" protId="Q8TU60" geneId="pepQ2"/>
        <gene id="978" protId="Q8TQP3" geneId="fpoC"/>
        <gene id="980" protId="Q8TKI9" geneId="rps3ae"/>
        <gene id="989" protId="Q8TQD0" geneId="MA_1614"/>
        <gene id="992" protId="Q8TL30" geneId="trx"/>
        <gene id="994" protId="Q8TRB9" geneId="rpl30e"/>
        <gene id="1006" protId="Q8TJU8" geneId="MA_3679"/>
        <gene id="1009" protId="Q8TQR3" geneId="grpE"/>
        <gene id="1012" protId="Q8TQP0" geneId="fpoI"/>
        <gene id="1014" protId="Q8TRC8" geneId="MA_1252"/>
        <gene id="1016" protId="Q8TRT0" geneId="rpl32e"/>
        <gene id="1029" protId="Q8TK16" geneId="MA_3609"/>
        <gene id="1035" protId="Q8TMG8" geneId="MA_2691"/>
        <gene id="1037" protId="Q8TS21" geneId="MA_0986"/>
        <gene id="1039" protId="Q8TL48" geneId="rpl37e"/>
        <gene id="1044" protId="Q8TJT5" geneId="rpoE1"/>
        <gene id="1046" protId="Q8TID9" geneId="MA_4214"/>
        <gene id="1049" protId="Q8TRS5" geneId="rpl15p"/>
        <gene id="1054" protId="Q8TSI5" geneId="hit"/>
        <gene id="1057" protId="Q8TQX8" geneId="MA_1409"/>
        <gene id="1059" protId="Q8TUH9" geneId="MA_0088"/>
        <gene id="1066" protId="Q8TKQ6" geneId="aksA"/>
        <gene id="1067" protId="Q8THA5" geneId="leuA"/>
        <gene id="1068" protId="Q8TJJ1" geneId="cimA"/>
        <gene id="1069" protId="Q8TI92" geneId="MA_4264"/>
        <gene id="1070" protId="Q8TRF4" geneId="nifV"/>
        <gene id="1072" protId="Q8TRU5" geneId="rpl23p"/>
        <gene id="1115" protId="Q8TPX8" geneId="rpl37ae"/>
        <gene id="1122" protId="Q8TQ97" geneId="pfpI"/>
        <gene id="1127" protId="Q8THR4" geneId="idh"/>
        <gene id="1129" protId="Q8TQU3" geneId="rpl21e"/>
        <gene id="1257" protId="Q8TIK5" geneId="draG"/>
        <gene id="1261" protId="Q8TR11" geneId="MA_1373"/>
        <gene id="1263" protId="Q8TP93" geneId="MA_2021"/>
        <gene id="1264" protId="Q8TJE3" geneId="MA_3842"/>
        <gene id="1269" protId="Q8TH89" geneId="MA_4633"/>
        <gene id="1271" protId="Q8TLA2" geneId="MA_3136"/>
        <gene id="1272" protId="Q8TM55" geneId="slyD"/>
        <gene id="1276" protId="Q8TPA5" geneId="bla"/>
        <gene id="1277" protId="Q8THA3" geneId="MA_4617"/>
        <gene id="1279" protId="Q8TQL8" geneId="rps28e"/>
        <gene id="1286" protId="Q8TSP9" geneId="MA_0746"/>
        <gene id="1287" protId="Q8TL62" geneId="MA_3178"/>
        <gene id="1288" protId="Q8TMZ4" geneId="MA_2500"/>
        <gene id="1291" protId="Q8TJQ0" geneId="MA_3730"/>
        <gene id="1293" protId="Q8TT41" geneId="rpoN"/>
        <gene id="1295" protId="Q8TRT3" geneId="rps14"/>
        <gene id="1297" protId="Q8TUF5" geneId="MA_0112"/>
        <gene id="1299" protId="Q8TJC7" geneId="MA_3859"/>
        <gene id="1301" protId="Q8TM93" geneId="MA_2773"/>
        <gene id="1302" protId="Q8TKD9" geneId="MA_3467"/>
        <gene id="1303" protId="Q8TKE0" geneId="MA_3466"/>
        <gene id="1305" protId="Q8TTI2" geneId="MA_0451"/>
        <gene id="1306" protId="Q8TJB3" geneId="MA_3875"/>
        <gene id="1308" protId="Q8TUN0" geneId="sec11"/>
        <gene id="1310" protId="P58869" geneId="mtbA"/>
        <gene id="1311" protId="Q8TSE3" geneId="mtaA"/>
        <gene id="1312" protId="Q8TII4" geneId="cmtA"/>
        <gene id="1314" protId="Q8TH74" geneId="MA_4648"/>
        <gene id="1315" protId="Q8TH72" geneId="MA_4650"/>
        <gene id="1318" protId="Q8TN60" geneId="MA_2433"/>
        <gene id="1322" protId="Q8TJ03" geneId="eif5a"/>
        <gene id="1325" protId="Q8TSA5" geneId="MA_0893"/>
        <gene id="1327" protId="Q8TL47" geneId="MA_3195"/>
        <gene id="1329" protId="Q8TTK9" geneId="MA_0422"/>
        <gene id="1330" protId="Q8TTK4" geneId="MA_0427"/>
        <gene id="1331" protId="Q8TNJ4" geneId="MA_2291"/>
        <gene id="1332" protId="Q8TNJ3" geneId="MA_2292"/>
        <gene id="1333" protId="Q8TMA8" geneId="MA_2756"/>
        <gene id="1334" protId="Q8TP60" geneId="MA_2058"/>
        <gene id="1335" protId="Q8TJU4" geneId="MA_3683"/>
        <gene id="1336" protId="Q8TTM4" geneId="MA_0404"/>
        <gene id="1345" protId="Q8TL25" geneId="MA_3217"/>
        <gene id="1352" protId="Q8TN31" geneId="icaA"/>
        <gene id="1356" protId="Q8TR31" geneId="eIF1A3"/>
        <gene id="1357" protId="Q8TR33" geneId="eIF1A2"/>
        <gene id="1358" protId="Q8TSA3" geneId="eIF1A1"/>
        <gene id="1361" protId="Q8TS82" geneId="rps8e"/>
        <gene id="1365" protId="Q8TQH2" geneId="MA_1571"/>
        <gene id="1368" protId="Q8TMI3" geneId="ppa"/>
        <gene id="1372" protId="Q8TRS6" geneId="rpl30p"/>
        <gene id="1430" protId="Q8TMX3" geneId="MA_2526"/>
        <gene id="1433" protId="Q8THS9" geneId="tmk"/>
        <gene id="1435" protId="Q8TJZ1" geneId="MA_3635"/>
        <gene id="1437" protId="Q8TNV0" geneId="MA_2178"/>
        <gene id="1438" protId="Q8TRJ2" geneId="MA_1183"/>
        <gene id="1439" protId="Q8TNV5" geneId="pigA"/>
        <gene id="1441" protId="Q8TLA0" geneId="MA_3138"/>
        <gene id="1442" protId="Q8TLA1" geneId="MA_3137"/>
        <gene id="1444" protId="Q8TKE1" geneId="MA_3465"/>
        <gene id="1445" protId="Q8TSC0" geneId="MA_0878"/>
        <gene id="1446" protId="Q8TJ79" geneId="oppF"/>
        <gene id="1447" protId="Q8TTX7" geneId="MA_0298"/>
        <gene id="1448" protId="Q8TN15" geneId="MA_2478"/>
        <gene id="1449" protId="Q8TKF1" geneId="nikE"/>
        <gene id="1450" protId="Q8TSB9" geneId="MA_0879"/>
        <gene id="1451" protId="Q8TN19" geneId="MA_2474"/>
        <gene id="1452" protId="Q8TKE2" geneId="MA_3464"/>
        <gene id="1453" protId="Q8TKF0" geneId="nikD"/>
        <gene id="1454" protId="Q8TQ00" geneId="MA_1752"/>
        <gene id="1455" protId="Q8TN14" geneId="MA_2479"/>
        <gene id="1456" protId="Q8TNL0" geneId="MA_2275"/>
        <gene id="1457" protId="Q8TQ83" geneId="lolD"/>
        <gene id="1458" protId="Q8TN05" geneId="MA_2488"/>
        <gene id="1459" protId="Q8TJ31" geneId="MA_3957"/>
        <gene id="1460" protId="Q8TIX0" geneId="MA_4020"/>
        <gene id="1461" protId="Q8TK39" geneId="MA_3582"/>
        <gene id="1462" protId="Q8TIA3" geneId="oppD"/>
        <gene id="1463" protId="Q8TL69" geneId="MA_3171"/>
        <gene id="1464" protId="Q8TI16" geneId="ecfA"/>
        <gene id="1465" protId="Q8TI15" geneId="MA_4342"/>
        <gene id="1466" protId="Q8TPK1" geneId="dppE"/>
        <gene id="1467" protId="Q8TTP9" geneId="MA_0377"/>
        <gene id="1468" protId="Q8TRQ4" geneId="MA_1120"/>
        <gene id="1469" protId="Q8TSF3" geneId="MA_0845"/>
        <gene id="1470" protId="Q8TJ28" geneId="MA_3960"/>
        <gene id="1471" protId="Q8TMV3" geneId="MA_2548"/>
        <gene id="1472" protId="Q8TNK3" geneId="modC"/>
        <gene id="1473" protId="Q8TS55" geneId="MA_0950"/>
        <gene id="1474" protId="Q8TUK4" geneId="ssuB"/>
        <gene id="1475" protId="Q8TP16" geneId="MA_2110"/>
        <gene id="1476" protId="Q8TTZ3" geneId="MA_0282"/>
        <gene id="1477" protId="Q8THZ8" geneId="gldA"/>
        <gene id="1478" protId="Q8TJ85" geneId="MA_3903"/>
        <gene id="1479" protId="Q8TSA8" geneId="pstB"/>
        <gene id="1480" protId="Q8TJ69" geneId="MA_3919"/>
        <gene id="1481" protId="Q8TMH0" geneId="MA_2689"/>
        <gene id="1482" protId="Q8TIW9" geneId="MA_4021"/>
        <gene id="1483" protId="Q8TSE5" geneId="bcrA"/>
        <gene id="1484" protId="Q8TM90" geneId="MA_2776"/>
        <gene id="1485" protId="Q8TJY4" geneId="MA_3642"/>
        <gene id="1486" protId="Q8TKP2" geneId="MA_3358"/>
        <gene id="1487" protId="Q8TPK0" geneId="dppD"/>
        <gene id="1488" protId="Q8TRP3" geneId="MA_1132"/>
        <gene id="1489" protId="Q8TM30" geneId="MA_2840"/>
        <gene id="1490" protId="Q8TQK6" geneId="MA_1536"/>
        <gene id="1491" protId="Q8TIV5" geneId="MA_4036"/>
        <gene id="1492" protId="Q8TIE6" geneId="MA_4206"/>
        <gene id="1493" protId="Q8TS68" geneId="sufC"/>
        <gene id="1494" protId="Q8TKF4" geneId="MA_3453"/>
        <gene id="1495" protId="Q8THI4" geneId="MA_4532"/>
        <gene id="1496" protId="Q8THB1" geneId="MA_4606"/>
        <gene id="1497" protId="Q8TUP1" geneId="znuC"/>
        <gene id="1498" protId="Q8THZ2" geneId="MA_4366"/>
        <gene id="1499" protId="Q8TQE8" geneId="MA_1596"/>
        <gene id="1500" protId="Q8TRE7" geneId="MA_1233"/>
        <gene id="1501" protId="Q8TRH8" geneId="MA_1198"/>
        <gene id="1502" protId="Q8TSD0" geneId="MA_0868"/>
        <gene id="1503" protId="Q8TSK8" geneId="glnQ"/>
        <gene id="1504" protId="Q8TNR7" geneId="MA_2215"/>
        <gene id="1505" protId="Q8THV5" geneId="MA_4406"/>
        <gene id="1507" protId="Q8TIN3" geneId="rpl31e"/>
        <gene id="1568" protId="Q8TPS9" geneId="MA_1826"/>
        <gene id="1569" protId="Q8TKG0" geneId="MA_3447"/>
        <gene id="1571" protId="Q8TPN9" geneId="MA_1867"/>
        <gene id="1573" protId="Q8TNV6" geneId="MA_2172"/>
        <gene id="1575" protId="Q8TTY3" geneId="srp19"/>
        <gene id="1577" protId="Q8TTX2" geneId="MA_0303"/>
        <gene id="1578" protId="Q8TTX8" geneId="MA_0297"/>
        <gene id="1579" protId="Q8TSM6" geneId="MA_0769"/>
        <gene id="1580" protId="Q8TN18" geneId="MA_2475"/>
        <gene id="1581" protId="Q8TIA7" geneId="MA_4248"/>
        <gene id="1582" protId="Q8TIX4" geneId="MA_4016"/>
        <gene id="1583" protId="Q8TNX6" geneId="ubiE"/>
        <gene id="1584" protId="Q8TJ84" geneId="MA_3904"/>
        <gene id="1585" protId="Q8TPQ8" geneId="MA_1848"/>
        <gene id="1586" protId="Q8TRC9" geneId="MA_1251"/>
        <gene id="1587" protId="Q8TNX2" geneId="MA_2155"/>
        <gene id="1588" protId="Q8TKF3" geneId="MA_3454"/>
        <gene id="1590" protId="Q8TRI4" geneId="MA_1192"/>
        <gene id="1592" protId="Q8TRP1" geneId="MA_1134"/>
        <gene id="1593" protId="Q8TRS1" geneId="camH"/>
        <gene id="1594" protId="Q8TMW3" geneId="cam"/>
      </genes>
    </database>
    <notes>
      <additionalInformation abbreviation="M.acetivorans" link="http://www.uniprot.org/taxonomy/188937"/>
    </notes>
  </species>
  <species name="Tupaia chinensis " NCBITaxId="246437">
    <database name="UniProt" version="UniProt_Complete_Proteomes_2013_06" protLink="http://www.uniprot.org/uniprot/">
      <genes>
        <gene id="2" protId="L9L5J6" geneId="TREES_T100010610"/>
        <gene id="4" protId="L9LCR0" geneId="TREES_T100001377"/>
        <gene id="5" protId="L8YF35" geneId="TREES_T100013597"/>
        <gene id="7" protId="L9L8S6" geneId="TREES_T100011473"/>
        <gene id="8" protId="L8YCJ9" geneId="TREES_T100003481"/>
        <gene id="9" protId="L9KX98" geneId="TREES_T100003971"/>
        <gene id="10" protId="L8Y4Q3" geneId="TREES_T100004850"/>
        <gene id="12" protId="L9KM99" geneId="TREES_T100004079"/>
        <gene id="14" protId="L9KGX2" geneId="TREES_T100017206"/>
        <gene id="15" protId="L9KXK3" geneId="TREES_T100018513"/>
        <gene id="18" protId="L9L6K9" geneId="TREES_T100010565"/>
        <gene id="20" protId="L9JDA9" geneId="TREES_T100009358"/>
        <gene id="21" protId="L9KT34" geneId="TREES_T100017710"/>
        <gene id="22" protId="L9KL52" geneId="TREES_T100017790"/>
        <gene id="23" protId="L9KGR2" geneId="TREES_T100017828"/>
        <gene id="24" protId="L9L755" geneId="TREES_T100015712"/>
        <gene id="25" protId="L9L765" geneId="TREES_T100005009"/>
        <gene id="27" protId="L9KV97" geneId="TREES_T100000533"/>
        <gene id="28" protId="L9KSS4" geneId="TREES_T100009017"/>
        <gene id="29" protId="L8YA00" geneId="TREES_T100018967"/>
        <gene id="31" protId="L9KB54" geneId="TREES_T100006794"/>
        <gene id="33" protId="L9L8F4" geneId="TREES_T100015744"/>
        <gene id="35" protId="L9JQV3" geneId="TREES_T100017947"/>
        <gene id="36" protId="L9KMU6" geneId="TREES_T100006666"/>
        <gene id="38" protId="L8Y6L4" geneId="TREES_T100006909"/>
        <gene id="40" protId="L8Y334" geneId="TREES_T100015453"/>
        <gene id="41" protId="L9L498" geneId="TREES_T100015834"/>
        <gene id="42" protId="L9KKA9" geneId="TREES_T100010779"/>
        <gene id="43" protId="L9L5R9" geneId="TREES_T100000297"/>
        <gene id="44" protId="L9JD89" geneId="TREES_T100016311"/>
        <gene id="45" protId="L9K6X0" geneId="TREES_T100009304"/>
        <gene id="46" protId="L9JIA1" geneId="TREES_T100016223"/>
        <gene id="47" protId="L9L1W6" geneId="TREES_T100020357"/>
        <gene id="48" protId="L9KMA1" geneId="TREES_T100007731"/>
        <gene id="50" protId="L9L2H2" geneId="TREES_T100002692"/>
        <gene id="52" protId="L8Y0J7" geneId="TREES_T100008266"/>
        <gene id="53" protId="L9L144" geneId="TREES_T100008893"/>
        <gene id="54" protId="L9KLL7" geneId="TREES_T100004139"/>
        <gene id="55" protId="L9JK04" geneId="TREES_T100000821"/>
        <gene id="57" protId="L9KJ93" geneId="TREES_T100010802"/>
        <gene id="59" protId="L9KNI8" geneId="TREES_T100015018"/>
        <gene id="60" protId="L9JWG7" geneId="TREES_T100004488"/>
        <gene id="61" protId="L9KX39" geneId="TREES_T100008934"/>
        <gene id="63" protId="L8Y9J1" geneId="TREES_T100015385"/>
        <gene id="65" protId="L9KIK4" geneId="TREES_T100019459"/>
        <gene id="66" protId="L9KI03" geneId="TREES_T100019458"/>
        <gene id="67" protId="L9KJ82" geneId="TREES_T100019473"/>
        <gene id="69" protId="L9KU38" geneId="TREES_T100002858"/>
        <gene id="71" protId="L9KPD0" geneId="TREES_T100001758"/>
        <gene id="73" protId="L9KMW1" geneId="TREES_T100006752"/>
        <gene id="75" protId="L9L452" geneId="TREES_T100017569"/>
        <gene id="76" protId="L9KUJ3" geneId="TREES_T100016955"/>
        <gene id="77" protId="L9L8P4" geneId="TREES_T100000227"/>
        <gene id="78" protId="L8Y1I0" geneId="TREES_T100007037"/>
        <gene id="79" protId="L9LD01" geneId="TREES_T100002497"/>
        <gene id="80" protId="L8YB20" geneId="TREES_T100003488"/>
        <gene id="82" protId="L9LCE2" geneId="TREES_T100019126"/>
        <gene id="86" protId="L9KMS6" geneId="TREES_T100006681"/>
        <gene id="88" protId="L8Y6I1" geneId="TREES_T100002340"/>
        <gene id="91" protId="L9L3T1" geneId="TREES_T100008590"/>
        <gene id="94" protId="L8Y112" geneId="TREES_T100017474"/>
        <gene id="96" protId="L9L973" geneId="TREES_T100006220"/>
        <gene id="98" protId="L9JLN0" geneId="TREES_T100016236"/>
        <gene id="100" protId="L8XZA5" geneId="TREES_T100018339"/>
        <gene id="101" protId="L8YFX2" geneId="TREES_T100005657"/>
        <gene id="103" protId="L8Y1S2" geneId="TREES_T100014494"/>
        <gene id="105" protId="L9KZK1" geneId="TREES_T100017066"/>
        <gene id="106" protId="L8YFW7" geneId="TREES_T100005682"/>
        <gene id="108" protId="L9JHY4" geneId="TREES_T100019744"/>
        <gene id="109" protId="L9LCJ1" geneId="TREES_T100012845"/>
        <gene id="111" protId="L9L5N1" geneId="TREES_T100019289"/>
        <gene id="113" protId="L8YCR4" geneId="TREES_T100005658"/>
        <gene id="115" protId="L9JED7" geneId="TREES_T100005607"/>
        <gene id="117" protId="L9KYS0" geneId="TREES_T100002735"/>
        <gene id="119" protId="L8YBE6" geneId="TREES_T100022016"/>
        <gene id="121" protId="L9KHM5" geneId="TREES_T100014148"/>
        <gene id="122" protId="L8Y869" geneId="TREES_T100018937"/>
        <gene id="124" protId="L8Y5F0" geneId="TREES_T100019079"/>
        <gene id="125" protId="L9L1B4" geneId="TREES_T100008820"/>
        <gene id="127" protId="L9KCJ7" geneId="TREES_T100004373"/>
        <gene id="129" protId="L8Y7M4" geneId="TREES_T100006973"/>
        <gene id="131" protId="L9L344" geneId="TREES_T100008607"/>
        <gene id="132" protId="L9JGA4" geneId="TREES_T100001060"/>
        <gene id="134" protId="L8Y192" geneId="TREES_T100006002"/>
        <gene id="136" protId="L9JGV8" geneId="ADSS"/>
        <gene id="138" protId="L9LBC4" geneId="TREES_T100016614"/>
        <gene id="140" protId="L8Y503" geneId="TREES_T100016565"/>
        <gene id="142" protId="L8Y4C3" geneId="TREES_T100018343"/>
        <gene id="144" protId="L9KG30" geneId="TREES_T100017792"/>
        <gene id="145" protId="L9KYR6" geneId="TREES_T100003945"/>
        <gene id="147" protId="L8Y5S8" geneId="TREES_T100018210"/>
        <gene id="149" protId="L8YFS2" geneId="TREES_T100011151"/>
        <gene id="151" protId="L9KKL3" geneId="TREES_T100001766"/>
        <gene id="153" protId="L9JFW1" geneId="TREES_T100001902"/>
        <gene id="155" protId="L8YGM9" geneId="TREES_T100001179"/>
        <gene id="157" protId="L9KUY5" geneId="TREES_T100000477"/>
        <gene id="159" protId="L9KL11" geneId="TREES_T100010739"/>
        <gene id="161" protId="L9KYD8" geneId="TREES_T100002916"/>
        <gene id="162" protId="L9KXZ9" geneId="TREES_T100000377"/>
        <gene id="163" protId="L9KNF4" geneId="TREES_T100010718"/>
        <gene id="164" protId="L9J9L3" geneId="TREES_T100019824"/>
        <gene id="165" protId="L8Y5D3" geneId="TREES_T100008248"/>
        <gene id="166" protId="L8YAY2" geneId="TREES_T100008215"/>
        <gene id="167" protId="L9KLY5" geneId="TREES_T100014052"/>
        <gene id="168" protId="L9LCN9" geneId="TREES_T100010403"/>
        <gene id="170" protId="L9LA50" geneId="TREES_T100003791"/>
        <gene id="174" protId="L9LBZ2" geneId="TREES_T100000253"/>
        <gene id="175" protId="L9L8N7" geneId="TREES_T100000240"/>
        <gene id="176" protId="L8YG34" geneId="TREES_T100015292"/>
        <gene id="177" protId="L9L8N2" geneId="TREES_T100000244"/>
        <gene id="178" protId="L9L8G7" geneId="TREES_T100000241"/>
        <gene id="179" protId="L8YFU1" geneId="TREES_T100015288"/>
        <gene id="180" protId="L9LBY6" geneId="TREES_T100000245"/>
        <gene id="182" protId="L8Y3K0" geneId="TREES_T100013808"/>
        <gene id="184" protId="L8Y039" geneId="TREES_T100012735"/>
        <gene id="186" protId="L8YAK8" geneId="TREES_T100011119"/>
        <gene id="188" protId="L9KTU6" geneId="TREES_T100018586"/>
        <gene id="190" protId="L9KR05" geneId="TREES_T100004081"/>
        <gene id="191" protId="L9LE99" geneId="TREES_T100006195"/>
        <gene id="192" protId="L8Y4Y6" geneId="TREES_T100022054"/>
        <gene id="193" protId="L9L0E6" geneId="TREES_T100007407"/>
        <gene id="195" protId="L9L2I2" geneId="TREES_T100000361"/>
        <gene id="197" protId="L9JD41" geneId="TREES_T100021005"/>
        <gene id="198" protId="L9LBK7" geneId="TREES_T100003764"/>
        <gene id="199" protId="L9JIG4" geneId="TREES_T100019711"/>
        <gene id="200" protId="L9LCN5" geneId="TREES_T100010384"/>
        <gene id="201" protId="L9KTP2" geneId="TREES_T100002929"/>
        <gene id="203" protId="L9KS72" geneId="TREES_T100013117"/>
        <gene id="205" protId="L9KN08" geneId="TREES_T100018620"/>
        <gene id="207" protId="L8Y230" geneId="TREES_T100005961"/>
        <gene id="209" protId="L9LEC5" geneId="TREES_T100000059"/>
        <gene id="212" protId="L8Y6H6" geneId="TREES_T100005942"/>
        <gene id="214" protId="L9L748" geneId="TREES_T100019254"/>
        <gene id="215" protId="L9KS54" geneId="TREES_T100006688"/>
        <gene id="217" protId="L9JHQ8" geneId="TREES_T100020953"/>
        <gene id="219" protId="L9KMB2" geneId="TREES_T100007733"/>
        <gene id="221" protId="L8YGN9" geneId="TREES_T100008013"/>
        <gene id="223" protId="L9KRB9" geneId="TREES_T100014007"/>
        <gene id="225" protId="L8Y5K3" geneId="FEN1"/>
        <gene id="227" protId="L8YCH1" geneId="TREES_T100002153"/>
        <gene id="229" protId="L9KYS2" geneId="TREES_T100018464"/>
        <gene id="231" protId="L9JJ92" geneId="TREES_T100010942"/>
        <gene id="233" protId="L9KUP8" geneId="TREES_T100020547"/>
        <gene id="235" protId="L8YA45" geneId="TREES_T100011131"/>
        <gene id="236" protId="L9KIZ1" geneId="TREES_T100003077"/>
        <gene id="238" protId="L9KU14" geneId="TREES_T100009903"/>
        <gene id="239" protId="L9KGR0" geneId="TREES_T100017173"/>
        <gene id="240" protId="L9L7I3" geneId="TREES_T100015779"/>
        <gene id="242" protId="L8Y630" geneId="TREES_T100003647"/>
        <gene id="244" protId="L9KRN9" geneId="TREES_T100009030"/>
        <gene id="246" protId="L9LDJ8" geneId="TREES_T100008426"/>
        <gene id="247" protId="L9LBK1" geneId="TREES_T100015544"/>
        <gene id="249" protId="L9L7Q6" geneId="TREES_T100011415"/>
        <gene id="250" protId="L9JT28" geneId="TREES_T100020832"/>
        <gene id="251" protId="L9KJI0" geneId="TREES_T100010000"/>
        <gene id="252" protId="L8YFA0" geneId="TREES_T100002118"/>
        <gene id="253" protId="L9KSI3" geneId="TREES_T100009045"/>
        <gene id="255" protId="L9L3Q0" geneId="TREES_T100012957"/>
        <gene id="257" protId="L9LB79" geneId="TREES_T100008376"/>
        <gene id="259" protId="L9JH69" geneId="TREES_T100012359"/>
        <gene id="261" protId="L9LCZ7" geneId="TREES_T100009572"/>
        <gene id="263" protId="L8Y4R4" geneId="TREES_T100006017"/>
        <gene id="265" protId="L9KKM0" geneId="TREES_T100001598"/>
        <gene id="266" protId="L9KWT5" geneId="TREES_T100007654"/>
        <gene id="270" protId="L9JBY7" geneId="TREES_T100015165"/>
        <gene id="271" protId="L9KHA1" geneId="TREES_T100003164"/>
        <gene id="272" protId="L9JC01" geneId="TREES_T100015166"/>
        <gene id="273" protId="L9KGA1" geneId="TREES_T100017862"/>
        <gene id="274" protId="L9KFL4" geneId="TREES_T100017863"/>
        <gene id="275" protId="L9KYR7" geneId="TREES_T100013853"/>
        <gene id="276" protId="L9KSQ0" geneId="TREES_T100008999"/>
        <gene id="278" protId="L9L9L6" geneId="TREES_T100002451"/>
        <gene id="279" protId="L9KHT0" geneId="TREES_T100010840"/>
        <gene id="282" protId="L9KT41" geneId="TREES_T100007634"/>
        <gene id="283" protId="L9KSX0" geneId="TREES_T100018515"/>
        <gene id="286" protId="L9LAI0" geneId="TREES_T100006179"/>
        <gene id="288" protId="L8Y998" geneId="TREES_T100005894"/>
        <gene id="290" protId="L9KDK0" geneId="TREES_T100004364"/>
        <gene id="292" protId="L9KRC4" geneId="TREES_T100013980"/>
        <gene id="294" protId="L8Y795" geneId="TREES_T100015488"/>
        <gene id="296" protId="L8YG38" geneId="TREES_T100015295"/>
        <gene id="298" protId="L9L3S3" geneId="TREES_T100017577"/>
        <gene id="300" protId="L9L0X7" geneId="TREES_T100008944"/>
        <gene id="302" protId="L9JF93" geneId="TREES_T100021901"/>
        <gene id="304" protId="L8XZ41" geneId="TREES_T100020174"/>
        <gene id="306" protId="L9KNY8" geneId="TREES_T100012047"/>
        <gene id="307" protId="L9KVR3" geneId="TREES_T100005374"/>
        <gene id="309" protId="L9KN96" geneId="TREES_T100007707"/>
        <gene id="310" protId="L9J8T8" geneId="TREES_T100012449"/>
        <gene id="312" protId="L9KJ76" geneId="TREES_T100019468"/>
        <gene id="314" protId="L9KI62" geneId="TREES_T100014202"/>
        <gene id="315" protId="L9JYR9" geneId="TREES_T100016157"/>
        <gene id="316" protId="L9KN73" geneId="TREES_T100007773"/>
        <gene id="318" protId="L8Y5C2" geneId="TREES_T100015405"/>
        <gene id="321" protId="L8Y5A1" geneId="TREES_T100011334"/>
        <gene id="323" protId="L8YEI5" geneId="TREES_T100018104"/>
        <gene id="324" protId="L9KY04" geneId="TREES_T100000381"/>
        <gene id="325" protId="L9L775" geneId="TREES_T100011583"/>
        <gene id="327" protId="L9KPX1" geneId="TREES_T100013290"/>
        <gene id="329" protId="L9L7Z5" geneId="TREES_T100015588"/>
        <gene id="330" protId="L8Y3N6" geneId="TREES_T100011278"/>
        <gene id="331" protId="L9KZ76" geneId="TREES_T100011742"/>
        <gene id="332" protId="L9KG23" geneId="TREES_T100017858"/>
        <gene id="333" protId="L9L3Q1" geneId="TREES_T100008608"/>
        <gene id="334" protId="L9KLE3" geneId="TREES_T100000708"/>
        <gene id="335" protId="L9KN56" geneId="TREES_T100007783"/>
        <gene id="336" protId="L9JE78" geneId="TREES_T100009349"/>
        <gene id="338" protId="L9JBZ2" geneId="TREES_T100011030"/>
        <gene id="340" protId="L9L7N1" geneId="TREES_T100015755"/>
        <gene id="342" protId="L9K010" geneId="TREES_T100012126"/>
        <gene id="343" protId="L9L756" geneId="TREES_T100011564"/>
        <gene id="344" protId="L9KGY6" geneId="TREES_T100004371"/>
        <gene id="345" protId="L9JEF2" geneId="TREES_T100013396"/>
        <gene id="346" protId="L9KRK0" geneId="TREES_T100010652"/>
        <gene id="347" protId="L9KI68" geneId="TREES_T100013328"/>
        <gene id="348" protId="L9LAH4" geneId="TREES_T100011565"/>
        <gene id="350" protId="L8YFM8" geneId="TREES_T100005726"/>
        <gene id="351" protId="L9KJA3" geneId="TREES_T100010796"/>
        <gene id="352" protId="L9KUG1" geneId="TREES_T100002853"/>
        <gene id="353" protId="L9KWV2" geneId="TREES_T100016911"/>
        <gene id="354" protId="L9L4R1" geneId="TREES_T100013075"/>
        <gene id="356" protId="L9KKL6" geneId="TREES_T100001770"/>
        <gene id="357" protId="L9KHT8" geneId="TREES_T100017144"/>
        <gene id="358" protId="L9KIC6" geneId="TREES_T100017143"/>
        <gene id="359" protId="L9KMM6" geneId="TREES_T100014989"/>
        <gene id="360" protId="L9KSY8" geneId="TREES_T100018528"/>
        <gene id="362" protId="L9JL07" geneId="TREES_T100012229"/>
        <gene id="363" protId="L8YB12" geneId="TREES_T100008006"/>
        <gene id="365" protId="L9KPZ3" geneId="TREES_T100014104"/>
        <gene id="367" protId="L9KNF9" geneId="TREES_T100010694"/>
        <gene id="368" protId="L9KXB4" geneId="TREES_T100018534"/>
        <gene id="369" protId="L9KRQ9" geneId="TREES_T100018681"/>
        <gene id="371" protId="L9L7P7" geneId="TREES_T100002680"/>
        <gene id="375" protId="L9KQG1" geneId="TREES_T100000637"/>
        <gene id="376" protId="L9LCZ6" geneId="TREES_T100002546"/>
        <gene id="377" protId="L8Y775" geneId="TREES_T100007019"/>
        <gene id="379" protId="L9L751" geneId="TREES_T100010534"/>
        <gene id="381" protId="L9LAD8" geneId="TREES_T100010470"/>
        <gene id="382" protId="L9L0X2" geneId="TREES_T100013077"/>
        <gene id="383" protId="L9JHQ4" geneId="TREES_T100020928"/>
        <gene id="385" protId="L9KTF7" geneId="TREES_T100014905"/>
        <gene id="387" protId="L9KZX6" geneId="TREES_T100005240"/>
        <gene id="389" protId="L9KLH4" geneId="TREES_T100018642"/>
        <gene id="391" protId="L9L0B0" geneId="TREES_T100007380"/>
        <gene id="393" protId="L8Y0W1" geneId="TREES_T100017479"/>
        <gene id="394" protId="L9L6K3" geneId="TREES_T100016634"/>
        <gene id="395" protId="L9KMF6" geneId="TREES_T100004045"/>
        <gene id="396" protId="L9KXF1" geneId="TREES_T100002749"/>
        <gene id="397" protId="L8YCP9" geneId="TREES_T100003537"/>
        <gene id="398" protId="L9LAR7" geneId="TREES_T100010437"/>
        <gene id="399" protId="L9L6Q2" geneId="TREES_T100016666"/>
        <gene id="400" protId="L8Y695" geneId="TREES_T100020018"/>
        <gene id="402" protId="L8YBA6" geneId="TREES_T100018149"/>
        <gene id="403" protId="L9KXT1" geneId="TREES_T100002748"/>
        <gene id="405" protId="L8Y7B9" geneId="TREES_T100021141"/>
        <gene id="407" protId="L9KFV3" geneId="TREES_T100009264"/>
        <gene id="409" protId="L9KUH2" geneId="TREES_T100014925"/>
        <gene id="411" protId="L9JV18" geneId="TREES_T100004509"/>
        <gene id="413" protId="L9L9Q1" geneId="TREES_T100008545"/>
        <gene id="415" protId="L9KNH2" geneId="TREES_T100003121"/>
        <gene id="416" protId="L8YCW3" geneId="TREES_T100018112"/>
        <gene id="418" protId="L9L228" geneId="TREES_T100007159"/>
        <gene id="419" protId="L8Y3G3" geneId="TREES_T100021210"/>
        <gene id="420" protId="L9JJ09" geneId="TREES_T100019723"/>
        <gene id="421" protId="L9L215" geneId="TREES_T100007169"/>
        <gene id="422" protId="L9L675" geneId="TREES_T100011650"/>
        <gene id="423" protId="L8Y4D1" geneId="TREES_T100019958"/>
        <gene id="424" protId="L9KHY6" geneId="TREES_T100017160"/>
        <gene id="426" protId="L9KNB0" geneId="TREES_T100015064"/>
        <gene id="428" protId="L9L485" geneId="TREES_T100009671"/>
        <gene id="429" protId="L9L0Q1" geneId="TREES_T100005128"/>
        <gene id="430" protId="L9JT33" geneId="TREES_T100012165"/>
        <gene id="431" protId="L9JGZ8" geneId="TREES_T100003267"/>
        <gene id="432" protId="L9JYC7" geneId="TREES_T100017235"/>
        <gene id="433" protId="L9KKF6" geneId="TREES_T100001744"/>
        <gene id="435" protId="L9KTX8" geneId="TREES_T100000522"/>
        <gene id="436" protId="L9JE28" geneId="TREES_T100009359"/>
        <gene id="437" protId="L8XZQ8" geneId="TREES_T100012732"/>
        <gene id="438" protId="L8Y8J0" geneId="TREES_T100021172"/>
        <gene id="439" protId="L8YGW3" geneId="TREES_T100013606"/>
        <gene id="443" protId="L8YF95" geneId="TREES_T100002117"/>
        <gene id="446" protId="L9JNU3" geneId="TREES_T100016173"/>
        <gene id="448" protId="L8Y6A0" geneId="TREES_T100018885"/>
        <gene id="449" protId="L9JF16" geneId="TREES_T100001932"/>
        <gene id="450" protId="L9KX80" geneId="TREES_T100016865"/>
        <gene id="451" protId="L9L204" geneId="TREES_T100005141"/>
        <gene id="452" protId="L9KP11" geneId="TREES_T100009905"/>
        <gene id="454" protId="L9L1W5" geneId="TREES_T100011706"/>
        <gene id="456" protId="L8YA77" geneId="TREES_T100011217"/>
        <gene id="457" protId="L9KRB5" geneId="TREES_T100014005"/>
        <gene id="459" protId="L9JXL6" geneId="TREES_T100004396"/>
        <gene id="460" protId="L9J9C2" geneId="TREES_T100003464"/>
        <gene id="462" protId="L9KJA1" geneId="TREES_T100001614"/>
        <gene id="463" protId="L9JZW9" geneId="TREES_T100019595"/>
        <gene id="465" protId="L9KS27" geneId="TREES_T100007691"/>
        <gene id="467" protId="L9KYD5" geneId="TREES_T100011739"/>
        <gene id="469" protId="L9L508" geneId="TREES_T100001430"/>
        <gene id="471" protId="L9LB43" geneId="TREES_T100008509"/>
        <gene id="473" protId="L9JWK7" geneId="TREES_T100004457"/>
        <gene id="474" protId="L8Y9V5" geneId="TREES_T100008123"/>
        <gene id="475" protId="L9LD00" geneId="TREES_T100012768"/>
        <gene id="476" protId="L9KR11" geneId="TREES_T100013141"/>
        <gene id="478" protId="L9KZK7" geneId="TREES_T100007340"/>
        <gene id="480" protId="L9KY99" geneId="TREES_T100018424"/>
        <gene id="481" protId="L8YD62" geneId="TREES_T100016353"/>
        <gene id="482" protId="L9L212" geneId="TREES_T100005123"/>
        <gene id="483" protId="L9KJZ9" geneId="TREES_T100009999"/>
        <gene id="484" protId="L9JL13" geneId="TREES_T100017266"/>
        <gene id="485" protId="L9J9T4" geneId="TREES_T100013450"/>
        <gene id="486" protId="L9JHK3" geneId="TREES_T100009357"/>
        <gene id="487" protId="L9LBS7" geneId="TREES_T100015555"/>
        <gene id="488" protId="L9L6K7" geneId="TREES_T100018395"/>
        <gene id="489" protId="L9L7A9" geneId="TREES_T100018379"/>
        <gene id="490" protId="L9JPV6" geneId="TREES_T100017267"/>
        <gene id="491" protId="L9L417" geneId="TREES_T100021388"/>
        <gene id="492" protId="L9LG02" geneId="TREES_T100004959"/>
        <gene id="493" protId="L9KT10" geneId="TREES_T100018516"/>
        <gene id="494" protId="L9KRI4" geneId="TREES_T100013955"/>
        <gene id="495" protId="L9L580" geneId="TREES_T100008834"/>
        <gene id="496" protId="L9LA80" geneId="TREES_T100002521"/>
        <gene id="497" protId="L9JJ59" geneId="TREES_T100001908"/>
        <gene id="500" protId="L9KM36" geneId="TREES_T100018643"/>
        <gene id="503" protId="L9L3D4" geneId="TREES_T100007221"/>
        <gene id="504" protId="L9L2S5" geneId="TREES_T100007220"/>
        <gene id="505" protId="L9L2I3" geneId="TREES_T100008210"/>
        <gene id="509" protId="L8Y083" geneId="TREES_T100019061"/>
        <gene id="511" protId="L9L9P1" geneId="TREES_T100012880"/>
        <gene id="513" protId="L8XZP2" geneId="TREES_T100012702"/>
        <gene id="514" protId="L9KS30" geneId="TREES_T100008982"/>
        <gene id="515" protId="L9L5W2" geneId="TREES_T100005113"/>
        <gene id="516" protId="L9K0M1" geneId="TREES_T100004502"/>
        <gene id="518" protId="L8Y3S0" geneId="TREES_T100019095"/>
        <gene id="519" protId="L9L0H7" geneId="TREES_T100008788"/>
        <gene id="521" protId="L9KKW8" geneId="TREES_T100010046"/>
        <gene id="524" protId="L9L914" geneId="TREES_T100011637"/>
        <gene id="525" protId="L9L566" geneId="TREES_T100011636"/>
        <gene id="526" protId="L9LBB1" geneId="TREES_T100010513"/>
        <gene id="527" protId="L9LE20" geneId="TREES_T100000030"/>
        <gene id="528" protId="L9LA44" geneId="TREES_T100010514"/>
        <gene id="529" protId="L9L1K6" geneId="TREES_T100008873"/>
        <gene id="531" protId="L9KM63" geneId="TREES_T100018669"/>
        <gene id="532" protId="L9L6E7" geneId="TREES_T100011605"/>
        <gene id="534" protId="L9L688" geneId="TREES_T100019265"/>
        <gene id="535" protId="L9KK85" geneId="TREES_T100010738"/>
        <gene id="537" protId="L9L0F2" geneId="TREES_T100008804"/>
        <gene id="538" protId="L9KGT6" geneId="TREES_T100017864"/>
        <gene id="540" protId="L8Y1H4" geneId="TREES_T100020043"/>
        <gene id="542" protId="L9K780" geneId="TREES_T100013358"/>
        <gene id="544" protId="L8YI08" geneId="TREES_T100019875"/>
        <gene id="545" protId="L9L382" geneId="TREES_T100016789"/>
        <gene id="546" protId="L9LBY7" geneId="TREES_T100019127"/>
        <gene id="547" protId="L9L312" geneId="TREES_T100016749"/>
        <gene id="548" protId="L9KHN9" geneId="TREES_T100004176"/>
        <gene id="549" protId="L9LCV9" geneId="TREES_T100016577"/>
        <gene id="550" protId="L9KGJ6" geneId="TREES_T100021512"/>
        <gene id="551" protId="L9KHD5" geneId="TREES_T100004215"/>
        <gene id="552" protId="L9KSE3" geneId="TREES_T100010654"/>
        <gene id="553" protId="L9KM18" geneId="TREES_T100013318"/>
        <gene id="554" protId="L9KDK1" geneId="TREES_T100012061"/>
        <gene id="556" protId="L9L3B2" geneId="TREES_T100007164"/>
        <gene id="557" protId="L8Y8L6" geneId="TREES_T100016445"/>
        <gene id="558" protId="L9L223" geneId="TREES_T100007212"/>
        <gene id="560" protId="L8Y7U7" geneId="TREES_T100005812"/>
        <gene id="562" protId="L9JER8" geneId="TREES_T100021081"/>
        <gene id="564" protId="L9KSP7" geneId="TREES_T100005283"/>
        <gene id="566" protId="L9KZY9" geneId="TREES_T100005256"/>
        <gene id="568" protId="L9KZ30" geneId="TREES_T100011785"/>
        <gene id="571" protId="L9LDJ7" geneId="TREES_T100017491"/>
        <gene id="573" protId="L9LEM0" geneId="TREES_T100008315"/>
        <gene id="575" protId="L9JEZ0" geneId="TREES_T100012320"/>
        <gene id="577" protId="L9KUN9" geneId="TREES_T100014742"/>
        <gene id="578" protId="L8Y315" geneId="TREES_T100021324"/>
        <gene id="579" protId="L8Y3R0" geneId="TREES_T100019032"/>
        <gene id="580" protId="L9JEI6" geneId="TREES_T100000886"/>
        <gene id="581" protId="L9KJF2" geneId="TREES_T100001694"/>
        <gene id="582" protId="L9KWZ8" geneId="TREES_T100002794"/>
        <gene id="584" protId="L9L5C2" geneId="TREES_T100008860"/>
        <gene id="586" protId="L9L928" geneId="TREES_T100006230"/>
        <gene id="587" protId="L9L4U9" geneId="TREES_T100011639"/>
        <gene id="588" protId="L8Y4W3" geneId="TREES_T100008298"/>
        <gene id="590" protId="L9LBE6" geneId="TREES_T100012827"/>
        <gene id="591" protId="L9LEX7" geneId="TREES_T100020229"/>
        <gene id="593" protId="L9JUN1" geneId="TREES_T100019622"/>
        <gene id="594" protId="L9JV65" geneId="TREES_T100019659"/>
        <gene id="596" protId="L8Y295" geneId="TREES_T100006094"/>
        <gene id="597" protId="L9KRX3" geneId="TREES_T100005391"/>
        <gene id="598" protId="L9LBB4" geneId="TREES_T100006169"/>
        <gene id="599" protId="L9KRA1" geneId="TREES_T100005392"/>
        <gene id="600" protId="L8XYP1" geneId="TREES_T100006095"/>
        <gene id="601" protId="L9KVM6" geneId="TREES_T100005393"/>
        <gene id="602" protId="L9L6N0" geneId="TREES_T100011560"/>
        <gene id="603" protId="L9LAD3" geneId="TREES_T100010427"/>
        <gene id="604" protId="L9JA73" geneId="TREES_T100013418"/>
        <gene id="605" protId="L9LAQ3" geneId="TREES_T100010448"/>
        <gene id="606" protId="L9L9W2" geneId="TREES_T100007075"/>
        <gene id="607" protId="L8YHJ2" geneId="TREES_T100019889"/>
        <gene id="608" protId="L9KKC9" geneId="TREES_T100001727"/>
        <gene id="609" protId="L9KR58" geneId="TREES_T100005381"/>
        <gene id="610" protId="L9KKT1" geneId="TREES_T100009996"/>
        <gene id="611" protId="L9KSU9" geneId="TREES_T100013944"/>
        <gene id="613" protId="L8Y8T7" geneId="TREES_T100003618"/>
        <gene id="614" protId="L8Y2T9" geneId="TREES_T100015474"/>
        <gene id="616" protId="L9K0B5" geneId="TREES_T100004466"/>
        <gene id="617" protId="L9JIJ0" geneId="TREES_T100019701"/>
        <gene id="619" protId="L9J9S7" geneId="TREES_T100004539"/>
        <gene id="621" protId="L9KDW8" geneId="TREES_T100010080"/>
        <gene id="622" protId="L9KR30" geneId="TREES_T100009838"/>
        <gene id="623" protId="L9KRR6" geneId="TREES_T100009839"/>
        <gene id="624" protId="L9KQE5" geneId="TREES_T100009840"/>
        <gene id="625" protId="L9KVG2" geneId="TREES_T100009837"/>
        <gene id="626" protId="L9L095" geneId="TREES_T100008733"/>
        <gene id="628" protId="L9L660" geneId="TREES_T100011683"/>
        <gene id="630" protId="L9KV53" geneId="TREES_T100016962"/>
        <gene id="631" protId="L9KZK9" geneId="TREES_T100017071"/>
        <gene id="632" protId="L9KWJ4" geneId="TREES_T100020416"/>
        <gene id="633" protId="L9JH79" geneId="TREES_T100005549"/>
        <gene id="635" protId="L9KU85" geneId="TREES_T100007616"/>
        <gene id="638" protId="L9L469" geneId="TREES_T100020325"/>
        <gene id="640" protId="L9KI71" geneId="TREES_T100014167"/>
        <gene id="643" protId="L8YGL6" geneId="TREES_T100001187"/>
        <gene id="645" protId="L8Y966" geneId="TREES_T100002146"/>
        <gene id="647" protId="L9KSH9" geneId="TREES_T100015965"/>
        <gene id="649" protId="L9L3F8" geneId="EIF6"/>
        <gene id="651" protId="L9JBV7" geneId="TREES_T100001070"/>
        <gene id="652" protId="L9JBU6" geneId="TREES_T100001069"/>
        <gene id="653" protId="L9JCH7" geneId="TREES_T100001067"/>
        <gene id="654" protId="L9JCM7" geneId="TREES_T100001068"/>
        <gene id="655" protId="L9KSW8" geneId="TREES_T100017769"/>
        <gene id="656" protId="L9KND4" geneId="TREES_T100017770"/>
        <gene id="657" protId="L9LAM6" geneId="TREES_T100000266"/>
        <gene id="659" protId="L9J9C0" geneId="TREES_T100011064"/>
        <gene id="660" protId="L8YA18" geneId="TREES_T100021194"/>
        <gene id="661" protId="L9KH46" geneId="TREES_T100014237"/>
        <gene id="662" protId="L9L5E0" geneId="TREES_T100021396"/>
        <gene id="663" protId="L9KGC7" geneId="TREES_T100001796"/>
        <gene id="664" protId="L9JEV5" geneId="TREES_T100012345"/>
        <gene id="665" protId="L9KVY1" geneId="TREES_T100014010"/>
        <gene id="667" protId="L9KXW0" geneId="TREES_T100011753"/>
        <gene id="669" protId="L9L0V0" geneId="TREES_T100005168"/>
        <gene id="675" protId="L9KKN5" geneId="TREES_T100001586"/>
        <gene id="680" protId="L9KPR3" geneId="TREES_T100010748"/>
        <gene id="682" protId="L9L7M3" geneId="TREES_T100011440"/>
        <gene id="683" protId="L8Y4Y5" geneId="TREES_T100018241"/>
        <gene id="685" protId="L8YC72" geneId="TREES_T100005669"/>
        <gene id="686" protId="L9JRV9" geneId="TREES_T100010892"/>
        <gene id="688" protId="L8XZT7" geneId="TREES_T100013814"/>
        <gene id="690" protId="L9KTK3" geneId="TREES_T100017699"/>
        <gene id="692" protId="L9KFB4" geneId="TREES_T100015117"/>
        <gene id="698" protId="L9KQL8" geneId="TREES_T100019382"/>
        <gene id="701" protId="L9LD93" geneId="TREES_T100004940"/>
        <gene id="703" protId="L9KU32" geneId="TREES_T100006610"/>
        <gene id="709" protId="L9KZF1" geneId="TREES_T100017000"/>
        <gene id="712" protId="L9JFL4" geneId="TREES_T100010979"/>
        <gene id="715" protId="L9KJ56" geneId="TREES_T100000740"/>
        <gene id="717" protId="L8XZS4" geneId="TREES_T100012740"/>
        <gene id="719" protId="L9KI42" geneId="TREES_T100004186"/>
        <gene id="721" protId="L8Y2T2" geneId="TREES_T100009529"/>
        <gene id="722" protId="L9L9V7" geneId="TREES_T100007085"/>
        <gene id="723" protId="L9J9P2" geneId="TREES_T100015188"/>
        <gene id="724" protId="L9KWY6" geneId="TREES_T100005316"/>
        <gene id="725" protId="L9JEK1" geneId="TREES_T100017296"/>
        <gene id="726" protId="L8Y2E7" geneId="TREES_T100003648"/>
        <gene id="727" protId="L9JU32" geneId="TREES_T100019630"/>
        <gene id="728" protId="L9LGA4" geneId="TREES_T100019114"/>
        <gene id="729" protId="L9KZZ0" geneId="TREES_T100006455"/>
        <gene id="730" protId="L9KIB7" geneId="TREES_T100003099"/>
        <gene id="731" protId="L9LBC7" geneId="TREES_T100016629"/>
        <gene id="732" protId="L9KNJ9" geneId="TREES_T100017122"/>
        <gene id="733" protId="L9KYN9" geneId="TREES_T100011724"/>
        <gene id="734" protId="L9L340" geneId="TREES_T100008610"/>
        <gene id="735" protId="L9L5G6" geneId="TREES_T100011606"/>
        <gene id="736" protId="L9LFZ2" geneId="TREES_T100004964"/>
        <gene id="737" protId="L8Y4C8" geneId="TREES_T100009550"/>
        <gene id="738" protId="L9L645" geneId="TREES_T100020342"/>
        <gene id="739" protId="L9L1J0" geneId="TREES_T100008865"/>
        <gene id="741" protId="L9L5X7" geneId="TREES_T100001442"/>
        <gene id="742" protId="L9JDF5" geneId="TREES_T100012358"/>
        <gene id="743" protId="L9L162" geneId="TREES_T100012999"/>
        <gene id="745" protId="L8Y3Y4" geneId="TREES_T100019013"/>
        <gene id="747" protId="L9JIT3" geneId="TREES_T100000874"/>
        <gene id="749" protId="L8YDI0" geneId="TREES_T100001209"/>
        <gene id="751" protId="L9LC31" geneId="TREES_T100001400"/>
        <gene id="752" protId="L9LD36" geneId="TREES_T100002463"/>
        <gene id="753" protId="L9KIX8" geneId="TREES_T100003112"/>
        <gene id="754" protId="L9KXY7" geneId="TREES_T100000341"/>
        <gene id="755" protId="L9KWW8" geneId="TREES_T100011847"/>
        <gene id="756" protId="L9L476" geneId="TREES_T100017557"/>
        <gene id="757" protId="L9KKS6" geneId="TREES_T100009998"/>
        <gene id="758" protId="L9K2D7" geneId="TREES_T100019565"/>
        <gene id="759" protId="L9KQC7" geneId="TREES_T100006602"/>
        <gene id="760" protId="L9KLT5" geneId="TREES_T100019487"/>
        <gene id="761" protId="L9L6E9" geneId="TREES_T100020279"/>
        <gene id="762" protId="L9KLA4" geneId="TREES_T100014119"/>
        <gene id="763" protId="L9KXA4" geneId="TREES_T100013136"/>
        <gene id="764" protId="L9KZ79" geneId="TREES_T100003902"/>
        <gene id="765" protId="L9JFW9" geneId="TREES_T100005569"/>
        <gene id="766" protId="L9KGG6" geneId="TREES_T100014240"/>
        <gene id="767" protId="L9L6G9" geneId="TREES_T100019258"/>
        <gene id="768" protId="L9KTG9" geneId="TREES_T100013123"/>
        <gene id="769" protId="L9LCZ3" geneId="TREES_T100014532"/>
        <gene id="770" protId="L9KMB5" geneId="TREES_T100003156"/>
        <gene id="771" protId="L9L4H6" geneId="TREES_T100008572"/>
        <gene id="772" protId="L9KW00" geneId="TREES_T100013170"/>
        <gene id="773" protId="L9JLY6" geneId="TREES_T100021709"/>
        <gene id="774" protId="L9KSF9" geneId="TREES_T100005337"/>
        <gene id="775" protId="L9KVX3" geneId="TREES_T100009744"/>
        <gene id="777" protId="L9JEK9" geneId="TREES_T100021806"/>
        <gene id="778" protId="L9KN71" geneId="TREES_T100005434"/>
        <gene id="779" protId="L9LCJ2" geneId="TREES_T100017539"/>
        <gene id="780" protId="L9JD48" geneId="TREES_T100007867"/>
        <gene id="781" protId="L9L3W4" geneId="TREES_T100009736"/>
        <gene id="782" protId="L8Y8L7" geneId="TREES_T100021304"/>
        <gene id="783" protId="L9L2Z9" geneId="TREES_T100005077"/>
        <gene id="784" protId="L9L311" geneId="TREES_T100005052"/>
        <gene id="785" protId="L8Y1U2" geneId="TREES_T100015486"/>
        <gene id="786" protId="L9KIG4" geneId="TREES_T100003148"/>
        <gene id="787" protId="L9L9P6" geneId="TREES_T100012898"/>
        <gene id="788" protId="L9JN32" geneId="TREES_T100009347"/>
        <gene id="789" protId="L9L2M1" geneId="TREES_T100007123"/>
        <gene id="790" protId="L9KKP7" geneId="TREES_T100005499"/>
        <gene id="791" protId="L9KP24" geneId="TREES_T100006608"/>
        <gene id="792" protId="L9KJS3" geneId="TREES_T100010728"/>
        <gene id="795" protId="L9KQA8" geneId="TREES_T100009123"/>
        <gene id="796" protId="L9KLJ6" geneId="TREES_T100009125"/>
        <gene id="799" protId="L8Y241" geneId="TREES_T100005977"/>
        <gene id="801" protId="L8Y2C3" geneId="TREES_T100007045"/>
        <gene id="802" protId="L9KN80" geneId="TREES_T100007803"/>
        <gene id="804" protId="L9KFY1" geneId="TREES_T100021574"/>
        <gene id="806" protId="L9JV45" geneId="TREES_T100019632"/>
        <gene id="807" protId="L8Y2Z9" geneId="TREES_T100021298"/>
        <gene id="808" protId="L8Y491" geneId="TREES_T100014522"/>
        <gene id="809" protId="L9JLT5" geneId="TREES_T100021679"/>
        <gene id="810" protId="L9K0G1" geneId="TREES_T100016149"/>
        <gene id="811" protId="L9L5Y9" geneId="TREES_T100001477"/>
        <gene id="813" protId="L8Y4M2" geneId="TREES_T100020176"/>
        <gene id="815" protId="L9JZW5" geneId="TREES_T100019597"/>
        <gene id="819" protId="L9L4W4" geneId="TREES_T100007267"/>
        <gene id="821" protId="L9LCA7" geneId="TREES_T100012897"/>
        <gene id="823" protId="L9L936" geneId="TREES_T100019179"/>
        <gene id="824" protId="L8Y5V2" geneId="TREES_T100016491"/>
        <gene id="826" protId="L9KTK6" geneId="TREES_T100014854"/>
        <gene id="829" protId="L9JZJ7" geneId="TREES_T100017225"/>
        <gene id="830" protId="L8YDH9" geneId="TREES_T100008125"/>
        <gene id="832" protId="L8Y0T8" geneId="TREES_T100003671"/>
        <gene id="834" protId="L8Y9B1" geneId="TREES_T100018085"/>
        <gene id="836" protId="L9KKU3" geneId="TREES_T100005478"/>
        <gene id="840" protId="L9L8S1" geneId="TREES_T100001443"/>
        <gene id="842" protId="L9L3J1" geneId="TREES_T100009694"/>
        <gene id="843" protId="L9L3P7" geneId="TREES_T100008611"/>
        <gene id="845" protId="L8YCA4" geneId="TREES_T100002040"/>
        <gene id="847" protId="L9LBB7" geneId="TREES_T100010518"/>
        <gene id="848" protId="L8Y694" geneId="TREES_T100012658"/>
        <gene id="849" protId="L9LBD7" geneId="TREES_T100000049"/>
        <gene id="850" protId="L8Y819" geneId="TREES_T100016437"/>
        <gene id="851" protId="L8Y417" geneId="TREES_T100001349"/>
        <gene id="852" protId="L8YAU5" geneId="TREES_T100004635"/>
        <gene id="853" protId="L9JH09" geneId="TREES_T100012212"/>
        <gene id="854" protId="L9L0I6" geneId="TREES_T100007431"/>
        <gene id="855" protId="L9LA49" geneId="TREES_T100010519"/>
        <gene id="856" protId="L9KTR5" geneId="TREES_T100000490"/>
        <gene id="857" protId="L9KQE7" geneId="TREES_T100011970"/>
        <gene id="858" protId="L8Y7P2" geneId="TREES_T100003544"/>
        <gene id="859" protId="L9L8U6" geneId="TREES_T100000171"/>
        <gene id="861" protId="L8YD06" geneId="TREES_T100001200"/>
        <gene id="863" protId="L9KU16" geneId="TREES_T100000482"/>
        <gene id="865" protId="L9L8C7" geneId="TREES_T100015815"/>
        <gene id="867" protId="L8YGI8" geneId="TREES_T100019879"/>
        <gene id="868" protId="L9KQM9" geneId="TREES_T100005408"/>
        <gene id="869" protId="L8YB59" geneId="TREES_T100012609"/>
        <gene id="870" protId="L9KKN7" geneId="TREES_T100000707"/>
        <gene id="872" protId="L9KL68" geneId="TREES_T100009959"/>
        <gene id="873" protId="L9KMJ9" geneId="TREES_T100009951"/>
        <gene id="875" protId="L9KL57" geneId="TREES_T100013277"/>
        <gene id="877" protId="L9KL83" geneId="TREES_T100017178"/>
        <gene id="879" protId="L9KRC0" geneId="TREES_T100008991"/>
        <gene id="881" protId="L9KPP8" geneId="TREES_T100012032"/>
        <gene id="882" protId="L9L3D5" geneId="TREES_T100012952"/>
        <gene id="883" protId="L9KMG0" geneId="TREES_T100004144"/>
        <gene id="884" protId="L9KJA8" geneId="TREES_T100001757"/>
        <gene id="887" protId="L9L043" geneId="TREES_T100008845"/>
        <gene id="889" protId="L9KR01" geneId="TREES_T100004111"/>
        <gene id="894" protId="L9KXD9" geneId="TREES_T100000385"/>
        <gene id="895" protId="L9LCX1" geneId="TREES_T100002531"/>
        <gene id="896" protId="L9J983" geneId="TREES_T100015234"/>
        <gene id="897" protId="L8YEF6" geneId="TREES_T100008044"/>
        <gene id="898" protId="L8YAL7" geneId="TREES_T100008050"/>
        <gene id="900" protId="L9KA73" geneId="TREES_T100012058"/>
        <gene id="901" protId="L8YDQ6" geneId="TREES_T100001301"/>
        <gene id="902" protId="L8Y595" geneId="TREES_T100012685"/>
        <gene id="908" protId="L9KUY9" geneId="TREES_T100000475"/>
        <gene id="909" protId="L9JI27" geneId="TREES_T100012354"/>
        <gene id="911" protId="L9JCL2" geneId="TREES_T100011058"/>
        <gene id="913" protId="L8YCX9" geneId="TREES_T100018120"/>
        <gene id="915" protId="L9JGE2" geneId="TREES_T100011033"/>
        <gene id="917" protId="L8Y852" geneId="TREES_T100007015"/>
        <gene id="919" protId="L9KY13" geneId="TREES_T100014868"/>
        <gene id="921" protId="L9L478" geneId="TREES_T100009719"/>
        <gene id="922" protId="L9K407" geneId="TREES_T100001872"/>
        <gene id="924" protId="L8YG91" geneId="TREES_T100019885"/>
        <gene id="932" protId="L8Y8E3" geneId="TREES_T100004743"/>
        <gene id="933" protId="L9L464" geneId="TREES_T100017591"/>
        <gene id="935" protId="L9JG84" geneId="TREES_T100012260"/>
        <gene id="937" protId="L8Y7D2" geneId="TREES_T100002296"/>
        <gene id="938" protId="L9KSN8" geneId="TREES_T100005290"/>
        <gene id="939" protId="L9JUL7" geneId="TREES_T100019647"/>
        <gene id="940" protId="L9L591" geneId="TREES_T100006286"/>
        <gene id="941" protId="L9J9G0" geneId="TREES_T100015203"/>
        <gene id="942" protId="L8Y8A5" geneId="TREES_T100021187"/>
        <gene id="943" protId="L9LA67" geneId="TREES_T100016589"/>
        <gene id="944" protId="L8YAB0" geneId="TREES_T100012625"/>
        <gene id="945" protId="L9JCZ5" geneId="TREES_T100018784"/>
        <gene id="946" protId="L9L7J6" geneId="TREES_T100015775"/>
        <gene id="954" protId="L9LCS1" geneId="TREES_T100011374"/>
        <gene id="955" protId="L9JBA4" geneId="TREES_T100021858"/>
        <gene id="956" protId="L8YBD8" geneId="TREES_T100013621"/>
        <gene id="957" protId="L9LBY4" geneId="TREES_T100019118"/>
        <gene id="959" protId="L9JS61" geneId="TREES_T100010905"/>
        <gene id="960" protId="L9JG89" geneId="TREES_T100010095"/>
        <gene id="961" protId="L9KXB0" geneId="TREES_T100018529"/>
        <gene id="962" protId="L9JZZ5" geneId="TREES_T100012116"/>
        <gene id="963" protId="L9JNH2" geneId="TREES_T100020897"/>
        <gene id="964" protId="L9JE47" geneId="TREES_T100015189"/>
        <gene id="965" protId="L9JGN2" geneId="TREES_T100003297"/>
        <gene id="966" protId="L9JA38" geneId="TREES_T100021058"/>
        <gene id="967" protId="L9KRC7" geneId="TREES_T100005415"/>
        <gene id="969" protId="L8Y3I9" geneId="TREES_T100013755"/>
        <gene id="970" protId="L8YAE1" geneId="TREES_T100006930"/>
        <gene id="974" protId="L9L317" geneId="TREES_T100016803"/>
        <gene id="976" protId="L9KPR6" geneId="TREES_T100012001"/>
        <gene id="977" protId="L8Y3X3" geneId="TREES_T100021209"/>
        <gene id="979" protId="L9JES7" geneId="TREES_T100014336"/>
        <gene id="981" protId="L9KJA5" geneId="RPS3A"/>
        <gene id="982" protId="L9KJE9" geneId="TREES_T100001582"/>
        <gene id="983" protId="L9KD48" geneId="TREES_T100004377"/>
        <gene id="984" protId="L9JCR3" geneId="TREES_T100021017"/>
        <gene id="985" protId="L9KNK4" geneId="TREES_T100014032"/>
        <gene id="986" protId="L9LCB7" geneId="TREES_T100001378"/>
        <gene id="987" protId="L9L2D6" geneId="TREES_T100007192"/>
        <gene id="988" protId="L9KGR8" geneId="TREES_T100019480"/>
        <gene id="990" protId="L8Y566" geneId="TREES_T100018918"/>
        <gene id="991" protId="L9KRZ9" geneId="TREES_T100015950"/>
        <gene id="993" protId="L9L6G2" geneId="TREES_T100003810"/>
        <gene id="995" protId="L9JAR0" geneId="TREES_T100013442"/>
        <gene id="996" protId="L9KZJ5" geneId="TREES_T100016970"/>
        <gene id="997" protId="L8XZI1" geneId="TREES_T100013821"/>
        <gene id="998" protId="L9LDD4" geneId="TREES_T100000022"/>
        <gene id="999" protId="L9L6K6" geneId="TREES_T100005057"/>
        <gene id="1000" protId="L8Y4V0" geneId="TREES_T100012763"/>
        <gene id="1001" protId="L8Y715" geneId="TREES_T100001309"/>
        <gene id="1002" protId="L9KUS0" geneId="TREES_T100006479"/>
        <gene id="1003" protId="L9L3L6" geneId="TREES_T100005055"/>
        <gene id="1004" protId="L9KYF9" geneId="TREES_T100011784"/>
        <gene id="1005" protId="L9LB70" geneId="TREES_T100011387"/>
        <gene id="1007" protId="L9J992" geneId="TREES_T100015238"/>
        <gene id="1008" protId="L9KD37" geneId="TREES_T100004372"/>
        <gene id="1010" protId="L9KHR5" geneId="TREES_T100004169"/>
        <gene id="1011" protId="L9KNE2" geneId="TREES_T100010711"/>
        <gene id="1013" protId="L8Y3A0" geneId="TREES_T100012701"/>
        <gene id="1015" protId="L8YEZ0" geneId="TREES_T100008145"/>
        <gene id="1017" protId="L9J8X1" geneId="TREES_T100019831"/>
        <gene id="1018" protId="L8Y4L3" geneId="TREES_T100002364"/>
        <gene id="1019" protId="L9KV96" geneId="TREES_T100006516"/>
        <gene id="1020" protId="L8YCC1" geneId="TREES_T100002178"/>
        <gene id="1021" protId="L9K641" geneId="TREES_T100009276"/>
        <gene id="1022" protId="L9L2S3" geneId="TREES_T100005046"/>
        <gene id="1023" protId="L9KLR1" geneId="TREES_T100007723"/>
        <gene id="1024" protId="L9K2X4" geneId="TREES_T100017210"/>
        <gene id="1025" protId="L9L8J9" geneId="TREES_T100019288"/>
        <gene id="1026" protId="L9KNB7" geneId="TREES_T100015037"/>
        <gene id="1027" protId="L9KMU1" geneId="TREES_T100018753"/>
        <gene id="1028" protId="L9L4T4" geneId="TREES_T100007108"/>
        <gene id="1030" protId="L9L0W5" geneId="TREES_T100008754"/>
        <gene id="1031" protId="L9J996" geneId="TREES_T100004583"/>
        <gene id="1032" protId="L9JBB8" geneId="TREES_T100001085"/>
        <gene id="1033" protId="L9L984" geneId="TREES_T100015581"/>
        <gene id="1034" protId="L8YDS8" geneId="TREES_T100017332"/>
        <gene id="1036" protId="L8YCN0" geneId="TREES_T100015297"/>
        <gene id="1038" protId="L9KS12" geneId="TREES_T100003064"/>
        <gene id="1040" protId="L8Y8V7" geneId="TREES_T100002273"/>
        <gene id="1041" protId="L9KVP8" geneId="TREES_T100005409"/>
        <gene id="1042" protId="L9KHC5" geneId="TREES_T100021504"/>
        <gene id="1043" protId="L9L9H4" geneId="TREES_T100006258"/>
        <gene id="1045" protId="L9KPQ3" geneId="TREES_T100012035"/>
        <gene id="1047" protId="L9KP06" geneId="TREES_T100000652"/>
        <gene id="1048" protId="L9KT33" geneId="TREES_T100014826"/>
        <gene id="1050" protId="L8YG01" geneId="TREES_T100013654"/>
        <gene id="1051" protId="L9KW57" geneId="TREES_T100006509"/>
        <gene id="1052" protId="L9L2Z4" geneId="TREES_T100005075"/>
        <gene id="1053" protId="L9LFE1" geneId="TREES_T100009636"/>
        <gene id="1055" protId="L9L6P0" geneId="TREES_T100010547"/>
        <gene id="1056" protId="L9KK09" geneId="TREES_T100001570"/>
        <gene id="1058" protId="L8YE89" geneId="TREES_T100011132"/>
        <gene id="1060" protId="L9KNE3" geneId="TREES_T100012040"/>
        <gene id="1061" protId="L8Y3I3" geneId="TREES_T100019072"/>
        <gene id="1062" protId="L8Y094" geneId="TREES_T100019073"/>
        <gene id="1063" protId="L9L7W3" geneId="TREES_T100017655"/>
        <gene id="1064" protId="L8Y2P6" geneId="TREES_T100005930"/>
        <gene id="1065" protId="L9KSC0" geneId="TREES_T100013142"/>
        <gene id="1071" protId="L9KSD4" geneId="TREES_T100015991"/>
        <gene id="1073" protId="L9KFL3" geneId="TREES_T100009257"/>
        <gene id="1074" protId="L9L866" geneId="TREES_T100021377"/>
        <gene id="1075" protId="L9JAQ3" geneId="TREES_T100019807"/>
        <gene id="1076" protId="L9KJG7" geneId="TREES_T100010009"/>
        <gene id="1077" protId="L9KTY9" geneId="TREES_T100000433"/>
        <gene id="1078" protId="L8YAW2" geneId="TREES_T100003594"/>
        <gene id="1079" protId="L9JG49" geneId="TREES_T100012287"/>
        <gene id="1080" protId="L9L3F0" geneId="TREES_T100002726"/>
        <gene id="1081" protId="L9LCM1" geneId="TREES_T100004962"/>
        <gene id="1082" protId="L9KMD5" geneId="TREES_T100007746"/>
        <gene id="1083" protId="L9L1D4" geneId="TREES_T100011852"/>
        <gene id="1084" protId="L9KRF3" geneId="TREES_T100014978"/>
        <gene id="1085" protId="L9JKY2" geneId="TREES_T100021782"/>
        <gene id="1086" protId="L8YDT2" geneId="TREES_T100001282"/>
        <gene id="1087" protId="L9KLV3" geneId="TREES_T100014995"/>
        <gene id="1088" protId="L9KWA0" geneId="TREES_T100009027"/>
        <gene id="1089" protId="L9KT99" geneId="TREES_T100012021"/>
        <gene id="1090" protId="L9KMG5" geneId="TREES_T100014037"/>
        <gene id="1091" protId="L8Y472" geneId="TREES_T100007048"/>
        <gene id="1092" protId="L9KKZ3" geneId="TREES_T100016020"/>
        <gene id="1093" protId="L9LCM5" geneId="TREES_T100004960"/>
        <gene id="1094" protId="L9L086" geneId="TREES_T100007485"/>
        <gene id="1095" protId="L9KV45" geneId="TREES_T100000416"/>
        <gene id="1096" protId="L9LGC5" geneId="TREES_T100000007"/>
        <gene id="1097" protId="L8Y7W8" geneId="TREES_T100015438"/>
        <gene id="1098" protId="L9JC63" geneId="TREES_T100002007"/>
        <gene id="1099" protId="L9L729" geneId="TREES_T100000269"/>
        <gene id="1100" protId="L9KR33" geneId="TREES_T100010653"/>
        <gene id="1101" protId="L9KH50" geneId="TREES_T100014213"/>
        <gene id="1102" protId="L9K1B6" geneId="TREES_T100016150"/>
        <gene id="1103" protId="L9L583" geneId="TREES_T100001476"/>
        <gene id="1104" protId="L9JLR8" geneId="TREES_T100016263"/>
        <gene id="1105" protId="L9KM27" geneId="TREES_T100013316"/>
        <gene id="1106" protId="L9KFV1" geneId="TREES_T100001818"/>
        <gene id="1107" protId="L9L847" geneId="TREES_T100004995"/>
        <gene id="1108" protId="L9KM70" geneId="TREES_T100018621"/>
        <gene id="1109" protId="L9KWX2" geneId="TREES_T100011844"/>
        <gene id="1110" protId="L9JCY9" geneId="TREES_T100000958"/>
        <gene id="1111" protId="L9L985" geneId="TREES_T100015598"/>
        <gene id="1112" protId="L9L8Y4" geneId="TREES_T100019163"/>
        <gene id="1113" protId="L9JBG8" geneId="TREES_T100001958"/>
        <gene id="1114" protId="L9JJ95" geneId="TREES_T100019695"/>
        <gene id="1116" protId="L9JF05" geneId="TREES_T100001906"/>
        <gene id="1117" protId="L9KVH9" geneId="TREES_T100000389"/>
        <gene id="1118" protId="L9L537" geneId="TREES_T100012911"/>
        <gene id="1119" protId="L9JR99" geneId="TREES_T100010906"/>
        <gene id="1120" protId="L9JSJ9" geneId="TREES_T100017910"/>
        <gene id="1121" protId="L9KZD9" geneId="TREES_T100005262"/>
        <gene id="1123" protId="L9KSA3" geneId="TREES_T100005313"/>
        <gene id="1124" protId="L9KT89" geneId="TREES_T100005332"/>
        <gene id="1125" protId="L9L4K0" geneId="TREES_T100001447"/>
        <gene id="1126" protId="L9KRY1" geneId="TREES_T100005403"/>
        <gene id="1128" protId="L9J9Z1" geneId="TREES_T100015201"/>
        <gene id="1130" protId="L9LE92" geneId="TREES_T100006189"/>
        <gene id="1131" protId="L8YFK1" geneId="TREES_T100004667"/>
        <gene id="1132" protId="L9L8Y0" geneId="TREES_T100000231"/>
        <gene id="1133" protId="L9K8C0" geneId="TREES_T100020734"/>
        <gene id="1134" protId="L9KYR4" geneId="TREES_T100018457"/>
        <gene id="1135" protId="L8Y9P6" geneId="TREES_T100008209"/>
        <gene id="1136" protId="L9L9H9" geneId="TREES_T100016602"/>
        <gene id="1137" protId="L9LBA0" geneId="TREES_T100011402"/>
        <gene id="1138" protId="L9L172" geneId="TREES_T100012977"/>
        <gene id="1139" protId="L9KFE7" geneId="TREES_T100015138"/>
        <gene id="1140" protId="L9KYR5" geneId="TREES_T100002723"/>
        <gene id="1141" protId="L8Y9B8" geneId="TREES_T100005874"/>
        <gene id="1142" protId="L9LDE5" geneId="TREES_T100000016"/>
        <gene id="1143" protId="L9KP16" geneId="TREES_T100013207"/>
        <gene id="1144" protId="L9KSA1" geneId="TREES_T100013962"/>
        <gene id="1145" protId="L9LBR6" geneId="TREES_T100000079"/>
        <gene id="1146" protId="L8Y5H3" geneId="TREES_T100019068"/>
        <gene id="1147" protId="L9KMV4" geneId="TREES_T100018650"/>
        <gene id="1148" protId="L9KIL3" geneId="TREES_T100010811"/>
        <gene id="1149" protId="L9JH42" geneId="TREES_T100012192"/>
        <gene id="1150" protId="L9LFC2" geneId="TREES_T100009607"/>
        <gene id="1151" protId="L9KN82" geneId="TREES_T100013224"/>
        <gene id="1152" protId="L9L7G8" geneId="TREES_T100003832"/>
        <gene id="1153" protId="L8YCZ8" geneId="TREES_T100004670"/>
        <gene id="1154" protId="L8Y0N8" geneId="TREES_T100011346"/>
        <gene id="1155" protId="L9L628" geneId="TREES_T100015866"/>
        <gene id="1156" protId="L8Y8Y0" geneId="TREES_T100008165"/>
        <gene id="1157" protId="L9L8V5" geneId="TREES_T100011503"/>
        <gene id="1158" protId="L9JWV7" geneId="TREES_T100004499"/>
        <gene id="1159" protId="L9L3U3" geneId="TREES_T100005235"/>
        <gene id="1160" protId="L8Y7J1" geneId="TREES_T100011289"/>
        <gene id="1161" protId="L9J9M9" geneId="TREES_T100013454"/>
        <gene id="1162" protId="L9KPX5" geneId="TREES_T100011969"/>
        <gene id="1163" protId="L9JAI4" geneId="TREES_T100019805"/>
        <gene id="1164" protId="L9KDK6" geneId="TREES_T100012059"/>
        <gene id="1165" protId="L9KWB8" geneId="TREES_T100009058"/>
        <gene id="1166" protId="L9KSX6" geneId="TREES_T100010708"/>
        <gene id="1167" protId="L9KQH6" geneId="TREES_T100020545"/>
        <gene id="1168" protId="L9JBC6" geneId="TREES_T100001984"/>
        <gene id="1169" protId="L8Y522" geneId="TREES_T100004818"/>
        <gene id="1170" protId="L9JEH5" geneId="TREES_T100017293"/>
        <gene id="1171" protId="L8Y0I8" geneId="TREES_T100022033"/>
        <gene id="1172" protId="L9KRI0" geneId="TREES_T100009936"/>
        <gene id="1173" protId="L9KIG3" geneId="TREES_T100003128"/>
        <gene id="1174" protId="L9L5P9" geneId="TREES_T100019277"/>
        <gene id="1175" protId="L9JN28" geneId="TREES_T100009339"/>
        <gene id="1176" protId="L9L9V4" geneId="TREES_T100007083"/>
        <gene id="1177" protId="L9JB66" geneId="TREES_T100007942"/>
        <gene id="1178" protId="L9KFN7" geneId="TREES_T100004340"/>
        <gene id="1179" protId="L9JHJ1" geneId="TREES_T100009397"/>
        <gene id="1180" protId="L9LB29" geneId="TREES_T100003749"/>
        <gene id="1181" protId="L9KFU0" geneId="TREES_T100015147"/>
        <gene id="1182" protId="L9LB17" geneId="TREES_T100006187"/>
        <gene id="1183" protId="L9JBF3" geneId="TREES_T100001966"/>
        <gene id="1184" protId="L9LCT1" geneId="TREES_T100016601"/>
        <gene id="1185" protId="L9LDF3" geneId="TREES_T100000088"/>
        <gene id="1186" protId="L8Y2K3" geneId="TREES_T100011313"/>
        <gene id="1187" protId="L9KNX3" geneId="TREES_T100018566"/>
        <gene id="1188" protId="L9KY64" geneId="TREES_T100007496"/>
        <gene id="1189" protId="L9LC53" geneId="TREES_T100019133"/>
        <gene id="1190" protId="L8YBS1" geneId="TREES_T100001293"/>
        <gene id="1191" protId="L9KJ12" geneId="TREES_T100003076"/>
        <gene id="1192" protId="L9KZ36" geneId="TREES_T100005239"/>
        <gene id="1193" protId="L9JDI1" geneId="TREES_T100013462"/>
        <gene id="1194" protId="L9LBE2" geneId="TREES_T100000044"/>
        <gene id="1195" protId="L9L2K6" geneId="TREES_T100002760"/>
        <gene id="1196" protId="L9KRU6" geneId="TREES_T100009769"/>
        <gene id="1197" protId="L9KMP6" geneId="TREES_T100013239"/>
        <gene id="1198" protId="L9KVH0" geneId="TREES_T100000413"/>
        <gene id="1199" protId="L9JAT2" geneId="TREES_T100003414"/>
        <gene id="1200" protId="L9JRG4" geneId="TREES_T100010878"/>
        <gene id="1201" protId="L8Y3F5" geneId="TREES_T100013824"/>
        <gene id="1202" protId="L9KPB1" geneId="TREES_T100018606"/>
        <gene id="1203" protId="L8Y8W3" geneId="TREES_T100018216"/>
        <gene id="1204" protId="L9KLY6" geneId="TREES_T100019456"/>
        <gene id="1205" protId="L9KS22" geneId="TREES_T100005365"/>
        <gene id="1206" protId="L9L438" geneId="TREES_T100005029"/>
        <gene id="1207" protId="L8YEI1" geneId="TREES_T100003507"/>
        <gene id="1208" protId="L9L560" geneId="TREES_T100001448"/>
        <gene id="1209" protId="L9KZW9" geneId="TREES_T100006350"/>
        <gene id="1210" protId="L9L9Q4" geneId="TREES_T100002493"/>
        <gene id="1211" protId="L9L586" geneId="TREES_T100011599"/>
        <gene id="1212" protId="L9K2P8" geneId="TREES_T100019548"/>
        <gene id="1213" protId="L9KXZ4" geneId="TREES_T100000562"/>
        <gene id="1214" protId="L9L8I2" geneId="TREES_T100015602"/>
        <gene id="1215" protId="L9JEG3" geneId="TREES_T100021103"/>
        <gene id="1216" protId="L9KY71" geneId="TREES_T100014620"/>
        <gene id="1217" protId="L9KI35" geneId="TREES_T100007787"/>
        <gene id="1218" protId="L9L7P2" geneId="TREES_T100012972"/>
        <gene id="1219" protId="L9KBD5" geneId="TREES_T100019538"/>
        <gene id="1220" protId="L9JYV8" geneId="TREES_T100004520"/>
        <gene id="1221" protId="L9KKB5" geneId="TREES_T100015118"/>
        <gene id="1222" protId="L9JED6" geneId="TREES_T100010985"/>
        <gene id="1223" protId="L9KH24" geneId="TREES_T100021514"/>
        <gene id="1224" protId="L9KY49" geneId="TREES_T100017675"/>
        <gene id="1225" protId="L9KFZ3" geneId="TREES_T100010059"/>
        <gene id="1226" protId="L9KWY9" geneId="TREES_T100002797"/>
        <gene id="1227" protId="L9L5B6" geneId="TREES_T100020287"/>
        <gene id="1228" protId="L9JP73" geneId="TREES_T100012170"/>
        <gene id="1229" protId="L9KPV5" geneId="TREES_T100010790"/>
        <gene id="1230" protId="L9KJE4" geneId="TREES_T100003137"/>
        <gene id="1231" protId="L9KJQ8" geneId="TREES_T100015025"/>
        <gene id="1232" protId="L9KZY1" geneId="TREES_T100005237"/>
        <gene id="1233" protId="L9L2S2" geneId="TREES_T100018425"/>
        <gene id="1234" protId="L9KW59" geneId="TREES_T100020522"/>
        <gene id="1235" protId="L9KSM2" geneId="TREES_T100013116"/>
        <gene id="1236" protId="L9KVY2" geneId="TREES_T100014747"/>
        <gene id="1237" protId="L9KZE2" geneId="TREES_T100005266"/>
        <gene id="1238" protId="L9K212" geneId="TREES_T100017234"/>
        <gene id="1239" protId="L9KNX8" geneId="TREES_T100018612"/>
        <gene id="1240" protId="L9KUV0" geneId="TREES_T100009747"/>
        <gene id="1241" protId="L9L2T2" geneId="TREES_T100020380"/>
        <gene id="1242" protId="L9JFT1" geneId="TREES_T100001979"/>
        <gene id="1243" protId="L9KV24" geneId="TREES_T100011939"/>
        <gene id="1244" protId="L9KBX0" geneId="TREES_T100015142"/>
        <gene id="1245" protId="L9L2N1" geneId="TREES_T100015850"/>
        <gene id="1246" protId="L9L4X2" geneId="TREES_T100020336"/>
        <gene id="1247" protId="L9JRI4" geneId="TREES_T100015156"/>
        <gene id="1248" protId="L9KT70" geneId="TREES_T100018507"/>
        <gene id="1249" protId="L9KBH7" geneId="TREES_T100000789"/>
        <gene id="1250" protId="L9KMN7" geneId="TREES_T100013206"/>
        <gene id="1251" protId="L9LAQ6" geneId="TREES_T100011400"/>
        <gene id="1252" protId="L9L8M5" geneId="TREES_T100000168"/>
        <gene id="1253" protId="L9LDY5" geneId="TREES_T100010499"/>
        <gene id="1254" protId="L9KKL9" geneId="TREES_T100017840"/>
        <gene id="1255" protId="L9LAW6" geneId="TREES_T100010461"/>
        <gene id="1256" protId="L9KL59" geneId="TREES_T100015999"/>
        <gene id="1258" protId="L8Y9T5" geneId="TREES_T100013724"/>
        <gene id="1259" protId="L9KTI2" geneId="TREES_T100000550"/>
        <gene id="1260" protId="L9JAG3" geneId="TREES_T100021030"/>
        <gene id="1262" protId="L8YF22" geneId="TREES_T100013612"/>
        <gene id="1265" protId="L8Y6M9" geneId="TREES_T100012593"/>
        <gene id="1266" protId="L9L6L8" geneId="TREES_T100003854"/>
        <gene id="1267" protId="L9KQL9" geneId="TREES_T100010688"/>
        <gene id="1268" protId="L8YFQ4" geneId="TREES_T100013529"/>
        <gene id="1270" protId="L9L1Y2" geneId="TREES_T100020345"/>
        <gene id="1273" protId="L8YBB2" geneId="TREES_T100016481"/>
        <gene id="1274" protId="L9KRP7" geneId="TREES_T100018623"/>
        <gene id="1275" protId="L8Y9R8" geneId="TREES_T100019961"/>
        <gene id="1278" protId="L9KPI4" geneId="TREES_T100020578"/>
        <gene id="1280" protId="L9L5Z9" geneId="TREES_T100005095"/>
        <gene id="1281" protId="L8Y3S9" geneId="TREES_T100019076"/>
        <gene id="1282" protId="L9KST4" geneId="TREES_T100015934"/>
        <gene id="1283" protId="L9JJ65" geneId="TREES_T100009346"/>
        <gene id="1284" protId="L9KM84" geneId="TREES_T100006668"/>
        <gene id="1285" protId="L9L3D7" geneId="TREES_T100008630"/>
        <gene id="1289" protId="L8YE57" geneId="TREES_T100011143"/>
        <gene id="1290" protId="L8Y0F7" geneId="TREES_T100001350"/>
        <gene id="1292" protId="L8Y5Q3" geneId="TREES_T100016563"/>
        <gene id="1294" protId="L8Y849" geneId="TREES_T100004711"/>
        <gene id="1296" protId="L9J929" geneId="TREES_T100013466"/>
        <gene id="1298" protId="L9J9Z4" geneId="TREES_T100015268"/>
        <gene id="1300" protId="L9L800" geneId="TREES_T100015585"/>
        <gene id="1304" protId="L8YC89" geneId="TREES_T100013666"/>
        <gene id="1307" protId="L9KLF9" geneId="TREES_T100009944"/>
        <gene id="1309" protId="L9KJC0" geneId="TREES_T100018698"/>
        <gene id="1313" protId="L9KHH3" geneId="TREES_T100004242"/>
        <gene id="1316" protId="L9KQT0" geneId="TREES_T100002993"/>
        <gene id="1317" protId="L8Y8J4" geneId="TREES_T100005945"/>
        <gene id="1319" protId="L9L0Q9" geneId="TREES_T100008870"/>
        <gene id="1320" protId="L9KQG5" geneId="TREES_T100011943"/>
        <gene id="1321" protId="L9KPP5" geneId="TREES_T100020608"/>
        <gene id="1323" protId="L9KKY5" geneId="TREES_T100004071"/>
        <gene id="1324" protId="L9KDH9" geneId="TREES_T100010085"/>
        <gene id="1326" protId="L9KSC3" geneId="TREES_T100006646"/>
        <gene id="1328" protId="L9L521" geneId="TREES_T100000292"/>
        <gene id="1337" protId="L9JCM9" geneId="TREES_T100016313"/>
        <gene id="1338" protId="L9L9T5" geneId="TREES_T100002467"/>
        <gene id="1339" protId="L9JH00" geneId="TREES_T100016314"/>
        <gene id="1340" protId="L9L160" geneId="TREES_T100005129"/>
        <gene id="1341" protId="L9L5T1" geneId="TREES_T100005139"/>
        <gene id="1342" protId="L9JD95" geneId="TREES_T100016302"/>
        <gene id="1343" protId="L9L1H7" geneId="TREES_T100005154"/>
        <gene id="1344" protId="L9KM10" geneId="TREES_T100004247"/>
        <gene id="1346" protId="L8YAW4" geneId="TREES_T100008080"/>
        <gene id="1347" protId="L8YCV2" geneId="TREES_T100009462"/>
        <gene id="1348" protId="L8Y6D3" geneId="TREES_T100002293"/>
        <gene id="1349" protId="L8Y2X7" geneId="TREES_T100021286"/>
        <gene id="1350" protId="L9KQB4" geneId="TREES_T100019418"/>
        <gene id="1351" protId="L9L8F3" geneId="TREES_T100015640"/>
        <gene id="1353" protId="L9JJ79" geneId="TREES_T100019729"/>
        <gene id="1354" protId="L9JFJ0" geneId="TREES_T100010963"/>
        <gene id="1355" protId="L9JE70" geneId="TREES_T100017985"/>
        <gene id="1359" protId="L9KT53" geneId="TREES_T100005312"/>
        <gene id="1360" protId="L8Y7L0" geneId="TREES_T100011276"/>
        <gene id="1362" protId="L9KJB9" geneId="TREES_T100007791"/>
        <gene id="1363" protId="L9KHK7" geneId="TREES_T100004239"/>
        <gene id="1364" protId="L9L2D5" geneId="TREES_T100003973"/>
        <gene id="1366" protId="L9L5B1" geneId="TREES_T100020300"/>
        <gene id="1367" protId="L9KY23" geneId="TREES_T100014631"/>
        <gene id="1369" protId="L9KSF2" geneId="TREES_T100015952"/>
        <gene id="1370" protId="L9L2L9" geneId="TREES_T100016790"/>
        <gene id="1371" protId="L9L6N9" geneId="TREES_T100002699"/>
        <gene id="1373" protId="L9JDQ4" geneId="TREES_T100018002"/>
        <gene id="1374" protId="L9L427" geneId="TREES_T100002663"/>
        <gene id="1375" protId="L8YGC8" geneId="TREES_T100011081"/>
        <gene id="1376" protId="L8Y8I2" geneId="TREES_T100002182"/>
        <gene id="1377" protId="L9JDW4" geneId="TREES_T100021810"/>
        <gene id="1378" protId="L9L7P8" geneId="TREES_T100011530"/>
        <gene id="1379" protId="L9L8J4" geneId="TREES_T100015703"/>
        <gene id="1380" protId="L8Y6R9" geneId="TREES_T100003565"/>
        <gene id="1381" protId="L9JZX5" geneId="TREES_T100017220"/>
        <gene id="1382" protId="L9LBV2" geneId="TREES_T100021342"/>
        <gene id="1383" protId="L9KS39" geneId="TREES_T100006706"/>
        <gene id="1384" protId="L9KLU5" geneId="TREES_T100007760"/>
        <gene id="1385" protId="L9LA63" geneId="TREES_T100008488"/>
        <gene id="1386" protId="L9L6U1" geneId="TREES_T100005003"/>
        <gene id="1387" protId="L8Y1R7" geneId="TREES_T100016564"/>
        <gene id="1388" protId="L9JK44" geneId="TREES_T100003305"/>
        <gene id="1389" protId="L9KNG4" geneId="TREES_T100003079"/>
        <gene id="1390" protId="L9KSJ9" geneId="TREES_T100007638"/>
        <gene id="1391" protId="L8Y0L8" geneId="TREES_T100008288"/>
        <gene id="1392" protId="L9L7E2" geneId="TREES_T100020278"/>
        <gene id="1393" protId="L9KTV5" geneId="TREES_T100018582"/>
        <gene id="1394" protId="L9L4I6" geneId="TREES_T100008566"/>
        <gene id="1395" protId="L9L4P2" geneId="TREES_T100019302"/>
        <gene id="1396" protId="L9JH54" geneId="TREES_T100012239"/>
        <gene id="1397" protId="L9LCT6" geneId="TREES_T100017525"/>
        <gene id="1398" protId="L9KMV0" geneId="TREES_T100006744"/>
        <gene id="1399" protId="L9KLW1" geneId="TREES_T100003054"/>
        <gene id="1400" protId="L9KMC3" geneId="TREES_T100003163"/>
        <gene id="1401" protId="L9LCI0" geneId="TREES_T100017544"/>
        <gene id="1402" protId="L9L7U5" geneId="TREES_T100016622"/>
        <gene id="1403" protId="L9KZ15" geneId="TREES_T100006360"/>
        <gene id="1404" protId="L9JBD1" geneId="TREES_T100001994"/>
        <gene id="1405" protId="L9JK42" geneId="TREES_T100000827"/>
        <gene id="1406" protId="L9JP43" geneId="TREES_T100020882"/>
        <gene id="1407" protId="L9JDI7" geneId="TREES_T100019764"/>
        <gene id="1408" protId="L9KKV9" geneId="TREES_T100009984"/>
        <gene id="1409" protId="L9K638" geneId="TREES_T100009280"/>
        <gene id="1410" protId="L9KN31" geneId="TREES_T100019430"/>
        <gene id="1411" protId="L9KPG3" geneId="TREES_T100006603"/>
        <gene id="1412" protId="L9KHM7" geneId="TREES_T100013324"/>
        <gene id="1413" protId="L9KSV3" geneId="TREES_T100015983"/>
        <gene id="1414" protId="L9L2A7" geneId="TREES_T100021449"/>
        <gene id="1415" protId="L9LDB8" geneId="TREES_T100006111"/>
        <gene id="1416" protId="L9JCH3" geneId="TREES_T100001064"/>
        <gene id="1417" protId="L9L6Z3" geneId="TREES_T100015773"/>
        <gene id="1418" protId="L9L868" geneId="TREES_T100015787"/>
        <gene id="1419" protId="L9L8G2" geneId="TREES_T100020329"/>
        <gene id="1420" protId="L9KT50" geneId="TREES_T100007683"/>
        <gene id="1421" protId="L9LGI0" geneId="TREES_T100004952"/>
        <gene id="1422" protId="L9JCQ3" geneId="TREES_T100012361"/>
        <gene id="1423" protId="L9LAA2" geneId="TREES_T100010451"/>
        <gene id="1424" protId="L9KY26" geneId="TREES_T100014841"/>
        <gene id="1425" protId="L9L1E0" geneId="TREES_T100011842"/>
        <gene id="1426" protId="L9KK62" geneId="TREES_T100010045"/>
        <gene id="1427" protId="L9JKJ8" geneId="TREES_T100021755"/>
        <gene id="1428" protId="L9JEP4" geneId="TREES_T100010967"/>
        <gene id="1429" protId="L9L5U2" geneId="TREES_T100005027"/>
        <gene id="1431" protId="L9LFQ3" geneId="TREES_T100001371"/>
        <gene id="1432" protId="L8YAW9" geneId="TREES_T100003598"/>
        <gene id="1434" protId="L8Y742" geneId="TREES_T100012574"/>
        <gene id="1436" protId="L9KF47" geneId="TREES_T100021538"/>
        <gene id="1440" protId="L9LEF3" geneId="TREES_T100015551"/>
        <gene id="1443" protId="L9KRE4" geneId="TREES_T100015007"/>
        <gene id="1506" protId="L8Y978" geneId="TREES_T100008216"/>
        <gene id="1508" protId="L8YB32" geneId="TREES_T100005907"/>
        <gene id="1509" protId="L9JEH1" geneId="TREES_T100017274"/>
        <gene id="1510" protId="L9L331" geneId="TREES_T100008629"/>
        <gene id="1511" protId="L8Y8D4" geneId="TREES_T100011310"/>
        <gene id="1512" protId="L9JVN6" geneId="TREES_T100021638"/>
        <gene id="1513" protId="L8Y2L8" geneId="TREES_T100021326"/>
        <gene id="1514" protId="L8Y605" geneId="TREES_T100007218"/>
        <gene id="1515" protId="L9J993" geneId="TREES_T100015280"/>
        <gene id="1516" protId="L9L990" geneId="TREES_T100015596"/>
        <gene id="1517" protId="L9L4R8" geneId="TREES_T100021401"/>
        <gene id="1518" protId="L8Y6C7" geneId="TREES_T100015346"/>
        <gene id="1519" protId="L8YCN6" geneId="TREES_T100017317"/>
        <gene id="1520" protId="L9L552" geneId="TREES_T100017558"/>
        <gene id="1521" protId="L9KD44" geneId="TREES_T100004376"/>
        <gene id="1522" protId="L9JTK2" geneId="TREES_T100012141"/>
        <gene id="1523" protId="L8Y5A5" geneId="TREES_T100017460"/>
        <gene id="1524" protId="L8Y7I7" geneId="TREES_T100012642"/>
        <gene id="1525" protId="L9JWG2" geneId="TREES_T100020850"/>
        <gene id="1526" protId="L9KNA7" geneId="TREES_T100003052"/>
        <gene id="1527" protId="L9L0T8" geneId="TREES_T100008841"/>
        <gene id="1528" protId="L8XZS0" geneId="TREES_T100012762"/>
        <gene id="1529" protId="L9KI51" geneId="TREES_T100014196"/>
        <gene id="1530" protId="L9KSM4" geneId="TREES_T100005433"/>
        <gene id="1531" protId="L9K3G9" geneId="TREES_T100004384"/>
        <gene id="1532" protId="L9KN33" geneId="TREES_T100011013"/>
        <gene id="1533" protId="L9L7K3" geneId="TREES_T100011449"/>
        <gene id="1534" protId="L8Y5B8" geneId="TREES_T100002301"/>
        <gene id="1535" protId="L9JEF3" geneId="TREES_T100006801"/>
        <gene id="1536" protId="L8Y4V5" geneId="TREES_T100012767"/>
        <gene id="1537" protId="L9JYN4" geneId="TREES_T100017240"/>
        <gene id="1538" protId="L9L4I2" geneId="TREES_T100017559"/>
        <gene id="1539" protId="L9L589" geneId="TREES_T100015846"/>
        <gene id="1540" protId="L9JAJ4" geneId="TREES_T100018043"/>
        <gene id="1541" protId="L9L7X0" geneId="TREES_T100011561"/>
        <gene id="1542" protId="L9LAG7" geneId="TREES_T100002450"/>
        <gene id="1543" protId="L9KSJ3" geneId="TREES_T100009025"/>
        <gene id="1544" protId="L9KXT8" geneId="TREES_T100016872"/>
        <gene id="1545" protId="L9L3R8" geneId="TREES_T100000308"/>
        <gene id="1546" protId="L9LBW0" geneId="TREES_T100015673"/>
        <gene id="1547" protId="L9L810" geneId="TREES_T100000252"/>
        <gene id="1548" protId="L9KI46" geneId="TREES_T100014193"/>
        <gene id="1549" protId="L9KWD4" geneId="TREES_T100000411"/>
        <gene id="1550" protId="L9LB21" geneId="TREES_T100006196"/>
        <gene id="1551" protId="L9KPJ5" geneId="TREES_T100013184"/>
        <gene id="1552" protId="L9KV52" geneId="TREES_T100000421"/>
        <gene id="1553" protId="L9L934" geneId="TREES_T100002495"/>
        <gene id="1554" protId="L9KM75" geneId="TREES_T100006674"/>
        <gene id="1555" protId="L8YA87" geneId="TREES_T100021133"/>
        <gene id="1556" protId="L9JKK9" geneId="TREES_T100021759"/>
        <gene id="1557" protId="L9L6S7" geneId="TREES_T100000283"/>
        <gene id="1558" protId="L9JDD3" geneId="TREES_T100019821"/>
        <gene id="1559" protId="L9KLG5" geneId="TREES_T100015993"/>
        <gene id="1560" protId="L8Y6S9" geneId="TREES_T100021316"/>
        <gene id="1561" protId="L9KW43" geneId="TREES_T100010658"/>
        <gene id="1562" protId="L9KI02" geneId="TREES_T100014188"/>
        <gene id="1563" protId="L9JFW6" geneId="TREES_T100017299"/>
        <gene id="1564" protId="L9JTH0" geneId="TREES_T100020865"/>
        <gene id="1565" protId="L9LG50" geneId="TREES_T100003740"/>
        <gene id="1566" protId="L9KGS3" geneId="TREES_T100017859"/>
        <gene id="1567" protId="L9L8Y9" geneId="TREES_T100019157"/>
        <gene id="1570" protId="L8YFH2" geneId="TREES_T100007976"/>
        <gene id="1572" protId="L8Y6B1" geneId="TREES_T100018291"/>
        <gene id="1574" protId="L9KR71" geneId="TREES_T100011962"/>
        <gene id="1576" protId="L9LC83" geneId="TREES_T100007059"/>
        <gene id="1589" protId="L9KM51" geneId="TREES_T100018663"/>
        <gene id="1591" protId="L9K908" geneId="TREES_T100001851"/>
        <gene id="1595" protId="L9KTM0" geneId="TREES_T100007606"/>
      </genes>
    </database>
    <notes>
      <additionalInformation abbreviation="T.chinensis" link="http://www.uniprot.org/taxonomy/246437"/>
    </notes>
  </species>
  <scores>
    <scoreDef id="bit" desc="BLAST score in bits of seed orthologs"/>
    <scoreDef id="inparalog" desc="Inparalog similarity relative to seed ortholog similarity"/>
    <scoreDef id="bootstrap" desc="Reliability of seed orthologs"/>
  </scores>
  <groups>
    <orthologGroup id="1">
      <score id="bit" value="925"/>
      <geneRef id="1">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="2">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="2">
      <score id="bit" value="735"/>
      <geneRef id="3">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="4">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="5">
        <score id="inparalog" value="0.29"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="3">
      <score id="bit" value="674"/>
      <geneRef id="6">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="7">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="8">
        <score id="inparalog" value="0.32"/>
      </geneRef>
      <geneRef id="9">
        <score id="inparalog" value="0.191"/>
      </geneRef>
      <geneRef id="10">
        <score id="inparalog" value="0.184"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="4">
      <score id="bit" value="632"/>
      <geneRef id="11">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="12">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="5">
      <score id="bit" value="630"/>
      <geneRef id="13">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="14">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="15">
        <score id="inparalog" value="0.283"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="6">
      <score id="bit" value="591"/>
      <geneRef id="16">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="17">
        <score id="inparalog" value="0.107"/>
      </geneRef>
      <geneRef id="18">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="7">
      <score id="bit" value="564"/>
      <geneRef id="19">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="20">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.49"/>
      </geneRef>
      <geneRef id="21">
        <score id="inparalog" value="0.334"/>
      </geneRef>
      <geneRef id="22">
        <score id="inparalog" value="0.308"/>
      </geneRef>
      <geneRef id="23">
        <score id="inparalog" value="0.28"/>
      </geneRef>
      <geneRef id="24">
        <score id="inparalog" value="0.277"/>
      </geneRef>
      <geneRef id="25">
        <score id="inparalog" value="0.277"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="8">
      <score id="bit" value="522"/>
      <geneRef id="26">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.96"/>
      </geneRef>
      <geneRef id="27">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.91"/>
      </geneRef>
      <geneRef id="28">
        <score id="inparalog" value="0.695"/>
      </geneRef>
      <geneRef id="29">
        <score id="inparalog" value="0.673"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="9">
      <score id="bit" value="504"/>
      <geneRef id="30">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="31">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.86"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="10">
      <score id="bit" value="504"/>
      <geneRef id="32">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="33">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="11">
      <score id="bit" value="489"/>
      <geneRef id="34">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="35">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="36">
        <score id="inparalog" value="0.458"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="12">
      <score id="bit" value="463"/>
      <geneRef id="37">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="38">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="13">
      <score id="bit" value="446"/>
      <geneRef id="39">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="40">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="41">
        <score id="inparalog" value="0.542"/>
      </geneRef>
      <geneRef id="42">
        <score id="inparalog" value="0.322"/>
      </geneRef>
      <geneRef id="43">
        <score id="inparalog" value="0.216"/>
      </geneRef>
      <geneRef id="44">
        <score id="inparalog" value="0.163"/>
      </geneRef>
      <geneRef id="45">
        <score id="inparalog" value="0.14"/>
      </geneRef>
      <geneRef id="46">
        <score id="inparalog" value="0.118"/>
      </geneRef>
      <geneRef id="47">
        <score id="inparalog" value="0.078"/>
      </geneRef>
      <geneRef id="48">
        <score id="inparalog" value="0.07"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="14">
      <score id="bit" value="437"/>
      <geneRef id="49">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="50">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="15">
      <score id="bit" value="431"/>
      <geneRef id="51">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="52">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="53">
        <score id="inparalog" value="0.717"/>
      </geneRef>
      <geneRef id="54">
        <score id="inparalog" value="0.522"/>
      </geneRef>
      <geneRef id="55">
        <score id="inparalog" value="0.26"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="16">
      <score id="bit" value="421"/>
      <geneRef id="56">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="57">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="17">
      <score id="bit" value="413"/>
      <geneRef id="58">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="59">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="60">
        <score id="inparalog" value="0.128"/>
      </geneRef>
      <geneRef id="61">
        <score id="inparalog" value="0.072"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="18">
      <score id="bit" value="404"/>
      <geneRef id="62">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="63">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="19">
      <score id="bit" value="403"/>
      <geneRef id="64">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="65">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="66">
        <score id="inparalog" value="0.408"/>
      </geneRef>
      <geneRef id="67">
        <score id="inparalog" value="0.319"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="20">
      <score id="bit" value="403"/>
      <geneRef id="68">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="69">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="21">
      <score id="bit" value="385"/>
      <geneRef id="70">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="71">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="22">
      <score id="bit" value="380"/>
      <geneRef id="72">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="73">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="23">
      <score id="bit" value="364"/>
      <geneRef id="74">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="75">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.97"/>
      </geneRef>
      <geneRef id="76">
        <score id="inparalog" value="0.57"/>
      </geneRef>
      <geneRef id="77">
        <score id="inparalog" value="0.487"/>
      </geneRef>
      <geneRef id="78">
        <score id="inparalog" value="0.138"/>
      </geneRef>
      <geneRef id="79">
        <score id="inparalog" value="0.092"/>
      </geneRef>
      <geneRef id="80">
        <score id="inparalog" value="0.058"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="24">
      <score id="bit" value="362"/>
      <geneRef id="81">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="82">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="25">
      <score id="bit" value="361"/>
      <geneRef id="83">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="84">
        <score id="inparalog" value="0.541"/>
      </geneRef>
      <geneRef id="85">
        <score id="inparalog" value="0.19"/>
      </geneRef>
      <geneRef id="86">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.53"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="26">
      <score id="bit" value="357"/>
      <geneRef id="87">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="88">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.69"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="27">
      <score id="bit" value="353"/>
      <geneRef id="89">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.98"/>
      </geneRef>
      <geneRef id="90">
        <score id="inparalog" value="0.297"/>
      </geneRef>
      <geneRef id="91">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="28">
      <score id="bit" value="350"/>
      <geneRef id="92">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="93">
        <score id="inparalog" value="0.455"/>
      </geneRef>
      <geneRef id="94">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.7"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="29">
      <score id="bit" value="347"/>
      <geneRef id="95">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="96">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="30">
      <score id="bit" value="342"/>
      <geneRef id="97">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="98">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="31">
      <score id="bit" value="338"/>
      <geneRef id="99">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="100">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="101">
        <score id="inparalog" value="0.358"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="32">
      <score id="bit" value="337"/>
      <geneRef id="102">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="103">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="33">
      <score id="bit" value="335"/>
      <geneRef id="104">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="105">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="106">
        <score id="inparalog" value="0.147"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="34">
      <score id="bit" value="332"/>
      <geneRef id="107">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="108">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.78"/>
      </geneRef>
      <geneRef id="109">
        <score id="inparalog" value="0.101"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="35">
      <score id="bit" value="323"/>
      <geneRef id="110">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="111">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.75"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="36">
      <score id="bit" value="322"/>
      <geneRef id="112">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="113">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="37">
      <score id="bit" value="322"/>
      <geneRef id="114">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="115">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="38">
      <score id="bit" value="317"/>
      <geneRef id="116">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="117">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="39">
      <score id="bit" value="315"/>
      <geneRef id="118">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="119">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="40">
      <score id="bit" value="310"/>
      <geneRef id="120">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="121">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="122">
        <score id="inparalog" value="0.436"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="41">
      <score id="bit" value="304"/>
      <geneRef id="123">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="124">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="125">
        <score id="inparalog" value="0.139"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="42">
      <score id="bit" value="301"/>
      <geneRef id="126">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="127">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="43">
      <score id="bit" value="300"/>
      <geneRef id="128">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="129">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="44">
      <score id="bit" value="299"/>
      <geneRef id="130">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="131">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="132">
        <score id="inparalog" value="0.105"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="45">
      <score id="bit" value="292"/>
      <geneRef id="133">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="134">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.63"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="46">
      <score id="bit" value="292"/>
      <geneRef id="135">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="136">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="47">
      <score id="bit" value="292"/>
      <geneRef id="137">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="138">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="48">
      <score id="bit" value="291"/>
      <geneRef id="139">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="140">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.94"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="49">
      <score id="bit" value="284"/>
      <geneRef id="141">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="142">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="50">
      <score id="bit" value="283"/>
      <geneRef id="143">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="144">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="145">
        <score id="inparalog" value="0.273"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="51">
      <score id="bit" value="280"/>
      <geneRef id="146">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="147">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="52">
      <score id="bit" value="273"/>
      <geneRef id="148">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="149">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="53">
      <score id="bit" value="267"/>
      <geneRef id="150">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="151">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.92"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="54">
      <score id="bit" value="264"/>
      <geneRef id="152">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="153">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="55">
      <score id="bit" value="258"/>
      <geneRef id="154">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="155">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="56">
      <score id="bit" value="256"/>
      <geneRef id="156">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="157">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="57">
      <score id="bit" value="255"/>
      <geneRef id="158">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="159">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="58">
      <score id="bit" value="254"/>
      <geneRef id="160">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="161">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="162">
        <score id="inparalog" value="0.247"/>
      </geneRef>
      <geneRef id="163">
        <score id="inparalog" value="0.233"/>
      </geneRef>
      <geneRef id="164">
        <score id="inparalog" value="0.198"/>
      </geneRef>
      <geneRef id="165">
        <score id="inparalog" value="0.175"/>
      </geneRef>
      <geneRef id="166">
        <score id="inparalog" value="0.137"/>
      </geneRef>
      <geneRef id="167">
        <score id="inparalog" value="0.098"/>
      </geneRef>
      <geneRef id="168">
        <score id="inparalog" value="0.09"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="59">
      <score id="bit" value="251"/>
      <geneRef id="169">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="170">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="60">
      <score id="bit" value="250"/>
      <geneRef id="171">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="172">
        <score id="inparalog" value="0.305"/>
      </geneRef>
      <geneRef id="173">
        <score id="inparalog" value="0.288"/>
      </geneRef>
      <geneRef id="174">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.88"/>
      </geneRef>
      <geneRef id="175">
        <score id="inparalog" value="0.326"/>
      </geneRef>
      <geneRef id="176">
        <score id="inparalog" value="0.199"/>
      </geneRef>
      <geneRef id="177">
        <score id="inparalog" value="0.142"/>
      </geneRef>
      <geneRef id="178">
        <score id="inparalog" value="0.14"/>
      </geneRef>
      <geneRef id="179">
        <score id="inparalog" value="0.137"/>
      </geneRef>
      <geneRef id="180">
        <score id="inparalog" value="0.087"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="61">
      <score id="bit" value="250"/>
      <geneRef id="181">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="182">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="62">
      <score id="bit" value="248"/>
      <geneRef id="183">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="184">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="63">
      <score id="bit" value="246"/>
      <geneRef id="185">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="186">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="64">
      <score id="bit" value="245"/>
      <geneRef id="187">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="188">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="65">
      <score id="bit" value="243"/>
      <geneRef id="189">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="190">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.43"/>
      </geneRef>
      <geneRef id="191">
        <score id="inparalog" value="0.813"/>
      </geneRef>
      <geneRef id="192">
        <score id="inparalog" value="0.615"/>
      </geneRef>
      <geneRef id="193">
        <score id="inparalog" value="0.398"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="66">
      <score id="bit" value="242"/>
      <geneRef id="194">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="195">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="67">
      <score id="bit" value="239"/>
      <geneRef id="196">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="197">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="198">
        <score id="inparalog" value="0.525"/>
      </geneRef>
      <geneRef id="199">
        <score id="inparalog" value="0.47"/>
      </geneRef>
      <geneRef id="200">
        <score id="inparalog" value="0.334"/>
      </geneRef>
      <geneRef id="201">
        <score id="inparalog" value="0.059"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="68">
      <score id="bit" value="239"/>
      <geneRef id="202">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="203">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="69">
      <score id="bit" value="235"/>
      <geneRef id="204">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="205">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.88"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="70">
      <score id="bit" value="234"/>
      <geneRef id="206">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="207">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="71">
      <score id="bit" value="229"/>
      <geneRef id="208">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="209">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.92"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="72">
      <score id="bit" value="225"/>
      <geneRef id="210">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.63"/>
      </geneRef>
      <geneRef id="211">
        <score id="inparalog" value="0.058"/>
      </geneRef>
      <geneRef id="212">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.9"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="73">
      <score id="bit" value="222"/>
      <geneRef id="213">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="214">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="215">
        <score id="inparalog" value="0.385"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="74">
      <score id="bit" value="222"/>
      <geneRef id="216">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="217">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="75">
      <score id="bit" value="222"/>
      <geneRef id="218">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="219">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="76">
      <score id="bit" value="221"/>
      <geneRef id="220">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="221">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="77">
      <score id="bit" value="218"/>
      <geneRef id="222">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="223">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.78"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="78">
      <score id="bit" value="217"/>
      <geneRef id="224">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="225">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="79">
      <score id="bit" value="217"/>
      <geneRef id="226">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.94"/>
      </geneRef>
      <geneRef id="227">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="80">
      <score id="bit" value="215"/>
      <geneRef id="228">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="229">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="81">
      <score id="bit" value="214"/>
      <geneRef id="230">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="231">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="82">
      <score id="bit" value="210"/>
      <geneRef id="232">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="233">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.78"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="83">
      <score id="bit" value="208"/>
      <geneRef id="234">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="235">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.95"/>
      </geneRef>
      <geneRef id="236">
        <score id="inparalog" value="0.297"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="84">
      <score id="bit" value="204"/>
      <geneRef id="237">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="238">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="239">
        <score id="inparalog" value="0.413"/>
      </geneRef>
      <geneRef id="240">
        <score id="inparalog" value="0.106"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="85">
      <score id="bit" value="203"/>
      <geneRef id="241">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="242">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="86">
      <score id="bit" value="203"/>
      <geneRef id="243">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="244">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="87">
      <score id="bit" value="201"/>
      <geneRef id="245">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="246">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="247">
        <score id="inparalog" value="0.426"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="88">
      <score id="bit" value="200"/>
      <geneRef id="248">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="249">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="250">
        <score id="inparalog" value="0.156"/>
      </geneRef>
      <geneRef id="251">
        <score id="inparalog" value="0.142"/>
      </geneRef>
      <geneRef id="252">
        <score id="inparalog" value="0.109"/>
      </geneRef>
      <geneRef id="253">
        <score id="inparalog" value="0.106"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="89">
      <score id="bit" value="196"/>
      <geneRef id="254">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="255">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.69"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="90">
      <score id="bit" value="195"/>
      <geneRef id="256">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="257">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.65"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="91">
      <score id="bit" value="194"/>
      <geneRef id="258">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="259">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="92">
      <score id="bit" value="191"/>
      <geneRef id="260">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="261">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.86"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="93">
      <score id="bit" value="190"/>
      <geneRef id="262">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="263">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="94">
      <score id="bit" value="188"/>
      <geneRef id="264">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="265">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="266">
        <score id="inparalog" value="0.233"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="95">
      <score id="bit" value="187"/>
      <geneRef id="267">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="268">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="269">
        <score id="inparalog" value="0.101"/>
      </geneRef>
      <geneRef id="270">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.9"/>
      </geneRef>
      <geneRef id="271">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.81"/>
      </geneRef>
      <geneRef id="272">
        <score id="inparalog" value="0.598"/>
      </geneRef>
      <geneRef id="273">
        <score id="inparalog" value="0.227"/>
      </geneRef>
      <geneRef id="274">
        <score id="inparalog" value="0.119"/>
      </geneRef>
      <geneRef id="275">
        <score id="inparalog" value="0.094"/>
      </geneRef>
      <geneRef id="276">
        <score id="inparalog" value="0.079"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="96">
      <score id="bit" value="187"/>
      <geneRef id="277">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="278">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="279">
        <score id="inparalog" value="0.55"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="97">
      <score id="bit" value="186"/>
      <geneRef id="280">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="281">
        <score id="inparalog" value="0.39"/>
      </geneRef>
      <geneRef id="282">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="283">
        <score id="inparalog" value="0.404"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="98">
      <score id="bit" value="184"/>
      <geneRef id="284">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="285">
        <score id="inparalog" value="0.697"/>
      </geneRef>
      <geneRef id="286">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="99">
      <score id="bit" value="181"/>
      <geneRef id="287">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="288">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.8"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="100">
      <score id="bit" value="174"/>
      <geneRef id="289">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="290">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="101">
      <score id="bit" value="171"/>
      <geneRef id="291">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="292">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.63"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="102">
      <score id="bit" value="169"/>
      <geneRef id="293">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="294">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="103">
      <score id="bit" value="168"/>
      <geneRef id="295">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="296">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="104">
      <score id="bit" value="168"/>
      <geneRef id="297">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="298">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="105">
      <score id="bit" value="168"/>
      <geneRef id="299">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="300">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="106">
      <score id="bit" value="166"/>
      <geneRef id="301">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="302">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="107">
      <score id="bit" value="165"/>
      <geneRef id="303">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="304">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="108">
      <score id="bit" value="164"/>
      <geneRef id="305">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="306">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="307">
        <score id="inparalog" value="0.62"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="109">
      <score id="bit" value="163"/>
      <geneRef id="308">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="309">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="310">
        <score id="inparalog" value="0.336"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="110">
      <score id="bit" value="163"/>
      <geneRef id="311">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="312">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="111">
      <score id="bit" value="162"/>
      <geneRef id="313">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="314">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="315">
        <score id="inparalog" value="0.168"/>
      </geneRef>
      <geneRef id="316">
        <score id="inparalog" value="0.168"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="112">
      <score id="bit" value="162"/>
      <geneRef id="317">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="318">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="113">
      <score id="bit" value="158"/>
      <geneRef id="319">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="320">
        <score id="inparalog" value="0.637"/>
      </geneRef>
      <geneRef id="321">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="114">
      <score id="bit" value="157"/>
      <geneRef id="322">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="323">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="324">
        <score id="inparalog" value="0.317"/>
      </geneRef>
      <geneRef id="325">
        <score id="inparalog" value="0.141"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="115">
      <score id="bit" value="156"/>
      <geneRef id="326">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="327">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="116">
      <score id="bit" value="154"/>
      <geneRef id="328">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="329">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.98"/>
      </geneRef>
      <geneRef id="330">
        <score id="inparalog" value="0.709"/>
      </geneRef>
      <geneRef id="331">
        <score id="inparalog" value="0.518"/>
      </geneRef>
      <geneRef id="332">
        <score id="inparalog" value="0.461"/>
      </geneRef>
      <geneRef id="333">
        <score id="inparalog" value="0.431"/>
      </geneRef>
      <geneRef id="334">
        <score id="inparalog" value="0.399"/>
      </geneRef>
      <geneRef id="335">
        <score id="inparalog" value="0.353"/>
      </geneRef>
      <geneRef id="336">
        <score id="inparalog" value="0.286"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="117">
      <score id="bit" value="154"/>
      <geneRef id="337">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="338">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="118">
      <score id="bit" value="154"/>
      <geneRef id="339">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="340">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.9"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="119">
      <score id="bit" value="153"/>
      <geneRef id="341">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="342">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="343">
        <score id="inparalog" value="0.612"/>
      </geneRef>
      <geneRef id="344">
        <score id="inparalog" value="0.548"/>
      </geneRef>
      <geneRef id="345">
        <score id="inparalog" value="0.525"/>
      </geneRef>
      <geneRef id="346">
        <score id="inparalog" value="0.452"/>
      </geneRef>
      <geneRef id="347">
        <score id="inparalog" value="0.329"/>
      </geneRef>
      <geneRef id="348">
        <score id="inparalog" value="0.233"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="120">
      <score id="bit" value="153"/>
      <geneRef id="349">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="350">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="351">
        <score id="inparalog" value="0.738"/>
      </geneRef>
      <geneRef id="352">
        <score id="inparalog" value="0.658"/>
      </geneRef>
      <geneRef id="353">
        <score id="inparalog" value="0.61"/>
      </geneRef>
      <geneRef id="354">
        <score id="inparalog" value="0.376"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="121">
      <score id="bit" value="153"/>
      <geneRef id="355">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="356">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="357">
        <score id="inparalog" value="0.6"/>
      </geneRef>
      <geneRef id="358">
        <score id="inparalog" value="0.496"/>
      </geneRef>
      <geneRef id="359">
        <score id="inparalog" value="0.425"/>
      </geneRef>
      <geneRef id="360">
        <score id="inparalog" value="0.275"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="122">
      <score id="bit" value="152"/>
      <geneRef id="361">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="362">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.92"/>
      </geneRef>
      <geneRef id="363">
        <score id="inparalog" value="0.111"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="123">
      <score id="bit" value="152"/>
      <geneRef id="364">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="365">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="124">
      <score id="bit" value="151"/>
      <geneRef id="366">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="367">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="368">
        <score id="inparalog" value="0.483"/>
      </geneRef>
      <geneRef id="369">
        <score id="inparalog" value="0.146"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="125">
      <score id="bit" value="151"/>
      <geneRef id="370">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="371">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.87"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="126">
      <score id="bit" value="149"/>
      <geneRef id="372">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="373">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="374">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="375">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.65"/>
      </geneRef>
      <geneRef id="376">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.57"/>
      </geneRef>
      <geneRef id="377">
        <score id="inparalog" value="0.321"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="127">
      <score id="bit" value="149"/>
      <geneRef id="378">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.84"/>
      </geneRef>
      <geneRef id="379">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.97"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="128">
      <score id="bit" value="146"/>
      <geneRef id="380">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.97"/>
      </geneRef>
      <geneRef id="381">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="382">
        <score id="inparalog" value="0.307"/>
      </geneRef>
      <geneRef id="383">
        <score id="inparalog" value="0.268"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="129">
      <score id="bit" value="144"/>
      <geneRef id="384">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="385">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="130">
      <score id="bit" value="143"/>
      <geneRef id="386">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="387">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.89"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="131">
      <score id="bit" value="142"/>
      <geneRef id="388">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="389">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="132">
      <score id="bit" value="141"/>
      <geneRef id="390">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="391">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="133">
      <score id="bit" value="140"/>
      <geneRef id="392">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="393">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="394">
        <score id="inparalog" value="0.697"/>
      </geneRef>
      <geneRef id="395">
        <score id="inparalog" value="0.493"/>
      </geneRef>
      <geneRef id="396">
        <score id="inparalog" value="0.49"/>
      </geneRef>
      <geneRef id="397">
        <score id="inparalog" value="0.428"/>
      </geneRef>
      <geneRef id="398">
        <score id="inparalog" value="0.19"/>
      </geneRef>
      <geneRef id="399">
        <score id="inparalog" value="0.141"/>
      </geneRef>
      <geneRef id="400">
        <score id="inparalog" value="0.103"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="134">
      <score id="bit" value="139"/>
      <geneRef id="401">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="402">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="403">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="135">
      <score id="bit" value="138"/>
      <geneRef id="404">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="405">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="136">
      <score id="bit" value="138"/>
      <geneRef id="406">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="407">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.87"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="137">
      <score id="bit" value="138"/>
      <geneRef id="408">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="409">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.93"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="138">
      <score id="bit" value="137"/>
      <geneRef id="410">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="411">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.97"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="139">
      <score id="bit" value="137"/>
      <geneRef id="412">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="413">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="140">
      <score id="bit" value="136"/>
      <geneRef id="414">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="415">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="416">
        <score id="inparalog" value="0.191"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="141">
      <score id="bit" value="134"/>
      <geneRef id="417">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.91"/>
      </geneRef>
      <geneRef id="418">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.73"/>
      </geneRef>
      <geneRef id="419">
        <score id="inparalog" value="0.575"/>
      </geneRef>
      <geneRef id="420">
        <score id="inparalog" value="0.4"/>
      </geneRef>
      <geneRef id="421">
        <score id="inparalog" value="0.369"/>
      </geneRef>
      <geneRef id="422">
        <score id="inparalog" value="0.311"/>
      </geneRef>
      <geneRef id="423">
        <score id="inparalog" value="0.225"/>
      </geneRef>
      <geneRef id="424">
        <score id="inparalog" value="0.095"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="142">
      <score id="bit" value="134"/>
      <geneRef id="425">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="426">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.48"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="143">
      <score id="bit" value="133"/>
      <geneRef id="427">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="428">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="429">
        <score id="inparalog" value="0.723"/>
      </geneRef>
      <geneRef id="430">
        <score id="inparalog" value="0.705"/>
      </geneRef>
      <geneRef id="431">
        <score id="inparalog" value="0.671"/>
      </geneRef>
      <geneRef id="432">
        <score id="inparalog" value="0.624"/>
      </geneRef>
      <geneRef id="433">
        <score id="inparalog" value="0.185"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="144">
      <score id="bit" value="133"/>
      <geneRef id="434">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="435">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="436">
        <score id="inparalog" value="0.414"/>
      </geneRef>
      <geneRef id="437">
        <score id="inparalog" value="0.32"/>
      </geneRef>
      <geneRef id="438">
        <score id="inparalog" value="0.294"/>
      </geneRef>
      <geneRef id="439">
        <score id="inparalog" value="0.068"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="145">
      <score id="bit" value="133"/>
      <geneRef id="440">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="441">
        <score id="inparalog" value="0.175"/>
      </geneRef>
      <geneRef id="442">
        <score id="inparalog" value="0.112"/>
      </geneRef>
      <geneRef id="443">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="146">
      <score id="bit" value="133"/>
      <geneRef id="444">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="445">
        <score id="inparalog" value="0.871"/>
      </geneRef>
      <geneRef id="446">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="147">
      <score id="bit" value="131"/>
      <geneRef id="447">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="448">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="449">
        <score id="inparalog" value="0.462"/>
      </geneRef>
      <geneRef id="450">
        <score id="inparalog" value="0.315"/>
      </geneRef>
      <geneRef id="451">
        <score id="inparalog" value="0.292"/>
      </geneRef>
      <geneRef id="452">
        <score id="inparalog" value="0.192"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="148">
      <score id="bit" value="130"/>
      <geneRef id="453">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="454">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.73"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="149">
      <score id="bit" value="129"/>
      <geneRef id="455">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="456">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.96"/>
      </geneRef>
      <geneRef id="457">
        <score id="inparalog" value="0.493"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="150">
      <score id="bit" value="129"/>
      <geneRef id="458">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="459">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.84"/>
      </geneRef>
      <geneRef id="460">
        <score id="inparalog" value="0.268"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="151">
      <score id="bit" value="129"/>
      <geneRef id="461">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="462">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.96"/>
      </geneRef>
      <geneRef id="463">
        <score id="inparalog" value="0.141"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="152">
      <score id="bit" value="129"/>
      <geneRef id="464">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="465">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="153">
      <score id="bit" value="129"/>
      <geneRef id="466">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="467">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="154">
      <score id="bit" value="129"/>
      <geneRef id="468">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="469">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="155">
      <score id="bit" value="129"/>
      <geneRef id="470">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="471">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="156">
      <score id="bit" value="128"/>
      <geneRef id="472">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="473">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="474">
        <score id="inparalog" value="0.638"/>
      </geneRef>
      <geneRef id="475">
        <score id="inparalog" value="0.52"/>
      </geneRef>
      <geneRef id="476">
        <score id="inparalog" value="0.461"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="157">
      <score id="bit" value="128"/>
      <geneRef id="477">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="478">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.85"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="158">
      <score id="bit" value="127"/>
      <geneRef id="479">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="480">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="481">
        <score id="inparalog" value="0.89"/>
      </geneRef>
      <geneRef id="482">
        <score id="inparalog" value="0.86"/>
      </geneRef>
      <geneRef id="483">
        <score id="inparalog" value="0.831"/>
      </geneRef>
      <geneRef id="484">
        <score id="inparalog" value="0.816"/>
      </geneRef>
      <geneRef id="485">
        <score id="inparalog" value="0.772"/>
      </geneRef>
      <geneRef id="486">
        <score id="inparalog" value="0.765"/>
      </geneRef>
      <geneRef id="487">
        <score id="inparalog" value="0.743"/>
      </geneRef>
      <geneRef id="488">
        <score id="inparalog" value="0.706"/>
      </geneRef>
      <geneRef id="489">
        <score id="inparalog" value="0.684"/>
      </geneRef>
      <geneRef id="490">
        <score id="inparalog" value="0.632"/>
      </geneRef>
      <geneRef id="491">
        <score id="inparalog" value="0.603"/>
      </geneRef>
      <geneRef id="492">
        <score id="inparalog" value="0.574"/>
      </geneRef>
      <geneRef id="493">
        <score id="inparalog" value="0.522"/>
      </geneRef>
      <geneRef id="494">
        <score id="inparalog" value="0.441"/>
      </geneRef>
      <geneRef id="495">
        <score id="inparalog" value="0.434"/>
      </geneRef>
      <geneRef id="496">
        <score id="inparalog" value="0.331"/>
      </geneRef>
      <geneRef id="497">
        <score id="inparalog" value="0.206"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="159">
      <score id="bit" value="126"/>
      <geneRef id="498">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="499">
        <score id="inparalog" value="0.343"/>
      </geneRef>
      <geneRef id="500">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="160">
      <score id="bit" value="124"/>
      <geneRef id="501">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.98"/>
      </geneRef>
      <geneRef id="502">
        <score id="inparalog" value="0.057"/>
      </geneRef>
      <geneRef id="503">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.57"/>
      </geneRef>
      <geneRef id="504">
        <score id="inparalog" value="0.4"/>
      </geneRef>
      <geneRef id="505">
        <score id="inparalog" value="0.11"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="161">
      <score id="bit" value="124"/>
      <geneRef id="506">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="507">
        <score id="inparalog" value="0.181"/>
      </geneRef>
      <geneRef id="508">
        <score id="inparalog" value="0.082"/>
      </geneRef>
      <geneRef id="509">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.94"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="162">
      <score id="bit" value="124"/>
      <geneRef id="510">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="511">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="163">
      <score id="bit" value="123"/>
      <geneRef id="512">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="513">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="514">
        <score id="inparalog" value="0.46"/>
      </geneRef>
      <geneRef id="515">
        <score id="inparalog" value="0.402"/>
      </geneRef>
      <geneRef id="516">
        <score id="inparalog" value="0.287"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="164">
      <score id="bit" value="123"/>
      <geneRef id="517">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="518">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="519">
        <score id="inparalog" value="0.28"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="165">
      <score id="bit" value="123"/>
      <geneRef id="520">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="521">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.96"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="166">
      <score id="bit" value="122"/>
      <geneRef id="522">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.7"/>
      </geneRef>
      <geneRef id="523">
        <score id="inparalog" value="0.414"/>
      </geneRef>
      <geneRef id="524">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.74"/>
      </geneRef>
      <geneRef id="525">
        <score id="inparalog" value="0.625"/>
      </geneRef>
      <geneRef id="526">
        <score id="inparalog" value="0.253"/>
      </geneRef>
      <geneRef id="527">
        <score id="inparalog" value="0.2"/>
      </geneRef>
      <geneRef id="528">
        <score id="inparalog" value="0.107"/>
      </geneRef>
      <geneRef id="529">
        <score id="inparalog" value="0.079"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="167">
      <score id="bit" value="122"/>
      <geneRef id="530">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="531">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="532">
        <score id="inparalog" value="0.654"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="168">
      <score id="bit" value="122"/>
      <geneRef id="533">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="534">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="535">
        <score id="inparalog" value="0.638"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="169">
      <score id="bit" value="121"/>
      <geneRef id="536">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="537">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="538">
        <score id="inparalog" value="0.553"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="170">
      <score id="bit" value="121"/>
      <geneRef id="539">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="540">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="171">
      <score id="bit" value="121"/>
      <geneRef id="541">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="542">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.55"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="172">
      <score id="bit" value="119"/>
      <geneRef id="543">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="544">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.82"/>
      </geneRef>
      <geneRef id="545">
        <score id="inparalog" value="0.693"/>
      </geneRef>
      <geneRef id="546">
        <score id="inparalog" value="0.609"/>
      </geneRef>
      <geneRef id="547">
        <score id="inparalog" value="0.607"/>
      </geneRef>
      <geneRef id="548">
        <score id="inparalog" value="0.571"/>
      </geneRef>
      <geneRef id="549">
        <score id="inparalog" value="0.492"/>
      </geneRef>
      <geneRef id="550">
        <score id="inparalog" value="0.384"/>
      </geneRef>
      <geneRef id="551">
        <score id="inparalog" value="0.355"/>
      </geneRef>
      <geneRef id="552">
        <score id="inparalog" value="0.312"/>
      </geneRef>
      <geneRef id="553">
        <score id="inparalog" value="0.271"/>
      </geneRef>
      <geneRef id="554">
        <score id="inparalog" value="0.211"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="173">
      <score id="bit" value="119"/>
      <geneRef id="555">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="556">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.81"/>
      </geneRef>
      <geneRef id="557">
        <score id="inparalog" value="0.474"/>
      </geneRef>
      <geneRef id="558">
        <score id="inparalog" value="0.248"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="174">
      <score id="bit" value="119"/>
      <geneRef id="559">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="560">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="175">
      <score id="bit" value="119"/>
      <geneRef id="561">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="562">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="176">
      <score id="bit" value="119"/>
      <geneRef id="563">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="564">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="177">
      <score id="bit" value="119"/>
      <geneRef id="565">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="566">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.75"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="178">
      <score id="bit" value="119"/>
      <geneRef id="567">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="568">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.6"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="179">
      <score id="bit" value="118"/>
      <geneRef id="569">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="570">
        <score id="inparalog" value="0.49"/>
      </geneRef>
      <geneRef id="571">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="180">
      <score id="bit" value="117"/>
      <geneRef id="572">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="573">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.85"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="181">
      <score id="bit" value="116"/>
      <geneRef id="574">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="575">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="182">
      <score id="bit" value="115"/>
      <geneRef id="576">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="577">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.81"/>
      </geneRef>
      <geneRef id="578">
        <score id="inparalog" value="0.427"/>
      </geneRef>
      <geneRef id="579">
        <score id="inparalog" value="0.224"/>
      </geneRef>
      <geneRef id="580">
        <score id="inparalog" value="0.145"/>
      </geneRef>
      <geneRef id="581">
        <score id="inparalog" value="0.141"/>
      </geneRef>
      <geneRef id="582">
        <score id="inparalog" value="0.08"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="183">
      <score id="bit" value="115"/>
      <geneRef id="583">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="584">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.88"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="184">
      <score id="bit" value="114"/>
      <geneRef id="585">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="586">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="587">
        <score id="inparalog" value="0.261"/>
      </geneRef>
      <geneRef id="588">
        <score id="inparalog" value="0.17"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="185">
      <score id="bit" value="114"/>
      <geneRef id="589">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="590">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="591">
        <score id="inparalog" value="0.87"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="186">
      <score id="bit" value="113"/>
      <geneRef id="592">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="593">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="594">
        <score id="inparalog" value="0.475"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="187">
      <score id="bit" value="112"/>
      <geneRef id="595">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="596">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="597">
        <score id="inparalog" value="0.662"/>
      </geneRef>
      <geneRef id="598">
        <score id="inparalog" value="0.645"/>
      </geneRef>
      <geneRef id="599">
        <score id="inparalog" value="0.623"/>
      </geneRef>
      <geneRef id="600">
        <score id="inparalog" value="0.601"/>
      </geneRef>
      <geneRef id="601">
        <score id="inparalog" value="0.57"/>
      </geneRef>
      <geneRef id="602">
        <score id="inparalog" value="0.194"/>
      </geneRef>
      <geneRef id="603">
        <score id="inparalog" value="0.157"/>
      </geneRef>
      <geneRef id="604">
        <score id="inparalog" value="0.157"/>
      </geneRef>
      <geneRef id="605">
        <score id="inparalog" value="0.152"/>
      </geneRef>
      <geneRef id="606">
        <score id="inparalog" value="0.134"/>
      </geneRef>
      <geneRef id="607">
        <score id="inparalog" value="0.123"/>
      </geneRef>
      <geneRef id="608">
        <score id="inparalog" value="0.099"/>
      </geneRef>
      <geneRef id="609">
        <score id="inparalog" value="0.083"/>
      </geneRef>
      <geneRef id="610">
        <score id="inparalog" value="0.083"/>
      </geneRef>
      <geneRef id="611">
        <score id="inparalog" value="0.076"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="188">
      <score id="bit" value="111"/>
      <geneRef id="612">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="613">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="614">
        <score id="inparalog" value="0.858"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="189">
      <score id="bit" value="111"/>
      <geneRef id="615">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="616">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
      <geneRef id="617">
        <score id="inparalog" value="0.091"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="190">
      <score id="bit" value="111"/>
      <geneRef id="618">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="619">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="191">
      <score id="bit" value="109"/>
      <geneRef id="620">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="621">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="622">
        <score id="inparalog" value="0.269"/>
      </geneRef>
      <geneRef id="623">
        <score id="inparalog" value="0.256"/>
      </geneRef>
      <geneRef id="624">
        <score id="inparalog" value="0.23"/>
      </geneRef>
      <geneRef id="625">
        <score id="inparalog" value="0.216"/>
      </geneRef>
      <geneRef id="626">
        <score id="inparalog" value="0.057"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="192">
      <score id="bit" value="109"/>
      <geneRef id="627">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="628">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="193">
      <score id="bit" value="108"/>
      <geneRef id="629">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="630">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.77"/>
      </geneRef>
      <geneRef id="631">
        <score id="inparalog" value="0.6"/>
      </geneRef>
      <geneRef id="632">
        <score id="inparalog" value="0.419"/>
      </geneRef>
      <geneRef id="633">
        <score id="inparalog" value="0.182"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="194">
      <score id="bit" value="108"/>
      <geneRef id="634">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="635">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.57"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="195">
      <score id="bit" value="107"/>
      <geneRef id="636">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="637">
        <score id="inparalog" value="0.335"/>
      </geneRef>
      <geneRef id="638">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="196">
      <score id="bit" value="107"/>
      <geneRef id="639">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="640">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="197">
      <score id="bit" value="106"/>
      <geneRef id="641">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="642">
        <score id="inparalog" value="0.192"/>
      </geneRef>
      <geneRef id="643">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="198">
      <score id="bit" value="106"/>
      <geneRef id="644">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="645">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="199">
      <score id="bit" value="106"/>
      <geneRef id="646">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="647">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="200">
      <score id="bit" value="105"/>
      <geneRef id="648">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="649">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="201">
      <score id="bit" value="103"/>
      <geneRef id="650">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="651">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="652">
        <score id="inparalog" value="0.56"/>
      </geneRef>
      <geneRef id="653">
        <score id="inparalog" value="0.41"/>
      </geneRef>
      <geneRef id="654">
        <score id="inparalog" value="0.377"/>
      </geneRef>
      <geneRef id="655">
        <score id="inparalog" value="0.311"/>
      </geneRef>
      <geneRef id="656">
        <score id="inparalog" value="0.247"/>
      </geneRef>
      <geneRef id="657">
        <score id="inparalog" value="0.184"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="202">
      <score id="bit" value="103"/>
      <geneRef id="658">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="659">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="660">
        <score id="inparalog" value="0.862"/>
      </geneRef>
      <geneRef id="661">
        <score id="inparalog" value="0.772"/>
      </geneRef>
      <geneRef id="662">
        <score id="inparalog" value="0.728"/>
      </geneRef>
      <geneRef id="663">
        <score id="inparalog" value="0.717"/>
      </geneRef>
      <geneRef id="664">
        <score id="inparalog" value="0.47"/>
      </geneRef>
      <geneRef id="665">
        <score id="inparalog" value="0.316"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="203">
      <score id="bit" value="103"/>
      <geneRef id="666">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="667">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="204">
      <score id="bit" value="103"/>
      <geneRef id="668">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="669">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="205">
      <score id="bit" value="102"/>
      <geneRef id="670">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="671">
        <score id="inparalog" value="0.304"/>
      </geneRef>
      <geneRef id="672">
        <score id="inparalog" value="0.28"/>
      </geneRef>
      <geneRef id="673">
        <score id="inparalog" value="0.244"/>
      </geneRef>
      <geneRef id="674">
        <score id="inparalog" value="0.107"/>
      </geneRef>
      <geneRef id="675">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.74"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="206">
      <score id="bit" value="102"/>
      <geneRef id="676">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="677">
        <score id="inparalog" value="0.867"/>
      </geneRef>
      <geneRef id="678">
        <score id="inparalog" value="0.128"/>
      </geneRef>
      <geneRef id="679">
        <score id="inparalog" value="0.06"/>
      </geneRef>
      <geneRef id="680">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="207">
      <score id="bit" value="102"/>
      <geneRef id="681">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="682">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="683">
        <score id="inparalog" value="0.072"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="208">
      <score id="bit" value="101"/>
      <geneRef id="684">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.57"/>
      </geneRef>
      <geneRef id="685">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.7"/>
      </geneRef>
      <geneRef id="686">
        <score id="inparalog" value="0.313"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="209">
      <score id="bit" value="101"/>
      <geneRef id="687">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="688">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.82"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="210">
      <score id="bit" value="101"/>
      <geneRef id="689">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="690">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="211">
      <score id="bit" value="100"/>
      <geneRef id="691">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="692">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="212">
      <score id="bit" value="99"/>
      <geneRef id="693">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="694">
        <score id="inparalog" value="0.119"/>
      </geneRef>
      <geneRef id="695">
        <score id="inparalog" value="0.094"/>
      </geneRef>
      <geneRef id="696">
        <score id="inparalog" value="0.078"/>
      </geneRef>
      <geneRef id="697">
        <score id="inparalog" value="0.074"/>
      </geneRef>
      <geneRef id="698">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.7"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="213">
      <score id="bit" value="99"/>
      <geneRef id="699">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="700">
        <score id="inparalog" value="0.069"/>
      </geneRef>
      <geneRef id="701">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.78"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="214">
      <score id="bit" value="98"/>
      <geneRef id="702">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="703">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="215">
      <score id="bit" value="97"/>
      <geneRef id="704">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="705">
        <score id="inparalog" value="0.142"/>
      </geneRef>
      <geneRef id="706">
        <score id="inparalog" value="0.141"/>
      </geneRef>
      <geneRef id="707">
        <score id="inparalog" value="0.135"/>
      </geneRef>
      <geneRef id="708">
        <score id="inparalog" value="0.127"/>
      </geneRef>
      <geneRef id="709">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="216">
      <score id="bit" value="97"/>
      <geneRef id="710">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="711">
        <score id="inparalog" value="0.112"/>
      </geneRef>
      <geneRef id="712">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="217">
      <score id="bit" value="97"/>
      <geneRef id="713">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="714">
        <score id="inparalog" value="0.57"/>
      </geneRef>
      <geneRef id="715">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.52"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="218">
      <score id="bit" value="97"/>
      <geneRef id="716">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="717">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.88"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="219">
      <score id="bit" value="97"/>
      <geneRef id="718">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="719">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.5"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="220">
      <score id="bit" value="94"/>
      <geneRef id="720">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="721">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.96"/>
      </geneRef>
      <geneRef id="722">
        <score id="inparalog" value="0.848"/>
      </geneRef>
      <geneRef id="723">
        <score id="inparalog" value="0.841"/>
      </geneRef>
      <geneRef id="724">
        <score id="inparalog" value="0.782"/>
      </geneRef>
      <geneRef id="725">
        <score id="inparalog" value="0.751"/>
      </geneRef>
      <geneRef id="726">
        <score id="inparalog" value="0.74"/>
      </geneRef>
      <geneRef id="727">
        <score id="inparalog" value="0.727"/>
      </geneRef>
      <geneRef id="728">
        <score id="inparalog" value="0.72"/>
      </geneRef>
      <geneRef id="729">
        <score id="inparalog" value="0.716"/>
      </geneRef>
      <geneRef id="730">
        <score id="inparalog" value="0.651"/>
      </geneRef>
      <geneRef id="731">
        <score id="inparalog" value="0.64"/>
      </geneRef>
      <geneRef id="732">
        <score id="inparalog" value="0.391"/>
      </geneRef>
      <geneRef id="733">
        <score id="inparalog" value="0.381"/>
      </geneRef>
      <geneRef id="734">
        <score id="inparalog" value="0.374"/>
      </geneRef>
      <geneRef id="735">
        <score id="inparalog" value="0.36"/>
      </geneRef>
      <geneRef id="736">
        <score id="inparalog" value="0.349"/>
      </geneRef>
      <geneRef id="737">
        <score id="inparalog" value="0.318"/>
      </geneRef>
      <geneRef id="738">
        <score id="inparalog" value="0.277"/>
      </geneRef>
      <geneRef id="739">
        <score id="inparalog" value="0.1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="221">
      <score id="bit" value="94"/>
      <geneRef id="740">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="741">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="742">
        <score id="inparalog" value="0.529"/>
      </geneRef>
      <geneRef id="743">
        <score id="inparalog" value="0.476"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="222">
      <score id="bit" value="94"/>
      <geneRef id="744">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="745">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="223">
      <score id="bit" value="94"/>
      <geneRef id="746">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="747">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="224">
      <score id="bit" value="93"/>
      <geneRef id="748">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="749">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="225">
      <score id="bit" value="92"/>
      <geneRef id="750">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="751">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.82"/>
      </geneRef>
      <geneRef id="752">
        <score id="inparalog" value="0.945"/>
      </geneRef>
      <geneRef id="753">
        <score id="inparalog" value="0.793"/>
      </geneRef>
      <geneRef id="754">
        <score id="inparalog" value="0.773"/>
      </geneRef>
      <geneRef id="755">
        <score id="inparalog" value="0.709"/>
      </geneRef>
      <geneRef id="756">
        <score id="inparalog" value="0.59"/>
      </geneRef>
      <geneRef id="757">
        <score id="inparalog" value="0.57"/>
      </geneRef>
      <geneRef id="758">
        <score id="inparalog" value="0.545"/>
      </geneRef>
      <geneRef id="759">
        <score id="inparalog" value="0.545"/>
      </geneRef>
      <geneRef id="760">
        <score id="inparalog" value="0.541"/>
      </geneRef>
      <geneRef id="761">
        <score id="inparalog" value="0.496"/>
      </geneRef>
      <geneRef id="762">
        <score id="inparalog" value="0.477"/>
      </geneRef>
      <geneRef id="763">
        <score id="inparalog" value="0.457"/>
      </geneRef>
      <geneRef id="764">
        <score id="inparalog" value="0.455"/>
      </geneRef>
      <geneRef id="765">
        <score id="inparalog" value="0.428"/>
      </geneRef>
      <geneRef id="766">
        <score id="inparalog" value="0.426"/>
      </geneRef>
      <geneRef id="767">
        <score id="inparalog" value="0.373"/>
      </geneRef>
      <geneRef id="768">
        <score id="inparalog" value="0.363"/>
      </geneRef>
      <geneRef id="769">
        <score id="inparalog" value="0.354"/>
      </geneRef>
      <geneRef id="770">
        <score id="inparalog" value="0.283"/>
      </geneRef>
      <geneRef id="771">
        <score id="inparalog" value="0.271"/>
      </geneRef>
      <geneRef id="772">
        <score id="inparalog" value="0.26"/>
      </geneRef>
      <geneRef id="773">
        <score id="inparalog" value="0.174"/>
      </geneRef>
      <geneRef id="774">
        <score id="inparalog" value="0.158"/>
      </geneRef>
      <geneRef id="775">
        <score id="inparalog" value="0.1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="226">
      <score id="bit" value="92"/>
      <geneRef id="776">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="777">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="778">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="779">
        <score id="inparalog" value="0.954"/>
      </geneRef>
      <geneRef id="780">
        <score id="inparalog" value="0.93"/>
      </geneRef>
      <geneRef id="781">
        <score id="inparalog" value="0.856"/>
      </geneRef>
      <geneRef id="782">
        <score id="inparalog" value="0.842"/>
      </geneRef>
      <geneRef id="783">
        <score id="inparalog" value="0.807"/>
      </geneRef>
      <geneRef id="784">
        <score id="inparalog" value="0.772"/>
      </geneRef>
      <geneRef id="785">
        <score id="inparalog" value="0.712"/>
      </geneRef>
      <geneRef id="786">
        <score id="inparalog" value="0.572"/>
      </geneRef>
      <geneRef id="787">
        <score id="inparalog" value="0.495"/>
      </geneRef>
      <geneRef id="788">
        <score id="inparalog" value="0.474"/>
      </geneRef>
      <geneRef id="789">
        <score id="inparalog" value="0.456"/>
      </geneRef>
      <geneRef id="790">
        <score id="inparalog" value="0.414"/>
      </geneRef>
      <geneRef id="791">
        <score id="inparalog" value="0.389"/>
      </geneRef>
      <geneRef id="792">
        <score id="inparalog" value="0.347"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="227">
      <score id="bit" value="92"/>
      <geneRef id="793">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="794">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="795">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.53"/>
      </geneRef>
      <geneRef id="796">
        <score id="inparalog" value="0.547"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="228">
      <score id="bit" value="92"/>
      <geneRef id="797">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="798">
        <score id="inparalog" value="0.331"/>
      </geneRef>
      <geneRef id="799">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.56"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="229">
      <score id="bit" value="92"/>
      <geneRef id="800">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="801">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="802">
        <score id="inparalog" value="0.251"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="230">
      <score id="bit" value="92"/>
      <geneRef id="803">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="804">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="231">
      <score id="bit" value="90"/>
      <geneRef id="805">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="806">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="807">
        <score id="inparalog" value="0.78"/>
      </geneRef>
      <geneRef id="808">
        <score id="inparalog" value="0.685"/>
      </geneRef>
      <geneRef id="809">
        <score id="inparalog" value="0.56"/>
      </geneRef>
      <geneRef id="810">
        <score id="inparalog" value="0.285"/>
      </geneRef>
      <geneRef id="811">
        <score id="inparalog" value="0.165"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="232">
      <score id="bit" value="89"/>
      <geneRef id="812">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="813">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="233">
      <score id="bit" value="88"/>
      <geneRef id="814">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="815">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="234">
      <score id="bit" value="87"/>
      <geneRef id="816">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="817">
        <score id="inparalog" value="0.255"/>
      </geneRef>
      <geneRef id="818">
        <score id="inparalog" value="0.188"/>
      </geneRef>
      <geneRef id="819">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="235">
      <score id="bit" value="87"/>
      <geneRef id="820">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="821">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="236">
      <score id="bit" value="86"/>
      <geneRef id="822">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="823">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="824">
        <score id="inparalog" value="0.169"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="237">
      <score id="bit" value="85"/>
      <geneRef id="825">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="826">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="238">
      <score id="bit" value="84"/>
      <geneRef id="827">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="828">
        <score id="inparalog" value="0.312"/>
      </geneRef>
      <geneRef id="829">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="830">
        <score id="inparalog" value="0.168"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="239">
      <score id="bit" value="84"/>
      <geneRef id="831">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="832">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="240">
      <score id="bit" value="84"/>
      <geneRef id="833">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="834">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="241">
      <score id="bit" value="84"/>
      <geneRef id="835">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="836">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="242">
      <score id="bit" value="83"/>
      <geneRef id="837">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="838">
        <score id="inparalog" value="0.825"/>
      </geneRef>
      <geneRef id="839">
        <score id="inparalog" value="0.297"/>
      </geneRef>
      <geneRef id="840">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="243">
      <score id="bit" value="83"/>
      <geneRef id="841">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="842">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="843">
        <score id="inparalog" value="0.248"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="244">
      <score id="bit" value="83"/>
      <geneRef id="844">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="845">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="245">
      <score id="bit" value="82"/>
      <geneRef id="846">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="847">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.88"/>
      </geneRef>
      <geneRef id="848">
        <score id="inparalog" value="0.688"/>
      </geneRef>
      <geneRef id="849">
        <score id="inparalog" value="0.647"/>
      </geneRef>
      <geneRef id="850">
        <score id="inparalog" value="0.628"/>
      </geneRef>
      <geneRef id="851">
        <score id="inparalog" value="0.619"/>
      </geneRef>
      <geneRef id="852">
        <score id="inparalog" value="0.572"/>
      </geneRef>
      <geneRef id="853">
        <score id="inparalog" value="0.558"/>
      </geneRef>
      <geneRef id="854">
        <score id="inparalog" value="0.526"/>
      </geneRef>
      <geneRef id="855">
        <score id="inparalog" value="0.433"/>
      </geneRef>
      <geneRef id="856">
        <score id="inparalog" value="0.353"/>
      </geneRef>
      <geneRef id="857">
        <score id="inparalog" value="0.326"/>
      </geneRef>
      <geneRef id="858">
        <score id="inparalog" value="0.284"/>
      </geneRef>
      <geneRef id="859">
        <score id="inparalog" value="0.144"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="246">
      <score id="bit" value="82"/>
      <geneRef id="860">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="861">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="247">
      <score id="bit" value="82"/>
      <geneRef id="862">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="863">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="248">
      <score id="bit" value="82"/>
      <geneRef id="864">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="865">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="249">
      <score id="bit" value="81"/>
      <geneRef id="866">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="867">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="868">
        <score id="inparalog" value="0.731"/>
      </geneRef>
      <geneRef id="869">
        <score id="inparalog" value="0.668"/>
      </geneRef>
      <geneRef id="870">
        <score id="inparalog" value="0.336"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="250">
      <score id="bit" value="81"/>
      <geneRef id="871">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="872">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="873">
        <score id="inparalog" value="0.423"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="251">
      <score id="bit" value="81"/>
      <geneRef id="874">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="875">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="252">
      <score id="bit" value="81"/>
      <geneRef id="876">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.87"/>
      </geneRef>
      <geneRef id="877">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="253">
      <score id="bit" value="81"/>
      <geneRef id="878">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="879">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="254">
      <score id="bit" value="80"/>
      <geneRef id="880">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="881">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="882">
        <score id="inparalog" value="0.744"/>
      </geneRef>
      <geneRef id="883">
        <score id="inparalog" value="0.57"/>
      </geneRef>
      <geneRef id="884">
        <score id="inparalog" value="0.297"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="255">
      <score id="bit" value="80"/>
      <geneRef id="885">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="886">
        <score id="inparalog" value="0.346"/>
      </geneRef>
      <geneRef id="887">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="256">
      <score id="bit" value="80"/>
      <geneRef id="888">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="889">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.88"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="257">
      <score id="bit" value="79"/>
      <geneRef id="890">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="891">
        <score id="inparalog" value="0.144"/>
      </geneRef>
      <geneRef id="892">
        <score id="inparalog" value="0.136"/>
      </geneRef>
      <geneRef id="893">
        <score id="inparalog" value="0.073"/>
      </geneRef>
      <geneRef id="894">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="895">
        <score id="inparalog" value="0.709"/>
      </geneRef>
      <geneRef id="896">
        <score id="inparalog" value="0.662"/>
      </geneRef>
      <geneRef id="897">
        <score id="inparalog" value="0.129"/>
      </geneRef>
      <geneRef id="898">
        <score id="inparalog" value="0.072"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="258">
      <score id="bit" value="79"/>
      <geneRef id="899">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="900">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="901">
        <score id="inparalog" value="0.664"/>
      </geneRef>
      <geneRef id="902">
        <score id="inparalog" value="0.286"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="259">
      <score id="bit" value="78"/>
      <geneRef id="903">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="904">
        <score id="inparalog" value="0.456"/>
      </geneRef>
      <geneRef id="905">
        <score id="inparalog" value="0.331"/>
      </geneRef>
      <geneRef id="906">
        <score id="inparalog" value="0.329"/>
      </geneRef>
      <geneRef id="907">
        <score id="inparalog" value="0.283"/>
      </geneRef>
      <geneRef id="908">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="909">
        <score id="inparalog" value="0.155"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="260">
      <score id="bit" value="78"/>
      <geneRef id="910">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="911">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="261">
      <score id="bit" value="77"/>
      <geneRef id="912">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="913">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="262">
      <score id="bit" value="77"/>
      <geneRef id="914">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="915">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="263">
      <score id="bit" value="76"/>
      <geneRef id="916">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="917">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="264">
      <score id="bit" value="74"/>
      <geneRef id="918">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="919">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="265">
      <score id="bit" value="73"/>
      <geneRef id="920">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="921">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="922">
        <score id="inparalog" value="0.249"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="266">
      <score id="bit" value="73"/>
      <geneRef id="923">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="924">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="267">
      <score id="bit" value="72"/>
      <geneRef id="925">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="926">
        <score id="inparalog" value="0.165"/>
      </geneRef>
      <geneRef id="927">
        <score id="inparalog" value="0.165"/>
      </geneRef>
      <geneRef id="928">
        <score id="inparalog" value="0.084"/>
      </geneRef>
      <geneRef id="929">
        <score id="inparalog" value="0.081"/>
      </geneRef>
      <geneRef id="930">
        <score id="inparalog" value="0.081"/>
      </geneRef>
      <geneRef id="931">
        <score id="inparalog" value="0.076"/>
      </geneRef>
      <geneRef id="932">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="933">
        <score id="inparalog" value="0.071"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="268">
      <score id="bit" value="72"/>
      <geneRef id="934">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="935">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="269">
      <score id="bit" value="71"/>
      <geneRef id="936">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="937">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="938">
        <score id="inparalog" value="0.514"/>
      </geneRef>
      <geneRef id="939">
        <score id="inparalog" value="0.493"/>
      </geneRef>
      <geneRef id="940">
        <score id="inparalog" value="0.493"/>
      </geneRef>
      <geneRef id="941">
        <score id="inparalog" value="0.429"/>
      </geneRef>
      <geneRef id="942">
        <score id="inparalog" value="0.381"/>
      </geneRef>
      <geneRef id="943">
        <score id="inparalog" value="0.319"/>
      </geneRef>
      <geneRef id="944">
        <score id="inparalog" value="0.282"/>
      </geneRef>
      <geneRef id="945">
        <score id="inparalog" value="0.179"/>
      </geneRef>
      <geneRef id="946">
        <score id="inparalog" value="0.151"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="270">
      <score id="bit" value="71"/>
      <geneRef id="947">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="948">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="949">
        <score id="inparalog" value="0.417"/>
      </geneRef>
      <geneRef id="950">
        <score id="inparalog" value="0.253"/>
      </geneRef>
      <geneRef id="951">
        <score id="inparalog" value="0.094"/>
      </geneRef>
      <geneRef id="952">
        <score id="inparalog" value="0.083"/>
      </geneRef>
      <geneRef id="953">
        <score id="inparalog" value="0.079"/>
      </geneRef>
      <geneRef id="954">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="955">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="956">
        <score id="inparalog" value="0.438"/>
      </geneRef>
      <geneRef id="957">
        <score id="inparalog" value="0.095"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="271">
      <score id="bit" value="71"/>
      <geneRef id="958">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="959">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="960">
        <score id="inparalog" value="0.986"/>
      </geneRef>
      <geneRef id="961">
        <score id="inparalog" value="0.671"/>
      </geneRef>
      <geneRef id="962">
        <score id="inparalog" value="0.525"/>
      </geneRef>
      <geneRef id="963">
        <score id="inparalog" value="0.502"/>
      </geneRef>
      <geneRef id="964">
        <score id="inparalog" value="0.498"/>
      </geneRef>
      <geneRef id="965">
        <score id="inparalog" value="0.498"/>
      </geneRef>
      <geneRef id="966">
        <score id="inparalog" value="0.443"/>
      </geneRef>
      <geneRef id="967">
        <score id="inparalog" value="0.333"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="272">
      <score id="bit" value="71"/>
      <geneRef id="968">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.82"/>
      </geneRef>
      <geneRef id="969">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="970">
        <score id="inparalog" value="0.562"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="273">
      <score id="bit" value="70"/>
      <geneRef id="971">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="972">
        <score id="inparalog" value="0.659"/>
      </geneRef>
      <geneRef id="973">
        <score id="inparalog" value="0.541"/>
      </geneRef>
      <geneRef id="974">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="274">
      <score id="bit" value="70"/>
      <geneRef id="975">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="976">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="977">
        <score id="inparalog" value="0.111"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="275">
      <score id="bit" value="70"/>
      <geneRef id="978">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="979">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="276">
      <score id="bit" value="69"/>
      <geneRef id="980">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="981">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.56"/>
      </geneRef>
      <geneRef id="982">
        <score id="inparalog" value="0.396"/>
      </geneRef>
      <geneRef id="983">
        <score id="inparalog" value="0.373"/>
      </geneRef>
      <geneRef id="984">
        <score id="inparalog" value="0.369"/>
      </geneRef>
      <geneRef id="985">
        <score id="inparalog" value="0.329"/>
      </geneRef>
      <geneRef id="986">
        <score id="inparalog" value="0.327"/>
      </geneRef>
      <geneRef id="987">
        <score id="inparalog" value="0.241"/>
      </geneRef>
      <geneRef id="988">
        <score id="inparalog" value="0.169"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="277">
      <score id="bit" value="69"/>
      <geneRef id="989">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="990">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="991">
        <score id="inparalog" value="0.628"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="278">
      <score id="bit" value="69"/>
      <geneRef id="992">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.89"/>
      </geneRef>
      <geneRef id="993">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="279">
      <score id="bit" value="68"/>
      <geneRef id="994">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="995">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="996">
        <score id="inparalog" value="0.907"/>
      </geneRef>
      <geneRef id="997">
        <score id="inparalog" value="0.887"/>
      </geneRef>
      <geneRef id="998">
        <score id="inparalog" value="0.86"/>
      </geneRef>
      <geneRef id="999">
        <score id="inparalog" value="0.847"/>
      </geneRef>
      <geneRef id="1000">
        <score id="inparalog" value="0.78"/>
      </geneRef>
      <geneRef id="1001">
        <score id="inparalog" value="0.747"/>
      </geneRef>
      <geneRef id="1002">
        <score id="inparalog" value="0.727"/>
      </geneRef>
      <geneRef id="1003">
        <score id="inparalog" value="0.68"/>
      </geneRef>
      <geneRef id="1004">
        <score id="inparalog" value="0.647"/>
      </geneRef>
      <geneRef id="1005">
        <score id="inparalog" value="0.627"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="280">
      <score id="bit" value="67"/>
      <geneRef id="1006">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1007">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1008">
        <score id="inparalog" value="0.361"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="281">
      <score id="bit" value="67"/>
      <geneRef id="1009">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1010">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1011">
        <score id="inparalog" value="0.326"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="282">
      <score id="bit" value="67"/>
      <geneRef id="1012">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1013">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="283">
      <score id="bit" value="66"/>
      <geneRef id="1014">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.6"/>
      </geneRef>
      <geneRef id="1015">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="284">
      <score id="bit" value="65"/>
      <geneRef id="1016">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1017">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1018">
        <score id="inparalog" value="0.957"/>
      </geneRef>
      <geneRef id="1019">
        <score id="inparalog" value="0.938"/>
      </geneRef>
      <geneRef id="1020">
        <score id="inparalog" value="0.745"/>
      </geneRef>
      <geneRef id="1021">
        <score id="inparalog" value="0.649"/>
      </geneRef>
      <geneRef id="1022">
        <score id="inparalog" value="0.591"/>
      </geneRef>
      <geneRef id="1023">
        <score id="inparalog" value="0.462"/>
      </geneRef>
      <geneRef id="1024">
        <score id="inparalog" value="0.38"/>
      </geneRef>
      <geneRef id="1025">
        <score id="inparalog" value="0.346"/>
      </geneRef>
      <geneRef id="1026">
        <score id="inparalog" value="0.317"/>
      </geneRef>
      <geneRef id="1027">
        <score id="inparalog" value="0.178"/>
      </geneRef>
      <geneRef id="1028">
        <score id="inparalog" value="0.082"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="285">
      <score id="bit" value="62"/>
      <geneRef id="1029">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1030">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1031">
        <score id="inparalog" value="0.352"/>
      </geneRef>
      <geneRef id="1032">
        <score id="inparalog" value="0.283"/>
      </geneRef>
      <geneRef id="1033">
        <score id="inparalog" value="0.085"/>
      </geneRef>
      <geneRef id="1034">
        <score id="inparalog" value="0.063"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="286">
      <score id="bit" value="62"/>
      <geneRef id="1035">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.69"/>
      </geneRef>
      <geneRef id="1036">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="287">
      <score id="bit" value="62"/>
      <geneRef id="1037">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1038">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="288">
      <score id="bit" value="61"/>
      <geneRef id="1039">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1040">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1041">
        <score id="inparalog" value="0.808"/>
      </geneRef>
      <geneRef id="1042">
        <score id="inparalog" value="0.671"/>
      </geneRef>
      <geneRef id="1043">
        <score id="inparalog" value="0.637"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="289">
      <score id="bit" value="61"/>
      <geneRef id="1044">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1045">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="290">
      <score id="bit" value="60"/>
      <geneRef id="1046">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1047">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1048">
        <score id="inparalog" value="0.119"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="291">
      <score id="bit" value="59"/>
      <geneRef id="1049">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1050">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1051">
        <score id="inparalog" value="0.815"/>
      </geneRef>
      <geneRef id="1052">
        <score id="inparalog" value="0.776"/>
      </geneRef>
      <geneRef id="1053">
        <score id="inparalog" value="0.469"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="292">
      <score id="bit" value="59"/>
      <geneRef id="1054">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1055">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.63"/>
      </geneRef>
      <geneRef id="1056">
        <score id="inparalog" value="0.311"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="293">
      <score id="bit" value="58"/>
      <geneRef id="1057">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1058">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="294">
      <score id="bit" value="57"/>
      <geneRef id="1059">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1060">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1061">
        <score id="inparalog" value="0.313"/>
      </geneRef>
      <geneRef id="1062">
        <score id="inparalog" value="0.309"/>
      </geneRef>
      <geneRef id="1063">
        <score id="inparalog" value="0.26"/>
      </geneRef>
      <geneRef id="1064">
        <score id="inparalog" value="0.198"/>
      </geneRef>
      <geneRef id="1065">
        <score id="inparalog" value="0.079"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="295">
      <score id="bit" value="57"/>
      <geneRef id="1066">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1067">
        <score id="inparalog" value="0.308"/>
      </geneRef>
      <geneRef id="1068">
        <score id="inparalog" value="0.304"/>
      </geneRef>
      <geneRef id="1069">
        <score id="inparalog" value="0.147"/>
      </geneRef>
      <geneRef id="1070">
        <score id="inparalog" value="0.082"/>
      </geneRef>
      <geneRef id="1071">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="296">
      <score id="bit" value="56"/>
      <geneRef id="1072">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1073">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1074">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1075">
        <score id="inparalog" value="0.886"/>
      </geneRef>
      <geneRef id="1076">
        <score id="inparalog" value="0.779"/>
      </geneRef>
      <geneRef id="1077">
        <score id="inparalog" value="0.746"/>
      </geneRef>
      <geneRef id="1078">
        <score id="inparalog" value="0.745"/>
      </geneRef>
      <geneRef id="1079">
        <score id="inparalog" value="0.738"/>
      </geneRef>
      <geneRef id="1080">
        <score id="inparalog" value="0.738"/>
      </geneRef>
      <geneRef id="1081">
        <score id="inparalog" value="0.738"/>
      </geneRef>
      <geneRef id="1082">
        <score id="inparalog" value="0.714"/>
      </geneRef>
      <geneRef id="1083">
        <score id="inparalog" value="0.705"/>
      </geneRef>
      <geneRef id="1084">
        <score id="inparalog" value="0.697"/>
      </geneRef>
      <geneRef id="1085">
        <score id="inparalog" value="0.691"/>
      </geneRef>
      <geneRef id="1086">
        <score id="inparalog" value="0.685"/>
      </geneRef>
      <geneRef id="1087">
        <score id="inparalog" value="0.591"/>
      </geneRef>
      <geneRef id="1088">
        <score id="inparalog" value="0.578"/>
      </geneRef>
      <geneRef id="1089">
        <score id="inparalog" value="0.544"/>
      </geneRef>
      <geneRef id="1090">
        <score id="inparalog" value="0.503"/>
      </geneRef>
      <geneRef id="1091">
        <score id="inparalog" value="0.497"/>
      </geneRef>
      <geneRef id="1092">
        <score id="inparalog" value="0.47"/>
      </geneRef>
      <geneRef id="1093">
        <score id="inparalog" value="0.443"/>
      </geneRef>
      <geneRef id="1094">
        <score id="inparalog" value="0.436"/>
      </geneRef>
      <geneRef id="1095">
        <score id="inparalog" value="0.43"/>
      </geneRef>
      <geneRef id="1096">
        <score id="inparalog" value="0.411"/>
      </geneRef>
      <geneRef id="1097">
        <score id="inparalog" value="0.403"/>
      </geneRef>
      <geneRef id="1098">
        <score id="inparalog" value="0.403"/>
      </geneRef>
      <geneRef id="1099">
        <score id="inparalog" value="0.395"/>
      </geneRef>
      <geneRef id="1100">
        <score id="inparalog" value="0.369"/>
      </geneRef>
      <geneRef id="1101">
        <score id="inparalog" value="0.336"/>
      </geneRef>
      <geneRef id="1102">
        <score id="inparalog" value="0.335"/>
      </geneRef>
      <geneRef id="1103">
        <score id="inparalog" value="0.302"/>
      </geneRef>
      <geneRef id="1104">
        <score id="inparalog" value="0.262"/>
      </geneRef>
      <geneRef id="1105">
        <score id="inparalog" value="0.249"/>
      </geneRef>
      <geneRef id="1106">
        <score id="inparalog" value="0.235"/>
      </geneRef>
      <geneRef id="1107">
        <score id="inparalog" value="0.227"/>
      </geneRef>
      <geneRef id="1108">
        <score id="inparalog" value="0.221"/>
      </geneRef>
      <geneRef id="1109">
        <score id="inparalog" value="0.221"/>
      </geneRef>
      <geneRef id="1110">
        <score id="inparalog" value="0.174"/>
      </geneRef>
      <geneRef id="1111">
        <score id="inparalog" value="0.161"/>
      </geneRef>
      <geneRef id="1112">
        <score id="inparalog" value="0.151"/>
      </geneRef>
      <geneRef id="1113">
        <score id="inparalog" value="0.124"/>
      </geneRef>
      <geneRef id="1114">
        <score id="inparalog" value="0.103"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="297">
      <score id="bit" value="56"/>
      <geneRef id="1115">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1116">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1117">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1118">
        <score id="inparalog" value="0.8"/>
      </geneRef>
      <geneRef id="1119">
        <score id="inparalog" value="0.71"/>
      </geneRef>
      <geneRef id="1120">
        <score id="inparalog" value="0.63"/>
      </geneRef>
      <geneRef id="1121">
        <score id="inparalog" value="0.599"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="298">
      <score id="bit" value="56"/>
      <geneRef id="1122">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1123">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1124">
        <score id="inparalog" value="0.524"/>
      </geneRef>
      <geneRef id="1125">
        <score id="inparalog" value="0.394"/>
      </geneRef>
      <geneRef id="1126">
        <score id="inparalog" value="0.378"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="299">
      <score id="bit" value="56"/>
      <geneRef id="1127">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1128">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="300">
      <score id="bit" value="55"/>
      <geneRef id="1129">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1130">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1131">
        <score id="inparalog" value="0.941"/>
      </geneRef>
      <geneRef id="1132">
        <score id="inparalog" value="0.933"/>
      </geneRef>
      <geneRef id="1133">
        <score id="inparalog" value="0.929"/>
      </geneRef>
      <geneRef id="1134">
        <score id="inparalog" value="0.911"/>
      </geneRef>
      <geneRef id="1135">
        <score id="inparalog" value="0.911"/>
      </geneRef>
      <geneRef id="1136">
        <score id="inparalog" value="0.911"/>
      </geneRef>
      <geneRef id="1137">
        <score id="inparalog" value="0.911"/>
      </geneRef>
      <geneRef id="1138">
        <score id="inparalog" value="0.907"/>
      </geneRef>
      <geneRef id="1139">
        <score id="inparalog" value="0.903"/>
      </geneRef>
      <geneRef id="1140">
        <score id="inparalog" value="0.903"/>
      </geneRef>
      <geneRef id="1141">
        <score id="inparalog" value="0.9"/>
      </geneRef>
      <geneRef id="1142">
        <score id="inparalog" value="0.892"/>
      </geneRef>
      <geneRef id="1143">
        <score id="inparalog" value="0.877"/>
      </geneRef>
      <geneRef id="1144">
        <score id="inparalog" value="0.877"/>
      </geneRef>
      <geneRef id="1145">
        <score id="inparalog" value="0.87"/>
      </geneRef>
      <geneRef id="1146">
        <score id="inparalog" value="0.862"/>
      </geneRef>
      <geneRef id="1147">
        <score id="inparalog" value="0.862"/>
      </geneRef>
      <geneRef id="1148">
        <score id="inparalog" value="0.859"/>
      </geneRef>
      <geneRef id="1149">
        <score id="inparalog" value="0.855"/>
      </geneRef>
      <geneRef id="1150">
        <score id="inparalog" value="0.855"/>
      </geneRef>
      <geneRef id="1151">
        <score id="inparalog" value="0.851"/>
      </geneRef>
      <geneRef id="1152">
        <score id="inparalog" value="0.84"/>
      </geneRef>
      <geneRef id="1153">
        <score id="inparalog" value="0.836"/>
      </geneRef>
      <geneRef id="1154">
        <score id="inparalog" value="0.825"/>
      </geneRef>
      <geneRef id="1155">
        <score id="inparalog" value="0.81"/>
      </geneRef>
      <geneRef id="1156">
        <score id="inparalog" value="0.807"/>
      </geneRef>
      <geneRef id="1157">
        <score id="inparalog" value="0.803"/>
      </geneRef>
      <geneRef id="1158">
        <score id="inparalog" value="0.803"/>
      </geneRef>
      <geneRef id="1159">
        <score id="inparalog" value="0.788"/>
      </geneRef>
      <geneRef id="1160">
        <score id="inparalog" value="0.784"/>
      </geneRef>
      <geneRef id="1161">
        <score id="inparalog" value="0.777"/>
      </geneRef>
      <geneRef id="1162">
        <score id="inparalog" value="0.766"/>
      </geneRef>
      <geneRef id="1163">
        <score id="inparalog" value="0.762"/>
      </geneRef>
      <geneRef id="1164">
        <score id="inparalog" value="0.762"/>
      </geneRef>
      <geneRef id="1165">
        <score id="inparalog" value="0.736"/>
      </geneRef>
      <geneRef id="1166">
        <score id="inparalog" value="0.725"/>
      </geneRef>
      <geneRef id="1167">
        <score id="inparalog" value="0.717"/>
      </geneRef>
      <geneRef id="1168">
        <score id="inparalog" value="0.717"/>
      </geneRef>
      <geneRef id="1169">
        <score id="inparalog" value="0.717"/>
      </geneRef>
      <geneRef id="1170">
        <score id="inparalog" value="0.714"/>
      </geneRef>
      <geneRef id="1171">
        <score id="inparalog" value="0.714"/>
      </geneRef>
      <geneRef id="1172">
        <score id="inparalog" value="0.706"/>
      </geneRef>
      <geneRef id="1173">
        <score id="inparalog" value="0.706"/>
      </geneRef>
      <geneRef id="1174">
        <score id="inparalog" value="0.699"/>
      </geneRef>
      <geneRef id="1175">
        <score id="inparalog" value="0.695"/>
      </geneRef>
      <geneRef id="1176">
        <score id="inparalog" value="0.691"/>
      </geneRef>
      <geneRef id="1177">
        <score id="inparalog" value="0.688"/>
      </geneRef>
      <geneRef id="1178">
        <score id="inparalog" value="0.688"/>
      </geneRef>
      <geneRef id="1179">
        <score id="inparalog" value="0.688"/>
      </geneRef>
      <geneRef id="1180">
        <score id="inparalog" value="0.688"/>
      </geneRef>
      <geneRef id="1181">
        <score id="inparalog" value="0.684"/>
      </geneRef>
      <geneRef id="1182">
        <score id="inparalog" value="0.684"/>
      </geneRef>
      <geneRef id="1183">
        <score id="inparalog" value="0.68"/>
      </geneRef>
      <geneRef id="1184">
        <score id="inparalog" value="0.677"/>
      </geneRef>
      <geneRef id="1185">
        <score id="inparalog" value="0.669"/>
      </geneRef>
      <geneRef id="1186">
        <score id="inparalog" value="0.669"/>
      </geneRef>
      <geneRef id="1187">
        <score id="inparalog" value="0.665"/>
      </geneRef>
      <geneRef id="1188">
        <score id="inparalog" value="0.665"/>
      </geneRef>
      <geneRef id="1189">
        <score id="inparalog" value="0.662"/>
      </geneRef>
      <geneRef id="1190">
        <score id="inparalog" value="0.658"/>
      </geneRef>
      <geneRef id="1191">
        <score id="inparalog" value="0.658"/>
      </geneRef>
      <geneRef id="1192">
        <score id="inparalog" value="0.658"/>
      </geneRef>
      <geneRef id="1193">
        <score id="inparalog" value="0.658"/>
      </geneRef>
      <geneRef id="1194">
        <score id="inparalog" value="0.658"/>
      </geneRef>
      <geneRef id="1195">
        <score id="inparalog" value="0.654"/>
      </geneRef>
      <geneRef id="1196">
        <score id="inparalog" value="0.651"/>
      </geneRef>
      <geneRef id="1197">
        <score id="inparalog" value="0.651"/>
      </geneRef>
      <geneRef id="1198">
        <score id="inparalog" value="0.651"/>
      </geneRef>
      <geneRef id="1199">
        <score id="inparalog" value="0.643"/>
      </geneRef>
      <geneRef id="1200">
        <score id="inparalog" value="0.643"/>
      </geneRef>
      <geneRef id="1201">
        <score id="inparalog" value="0.639"/>
      </geneRef>
      <geneRef id="1202">
        <score id="inparalog" value="0.632"/>
      </geneRef>
      <geneRef id="1203">
        <score id="inparalog" value="0.628"/>
      </geneRef>
      <geneRef id="1204">
        <score id="inparalog" value="0.625"/>
      </geneRef>
      <geneRef id="1205">
        <score id="inparalog" value="0.625"/>
      </geneRef>
      <geneRef id="1206">
        <score id="inparalog" value="0.621"/>
      </geneRef>
      <geneRef id="1207">
        <score id="inparalog" value="0.617"/>
      </geneRef>
      <geneRef id="1208">
        <score id="inparalog" value="0.617"/>
      </geneRef>
      <geneRef id="1209">
        <score id="inparalog" value="0.617"/>
      </geneRef>
      <geneRef id="1210">
        <score id="inparalog" value="0.617"/>
      </geneRef>
      <geneRef id="1211">
        <score id="inparalog" value="0.599"/>
      </geneRef>
      <geneRef id="1212">
        <score id="inparalog" value="0.591"/>
      </geneRef>
      <geneRef id="1213">
        <score id="inparalog" value="0.591"/>
      </geneRef>
      <geneRef id="1214">
        <score id="inparalog" value="0.591"/>
      </geneRef>
      <geneRef id="1215">
        <score id="inparalog" value="0.591"/>
      </geneRef>
      <geneRef id="1216">
        <score id="inparalog" value="0.587"/>
      </geneRef>
      <geneRef id="1217">
        <score id="inparalog" value="0.587"/>
      </geneRef>
      <geneRef id="1218">
        <score id="inparalog" value="0.584"/>
      </geneRef>
      <geneRef id="1219">
        <score id="inparalog" value="0.584"/>
      </geneRef>
      <geneRef id="1220">
        <score id="inparalog" value="0.576"/>
      </geneRef>
      <geneRef id="1221">
        <score id="inparalog" value="0.569"/>
      </geneRef>
      <geneRef id="1222">
        <score id="inparalog" value="0.569"/>
      </geneRef>
      <geneRef id="1223">
        <score id="inparalog" value="0.565"/>
      </geneRef>
      <geneRef id="1224">
        <score id="inparalog" value="0.565"/>
      </geneRef>
      <geneRef id="1225">
        <score id="inparalog" value="0.561"/>
      </geneRef>
      <geneRef id="1226">
        <score id="inparalog" value="0.558"/>
      </geneRef>
      <geneRef id="1227">
        <score id="inparalog" value="0.558"/>
      </geneRef>
      <geneRef id="1228">
        <score id="inparalog" value="0.554"/>
      </geneRef>
      <geneRef id="1229">
        <score id="inparalog" value="0.55"/>
      </geneRef>
      <geneRef id="1230">
        <score id="inparalog" value="0.539"/>
      </geneRef>
      <geneRef id="1231">
        <score id="inparalog" value="0.539"/>
      </geneRef>
      <geneRef id="1232">
        <score id="inparalog" value="0.539"/>
      </geneRef>
      <geneRef id="1233">
        <score id="inparalog" value="0.539"/>
      </geneRef>
      <geneRef id="1234">
        <score id="inparalog" value="0.532"/>
      </geneRef>
      <geneRef id="1235">
        <score id="inparalog" value="0.524"/>
      </geneRef>
      <geneRef id="1236">
        <score id="inparalog" value="0.52"/>
      </geneRef>
      <geneRef id="1237">
        <score id="inparalog" value="0.52"/>
      </geneRef>
      <geneRef id="1238">
        <score id="inparalog" value="0.506"/>
      </geneRef>
      <geneRef id="1239">
        <score id="inparalog" value="0.506"/>
      </geneRef>
      <geneRef id="1240">
        <score id="inparalog" value="0.506"/>
      </geneRef>
      <geneRef id="1241">
        <score id="inparalog" value="0.506"/>
      </geneRef>
      <geneRef id="1242">
        <score id="inparalog" value="0.491"/>
      </geneRef>
      <geneRef id="1243">
        <score id="inparalog" value="0.491"/>
      </geneRef>
      <geneRef id="1244">
        <score id="inparalog" value="0.48"/>
      </geneRef>
      <geneRef id="1245">
        <score id="inparalog" value="0.476"/>
      </geneRef>
      <geneRef id="1246">
        <score id="inparalog" value="0.476"/>
      </geneRef>
      <geneRef id="1247">
        <score id="inparalog" value="0.465"/>
      </geneRef>
      <geneRef id="1248">
        <score id="inparalog" value="0.439"/>
      </geneRef>
      <geneRef id="1249">
        <score id="inparalog" value="0.431"/>
      </geneRef>
      <geneRef id="1250">
        <score id="inparalog" value="0.428"/>
      </geneRef>
      <geneRef id="1251">
        <score id="inparalog" value="0.428"/>
      </geneRef>
      <geneRef id="1252">
        <score id="inparalog" value="0.405"/>
      </geneRef>
      <geneRef id="1253">
        <score id="inparalog" value="0.375"/>
      </geneRef>
      <geneRef id="1254">
        <score id="inparalog" value="0.372"/>
      </geneRef>
      <geneRef id="1255">
        <score id="inparalog" value="0.294"/>
      </geneRef>
      <geneRef id="1256">
        <score id="inparalog" value="0.208"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="301">
      <score id="bit" value="55"/>
      <geneRef id="1257">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1258">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1259">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1260">
        <score id="inparalog" value="0.27"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="302">
      <score id="bit" value="55"/>
      <geneRef id="1261">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1262">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="303">
      <score id="bit" value="54"/>
      <geneRef id="1263">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1264">
        <score id="inparalog" value="0.43"/>
      </geneRef>
      <geneRef id="1265">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1266">
        <score id="inparalog" value="0.086"/>
      </geneRef>
      <geneRef id="1267">
        <score id="inparalog" value="0.069"/>
      </geneRef>
      <geneRef id="1268">
        <score id="inparalog" value="0.069"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="304">
      <score id="bit" value="54"/>
      <geneRef id="1269">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1270">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="305">
      <score id="bit" value="53"/>
      <geneRef id="1271">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1272">
        <score id="inparalog" value="0.127"/>
      </geneRef>
      <geneRef id="1273">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1274">
        <score id="inparalog" value="0.566"/>
      </geneRef>
      <geneRef id="1275">
        <score id="inparalog" value="0.514"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="306">
      <score id="bit" value="53"/>
      <geneRef id="1276">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1277">
        <score id="inparalog" value="0.075"/>
      </geneRef>
      <geneRef id="1278">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.65"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="307">
      <score id="bit" value="52"/>
      <geneRef id="1279">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1280">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1281">
        <score id="inparalog" value="0.726"/>
      </geneRef>
      <geneRef id="1282">
        <score id="inparalog" value="0.69"/>
      </geneRef>
      <geneRef id="1283">
        <score id="inparalog" value="0.452"/>
      </geneRef>
      <geneRef id="1284">
        <score id="inparalog" value="0.393"/>
      </geneRef>
      <geneRef id="1285">
        <score id="inparalog" value="0.298"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="308">
      <score id="bit" value="52"/>
      <geneRef id="1286">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1287">
        <score id="inparalog" value="0.283"/>
      </geneRef>
      <geneRef id="1288">
        <score id="inparalog" value="0.231"/>
      </geneRef>
      <geneRef id="1289">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1290">
        <score id="inparalog" value="0.105"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="309">
      <score id="bit" value="52"/>
      <geneRef id="1291">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1292">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="310">
      <score id="bit" value="51"/>
      <geneRef id="1293">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1294">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="311">
      <score id="bit" value="51"/>
      <geneRef id="1295">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1296">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="312">
      <score id="bit" value="51"/>
      <geneRef id="1297">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1298">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.55"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="313">
      <score id="bit" value="51"/>
      <geneRef id="1299">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1300">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="314">
      <score id="bit" value="50"/>
      <geneRef id="1301">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1302">
        <score id="inparalog" value="0.091"/>
      </geneRef>
      <geneRef id="1303">
        <score id="inparalog" value="0.09"/>
      </geneRef>
      <geneRef id="1304">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="315">
      <score id="bit" value="50"/>
      <geneRef id="1305">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1306">
        <score id="inparalog" value="0.336"/>
      </geneRef>
      <geneRef id="1307">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="316">
      <score id="bit" value="50"/>
      <geneRef id="1308">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1309">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="317">
      <score id="bit" value="49"/>
      <geneRef id="1310">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1311">
        <score id="inparalog" value="0.236"/>
      </geneRef>
      <geneRef id="1312">
        <score id="inparalog" value="0.17"/>
      </geneRef>
      <geneRef id="1313">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="318">
      <score id="bit" value="49"/>
      <geneRef id="1314">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.43"/>
      </geneRef>
      <geneRef id="1315">
        <score id="inparalog" value="0.058"/>
      </geneRef>
      <geneRef id="1316">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1317">
        <score id="inparalog" value="0.498"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="319">
      <score id="bit" value="49"/>
      <geneRef id="1318">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1319">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1320">
        <score id="inparalog" value="0.631"/>
      </geneRef>
      <geneRef id="1321">
        <score id="inparalog" value="0.585"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="320">
      <score id="bit" value="49"/>
      <geneRef id="1322">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1323">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1324">
        <score id="inparalog" value="0.814"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="321">
      <score id="bit" value="49"/>
      <geneRef id="1325">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1326">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="322">
      <score id="bit" value="49"/>
      <geneRef id="1327">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1328">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="323">
      <score id="bit" value="48"/>
      <geneRef id="1329">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1330">
        <score id="inparalog" value="0.806"/>
      </geneRef>
      <geneRef id="1331">
        <score id="inparalog" value="0.764"/>
      </geneRef>
      <geneRef id="1332">
        <score id="inparalog" value="0.748"/>
      </geneRef>
      <geneRef id="1333">
        <score id="inparalog" value="0.748"/>
      </geneRef>
      <geneRef id="1334">
        <score id="inparalog" value="0.466"/>
      </geneRef>
      <geneRef id="1335">
        <score id="inparalog" value="0.196"/>
      </geneRef>
      <geneRef id="1336">
        <score id="inparalog" value="0.062"/>
      </geneRef>
      <geneRef id="1337">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1338">
        <score id="inparalog" value="0.831"/>
      </geneRef>
      <geneRef id="1339">
        <score id="inparalog" value="0.46"/>
      </geneRef>
      <geneRef id="1340">
        <score id="inparalog" value="0.437"/>
      </geneRef>
      <geneRef id="1341">
        <score id="inparalog" value="0.429"/>
      </geneRef>
      <geneRef id="1342">
        <score id="inparalog" value="0.355"/>
      </geneRef>
      <geneRef id="1343">
        <score id="inparalog" value="0.355"/>
      </geneRef>
      <geneRef id="1344">
        <score id="inparalog" value="0.345"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="324">
      <score id="bit" value="48"/>
      <geneRef id="1345">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1346">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1347">
        <score id="inparalog" value="0.653"/>
      </geneRef>
      <geneRef id="1348">
        <score id="inparalog" value="0.647"/>
      </geneRef>
      <geneRef id="1349">
        <score id="inparalog" value="0.308"/>
      </geneRef>
      <geneRef id="1350">
        <score id="inparalog" value="0.155"/>
      </geneRef>
      <geneRef id="1351">
        <score id="inparalog" value="0.06"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="325">
      <score id="bit" value="48"/>
      <geneRef id="1352">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1353">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1354">
        <score id="inparalog" value="0.638"/>
      </geneRef>
      <geneRef id="1355">
        <score id="inparalog" value="0.285"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="326">
      <score id="bit" value="47"/>
      <geneRef id="1356">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1357">
        <score id="inparalog" value="0.726"/>
      </geneRef>
      <geneRef id="1358">
        <score id="inparalog" value="0.581"/>
      </geneRef>
      <geneRef id="1359">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1360">
        <score id="inparalog" value="0.527"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="327">
      <score id="bit" value="47"/>
      <geneRef id="1361">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1362">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.63"/>
      </geneRef>
      <geneRef id="1363">
        <score id="inparalog" value="0.901"/>
      </geneRef>
      <geneRef id="1364">
        <score id="inparalog" value="0.413"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="328">
      <score id="bit" value="47"/>
      <geneRef id="1365">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1366">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1367">
        <score id="inparalog" value="0.356"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="329">
      <score id="bit" value="46"/>
      <geneRef id="1368">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1369">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1370">
        <score id="inparalog" value="0.56"/>
      </geneRef>
      <geneRef id="1371">
        <score id="inparalog" value="0.558"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="330">
      <score id="bit" value="45"/>
      <geneRef id="1372">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1373">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1374">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1375">
        <score id="inparalog" value="0.858"/>
      </geneRef>
      <geneRef id="1376">
        <score id="inparalog" value="0.855"/>
      </geneRef>
      <geneRef id="1377">
        <score id="inparalog" value="0.831"/>
      </geneRef>
      <geneRef id="1378">
        <score id="inparalog" value="0.818"/>
      </geneRef>
      <geneRef id="1379">
        <score id="inparalog" value="0.807"/>
      </geneRef>
      <geneRef id="1380">
        <score id="inparalog" value="0.755"/>
      </geneRef>
      <geneRef id="1381">
        <score id="inparalog" value="0.734"/>
      </geneRef>
      <geneRef id="1382">
        <score id="inparalog" value="0.723"/>
      </geneRef>
      <geneRef id="1383">
        <score id="inparalog" value="0.691"/>
      </geneRef>
      <geneRef id="1384">
        <score id="inparalog" value="0.665"/>
      </geneRef>
      <geneRef id="1385">
        <score id="inparalog" value="0.654"/>
      </geneRef>
      <geneRef id="1386">
        <score id="inparalog" value="0.652"/>
      </geneRef>
      <geneRef id="1387">
        <score id="inparalog" value="0.639"/>
      </geneRef>
      <geneRef id="1388">
        <score id="inparalog" value="0.623"/>
      </geneRef>
      <geneRef id="1389">
        <score id="inparalog" value="0.607"/>
      </geneRef>
      <geneRef id="1390">
        <score id="inparalog" value="0.583"/>
      </geneRef>
      <geneRef id="1391">
        <score id="inparalog" value="0.573"/>
      </geneRef>
      <geneRef id="1392">
        <score id="inparalog" value="0.549"/>
      </geneRef>
      <geneRef id="1393">
        <score id="inparalog" value="0.507"/>
      </geneRef>
      <geneRef id="1394">
        <score id="inparalog" value="0.501"/>
      </geneRef>
      <geneRef id="1395">
        <score id="inparalog" value="0.493"/>
      </geneRef>
      <geneRef id="1396">
        <score id="inparalog" value="0.488"/>
      </geneRef>
      <geneRef id="1397">
        <score id="inparalog" value="0.478"/>
      </geneRef>
      <geneRef id="1398">
        <score id="inparalog" value="0.47"/>
      </geneRef>
      <geneRef id="1399">
        <score id="inparalog" value="0.464"/>
      </geneRef>
      <geneRef id="1400">
        <score id="inparalog" value="0.459"/>
      </geneRef>
      <geneRef id="1401">
        <score id="inparalog" value="0.456"/>
      </geneRef>
      <geneRef id="1402">
        <score id="inparalog" value="0.451"/>
      </geneRef>
      <geneRef id="1403">
        <score id="inparalog" value="0.449"/>
      </geneRef>
      <geneRef id="1404">
        <score id="inparalog" value="0.449"/>
      </geneRef>
      <geneRef id="1405">
        <score id="inparalog" value="0.443"/>
      </geneRef>
      <geneRef id="1406">
        <score id="inparalog" value="0.435"/>
      </geneRef>
      <geneRef id="1407">
        <score id="inparalog" value="0.43"/>
      </geneRef>
      <geneRef id="1408">
        <score id="inparalog" value="0.43"/>
      </geneRef>
      <geneRef id="1409">
        <score id="inparalog" value="0.427"/>
      </geneRef>
      <geneRef id="1410">
        <score id="inparalog" value="0.427"/>
      </geneRef>
      <geneRef id="1411">
        <score id="inparalog" value="0.422"/>
      </geneRef>
      <geneRef id="1412">
        <score id="inparalog" value="0.417"/>
      </geneRef>
      <geneRef id="1413">
        <score id="inparalog" value="0.412"/>
      </geneRef>
      <geneRef id="1414">
        <score id="inparalog" value="0.409"/>
      </geneRef>
      <geneRef id="1415">
        <score id="inparalog" value="0.409"/>
      </geneRef>
      <geneRef id="1416">
        <score id="inparalog" value="0.391"/>
      </geneRef>
      <geneRef id="1417">
        <score id="inparalog" value="0.385"/>
      </geneRef>
      <geneRef id="1418">
        <score id="inparalog" value="0.385"/>
      </geneRef>
      <geneRef id="1419">
        <score id="inparalog" value="0.377"/>
      </geneRef>
      <geneRef id="1420">
        <score id="inparalog" value="0.354"/>
      </geneRef>
      <geneRef id="1421">
        <score id="inparalog" value="0.351"/>
      </geneRef>
      <geneRef id="1422">
        <score id="inparalog" value="0.346"/>
      </geneRef>
      <geneRef id="1423">
        <score id="inparalog" value="0.343"/>
      </geneRef>
      <geneRef id="1424">
        <score id="inparalog" value="0.332"/>
      </geneRef>
      <geneRef id="1425">
        <score id="inparalog" value="0.296"/>
      </geneRef>
      <geneRef id="1426">
        <score id="inparalog" value="0.282"/>
      </geneRef>
      <geneRef id="1427">
        <score id="inparalog" value="0.282"/>
      </geneRef>
      <geneRef id="1428">
        <score id="inparalog" value="0.277"/>
      </geneRef>
      <geneRef id="1429">
        <score id="inparalog" value="0.216"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="331">
      <score id="bit" value="45"/>
      <geneRef id="1430">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1431">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1432">
        <score id="inparalog" value="0.095"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="332">
      <score id="bit" value="44"/>
      <geneRef id="1433">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1434">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="333">
      <score id="bit" value="44"/>
      <geneRef id="1435">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1436">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="334">
      <score id="bit" value="43"/>
      <geneRef id="1437">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1438">
        <score id="inparalog" value="0.071"/>
      </geneRef>
      <geneRef id="1439">
        <score id="inparalog" value="0.055"/>
      </geneRef>
      <geneRef id="1440">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="335">
      <score id="bit" value="43"/>
      <geneRef id="1441">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1442">
        <score id="inparalog" value="0.451"/>
      </geneRef>
      <geneRef id="1443">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="336">
      <score id="bit" value="42"/>
      <geneRef id="1444">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1445">
        <score id="inparalog" value="0.493"/>
      </geneRef>
      <geneRef id="1446">
        <score id="inparalog" value="0.413"/>
      </geneRef>
      <geneRef id="1447">
        <score id="inparalog" value="0.391"/>
      </geneRef>
      <geneRef id="1448">
        <score id="inparalog" value="0.342"/>
      </geneRef>
      <geneRef id="1449">
        <score id="inparalog" value="0.311"/>
      </geneRef>
      <geneRef id="1450">
        <score id="inparalog" value="0.311"/>
      </geneRef>
      <geneRef id="1451">
        <score id="inparalog" value="0.26"/>
      </geneRef>
      <geneRef id="1452">
        <score id="inparalog" value="0.248"/>
      </geneRef>
      <geneRef id="1453">
        <score id="inparalog" value="0.197"/>
      </geneRef>
      <geneRef id="1454">
        <score id="inparalog" value="0.189"/>
      </geneRef>
      <geneRef id="1455">
        <score id="inparalog" value="0.18"/>
      </geneRef>
      <geneRef id="1456">
        <score id="inparalog" value="0.18"/>
      </geneRef>
      <geneRef id="1457">
        <score id="inparalog" value="0.177"/>
      </geneRef>
      <geneRef id="1458">
        <score id="inparalog" value="0.177"/>
      </geneRef>
      <geneRef id="1459">
        <score id="inparalog" value="0.175"/>
      </geneRef>
      <geneRef id="1460">
        <score id="inparalog" value="0.172"/>
      </geneRef>
      <geneRef id="1461">
        <score id="inparalog" value="0.172"/>
      </geneRef>
      <geneRef id="1462">
        <score id="inparalog" value="0.17"/>
      </geneRef>
      <geneRef id="1463">
        <score id="inparalog" value="0.167"/>
      </geneRef>
      <geneRef id="1464">
        <score id="inparalog" value="0.165"/>
      </geneRef>
      <geneRef id="1465">
        <score id="inparalog" value="0.163"/>
      </geneRef>
      <geneRef id="1466">
        <score id="inparalog" value="0.163"/>
      </geneRef>
      <geneRef id="1467">
        <score id="inparalog" value="0.16"/>
      </geneRef>
      <geneRef id="1468">
        <score id="inparalog" value="0.16"/>
      </geneRef>
      <geneRef id="1469">
        <score id="inparalog" value="0.16"/>
      </geneRef>
      <geneRef id="1470">
        <score id="inparalog" value="0.158"/>
      </geneRef>
      <geneRef id="1471">
        <score id="inparalog" value="0.155"/>
      </geneRef>
      <geneRef id="1472">
        <score id="inparalog" value="0.153"/>
      </geneRef>
      <geneRef id="1473">
        <score id="inparalog" value="0.148"/>
      </geneRef>
      <geneRef id="1474">
        <score id="inparalog" value="0.148"/>
      </geneRef>
      <geneRef id="1475">
        <score id="inparalog" value="0.143"/>
      </geneRef>
      <geneRef id="1476">
        <score id="inparalog" value="0.141"/>
      </geneRef>
      <geneRef id="1477">
        <score id="inparalog" value="0.138"/>
      </geneRef>
      <geneRef id="1478">
        <score id="inparalog" value="0.136"/>
      </geneRef>
      <geneRef id="1479">
        <score id="inparalog" value="0.133"/>
      </geneRef>
      <geneRef id="1480">
        <score id="inparalog" value="0.126"/>
      </geneRef>
      <geneRef id="1481">
        <score id="inparalog" value="0.124"/>
      </geneRef>
      <geneRef id="1482">
        <score id="inparalog" value="0.124"/>
      </geneRef>
      <geneRef id="1483">
        <score id="inparalog" value="0.121"/>
      </geneRef>
      <geneRef id="1484">
        <score id="inparalog" value="0.121"/>
      </geneRef>
      <geneRef id="1485">
        <score id="inparalog" value="0.119"/>
      </geneRef>
      <geneRef id="1486">
        <score id="inparalog" value="0.119"/>
      </geneRef>
      <geneRef id="1487">
        <score id="inparalog" value="0.119"/>
      </geneRef>
      <geneRef id="1488">
        <score id="inparalog" value="0.119"/>
      </geneRef>
      <geneRef id="1489">
        <score id="inparalog" value="0.117"/>
      </geneRef>
      <geneRef id="1490">
        <score id="inparalog" value="0.117"/>
      </geneRef>
      <geneRef id="1491">
        <score id="inparalog" value="0.114"/>
      </geneRef>
      <geneRef id="1492">
        <score id="inparalog" value="0.114"/>
      </geneRef>
      <geneRef id="1493">
        <score id="inparalog" value="0.114"/>
      </geneRef>
      <geneRef id="1494">
        <score id="inparalog" value="0.109"/>
      </geneRef>
      <geneRef id="1495">
        <score id="inparalog" value="0.1"/>
      </geneRef>
      <geneRef id="1496">
        <score id="inparalog" value="0.09"/>
      </geneRef>
      <geneRef id="1497">
        <score id="inparalog" value="0.087"/>
      </geneRef>
      <geneRef id="1498">
        <score id="inparalog" value="0.085"/>
      </geneRef>
      <geneRef id="1499">
        <score id="inparalog" value="0.085"/>
      </geneRef>
      <geneRef id="1500">
        <score id="inparalog" value="0.08"/>
      </geneRef>
      <geneRef id="1501">
        <score id="inparalog" value="0.07"/>
      </geneRef>
      <geneRef id="1502">
        <score id="inparalog" value="0.066"/>
      </geneRef>
      <geneRef id="1503">
        <score id="inparalog" value="0.061"/>
      </geneRef>
      <geneRef id="1504">
        <score id="inparalog" value="0.058"/>
      </geneRef>
      <geneRef id="1505">
        <score id="inparalog" value="0.053"/>
      </geneRef>
      <geneRef id="1506">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="337">
      <score id="bit" value="42"/>
      <geneRef id="1507">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1508">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1509">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1510">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1511">
        <score id="inparalog" value="0.953"/>
      </geneRef>
      <geneRef id="1512">
        <score id="inparalog" value="0.931"/>
      </geneRef>
      <geneRef id="1513">
        <score id="inparalog" value="0.91"/>
      </geneRef>
      <geneRef id="1514">
        <score id="inparalog" value="0.91"/>
      </geneRef>
      <geneRef id="1515">
        <score id="inparalog" value="0.907"/>
      </geneRef>
      <geneRef id="1516">
        <score id="inparalog" value="0.903"/>
      </geneRef>
      <geneRef id="1517">
        <score id="inparalog" value="0.9"/>
      </geneRef>
      <geneRef id="1518">
        <score id="inparalog" value="0.896"/>
      </geneRef>
      <geneRef id="1519">
        <score id="inparalog" value="0.896"/>
      </geneRef>
      <geneRef id="1520">
        <score id="inparalog" value="0.891"/>
      </geneRef>
      <geneRef id="1521">
        <score id="inparalog" value="0.87"/>
      </geneRef>
      <geneRef id="1522">
        <score id="inparalog" value="0.848"/>
      </geneRef>
      <geneRef id="1523">
        <score id="inparalog" value="0.838"/>
      </geneRef>
      <geneRef id="1524">
        <score id="inparalog" value="0.82"/>
      </geneRef>
      <geneRef id="1525">
        <score id="inparalog" value="0.815"/>
      </geneRef>
      <geneRef id="1526">
        <score id="inparalog" value="0.815"/>
      </geneRef>
      <geneRef id="1527">
        <score id="inparalog" value="0.815"/>
      </geneRef>
      <geneRef id="1528">
        <score id="inparalog" value="0.806"/>
      </geneRef>
      <geneRef id="1529">
        <score id="inparalog" value="0.791"/>
      </geneRef>
      <geneRef id="1530">
        <score id="inparalog" value="0.773"/>
      </geneRef>
      <geneRef id="1531">
        <score id="inparalog" value="0.773"/>
      </geneRef>
      <geneRef id="1532">
        <score id="inparalog" value="0.763"/>
      </geneRef>
      <geneRef id="1533">
        <score id="inparalog" value="0.758"/>
      </geneRef>
      <geneRef id="1534">
        <score id="inparalog" value="0.73"/>
      </geneRef>
      <geneRef id="1535">
        <score id="inparalog" value="0.73"/>
      </geneRef>
      <geneRef id="1536">
        <score id="inparalog" value="0.725"/>
      </geneRef>
      <geneRef id="1537">
        <score id="inparalog" value="0.725"/>
      </geneRef>
      <geneRef id="1538">
        <score id="inparalog" value="0.692"/>
      </geneRef>
      <geneRef id="1539">
        <score id="inparalog" value="0.692"/>
      </geneRef>
      <geneRef id="1540">
        <score id="inparalog" value="0.674"/>
      </geneRef>
      <geneRef id="1541">
        <score id="inparalog" value="0.659"/>
      </geneRef>
      <geneRef id="1542">
        <score id="inparalog" value="0.652"/>
      </geneRef>
      <geneRef id="1543">
        <score id="inparalog" value="0.634"/>
      </geneRef>
      <geneRef id="1544">
        <score id="inparalog" value="0.621"/>
      </geneRef>
      <geneRef id="1545">
        <score id="inparalog" value="0.62"/>
      </geneRef>
      <geneRef id="1546">
        <score id="inparalog" value="0.614"/>
      </geneRef>
      <geneRef id="1547">
        <score id="inparalog" value="0.597"/>
      </geneRef>
      <geneRef id="1548">
        <score id="inparalog" value="0.569"/>
      </geneRef>
      <geneRef id="1549">
        <score id="inparalog" value="0.568"/>
      </geneRef>
      <geneRef id="1550">
        <score id="inparalog" value="0.564"/>
      </geneRef>
      <geneRef id="1551">
        <score id="inparalog" value="0.56"/>
      </geneRef>
      <geneRef id="1552">
        <score id="inparalog" value="0.553"/>
      </geneRef>
      <geneRef id="1553">
        <score id="inparalog" value="0.545"/>
      </geneRef>
      <geneRef id="1554">
        <score id="inparalog" value="0.54"/>
      </geneRef>
      <geneRef id="1555">
        <score id="inparalog" value="0.536"/>
      </geneRef>
      <geneRef id="1556">
        <score id="inparalog" value="0.53"/>
      </geneRef>
      <geneRef id="1557">
        <score id="inparalog" value="0.523"/>
      </geneRef>
      <geneRef id="1558">
        <score id="inparalog" value="0.492"/>
      </geneRef>
      <geneRef id="1559">
        <score id="inparalog" value="0.485"/>
      </geneRef>
      <geneRef id="1560">
        <score id="inparalog" value="0.479"/>
      </geneRef>
      <geneRef id="1561">
        <score id="inparalog" value="0.477"/>
      </geneRef>
      <geneRef id="1562">
        <score id="inparalog" value="0.46"/>
      </geneRef>
      <geneRef id="1563">
        <score id="inparalog" value="0.432"/>
      </geneRef>
      <geneRef id="1564">
        <score id="inparalog" value="0.351"/>
      </geneRef>
      <geneRef id="1565">
        <score id="inparalog" value="0.295"/>
      </geneRef>
      <geneRef id="1566">
        <score id="inparalog" value="0.273"/>
      </geneRef>
      <geneRef id="1567">
        <score id="inparalog" value="0.27"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="338">
      <score id="bit" value="42"/>
      <geneRef id="1568">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1569">
        <score id="inparalog" value="0.557"/>
      </geneRef>
      <geneRef id="1570">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="339">
      <score id="bit" value="42"/>
      <geneRef id="1571">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1572">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="340">
      <score id="bit" value="42"/>
      <geneRef id="1573">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1574">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="341">
      <score id="bit" value="42"/>
      <geneRef id="1575">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1576">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="342">
      <score id="bit" value="41"/>
      <geneRef id="1577">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1578">
        <score id="inparalog" value="0.492"/>
      </geneRef>
      <geneRef id="1579">
        <score id="inparalog" value="0.417"/>
      </geneRef>
      <geneRef id="1580">
        <score id="inparalog" value="0.334"/>
      </geneRef>
      <geneRef id="1581">
        <score id="inparalog" value="0.224"/>
      </geneRef>
      <geneRef id="1582">
        <score id="inparalog" value="0.222"/>
      </geneRef>
      <geneRef id="1583">
        <score id="inparalog" value="0.218"/>
      </geneRef>
      <geneRef id="1584">
        <score id="inparalog" value="0.197"/>
      </geneRef>
      <geneRef id="1585">
        <score id="inparalog" value="0.168"/>
      </geneRef>
      <geneRef id="1586">
        <score id="inparalog" value="0.16"/>
      </geneRef>
      <geneRef id="1587">
        <score id="inparalog" value="0.116"/>
      </geneRef>
      <geneRef id="1588">
        <score id="inparalog" value="0.11"/>
      </geneRef>
      <geneRef id="1589">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="343">
      <score id="bit" value="41"/>
      <geneRef id="1590">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1591">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="344">
      <score id="bit" value="40"/>
      <geneRef id="1592">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="1593">
        <score id="inparalog" value="0.11"/>
      </geneRef>
      <geneRef id="1594">
        <score id="inparalog" value="0.072"/>
      </geneRef>
      <geneRef id="1595">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
  </groups>
</orthoXML>
