<?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="1673" inparalogs="3919"/>
    <parameters scoreCutoff="40" confidenceCutoff="0.05" overlapCutoff="0.5" mergingCutoff="0.5" matrix="BLOSUM62"/>
  </notes>
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        <gene id="3879" protId="D2VMS9" geneId="NAEGRDRAFT_70247"/>
        <gene id="3880" protId="D2VMM9" geneId="NAEGRDRAFT_70195"/>
        <gene id="3881" protId="D2V4A8" geneId="FM173"/>
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        <gene id="3887" protId="D2V2J8" geneId="NAEGRDRAFT_30585"/>
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        <gene id="3895" protId="D2W1D3" geneId="NAEGRDRAFT_75176"/>
        <gene id="3896" protId="D2W1D2" geneId="NAEGRDRAFT_75175"/>
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        <gene id="3900" protId="D2VQR9" geneId="NAEGRDRAFT_80898"/>
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        <gene id="3904" protId="D2V4V4" geneId="NAEGRDRAFT_63919"/>
        <gene id="3906" protId="D2VAB8" geneId="NAEGRDRAFT_47922"/>
        <gene id="3908" protId="D2V006" geneId="NAEGRDRAFT_62126"/>
        <gene id="3910" protId="D2V5T3" geneId="NAEGRDRAFT_31313"/>
        <gene id="3912" protId="D2VRL8" geneId="NAEGRDRAFT_71631"/>
        <gene id="3914" protId="D2W5G2" geneId="NAEGRDRAFT_54797"/>
        <gene id="3916" protId="D2V5Z0" geneId="NAEGRDRAFT_46938"/>
        <gene id="3918" protId="D2V3C1" geneId="NAEGRDRAFT_35375"/>
      </genes>
    </database>
    <notes>
      <additionalInformation abbreviation="N.gruberi" link="http://www.uniprot.org/taxonomy/5762"/>
    </notes>
  </species>
  <species name="Torulaspora delbrueckii " NCBITaxId="1076872">
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        <gene id="322" protId="G8ZXY5" geneId="TDEL0G03850"/>
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        <gene id="3405" protId="G8ZYW6" geneId="TDEL0G02240"/>
        <gene id="3407" protId="G8ZW39" geneId="TDEL0F00220"/>
        <gene id="3409" protId="G9A093" geneId="TDEL0H04280"/>
        <gene id="3411" protId="G8ZZ14" geneId="TDEL0G02720"/>
        <gene id="3413" protId="G8ZSN0" geneId="TDEL0D00400"/>
        <gene id="3417" protId="G8ZM54" geneId="TDEL0A03660"/>
        <gene id="3420" protId="G8ZTK8" geneId="TDEL0D03680"/>
        <gene id="3422" protId="G8ZP38" geneId="TDEL0B02530"/>
        <gene id="3424" protId="G8ZVA0" geneId="TDEL0E03010"/>
        <gene id="3426" protId="G8ZWC3" geneId="TDEL0F01060"/>
        <gene id="3428" protId="G8ZWD9" geneId="TDEL0F01220"/>
        <gene id="3430" protId="G8ZZF0" geneId="TDEL0H01350"/>
        <gene id="3433" protId="G8ZPE8" geneId="TDEL0B03630"/>
        <gene id="3434" protId="G8ZPE7" geneId="TDEL0B03620"/>
        <gene id="3437" protId="G8ZXJ1" geneId="TDEL0F05240"/>
        <gene id="3439" protId="G8ZND4" geneId="TDEL0A07960"/>
        <gene id="3441" protId="G8ZL84" geneId="TDEL0A00460"/>
        <gene id="3443" protId="G8ZZK1" geneId="TDEL0H01860"/>
        <gene id="3445" protId="G8ZMY0" geneId="TDEL0A06420"/>
        <gene id="3447" protId="G8ZLW9" geneId="TDEL0A02810"/>
        <gene id="3449" protId="G8ZPK5" geneId="TDEL0B04200"/>
        <gene id="3452" protId="G8ZSD4" geneId="TDEL0C05370"/>
        <gene id="3455" protId="G8ZPV7" geneId="TDEL0B05220"/>
        <gene id="3457" protId="G8ZVY8" geneId="TDEL0E05390"/>
        <gene id="3459" protId="G8ZRR5" geneId="TDEL0C03180"/>
        <gene id="3461" protId="G8ZXW3" geneId="TDEL0G03630"/>
        <gene id="3463" protId="G9A037" geneId="TDEL0H03720"/>
        <gene id="3467" protId="G8ZUV3" geneId="TDEL0E01540"/>
        <gene id="3469" protId="G8ZNC3" geneId="TDEL0A07850"/>
        <gene id="3471" protId="G8ZRL7" geneId="TDEL0C02700"/>
        <gene id="3473" protId="G8ZUD1" geneId="TDEL0D06410"/>
        <gene id="3475" protId="G8ZZ80" geneId="TDEL0H00650"/>
        <gene id="3478" protId="G8ZYT4" geneId="TDEL0G01920"/>
        <gene id="3479" protId="G8ZQY7" geneId="TDEL0C00400"/>
        <gene id="3480" protId="G8ZQF0" geneId="TDEL0B07150"/>
        <gene id="3481" protId="G8ZQP9" geneId="TDEL0C06470"/>
        <gene id="3484" protId="G8ZWT5" geneId="TDEL0F02680"/>
        <gene id="3486" protId="G8ZPK3" geneId="TDEL0B04180"/>
        <gene id="3488" protId="G8ZW49" geneId="TDEL0F00320"/>
        <gene id="3490" protId="G8ZU41" geneId="TDEL0D05510"/>
        <gene id="3492" protId="G8ZQ58" geneId="TDEL0B06230"/>
        <gene id="3494" protId="G8ZZK7" geneId="TDEL0H01920"/>
        <gene id="3496" protId="G8ZUW3" geneId="TDEL0E01640"/>
        <gene id="3498" protId="G8ZUP9" geneId="TDEL0E01000"/>
        <gene id="3500" protId="G8ZW74" geneId="TDEL0F00570"/>
        <gene id="3504" protId="G8ZMD8" geneId="TDEL0A04500"/>
        <gene id="3506" protId="G8ZYZ5" geneId="TDEL0G02530"/>
        <gene id="3507" protId="G8ZSV2" geneId="TDEL0D01120"/>
        <gene id="3509" protId="G8ZNU5" geneId="TDEL0B01600"/>
        <gene id="3511" protId="G8ZQZ1" geneId="TDEL0C00440"/>
        <gene id="3513" protId="G8ZU77" geneId="TDEL0D05870"/>
        <gene id="3515" protId="G8ZMP9" geneId="TDEL0A05610"/>
        <gene id="3517" protId="G8ZY72" geneId="TDEL0G04720"/>
        <gene id="3519" protId="G8ZPK8" geneId="TDEL0B04230"/>
        <gene id="3521" protId="G8ZM96" geneId="TDEL0A04080"/>
        <gene id="3523" protId="G8ZMB8" geneId="TDEL0A04300"/>
        <gene id="3525" protId="G8ZWF2" geneId="TDEL0F01350"/>
        <gene id="3527" protId="G8ZTM1" geneId="TDEL0D03810"/>
        <gene id="3529" protId="G8ZZ69" geneId="TDEL0H00540"/>
        <gene id="3531" protId="G8ZSY9" geneId="TDEL0D01490"/>
        <gene id="3533" protId="G8ZSS1" geneId="TDEL0D00810"/>
        <gene id="3535" protId="G8ZSE6" geneId="TDEL0C05490"/>
        <gene id="3537" protId="G8ZQJ3" geneId="TDEL0B07580"/>
        <gene id="3539" protId="G8ZU94" geneId="TDEL0D06040"/>
        <gene id="3541" protId="G8ZYK0" geneId="TDEL0G01080"/>
        <gene id="3543" protId="G8ZNH7" geneId="TDEL0B00420"/>
        <gene id="3545" protId="G8ZUW9" geneId="TDEL0E01700"/>
        <gene id="3548" protId="G8ZPE9" geneId="TDEL0B03640"/>
        <gene id="3550" protId="G8ZN71" geneId="TDEL0A07330"/>
        <gene id="3552" protId="G8ZSW0" geneId="TDEL0D01200"/>
        <gene id="3554" protId="G8ZQ97" geneId="TDEL0B06620"/>
        <gene id="3556" protId="G8ZUL7" geneId="TDEL0E00680"/>
        <gene id="3558" protId="G8ZV70" geneId="TDEL0E02710"/>
        <gene id="3560" protId="G8ZVH8" geneId="TDEL0E03790"/>
        <gene id="3562" protId="G8ZXF1" geneId="TDEL0F04840"/>
        <gene id="3566" protId="G8ZX70" geneId="TDEL0F04030"/>
        <gene id="3570" protId="G8ZTH5" geneId="TDEL0D03350"/>
        <gene id="3573" protId="G8ZWJ8" geneId="TDEL0F01810"/>
        <gene id="3575" protId="G8ZM73" geneId="TDEL0A03850"/>
        <gene id="3577" protId="G8ZV46" geneId="TDEL0E02470"/>
        <gene id="3579" protId="G8ZXW9" geneId="TDEL0G03690"/>
        <gene id="3591" protId="G8ZPC6" geneId="TDEL0B03410"/>
        <gene id="3595" protId="G8ZQ90" geneId="TDEL0B06550"/>
        <gene id="3598" protId="G8ZUU5" geneId="TDEL0E01460"/>
        <gene id="3600" protId="G8ZT76" geneId="TDEL0D02360"/>
        <gene id="3602" protId="G8ZY35" geneId="TDEL0G04350"/>
        <gene id="3604" protId="G8ZQR0" geneId="TDEL0C06580"/>
        <gene id="3606" protId="G8ZTQ2" geneId="TDEL0D04120"/>
        <gene id="3608" protId="G8ZQ60" geneId="TDEL0B06250"/>
        <gene id="3610" protId="G8ZLH8" geneId="TDEL0A01400"/>
        <gene id="3612" protId="G8ZQ15" geneId="TDEL0B05800"/>
        <gene id="3614" protId="G8ZWN9" geneId="TDEL0F02220"/>
        <gene id="3616" protId="G8ZSR2" geneId="TDEL0D00720"/>
        <gene id="3618" protId="G8ZPW1" geneId="TDEL0B05260"/>
        <gene id="3620" protId="G8ZNH3" geneId="TDEL0B00380"/>
        <gene id="3622" protId="G8ZVF2" geneId="TDEL0E03530"/>
        <gene id="3624" protId="G8ZNI2" geneId="TDEL0B00470"/>
        <gene id="3626" protId="G8ZVC0" geneId="TDEL0E03210"/>
        <gene id="3628" protId="G8ZNP7" geneId="TDEL0B01120"/>
        <gene id="3630" protId="G8ZR55" geneId="TDEL0C01080"/>
        <gene id="3632" protId="G8ZPN1" geneId="TDEL0B04460"/>
        <gene id="3634" protId="G8ZVL8" geneId="TDEL0E04190"/>
        <gene id="3640" protId="G9A0B5" geneId="TDEL0H04500"/>
        <gene id="3644" protId="G8ZMH2" geneId="TDEL0A04840"/>
        <gene id="3646" protId="G8ZQ99" geneId="TDEL0B06640"/>
        <gene id="3648" protId="G8ZY04" geneId="TDEL0G04040"/>
        <gene id="3650" protId="G8ZZ78" geneId="TDEL0H00630"/>
        <gene id="3652" protId="G8ZTX5" geneId="TDEL0D04850"/>
        <gene id="3654" protId="G8ZWU5" geneId="TDEL0F02780"/>
        <gene id="3662" protId="G8ZUJ8" geneId="TDEL0E00490"/>
        <gene id="3666" protId="G8ZQH0" geneId="TDEL0B07350"/>
        <gene id="3667" protId="G8ZUK5" geneId="TDEL0E00560"/>
        <gene id="3668" protId="G8ZXS3" geneId="TDEL0G03230"/>
        <gene id="3670" protId="G8ZUH3" geneId="TDEL0E00240"/>
        <gene id="3671" protId="G8ZW18" geneId="TDEL0E05690"/>
        <gene id="3673" protId="G8ZTF0" geneId="TDEL0D03100"/>
        <gene id="3675" protId="G8ZVM1" geneId="TDEL0E04220"/>
        <gene id="3677" protId="G8ZZ47" geneId="TDEL0H00320"/>
        <gene id="3679" protId="G8ZZI7" geneId="TDEL0H01720"/>
        <gene id="3681" protId="G8ZN33" geneId="TDEL0A06950"/>
        <gene id="3683" protId="G8ZTL7" geneId="TDEL0D03770"/>
        <gene id="3686" protId="G8ZNV0" geneId="TDEL0B01650"/>
        <gene id="3689" protId="G9A092" geneId="TDEL0H04270"/>
        <gene id="3691" protId="G8ZQ07" geneId="TDEL0B05720"/>
        <gene id="3693" protId="G8ZSZ6" geneId="TDEL0D01560"/>
        <gene id="3695" protId="G8ZW16" geneId="TDEL0E05670"/>
        <gene id="3697" protId="G8ZX30" geneId="TDEL0F03630"/>
        <gene id="3699" protId="G8ZWH1" geneId="TDEL0F01540"/>
        <gene id="3705" protId="G9A049" geneId="TDEL0H03840"/>
        <gene id="3708" protId="G8ZXG3" geneId="TDEL0F04960"/>
        <gene id="3710" protId="G8ZR30" geneId="TDEL0C00830"/>
        <gene id="3712" protId="G8ZRE3" geneId="TDEL0C01960"/>
        <gene id="3714" protId="G8ZTP9" geneId="TDEL0D04090"/>
        <gene id="3716" protId="G8ZQ94" geneId="TDEL0B06590"/>
        <gene id="3718" protId="G8ZL67" geneId="TDEL0A00290"/>
        <gene id="3720" protId="G8ZZK4" geneId="TDEL0H01890"/>
        <gene id="3722" protId="G8ZTN0" geneId="TDEL0D03900"/>
        <gene id="3724" protId="G8ZY13" geneId="TDEL0G04130"/>
        <gene id="3726" protId="G8ZUR7" geneId="TDEL0E01180"/>
        <gene id="3728" protId="G8ZZY6" geneId="TDEL0H03210"/>
        <gene id="3729" protId="G8ZZP4" geneId="TDEL0H02290"/>
        <gene id="3731" protId="G8ZV61" geneId="TDEL0E02620"/>
        <gene id="3733" protId="G8ZXJ8" geneId="TDEL0F05310"/>
        <gene id="3735" protId="G8ZX86" geneId="TDEL0F04190"/>
        <gene id="3740" protId="G9A032" geneId="TDEL0H03670"/>
        <gene id="3742" protId="G8ZUB0" geneId="TDEL0D06200"/>
        <gene id="3744" protId="G8ZQ77" geneId="TDEL0B06420"/>
        <gene id="3746" protId="G8ZT58" geneId="TDEL0D02180"/>
        <gene id="3748" protId="G8ZVU2" geneId="TDEL0E04930"/>
        <gene id="3750" protId="G8ZU20" geneId="TDEL0D05300"/>
        <gene id="3752" protId="G8ZYL2" geneId="TDEL0G01200"/>
        <gene id="3754" protId="G8ZQ75" geneId="TDEL0B06400"/>
        <gene id="3756" protId="G9A081" geneId="TDEL0H04160"/>
        <gene id="3758" protId="G8ZS59" geneId="TDEL0C04620"/>
        <gene id="3760" protId="G8ZLX2" geneId="TDEL0A02840"/>
        <gene id="3762" protId="G8ZS96" geneId="TDEL0C04990"/>
        <gene id="3764" protId="G8ZTX0" geneId="TDEL0D04800"/>
        <gene id="3766" protId="G8ZWY7" geneId="TDEL0F03200"/>
        <gene id="3768" protId="G8ZWV2" geneId="TDEL0F02850"/>
        <gene id="3770" protId="G8ZPU9" geneId="TDEL0B05140"/>
        <gene id="3772" protId="G8ZN92" geneId="TDEL0A07540"/>
        <gene id="3774" protId="G8ZY33" geneId="TDEL0G04330"/>
        <gene id="3776" protId="G8ZNC1" geneId="TDEL0A07830"/>
        <gene id="3778" protId="G8ZVC7" geneId="TDEL0E03280"/>
        <gene id="3780" protId="G9A007" geneId="TDEL0H03420"/>
        <gene id="3782" protId="G8ZUC3" geneId="TDEL0D06330"/>
        <gene id="3784" protId="G8ZXV7" geneId="TDEL0G03570"/>
        <gene id="3788" protId="G8ZL81" geneId="TDEL0A00430"/>
        <gene id="3790" protId="G8ZQZ5" geneId="TDEL0C00480"/>
        <gene id="3792" protId="G8ZUE5" geneId="TDEL0D06550"/>
        <gene id="3794" protId="G8ZQH1" geneId="TDEL0B07360"/>
        <gene id="3796" protId="G8ZNT6" geneId="TDEL0B01510"/>
        <gene id="3798" protId="G8ZZS3" geneId="TDEL0H02580"/>
        <gene id="3800" protId="G8ZS81" geneId="TDEL0C04840"/>
        <gene id="3802" protId="G8ZXJ5" geneId="TDEL0F05280"/>
        <gene id="3809" protId="G8ZR15" geneId="TDEL0C00680"/>
        <gene id="3814" protId="G8ZXZ3" geneId="TDEL0G03930"/>
        <gene id="3815" protId="G8ZXZ6" geneId="TDEL0G03960"/>
        <gene id="3817" protId="G8ZYN5" geneId="TDEL0G01430"/>
        <gene id="3819" protId="G8ZVB2" geneId="TDEL0E03130"/>
        <gene id="3821" protId="G8ZZX6" geneId="TDEL0H03110"/>
        <gene id="3831" protId="G8ZPC9" geneId="TDEL0B03440"/>
        <gene id="3835" protId="G8ZUG4" geneId="TDEL0E00150"/>
        <gene id="3836" protId="G8ZY91" geneId="TDEL0G04910"/>
        <gene id="3837" protId="G8ZUG8" geneId="TDEL0E00190"/>
        <gene id="3841" protId="G9A084" geneId="TDEL0H04190"/>
        <gene id="3843" protId="G8ZU46" geneId="TDEL0D05560"/>
        <gene id="3845" protId="G8ZX99" geneId="TDEL0F04320"/>
        <gene id="3847" protId="G8ZSY7" geneId="TDEL0D01470"/>
        <gene id="3849" protId="G8ZSI5" geneId="TDEL0C05880"/>
        <gene id="3851" protId="G8ZV73" geneId="TDEL0E02740"/>
        <gene id="3853" protId="G8ZWU6" geneId="TDEL0F02790"/>
        <gene id="3855" protId="G8ZSQ4" geneId="TDEL0D00640"/>
        <gene id="3860" protId="G8ZTA2" geneId="TDEL0D02620"/>
        <gene id="3864" protId="G8ZV12" geneId="TDEL0E02130"/>
        <gene id="3867" protId="G8ZRM4" geneId="TDEL0C02770"/>
        <gene id="3869" protId="G8ZL97" geneId="TDEL0A00590"/>
        <gene id="3871" protId="G8ZSL9" geneId="TDEL0D00290"/>
        <gene id="3873" protId="G8ZR88" geneId="TDEL0C01410"/>
        <gene id="3882" protId="G8ZW08" geneId="TDEL0E05590"/>
        <gene id="3883" protId="G8ZQW8" geneId="TDEL0C00210"/>
        <gene id="3886" protId="G8ZSA4" geneId="TDEL0C05070"/>
        <gene id="3888" protId="G8ZPS5" geneId="TDEL0B04900"/>
        <gene id="3890" protId="G8ZVI3" geneId="TDEL0E03840"/>
        <gene id="3892" protId="G8ZYY1" geneId="TDEL0G02390"/>
        <gene id="3894" protId="G8ZPY9" geneId="TDEL0B05540"/>
        <gene id="3897" protId="G8ZWB6" geneId="TDEL0F00990"/>
        <gene id="3899" protId="G8ZMM1" geneId="TDEL0A05330"/>
        <gene id="3901" protId="G8ZPT9" geneId="TDEL0B05040"/>
        <gene id="3903" protId="G8ZSD9" geneId="TDEL0C05420"/>
        <gene id="3905" protId="G8ZQA8" geneId="TDEL0B06730"/>
        <gene id="3907" protId="G8ZXN9" geneId="TDEL0G02890"/>
        <gene id="3909" protId="G8ZMS7" geneId="TDEL0A05890"/>
        <gene id="3911" protId="G8ZZW7" geneId="TDEL0H03020"/>
        <gene id="3913" protId="G8ZZU5" geneId="TDEL0H02800"/>
        <gene id="3915" protId="G8ZLI1" geneId="TDEL0A01430"/>
        <gene id="3917" protId="G8ZSH0" geneId="TDEL0C05730"/>
        <gene id="3919" protId="G8ZML8" geneId="TDEL0A05300"/>
      </genes>
    </database>
    <notes>
      <additionalInformation abbreviation="T.delbrueckii" link="http://www.uniprot.org/taxonomy/1076872"/>
    </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="2647"/>
      <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="2097"/>
      <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>
    </orthologGroup>
    <orthologGroup id="3">
      <score id="bit" value="1834"/>
      <geneRef id="5">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="6">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="4">
      <score id="bit" value="1676"/>
      <geneRef id="7">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="8">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="5">
      <score id="bit" value="1639"/>
      <geneRef id="9">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="10">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="6">
      <score id="bit" value="1542"/>
      <geneRef id="11">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="12">
        <score id="inparalog" value="0.28"/>
      </geneRef>
      <geneRef id="13">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="7">
      <score id="bit" value="1373"/>
      <geneRef id="14">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="15">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="8">
      <score id="bit" value="1361"/>
      <geneRef id="16">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="17">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="9">
      <score id="bit" value="1354"/>
      <geneRef id="18">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="19">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="10">
      <score id="bit" value="1314"/>
      <geneRef id="20">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="21">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="11">
      <score id="bit" value="1291"/>
      <geneRef id="22">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="23">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="12">
      <score id="bit" value="1267"/>
      <geneRef id="24">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="25">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="13">
      <score id="bit" value="1263"/>
      <geneRef id="26">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="27">
        <score id="inparalog" value="1"/>
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