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    </database>
    <notes>
      <additionalInformation abbreviation="G.intestinalis" link="http://www.uniprot.org/taxonomy/184922"/>
    </notes>
  </species>
  <species name="Nasonia vitripennis " NCBITaxId="7425">
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        <gene id="1946" protId="K7J360" geneId="uncharacterized_K7J360"/>
        <gene id="1957" protId="K7JWM4" geneId="uncharacterized_K7JWM4"/>
        <gene id="1959" protId="K7IN15" geneId="uncharacterized_K7IN15"/>
        <gene id="1961" protId="K7IT19" geneId="uncharacterized_K7IT19"/>
        <gene id="1963" protId="K7ITM6" geneId="uncharacterized_K7ITM6"/>
        <gene id="1965" protId="K7J7L7" geneId="uncharacterized_K7J7L7"/>
        <gene id="1967" protId="K7IZL3" geneId="uncharacterized_K7IZL3"/>
        <gene id="1969" protId="K7J0T0" geneId="uncharacterized_K7J0T0"/>
        <gene id="1971" protId="K7IN97" geneId="uncharacterized_K7IN97"/>
        <gene id="1973" protId="K7IT64" geneId="uncharacterized_K7IT64"/>
        <gene id="1975" protId="K7IVQ7" geneId="uncharacterized_K7IVQ7"/>
        <gene id="1977" protId="K7IRF5" geneId="uncharacterized_K7IRF5"/>
        <gene id="1979" protId="K7JA86" geneId="uncharacterized_K7JA86"/>
        <gene id="1981" protId="K7J6N6" geneId="uncharacterized_K7J6N6"/>
        <gene id="1982" protId="K7J962" geneId="uncharacterized_K7J962"/>
        <gene id="1983" protId="K7J9A9" geneId="uncharacterized_K7J9A9"/>
        <gene id="1985" protId="K7IQP3" geneId="uncharacterized_K7IQP3"/>
        <gene id="1987" protId="K7J0B4" geneId="uncharacterized_K7J0B4"/>
        <gene id="1989" protId="K7JA69" geneId="uncharacterized_K7JA69"/>
        <gene id="1990" protId="K7JH19" geneId="uncharacterized_K7JH19"/>
        <gene id="1991" protId="K7JTG6" geneId="uncharacterized_K7JTG6"/>
        <gene id="1992" protId="K7JG68" geneId="uncharacterized_K7JG68"/>
        <gene id="1993" protId="K7ILY7" geneId="uncharacterized_K7ILY7"/>
        <gene id="1995" protId="K7IUV6" geneId="uncharacterized_K7IUV6"/>
        <gene id="1996" protId="K7IQJ2" geneId="uncharacterized_K7IQJ2"/>
        <gene id="1998" protId="K7IUN1" geneId="uncharacterized_K7IUN1"/>
        <gene id="2000" protId="K7J5P4" geneId="uncharacterized_K7J5P4"/>
        <gene id="2004" protId="K7IVP5" geneId="uncharacterized_K7IVP5"/>
        <gene id="2005" protId="K7IXS6" geneId="uncharacterized_K7IXS6"/>
        <gene id="2008" protId="K7INS9" geneId="uncharacterized_K7INS9"/>
        <gene id="2010" protId="K7IV47" geneId="uncharacterized_K7IV47"/>
        <gene id="2012" protId="K7JEQ9" geneId="uncharacterized_K7JEQ9"/>
        <gene id="2013" protId="K7J991" geneId="uncharacterized_K7J991"/>
        <gene id="2014" protId="K7J989" geneId="uncharacterized_K7J989"/>
        <gene id="2015" protId="K7J0C0" geneId="uncharacterized_K7J0C0"/>
        <gene id="2016" protId="K7IY44" geneId="uncharacterized_K7IY44"/>
        <gene id="2017" protId="K7JAH9" geneId="uncharacterized_K7JAH9"/>
        <gene id="2018" protId="K7JAH8" geneId="uncharacterized_K7JAH8"/>
        <gene id="2019" protId="K7IWF2" geneId="uncharacterized_K7IWF2"/>
        <gene id="2020" protId="K7IVS9" geneId="uncharacterized_K7IVS9"/>
        <gene id="2021" protId="K7IWF3" geneId="uncharacterized_K7IWF3"/>
        <gene id="2022" protId="K7J3Q8" geneId="uncharacterized_K7J3Q8"/>
        <gene id="2023" protId="K7J992" geneId="uncharacterized_K7J992"/>
        <gene id="2024" protId="K7J990" geneId="uncharacterized_K7J990"/>
        <gene id="2025" protId="K7IPU3" geneId="uncharacterized_K7IPU3"/>
        <gene id="2026" protId="K7ITT5" geneId="uncharacterized_K7ITT5"/>
        <gene id="2027" protId="K7JNW0" geneId="uncharacterized_K7JNW0"/>
        <gene id="2028" protId="K7J2L8" geneId="uncharacterized_K7J2L8"/>
        <gene id="2029" protId="K7ITT4" geneId="uncharacterized_K7ITT4"/>
        <gene id="2030" protId="K7JCC5" geneId="uncharacterized_K7JCC5"/>
        <gene id="2033" protId="K7IYG7" geneId="uncharacterized_K7IYG7"/>
        <gene id="2034" protId="K7JHY1" geneId="uncharacterized_K7JHY1"/>
        <gene id="2036" protId="K7J4E5" geneId="uncharacterized_K7J4E5"/>
        <gene id="2037" protId="K7J743" geneId="uncharacterized_K7J743"/>
        <gene id="2039" protId="K7IPQ5" geneId="uncharacterized_K7IPQ5"/>
        <gene id="2041" protId="K7J062" geneId="uncharacterized_K7J062"/>
        <gene id="2043" protId="K7IY41" geneId="uncharacterized_K7IY41"/>
        <gene id="2045" protId="K7J5F0" geneId="uncharacterized_K7J5F0"/>
        <gene id="2060" protId="K7JHK3" geneId="uncharacterized_K7JHK3"/>
        <gene id="2069" protId="K7JZU3" geneId="uncharacterized_K7JZU3"/>
        <gene id="2070" protId="K7JG24" geneId="uncharacterized_K7JG24"/>
        <gene id="2071" protId="K7JTX7" geneId="uncharacterized_K7JTX7"/>
        <gene id="2073" protId="K7IR95" geneId="uncharacterized_K7IR95"/>
        <gene id="2074" protId="K7IS88" geneId="uncharacterized_K7IS88"/>
        <gene id="2075" protId="K7J3T7" geneId="uncharacterized_K7J3T7"/>
        <gene id="2078" protId="K7J9X6" geneId="uncharacterized_K7J9X6"/>
        <gene id="2082" protId="K7IV85" geneId="uncharacterized_K7IV85"/>
        <gene id="2083" protId="K7J3G4" geneId="uncharacterized_K7J3G4"/>
        <gene id="2084" protId="K7IV84" geneId="uncharacterized_K7IV84"/>
        <gene id="2085" protId="K7J2P5" geneId="uncharacterized_K7J2P5"/>
        <gene id="2087" protId="K7INE1" geneId="uncharacterized_K7INE1"/>
        <gene id="2089" protId="K7IS98" geneId="uncharacterized_K7IS98"/>
        <gene id="2091" protId="K7J3E1" geneId="uncharacterized_K7J3E1"/>
        <gene id="2093" protId="K7J753" geneId="uncharacterized_K7J753"/>
        <gene id="2095" protId="K7J696" geneId="uncharacterized_K7J696"/>
        <gene id="2097" protId="K7JAQ8" geneId="uncharacterized_K7JAQ8"/>
        <gene id="2099" protId="K7ISH1" geneId="uncharacterized_K7ISH1"/>
        <gene id="2101" protId="K7IP59" geneId="uncharacterized_K7IP59"/>
        <gene id="2103" protId="K7IN59" geneId="uncharacterized_K7IN59"/>
        <gene id="2105" protId="K7J6S8" geneId="uncharacterized_K7J6S8"/>
        <gene id="2107" protId="K7JB81" geneId="uncharacterized_K7JB81"/>
        <gene id="2108" protId="K7IQI6" geneId="uncharacterized_K7IQI6"/>
        <gene id="2110" protId="K7IMW5" geneId="uncharacterized_K7IMW5"/>
        <gene id="2112" protId="K7IRB0" geneId="uncharacterized_K7IRB0"/>
        <gene id="2113" protId="K7IVX1" geneId="uncharacterized_K7IVX1"/>
        <gene id="2115" protId="K7IQX9" geneId="uncharacterized_K7IQX9"/>
        <gene id="2117" protId="K7IWH1" geneId="uncharacterized_K7IWH1"/>
        <gene id="2119" protId="K7IMN0" geneId="uncharacterized_K7IMN0"/>
        <gene id="2121" protId="K7IQA9" geneId="uncharacterized_K7IQA9"/>
        <gene id="2123" protId="K7IP87" geneId="uncharacterized_K7IP87"/>
        <gene id="2125" protId="K7IXU4" geneId="uncharacterized_K7IXU4"/>
        <gene id="2127" protId="K7J6B1" geneId="uncharacterized_K7J6B1"/>
        <gene id="2128" protId="K7JKR6" geneId="uncharacterized_K7JKR6"/>
        <gene id="2130" protId="K7IXK2" geneId="uncharacterized_K7IXK2"/>
        <gene id="2132" protId="K7JB84" geneId="uncharacterized_K7JB84"/>
        <gene id="2134" protId="K7J2C8" geneId="uncharacterized_K7J2C8"/>
        <gene id="2137" protId="K7J8D7" geneId="uncharacterized_K7J8D7"/>
        <gene id="2138" protId="K7JBR6" geneId="uncharacterized_K7JBR6"/>
        <gene id="2139" protId="K7JB67" geneId="uncharacterized_K7JB67"/>
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        <gene id="2141" protId="K7J9T4" geneId="uncharacterized_K7J9T4"/>
        <gene id="2142" protId="K7JAX7" geneId="uncharacterized_K7JAX7"/>
        <gene id="2143" protId="K7JSI1" geneId="uncharacterized_K7JSI1"/>
        <gene id="2144" protId="K7JG60" geneId="uncharacterized_K7JG60"/>
        <gene id="2145" protId="K7J918" geneId="uncharacterized_K7J918"/>
        <gene id="2146" protId="K7JC95" geneId="uncharacterized_K7JC95"/>
        <gene id="2147" protId="K7J5Z0" geneId="uncharacterized_K7J5Z0"/>
        <gene id="2148" protId="K7J7W6" geneId="uncharacterized_K7J7W6"/>
        <gene id="2149" protId="K7JAW2" geneId="uncharacterized_K7JAW2"/>
        <gene id="2150" protId="K7JA94" geneId="uncharacterized_K7JA94"/>
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        <gene id="2152" protId="K7JCA8" geneId="uncharacterized_K7JCA8"/>
        <gene id="2153" protId="K7JBW3" geneId="uncharacterized_K7JBW3"/>
        <gene id="2154" protId="K7J919" geneId="uncharacterized_K7J919"/>
        <gene id="2155" protId="K7JC51" geneId="uncharacterized_K7JC51"/>
        <gene id="2157" protId="K7IRV1" geneId="uncharacterized_K7IRV1"/>
        <gene id="2159" protId="K7J3C9" geneId="uncharacterized_K7J3C9"/>
        <gene id="2161" protId="K7IS70" geneId="uncharacterized_K7IS70"/>
        <gene id="2163" protId="K7JEL8" geneId="uncharacterized_K7JEL8"/>
        <gene id="2164" protId="K7IXG8" geneId="uncharacterized_K7IXG8"/>
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        <gene id="2168" protId="K7J6J8" geneId="uncharacterized_K7J6J8"/>
        <gene id="2170" protId="K7J8M1" geneId="uncharacterized_K7J8M1"/>
        <gene id="2172" protId="K7J720" geneId="uncharacterized_K7J720"/>
        <gene id="2173" protId="K7J0T9" geneId="uncharacterized_K7J0T9"/>
        <gene id="2175" protId="K7IZA2" geneId="uncharacterized_K7IZA2"/>
        <gene id="2192" protId="K7J484" geneId="uncharacterized_K7J484"/>
        <gene id="2194" protId="K7IN26" geneId="uncharacterized_K7IN26"/>
        <gene id="2195" protId="K7IWB0" geneId="uncharacterized_K7IWB0"/>
        <gene id="2197" protId="K7J7L1" geneId="uncharacterized_K7J7L1"/>
        <gene id="2198" protId="K7J4M4" geneId="uncharacterized_K7J4M4"/>
        <gene id="2200" protId="K7ITB0" geneId="uncharacterized_K7ITB0"/>
        <gene id="2202" protId="K7J0A0" geneId="uncharacterized_K7J0A0"/>
        <gene id="2204" protId="K7IZT7" geneId="uncharacterized_K7IZT7"/>
        <gene id="2206" protId="K7J631" geneId="uncharacterized_K7J631"/>
        <gene id="2220" protId="K7J0J4" geneId="uncharacterized_K7J0J4"/>
        <gene id="2221" protId="K7J8F5" geneId="uncharacterized_K7J8F5"/>
        <gene id="2223" protId="K7J8H8" geneId="uncharacterized_K7J8H8"/>
        <gene id="2225" protId="K7J3B5" geneId="uncharacterized_K7J3B5"/>
        <gene id="2227" protId="K7J9I8" geneId="uncharacterized_K7J9I8"/>
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        <gene id="2234" protId="K7JXD3" geneId="uncharacterized_K7JXD3"/>
        <gene id="2235" protId="K7JRN0" geneId="uncharacterized_K7JRN0"/>
        <gene id="2236" protId="K7JDU8" geneId="uncharacterized_K7JDU8"/>
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        <gene id="2249" protId="K7JYG1" geneId="uncharacterized_K7JYG1"/>
        <gene id="2250" protId="K7JC81" geneId="uncharacterized_K7JC81"/>
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        <gene id="2264" protId="K7IRE9" geneId="uncharacterized_K7IRE9"/>
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        <gene id="2266" protId="K7IXG7" geneId="uncharacterized_K7IXG7"/>
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        <gene id="2269" protId="K7JA78" geneId="uncharacterized_K7JA78"/>
        <gene id="2283" protId="K7JPA9" geneId="uncharacterized_K7JPA9"/>
        <gene id="2286" protId="K7JCY1" geneId="uncharacterized_K7JCY1"/>
        <gene id="2287" protId="K7JVW1" geneId="uncharacterized_K7JVW1"/>
        <gene id="2288" protId="K7JDC6" geneId="uncharacterized_K7JDC6"/>
        <gene id="2289" protId="K7JRN7" geneId="uncharacterized_K7JRN7"/>
        <gene id="2290" protId="K7JQK1" geneId="uncharacterized_K7JQK1"/>
        <gene id="2291" protId="K7JMI0" geneId="uncharacterized_K7JMI0"/>
        <gene id="2292" protId="K7JGH1" geneId="uncharacterized_K7JGH1"/>
        <gene id="2294" protId="K7ISG7" geneId="uncharacterized_K7ISG7"/>
        <gene id="2298" protId="K7JCN3" geneId="uncharacterized_K7JCN3"/>
        <gene id="2300" protId="K7IZP4" geneId="uncharacterized_K7IZP4"/>
        <gene id="2302" protId="K7J6R9" geneId="uncharacterized_K7J6R9"/>
        <gene id="2304" protId="K7JAU2" geneId="uncharacterized_K7JAU2"/>
        <gene id="2306" protId="K7IY28" geneId="uncharacterized_K7IY28"/>
        <gene id="2308" protId="K7J4H5" geneId="uncharacterized_K7J4H5"/>
        <gene id="2310" protId="K7J303" geneId="uncharacterized_K7J303"/>
      </genes>
    </database>
    <notes>
      <additionalInformation abbreviation="N.vitripennis" link="http://www.uniprot.org/taxonomy/7425"/>
    </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>
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        <score id="bootstrap" value="1"/>
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      <geneRef id="2">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.96"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="2">
      <score id="bit" value="2520"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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      <geneRef id="4">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="3">
      <score id="bit" value="2511"/>
      <geneRef id="5">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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      <geneRef id="6">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="4">
      <score id="bit" value="2338"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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      <geneRef id="8">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="9">
        <score id="inparalog" value="0.269"/>
      </geneRef>
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    <orthologGroup id="5">
      <score id="bit" value="2292"/>
      <geneRef id="10">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
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      <geneRef id="11">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
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    <orthologGroup id="6">
      <score id="bit" value="958"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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    <orthologGroup id="7">
      <score id="bit" value="927"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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      <geneRef id="15">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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    </orthologGroup>
    <orthologGroup id="8">
      <score id="bit" value="921"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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      <geneRef id="17">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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    </orthologGroup>
    <orthologGroup id="9">
      <score id="bit" value="905"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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    </orthologGroup>
    <orthologGroup id="10">
      <score id="bit" value="868"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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      <geneRef id="21">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
      </geneRef>
      <geneRef id="22">
        <score id="inparalog" value="0.162"/>
      </geneRef>
    </orthologGroup>
    <orthologGroup id="11">
      <score id="bit" value="838"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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      <geneRef id="24">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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    </orthologGroup>
    <orthologGroup id="12">
      <score id="bit" value="837"/>
      <geneRef id="25">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.99"/>
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      <geneRef id="26">
        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="0.96"/>
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      <geneRef id="27">
        <score id="inparalog" value="0.686"/>
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      <geneRef id="28">
        <score id="inparalog" value="0.194"/>
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      <geneRef id="29">
        <score id="inparalog" value="0.172"/>
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    </orthologGroup>
    <orthologGroup id="13">
      <score id="bit" value="833"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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        <score id="inparalog" value="1"/>
        <score id="bootstrap" value="1"/>
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      <geneRef id="32">
        <score id="inparalog" value="0.957"/>
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