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|
<?xml version="1.0"?>
<chado>
<organism id="Drosophila__melanogaster">
<genus>Drosophila</genus>
<species>melanogaster</species>
</organism>
<db id="db__Gadfly">
<name>Gadfly</name>
</db>
<db id="db__SO">
<name>SO</name>
</db>
<db id="db__GB_protein">
<name>GB_protein</name>
</db>
<db id="db__FlyBase">
<name>FlyBase</name>
</db>
<cv id="cv__SO">
<name>SO</name>
</cv>
<cv id="cv__relationship type">
<name>relationship type</name>
</cv>
<cv id="cv__pub type">
<name>pub type</name>
</cv>
<cv id="cv__synonym type">
<name>synonym type</name>
</cv>
<cv id="cv__property type">
<name>property type</name>
</cv>
<cvterm id="SO__gene">
<cv_id>cv__SO</cv_id>
<name>gene</name>
</cvterm>
<cvterm id="SO__mRNA">
<cv_id>cv__SO</cv_id>
<name>mRNA</name>
</cvterm>
<cvterm id="SO__exon">
<cv_id>cv__SO</cv_id>
<name>exon</name>
</cvterm>
<cvterm id="SO__chromosome_arm">
<cv_id>cv__SO</cv_id>
<dbxref_id>
<dbxref>
<accession>SO:0000105</accession>
<db_id>db__SO</db_id>
</dbxref>
</dbxref_id>
<name>chromosome_arm</name>
</cvterm>
<cvterm id="relationship type__partof">
<cv_id>cv__relationship type</cv_id>
<name>partof</name>
</cvterm>
<cvterm id="SO__protein">
<cv_id>cv__SO</cv_id>
<name>protein</name>
</cvterm>
<cvterm id="pub type__computer file">
<cv_id>cv__pub type</cv_id>
<name>computer file</name>
</cvterm>
<cvterm id="synonym type__synonym">
<cv_id>cv__synonym type</cv_id>
<name>synonym</name>
</cvterm>
<cvterm id="relationship type__producedby">
<cv_id>cv__relationship type</cv_id>
<name>producedby</name>
</cvterm>
<cvterm id="property type__owner">
<cv_id>cv__property type</cv_id>
<name>owner</name>
</cvterm>
<cvterm id="property type__sp_comment">
<cv_id>cv__property type</cv_id>
<name>sp_comment</name>
</cvterm>
<cvterm id="property type__protein_id">
<cv_id>cv__property type</cv_id>
<name>protein_id</name>
</cvterm>
<cvterm id="property type__sp_status">
<cv_id>cv__property type</cv_id>
<name>sp_status</name>
</cvterm>
<cvterm id="property type__cyto_range">
<cv_id>cv__property type</cv_id>
<name>cyto_range</name>
</cvterm>
<cvterm id="property type__gbunit">
<cv_id>cv__property type</cv_id>
<name>gbunit</name>
</cvterm>
<_appdata name="title">CG10833</_appdata>
<_appdata name="arm">2L</_appdata>
<_appdata name="fmin">5205478</_appdata>
<_appdata name="fmax">5217450</_appdata>
<_appdata name="residues">AAGCTAAATTTCAAGTAAGAAAAATTTAAACAAAAAAATGTTGAATATCGAAATGGAAGAGTTGTACATTTGTGTAGTTTATCACATTTTGTAATTGTATGTAATTTTATAGTCATTCGATAGCTAGAGGCATTAATAAAACAACCAATTTGTATATAACCTACTGAACCGAACAGACTCGACAAGCCGAACATGAAACACGTAAAAGAATTAAACAAAAAAATAAAAAGAAACAGAATGAACTAACTATTCAAACTAACGACAAGTAACCGAAACCCTTTTGTAAAACGATATATACATTATACATATATATTTGCACAGCAAACAATTTATATATTCATATATACCCACGTATATGATCCCAAAAAAACTATAGAGAACCCAAACATTTTGTATATAAAAATATCTAAGCTAAAACGAAATCAAAATACGCACACGAACATTTTACTCATCAACGCACGTTTTCGCATTTAGAGAGATCCTGGGCAGCAGAAAATTGCGATTAGCATCCTGCCAATTTCGTGGAACATTTTCGCAGGATATGATCTCAAGTTCCTGCTGCCAGCGATGGGCTAGAAAGGCAAACGAAATCCCAAGACAAAATCATGACCCACATAGACCAATCGCCTGGAGATCCTCATGGCAACCAATGTTCCTAGTTTCCAGCGCGTCCTTCTCCCAAACTCAGGGCTATGCTGTCAACAGTGGGCATTGACCTCCATTTGGACTCCGGCTTCTAAAGAGACCCCGTGTCAAGAAGGATCACTCTACCCAAGGCCAAGATCTCTCCCACGGCCAAGGGTTAGATGGGATAGCAGCCAGTGCGCCAGCCACAGGTCACTGGGCTCGAAATCAATCCTTAAACTCCATCCCGACACTGGGGCCTAGACATTTCAAGCATTCCTGATACTCATTTCCAAATTACCAATAGACATTGACCATCGAAGCCAGCTCTCAAAGAAAAGAAAATGGAAAACGTGCGTGCCACGAGCATTGAACAAAACGAAGCAAGTGTCCTATGCCGGTGCTAAACCAACCTACAAATTTTCTGTATAAAGAAAAAATGTAAAATGCGTATACAAAAAACAAAAATATTATGAATTCATAAAAGAAGAGATTAATTCTTTGAAAAAAAAAAATCGTAAAAATGCAATATGCATATTGACAAGTGACGTAAGTCCATCCAGTAAAAGATACCTATTTTGTTGTTAATATTTTTTGATAATCCTAATTATATTTGCCTTATACTTATCCAACTTGTTTATTACAACTATTTTCTATTATTTAATGCTTGGCCAATTATTATTGAGAAAATACATACATTTATTTATTAGGCCTATGAACGATTTACTATGTATAAAATTAAGTTTGATTTAAATGTTAAATTTGTGTACTTTGCTGCTTCTATCTGGTTATGAAATAATTAGCCGTTATCGAGTTAATATAATTTATGTAGCATTTTAAGATTTCCTTTCTTGTGAACAACTGTACCTTTATATGCATTATGATTATTAAAAAAAAAAAAAACAAATAAAAAATAAAACACATTGTTTTTTTTATACCTTTGAATTTATGTCTGCAGCTCTATTGACATAACTATATACGTTTTGGTTTTACAGGTTTCATGCTTATCGATATTTTATTACCTATCTTGTTTAATTGACTTTTGATCGAGCGCTACGAGATTAATGCAATCAGACTAAAAAAAAACAAACAAATTTTAAAAGAGGAAATTTATTAAAATACGATTAGATTGCTTCCAGCGCGTGTCTATTTTTTTGGCATAAATATAGGCCCCTGCGTTAATCTGTAGCCCATAAGCTTCCAACATGTGCCCAGTAACTACATTTCTTGTCCTCGTGCTGACCCTGTTGGTTCTGGTCTACGTGTTTCTGACATGGAACTTCAACTATTGGAGAAAACGTGGCATCAAGACGGCTCCCACATGGCCATTTGTTGGAAGTTTTCCCAGCATTTTCACAAGAAAGCGAAATATTGCCTACGATATTGATGATATCTATGAGTATGTATACAATATGAGTGAGAAGGGCAAGCTATAGTTATGTTGTATAATAGTGGAGTCAAAGCGCAGTTTATACTTAATGGGTGTAAAAATCAGAACAGTCTTCTCTAGAGCTAATATAAGTTACTTTTTGATGTGAACTTTTTGTTTTTGCAGAAAGTATAAAGACACGGACAATATGGTGGGCGTTTTTACCACCCGAGTGCCCCAATTGCTGGTCATGTGTCCGGAATATATACACAAGATCTATGCAACCGATTTCCGTAGCTTTCATAACAATGAATGGCGTAATTTTGTAAGTACTCGTAAGTTTAGTAAATAATGGATAATCCATTACTGAATTACAATGTTCATAGGTGAACAAAAAGACGGACATGATATTGGGCAACAATCCGTTCGTGTTAACTGGCGACGAGTGGAAGGAAAGAAGGTCGGAGATCATGCCAGCACTGTCCCCCAATCGAGTAAGGAACCACATTAACCATCTATCCAATCAAAATTCTATCTTTGAATTCCGTAAGGTCAAGGCCGTTTATCCAGTATCGCAGAGCGTATGCAAAAAGTTCGTGGAATATATCAGGCGACAGCAGCAGATGGCCACCTCCGAGGGATTGGACGCCATGGATCTGTCTCTTTGCTACACCACCGAAGTAGTTTCCGACTGCGGACTGGGAGTATCGGCCCAGAGTTTCACGGACACTCCCACGCCGCTGTTGAAAATGATAAAGCGTGTGTTCAATACCTCCTTTGAGTTCATCTTCTACAGCGTTGTTACCAACCTGTGGCAAAAGGTGCGCAAGTTCTACAGCGTACCGTTCTTCAACAAGGAAACGGAAGTGTTCTTCCTGGACATCATCCGGCGATGCATTACTTTGAGACTGGAAAAACCAGAGCAACAGCGCGACGATTTCCTCAACTATATGCTGCAGTTGCAGGAGAAGAAGGGCCTGCACACGGATAACATCCTGATAAATACGATGACCTTCATTCTAGACGGATTCGAGACTACGGCTCTAGTTCTAGCGCATATTATGCTGATGCTGGGACGTAATCCGGAGGAGCAAGATAAGGTCCGCAAGGAAATTGGCAGTGCGGATCTGACCTTTGATCAAATGTCCGAGCTTCCGCATCTGGACGCCTGCATATATGGTGGGAAATTCTATCTTGATCTCTTGATATTCAGTTTCTTTAACTACATTATAAAATTTTATAATTTTAGAAACTTTGCGTTTGTTTTCACCGCAAGTTGCAGCACGTAAGCTGGTCACCGAACCCTTTGAGTTTGCGAACAAGAACGGACGCACTGTGCACTTGAAACCCGGAGATGTGGTTACTATACCGGTAAAAGCTCTGCACCACGATCCGCAGTATTATGAGGATCCTTTGACATTCAAGCCGGAACGTTTCCTTGAGAGCAATGGAGGTGGTATGAAAAGTTACAGAGACAGGGGTGTTTACCTAGCTTTTGGCGATGGACCTCGTCACTGTCCAGGTTGGTGTTATAAAAATTTATCTGAAAATCACATACTACAATAAGTCGATCTCTACATTTAGGAATGCGATTTGCGCTGACTCAACTTAAAGCAGCTCTGGTGGAAATCTTGAGGAACTTTGAAATCAAGGTTAATCCTAAAACCCGCTCGGACAATCAGATAGATGATACTTTCTTCATGGCCACCTTGAAGGGTGGTATTTACCTGGACTTTAAGGACCTTTAAATAATAGCAATAATCATAGTAAGCTTTAAGCTTAAAAAACTGGATAAAGAGAAGTTGTTTGCTCGAAATAACAAAAATTAAAATTAACCTTGATTAATGCATGATAATAAAAAAAAAATAAAATGCAGTAGAGATTTATTACTCAAGAAAGGCAAATGTTGCGGATGATCCACAACAAGGCTCGATCGAACATGGTTCGACAGTGATGTTGCATGCGCAACAAGTTCGATTGCTAGTGCGCAACATGTCGGTTGTAGGTTGGCCATCCGATTTTAAATACTTGCAAGATATAAGATTTAATTGAGATTTTATAATAAAAAGTAATAAGAATTATAGAATTATAGATCAAGGGGTGTATAAAGAATATAAAGAAATCGATTCACCATCATAGGCATCTCAAGGCTCAAGCTCAAGGGCAGTTTTGGTGGAGATCGTAAGAAATTTCGAAATCAATGTAAACGTCAAGACGCGATCGGATAATCGACTGAATGACATCTGCTTGACGTATTTTGAAGAGCGATAGTAAAATGGCTGAAGTGTTGTTGTAAGTGTTGATAAGATAATGCGCCAATTAAAAATGAAATCAGAAATTTGATTAACTACTTAGGTGCTACACACATTGTTTGTCCAGAGTATCTATACCCATTACTCGTTAAATGAAAATGGGTATGTTGTATTCCTAGAAAAGTATGCAACTGATAGATGGACCTTCTGAATACGACACATTGTTTTTTGTTTTCATCAAGCATCGCACTTTGCAATCCTACTTATTTATTTAAAAGTCGATACATTGCTATTTTTCCTTTAATTGTTTATGGTTTATGTATATGTCGTTTAATTTCACAACCGTTTATTCCATTTCTCTATGCTACTAAAACCGTTCCCTTAAAACACATCTTTATCTGCGTGCTTTAGATACATATGCCATGTACAATAATTGTAAGTTTGAGCACTTAGTGAAATGACAAGCTGAAAAGTTCTGTTTCATCGTCATATCATAAAATGGCTTTTCTTAACAGTTTTTGTACTACTACTTTGTGGCGCATGACCTAGGACTAGGTATATTGTAGCCCCTTGATCTTGATAACGAAATCAGGCATTATCTTCAAATGGTGCAATTTTATATACGACAAATATTAACAGCGGTGGTGAATGCAATTTGATCAATTTGTTTACTGGGTGAATCCATCCACTTGACTGGCGCGCAAGTTCAATTTAAATGACTGCGGCAGCTCAATTGAGTTCCAGTTGGTTTTCATCCGCGTTGGCGAGAGGTTGTGCCATGTGTCCGATTTCCACGGCTCTTTTTGTAATTGCGGCCATCCTGGCCTTGATCTATGTCTTTCTAACATGGAACTTTAGCTACTGGAAGAAGAGGGGCATTCCAACGGCCAAGTCATGGCCCTTTGTGGGCAGTTTTCCCAGCGTTTTCACCCAGAAACGGAACGTAGTCTACGACATCGATGAGATCTATGAGTAAGTGTATAGAGTTAGCTACGTTATCTGGTTACTGATTGCATCATCTCATTAGGCAGTACAAGAACACCGACAGCATTGTGGGAGTGTTTCAAACCAGAATTCCACAACTAATGGTCACAACTCCGGAATATGCGCACAAGATATATGTTAGTGACTTCCGCAGCTTCCACGACAATGAGATGGCTAAGTTTGTGAGTAGATTGCAAATACATACTGGTCTTAGGAGCCCATTTCATAAGTTAATTCACACAATAGACCGACAGCAAAACGGATCCCATTTTGGCGAATAATCCGTTCGTATTGACTGGTGAGGCCTGGAAAGAAAGACGCGCCGAAGTTACACCCGGACTTTCGGCAAATCGGGTAAGCTTAGGTTGCCCTCGAATTGTTTATTCAAAACTTATCTCGTGCTAATGTTTATTTTCACTGGGGGCCCTGATACCCTTATCAATTGAAGTGCTCCAATCAATTAACGCTCTGCCTCCCCAAAAGGTCAAAGCTGCCTATCCCGTCTCGCTGCGCGTTTGTAAAAAGTTTGTGGAATATATAAGGCGACAGAGCCTGATGGCCCCCGCCCAAGGACTAAATGCGAAGGATCTCTGCTTGTGCTACACCACCGAAGTGATTTCCGATTGTGTCCTGGGCATTTCCGCCCAGAGTTTCACGGATAATCCCACACCCATGGTGGGAATGACCAAGCGCGTCTTCGAACAGTCTTTTGGCTTCATTTTCTACACGGTGGTCGCCAATCTATGGCCACCAATCACGAAATTCTACTCCGTTTCGCTGTTCGCCAAGGACGTGGCTGCGTTCTTCTATGACCTCATGCAGAAGTGCATCCAAGTTCGGCGGGAAAGTCCGGCGGCACAGCAGCGAGATGACTTCCTCAACTACATGTTGCAGTTGCAGGAGAAAAAGGGACTGAATGCGGCGGAGCTGACCTCGCACACAATGACATTTTTAACGGACGGATTCGAGACCACCGCACAAGTGCTTACCCACACACTCCTTTTCCTGGCACGCAATCCCAAGGAGCAGATGAAGTTGAGGGAGGAGATCGGTACCGCCGAGCTGACCTTTGAACAGATAAGTGAGCTGCCCTTCACCGAAGCCTGCATCCATGGTGAGTTTTTTGGCGAAATCTGAAGTTATTTAGTATGCGTATAATATCTATATCTGCAGAAACTTTGAGAATTTTCTCACCTGTTCTGGCTGCCCGCAAGGTGGTAACTGAGCCCTGTGAACTGACGAACAAAAACGGAGTGAGCGTGAAACTGAGACCCGGGGATGTAGTCATCATTCCTGTGAACGCCTTGCACCACGATCCCCAATACTATGAGGAACCTCAATCGTTCAAGCCCGAGCGATTCCTGAACATCAATGGCGGAGCCAAAAAGTACAGAGATCAGGGTCTATTCTTTGGGTTTGGCGATGGACCACGTATTTGCCCCGGTGGGTAACATCATTTTTGAAACAATTAAAGTTACTAAAAAAAATCTATGCATAATTTGTAGGTATGCGGTTTTCACTTACCCAAATCAAAGCTGCCCTGGTGGAAATCGTGCGAAACTTCGACATCAAGGTTAATCCCAAAACTCGCAAGGATAATGAAATTGATGATACCTACTTTATGCCAGCCTTAAAAGGCGGCGTTTGGCTGGATTTTGTTGAACGCAATTAGTTATTCAATAATGTTACGACTTTATATTAAATATAGTTTATCCAGTTGCATACATGTTATATTTCCAAACACTCTTAATACTTTAATTTTGTAACTTAAAACCACACTTTTAGTCTCGACTTAGGGCTAGTTGCACTAGGGGCAGCACCTTGATAGAGGACAAGTCTGCCAGAATCGCTTCGATGCTATCCAACGAGGCCACCTGCATGATGCTCTCCTTTCGAAAGCTAAGAATGATGATGGCGAATAGAGGAAGGATCTCCAAGCTATCAAAGCCAAGGATCTGAAAAGGAAGGGATAAGTACTGCCAATAAGAACGGAGGTGTATTTCGTACCAGATCCCAGAGGACCAGCAATTGATCGGGAGGCAAATGTCCGGAAAACGCTCGCATAAGCCATTTGAAGACCACCCGCAGGCTAAGGAAAGATATGTCGTGAAATGGGTGAAATAGCTGTCTAACGAAAAACCCAATCCCAACTCACGGCTGTATCTGAAGCTCTCGGAAATGGGACCATAACTGCGGTTCGTATGTCTGCAGCAGCTTCTCGAAGAGCAGGCACAGACTGACAATCCCTTGAGGATGCGTGTTTATGGTGGTCAAGCGATGGCAGTACCGGATATAGAAGGCCCGGAATGTATAGTATAGACTCACCGGCGAGTCATACAGATAACAAAAGGGGGCGGCAAACATGCAGATGCCGTGGAAGGGCACCACACCCGATGGAGGACCTTCGTAGGTCTTGCCCTTCACCGGAAACGTCTCGTATTCCACACATCCACCGATATCGGTGTCCCGAGAAAAGCAGAGCAGCACCTGGTAGAGCACGTCCTCGAACACAAAGTACTGGTCGTCGTTGGAGGCCGTCAACTGAATGTCCTTGAAGACCAGTTTGTCAACGATGTGATCCGTAGTCCAAACGGCATTGCGCAGCTTTTGCCAGTACTCAATATCCTTCGGGGGTATAGAGATGTATAATGAGGTTATTGATCCCAAAATCAGTAGTTACGTAGTCATGTAGCTTGCTGTCCAGCACCGAAGCCCAGAGAGCTCCCCTATAAGGTGCGGGTGTGCAGCCCTTCTTCAGAAACTGCTGGCACATGGGCGCATGCCTGGCCTCCAGAATCCTCTGGCACTGAACCGTAAGATCCGGCACTCCCAAATAGCTATCACTTCGCAGCAGATCCGCGTAGTGGGCACGCAGCTCGAAAAGATTTTTCACAGGTAGTGCAATGTGGGAGAACTCCCATTGGGGGATTTGACTAATGAGCAAAATGATTATTTACCTGACTGATTTAAACCAAAACTTACTCTGTATTTTCAGTGGTTTTGGCGGGTCCTTTTAGCGAGAGTAGCACCTCCAGTAAATCCTTTGGAGCGTAAACAGGCCTATAGTTGGCCAGATCTAGAAGTTTAACCATGGTTAATTGTTAGCTTCAATATTTACGAAATGCCTACCCATATTGTAGTTGCTCAGTTCGTTCCACTTGGCCATAAAGTCCTCGCGATCAGCACTGATCCTTGGTTGTCCATGCAATGGAACCTTCAGCTCTGTACACATGGCATTCAAACTCTTCCTAACCCTTCGATCCCAAAGCACACCAGCTCTTTTTAAATATCCAAGTGGATCACTAACGGTGGGTTTCTATTGGAAAATATAGACATAAGTAAAGAACTATTTAATTCATTTTCCCTAGCACTACATACTACTAATACCCCTAAGGCTAACTCTATAGTTGTGGCACTTCGAGATCTTCCGGTATTATGTATCATTATAATTTGTTTTATAAACGTTAAGGTATAAAATAAAATTTTGCCAATAAAGTCAAAAAGTAGAAAATGATAGGAGCAGCATGGAATACTTTTAAATACCACTCCAATTATTCTAAATTCAATTACAAGAAATTTGATAAATTGTATCTTAAAAGTTGTACCCACCGCTCCCTGTTTGTTGGCCAGGTTTTTGTCATCTGTTTTCGACAGCCGCGTGCGGACCAGGTTGTAGACAATATTCCGGATCTCCGTCTCCAGTCCGGCGCTCTTGATGGCATCCTCGAGGGTGTTGCGCATATCGTGAGTATCTACGCTGGGATTGCAGACCAGCTTCTGCAGCTCCTTGTAGATGGGCTCGTAGCTCTTAGTGTTCTTGATGGCCGCGATTACCTTTGCGGTCATATGGTGGATGCTGGCATCCTGCAGCTCCTCCATGCCGATAGCTCCTTGACCCGACCGTTCTTTCTACGTATTACTCTGCCACTGACTACCAACTAACTATTTACACCGTTTTGATACCGATTAGCCCCAAAACTTTGGGCGCTCCTAACTCCGTCGTTTGACTTTTATCGATCAAACTCCGTCGCCTGCTTTGATTTGGAGTCGATTCGATTCCGAGTCACATCCTCGGTTGTCGTCGCTTCTTGGCGACGGAATGCAAACACTTGTTTGGCTGCTAGTTTCGCGTTAGTTGTGATTTGATTCGTTCGTTTTGCCGCCCCTCGCAACCAAGAAATTCCATTATGTTTCGTTTCGAATGAAAAGCCAGAGGCGCGTGAAATTGCTTTCCATATACATTTATTTTCACGCACACCGAAACACGCTGAAACTGAAACTGAGTGGCGGCAACTTTTCCTTTTTCTTGGCATCTGTCACCTGGCCCAACGAGTTGTTGACGTGGTCGTCGGGTTGGCTCCTCCTGTTGATTGCGAAGGTGGGCCAAACTCACCTGAACATGTCAGAGTGTCGAAAGTATTTCACCTGAATATTTAGACCAGGCCGAAATATGATTTTGAAATGGCAAAAATTTTTACACGAAAATAGAGATATATAATCCTCTATGTGGTACATTATTCAATGTTTATTTATGAATTAAAAATATTCGTTTTAAGATTTGGATAGCATCCCTTACTACGTTCCAATCAATTTATCTATAATATCATCGTTCACGAAAGTTCGACCTTTTAGTTGGCGGCTTATTGAGGTAAAGTTCTCTCCCTTGGCATAAGGAGGACCATTATTGGTATCCAGAAAATACCTGCCTCTGGCTCTGCAATTAAATAGATAAAAAGAGATCTGGAAAAATAGGTGCTGGCACTTACTTCGGATCCACGTGAAAACCCATCAGCTCTATATTTTTATCAGGAATGCAAATTCCCTTTGCGAAGCTTTTAAAATTGGGACAGTAGAAGCCATAGAATCCAGAAGGTGACGAAATAGACTCGGCATAATAGTCTGCTGCTCGGTTATGGTAGCAGAAATGAGTCTCCACTAAAGTCAGAACAACGAAAATGAAAAATATAGGTAAAGCAGATGGCCTTAATATTACTAACTCTTATTAATGGGTCCGCAGTTGGGCTGTGATACACCCATGTTCAAGTAGAAGTCCACGTGACCCACTGCATCCAGTAAGCCAAGCATCGTGACATCCGTGTGCACGACGTCCACGAACTTGGCATCAGTGGGATCGAGCTTTAGAGCCGGATCCTTGACCATGTAAAATGGTTTTGCCGGATCGAGGGCTGTAATATGCTCCAGCTTGTGTTCCGGAAGAAACTGCCCAATGAAGCCTGCGACATGGGCACCTAAGCCCAAGCCAATTAGGTGCAGATCCTCAATTTTGACCAATCCGCTCTCGAGGAGTACTCGTAGCAACTGAGCAGTACAGCGAGCTACGTATTTGGCATTGTGCACCGCTTCCGTATAGCAGGGTTCATAGGCTAGTTTTGGATAATCCAAGGATATCAAATTGTAATCCTGTGTCAGGAACAGCGGACGTAGCTGGGTATTGGGACTGAAATCGCGGTGCCCGTTGAATCCATGGATCAGAACCTTGAGCGGTTTGTGGTGATAAAATTCAAAACGATTAAGTTCAAAAACTGAAAGCTTAGTTCCCTCCTGATTTTCTTTTCTGCAGATACGGATAGATAATGAAAATCATAGTATAAAACCATTAATCTTACGTGTATAGCCAAAAGGAAATGTTGGCATTGGGACAAATTTCGTTTTGCAGGGAAAAACAGTTCATATCATCTAAGCCAGCAACGAGCATAACACTCGAGAAGCCTAAAACACGATTACTTTATGACTTTATTATTAACTCAGCCTGAATTACCTATTAAGACCAAGATGTTATTCATCATTCTCTTCGATTCCGTTGAGGCCTTTACTGATTTTTTTATTTTCCGACTTTATATGCTCTAGGTTCCATAAAATCTTTTTAATTAAGTTTGTCTCGTTCAACCGAATAAGTAACCGGAAAGCTTTTCTAATTGCAAAATATGTGCATCTGTAGCGCCCAGGGAGGAGCAGTAAAATATTATAGCAGTGGAATTCTGCATAAAAGTTAAATATGATTAAATTATAAAAAGAACAGAAATAGAATTTTAAAAATCAATTTAAAAATAAATAGGAAGTCAGTAATTAATTAATTCGCGGTTGACTTCGCTCCTGGGCAGAACAATTTGCAGTGGTAATTACATCGTAAATCTAGCCTTAAATTTCATGCCACCAAAATGTCAGCGTTCGAATTAGAACTTATGCCACAAGTGTGGCCAACACTCAACTCAAGCTATTTATACAGATACACATTTTGGGCATTGAAAATTATGCAAAAACAATCGAAGTGCCACTGTGTGAGTGCACTGTGGTCGCCAGAGCAACCCAACCCAACCCAACCCAACCCCTCTTCCCATTGTGCCATTCCGTCACCTCACTGGGACATTCCAAATGTGTTTCACGTTTTGTCATAAATAATAAAACTCAAATGACCATCAAAGCCACTACTGTGCGCCTTTGCCAAAAAAAAAAATGCCGCTGCCGGAAGGTTACCCACTCATACAGAACTATCCAAATTCGAATTCGCATCCAAATCCGAACCCATGCCCAAAGAACCATAGCATCCCCCACAATTGGCCTGTCCATCTAGCGTGATGTCCATTTGCCAGCCTGAATGCCTGTTTGTTTGTTTTAAAGCAAAAATCTAAAACCAAATCAACATTTTTCGAGACCAAAGTGGAGAGGATGGAGGTTGAGGATCGGATGGGTGTGTGGTTAACCGCAGCACTAGTGGCTATGGG</_appdata>
<feature>
<dbxref_id>
<dbxref>
<accession>CG10833</accession>
<db_id>db__Gadfly</db_id>
</dbxref>
</dbxref_id>
<is_analysis>0</is_analysis>
<name>Cyp28d1</name>
<organism_id>Drosophila__melanogaster</organism_id>
<seqlen>1972</seqlen>
<timeaccessioned>2004-08-09 15:56:24.057523</timeaccessioned>
<timelastmodified>2004-08-09 15:56:24.057523</timelastmodified>
<type_id>SO__gene</type_id>
<uniquename>CG10833</uniquename>
<feature_relationship>
<subject_id>
<feature>
<dbxref_id>
<dbxref>
<accession>CG10833-RA</accession>
<db_id>db__Gadfly</db_id>
</dbxref>
</dbxref_id>
<is_analysis>0</is_analysis>
<md5checksum>275f2c58611a9f912c514d896a652470</md5checksum>
<name>Cyp28d1-RA</name>
<organism_id>Drosophila__melanogaster</organism_id>
<residues>CCGCGTTGGCGAGAGGTTGTGCCATGTGTCCGATTTCCACGGCTCTTTTTGTAATTGCGGCCATCCTGGCCTTGATCTATGTCTTTCTAACATGGAACTTTAGCTACTGGAAGAAGAGGGGCATTCCAACGGCCAAGTCATGGCCCTTTGTGGGCAGTTTTCCCAGCGTTTTCACCCAGAAACGGAACGTAGTCTACGACATCGATGAGATCTATGAGCAGTACAAGAACACCGACAGCATTGTGGGAGTGTTTCAAACCAGAATTCCACAACTAATGGTCACAACTCCGGAATATGCGCACAAGATATATGTTAGTGACTTCCGCAGCTTCCACGACAATGAGATGGCTAAGTTTACCGACAGCAAAACGGATCCCATTTTGGCGAATAATCCGTTCGTATTGACTGGTGAGGCCTGGAAAGAAAGACGCGCCGAAGTTACACCCGGACTTTCGGCAAATCGGGTCAAAGCTGCCTATCCCGTCTCGCTGCGCGTTTGTAAAAAGTTTGTGGAATATATAAGGCGACAGAGCCTGATGGCCCCCGCCCAAGGACTAAATGCGAAGGATCTCTGCTTGTGCTACACCACCGAAGTGATTTCCGATTGTGTCCTGGGCATTTCCGCCCAGAGTTTCACGGATAATCCCACACCCATGGTGGGAATGACCAAGCGCGTCTTCGAACAGTCTTTTGGCTTCATTTTCTACACGGTGGTCGCCAATCTATGGCCACCAATCACGAAATTCTACTCCGTTTCGCTGTTCGCCAAGGACGTGGCTGCGTTCTTCTATGACCTCATGCAGAAGTGCATCCAAGTTCGGCGGGAAAGTCCGGCGGCACAGCAGCGAGATGACTTCCTCAACTACATGTTGCAGTTGCAGGAGAAAAAGGGACTGAATGCGGCGGAGCTGACCTCGCACACAATGACATTTTTAACGGACGGATTCGAGACCACCGCACAAGTGCTTACCCACACACTCCTTTTCCTGGCACGCAATCCCAAGGAGCAGATGAAGTTGAGGGAGGAGATCGGTACCGCCGAGCTGACCTTTGAACAGATAAGTGAGCTGCCCTTCACCGAAGCCTGCATCCATGAAACTTTGAGAATTTTCTCACCTGTTCTGGCTGCCCGCAAGGTGGTAACTGAGCCCTGTGAACTGACGAACAAAAACGGAGTGAGCGTGAAACTGAGACCCGGGGATGTAGTCATCATTCCTGTGAACGCCTTGCACCACGATCCCCAATACTATGAGGAACCTCAATCGTTCAAGCCCGAGCGATTCCTGAACATCAATGGCGGAGCCAAAAAGTACAGAGATCAGGGTCTATTCTTTGGGTTTGGCGATGGACCACGTATTTGCCCCGGTATGCGGTTTTCACTTACCCAAATCAAAGCTGCCCTGGTGGAAATCGTGCGAAACTTCGACATCAAGGTTAATCCCAAAACTCGCAAGGATAATGAAATTGATGATACCTACTTTATGCCAGCCTTAAAAGGCGGCGTTTGGCTGGATTTTGTTGAACGCAATTAGTTATTCAATAATGTTACGACTTTATATTAAATATAGTTTATCCAGTTGCATACATGTTATATTTCCAAACA</residues>
<seqlen>1603</seqlen>
<timeaccessioned>2004-08-09 15:56:24.230779</timeaccessioned>
<timelastmodified>2002-04-30 16:10:52</timelastmodified>
<type_id>SO__mRNA</type_id>
<uniquename>CG10833-RA</uniquename>
<feature_relationship>
<rank>6</rank>
<subject_id>
<feature>
<is_analysis>0</is_analysis>
<name>Cyp28d1:6</name>
<organism_id>Drosophila__melanogaster</organism_id>
<seqlen>238</seqlen>
<timeaccessioned>2004-08-09 15:56:24.665877</timeaccessioned>
<timelastmodified>2004-08-09 15:56:24.665877</timelastmodified>
<type_id>SO__exon</type_id>
<uniquename>CG10833:6</uniquename>
<featureloc>
<fmax>5212450</fmax>
<fmin>5212212</fmin>
<srcfeature_id>
<feature>
<organism_id>Drosophila__melanogaster</organism_id>
<type_id>SO__chromosome_arm</type_id>
<uniquename>2L</uniquename>
</feature>
</srcfeature_id>
<strand>1</strand>
</featureloc>
</feature>
</subject_id>
<type_id>relationship type__partof</type_id>
</feature_relationship>
<feature_relationship>
<rank>4</rank>
<subject_id>
<feature>
<is_analysis>0</is_analysis>
<name>Cyp28d1:4</name>
<organism_id>Drosophila__melanogaster</organism_id>
<seqlen>631</seqlen>
<timeaccessioned>2004-08-09 15:56:24.587619</timeaccessioned>
<timelastmodified>2004-08-09 15:56:24.587619</timelastmodified>
<type_id>SO__exon</type_id>
<uniquename>CG10833:4</uniquename>
<featureloc>
<fmax>5211821</fmax>
<fmin>5211190</fmin>
<srcfeature_id>
<feature>
<organism_id>Drosophila__melanogaster</organism_id>
<type_id>SO__chromosome_arm</type_id>
<uniquename>2L</uniquename>
</feature>
</srcfeature_id>
<strand>1</strand>
</featureloc>
</feature>
</subject_id>
<type_id>relationship type__partof</type_id>
</feature_relationship>
<feature_relationship>
<rank>1</rank>
<subject_id>
<feature>
<is_analysis>0</is_analysis>
<name>Cyp28d1:1</name>
<organism_id>Drosophila__melanogaster</organism_id>
<seqlen>217</seqlen>
<timeaccessioned>2004-08-09 15:56:24.453082</timeaccessioned>
<timelastmodified>2004-08-09 15:56:24.453082</timelastmodified>
<type_id>SO__exon</type_id>
<uniquename>CG10833:1</uniquename>
<featureloc>
<fmax>5210695</fmax>
<fmin>5210478</fmin>
<srcfeature_id>
<feature>
<organism_id>Drosophila__melanogaster</organism_id>
<type_id>SO__chromosome_arm</type_id>
<uniquename>2L</uniquename>
</feature>
</srcfeature_id>
<strand>1</strand>
</featureloc>
</feature>
</subject_id>
<type_id>relationship type__partof</type_id>
</feature_relationship>
<feature_relationship>
<rank>5</rank>
<subject_id>
<feature>
<is_analysis>0</is_analysis>
<name>Cyp28d1:5</name>
<organism_id>Drosophila__melanogaster</organism_id>
<seqlen>270</seqlen>
<timeaccessioned>2004-08-09 15:56:24.626408</timeaccessioned>
<timelastmodified>2004-08-09 15:56:24.626408</timelastmodified>
<type_id>SO__exon</type_id>
<uniquename>CG10833:5</uniquename>
<featureloc>
<fmax>5212150</fmax>
<fmin>5211880</fmin>
<srcfeature_id>
<feature>
<organism_id>Drosophila__melanogaster</organism_id>
<type_id>SO__chromosome_arm</type_id>
<uniquename>2L</uniquename>
</feature>
</srcfeature_id>
<strand>1</strand>
</featureloc>
</feature>
</subject_id>
<type_id>relationship type__partof</type_id>
</feature_relationship>
<feature_relationship>
<rank>2</rank>
<subject_id>
<feature>
<is_analysis>0</is_analysis>
<name>Cyp28d1:2</name>
<organism_id>Drosophila__melanogaster</organism_id>
<seqlen>139</seqlen>
<timeaccessioned>2004-08-09 15:56:24.502579</timeaccessioned>
<timelastmodified>2004-08-09 15:56:24.502579</timelastmodified>
<type_id>SO__exon</type_id>
<uniquename>CG10833:2</uniquename>
<featureloc>
<fmax>5210889</fmax>
<fmin>5210750</fmin>
<srcfeature_id>
<feature>
<organism_id>Drosophila__melanogaster</organism_id>
<type_id>SO__chromosome_arm</type_id>
<uniquename>2L</uniquename>
</feature>
</srcfeature_id>
<strand>1</strand>
</featureloc>
</feature>
</subject_id>
<type_id>relationship type__partof</type_id>
</feature_relationship>
<feature_relationship>
<rank>3</rank>
<subject_id>
<feature>
<is_analysis>0</is_analysis>
<name>Cyp28d1:3</name>
<organism_id>Drosophila__melanogaster</organism_id>
<seqlen>108</seqlen>
<timeaccessioned>2004-08-09 15:56:24.546345</timeaccessioned>
<timelastmodified>2004-08-09 15:56:24.546345</timelastmodified>
<type_id>SO__exon</type_id>
<uniquename>CG10833:3</uniquename>
<featureloc>
<fmax>5211061</fmax>
<fmin>5210953</fmin>
<srcfeature_id>
<feature>
<organism_id>Drosophila__melanogaster</organism_id>
<type_id>SO__chromosome_arm</type_id>
<uniquename>2L</uniquename>
</feature>
</srcfeature_id>
<strand>1</strand>
</featureloc>
</feature>
</subject_id>
<type_id>relationship type__partof</type_id>
</feature_relationship>
<feature_relationship>
<subject_id>
<feature>
<dbxref_id>
<dbxref>
<accession>CG10833-PA</accession>
<db_id>db__Gadfly</db_id>
</dbxref>
</dbxref_id>
<is_analysis>0</is_analysis>
<md5checksum>35dca04d49d72956485a3ecefc21ada4</md5checksum>
<name>Cyp28d1-PA</name>
<organism_id>Drosophila__melanogaster</organism_id>
<residues>MCPISTALFVIAAILALIYVFLTWNFSYWKKRGIPTAKSWPFVGSFPSVFTQKRNVVYDIDEIYEQYKNTDSIVGVFQTRIPQLMVTTPEYAHKIYVSDFRSFHDNEMAKFTDSKTDPILANNPFVLTGEAWKERRAEVTPGLSANRVKAAYPVSLRVCKKFVEYIRRQSLMAPAQGLNAKDLCLCYTTEVISDCVLGISAQSFTDNPTPMVGMTKRVFEQSFGFIFYTVVANLWPPITKFYSVSLFAKDVAAFFYDLMQKCIQVRRESPAAQQRDDFLNYMLQLQEKKGLNAAELTSHTMTFLTDGFETTAQVLTHTLLFLARNPKEQMKLREEIGTAELTFEQISELPFTEACIHETLRIFSPVLAARKVVTEPCELTNKNGVSVKLRPGDVVIIPVNALHHDPQYYEEPQSFKPERFLNINGGAKKYRDQGLFFGFGDGPRICPGMRFSLTQIKAALVEIVRNFDIKVNPKTRKDNEIDDTYFMPALKGGVWLDFVERN</residues>
<seqlen>502</seqlen>
<timeaccessioned>2004-08-09 15:56:24.711814</timeaccessioned>
<timelastmodified>2004-08-09 15:56:24.711814</timelastmodified>
<type_id>SO__protein</type_id>
<uniquename>CG10833-PA</uniquename>
<featureloc>
<fmax>5212376</fmax>
<fmin>5210501</fmin>
<srcfeature_id>
<feature>
<organism_id>Drosophila__melanogaster</organism_id>
<type_id>SO__chromosome_arm</type_id>
<uniquename>2L</uniquename>
</feature>
</srcfeature_id>
<strand>1</strand>
</featureloc>
<feature_dbxref>
<dbxref_id>
<dbxref>
<accession>AAF52226.1</accession>
<db_id>db__GB_protein</db_id>
</dbxref>
</dbxref_id>
</feature_dbxref>
<feature_dbxref>
<dbxref_id>
<dbxref>
<accession>FBpp0078698</accession>
<db_id>db__FlyBase</db_id>
</dbxref>
</dbxref_id>
</feature_dbxref>
<feature_dbxref>
<dbxref_id>
<dbxref>
<accession>CG10833-PA</accession>
<db_id>db__Gadfly</db_id>
</dbxref>
</dbxref_id>
<is_current>0</is_current>
</feature_dbxref>
<feature_synonym>
<pub_id>
<pub>
<type_id>pub type__computer file</type_id>
<uniquename>gadfly3</uniquename>
</pub>
</pub_id>
<synonym_id>
<synonym>
<name>CG10833-PA</name>
<type_id>synonym type__synonym</type_id>
</synonym>
</synonym_id>
</feature_synonym>
</feature>
</subject_id>
<type_id>relationship type__producedby</type_id>
</feature_relationship>
<featureloc>
<fmax>5212450</fmax>
<fmin>5210478</fmin>
<srcfeature_id>
<feature>
<organism_id>Drosophila__melanogaster</organism_id>
<type_id>SO__chromosome_arm</type_id>
<uniquename>2L</uniquename>
</feature>
</srcfeature_id>
<strand>1</strand>
</featureloc>
<feature_dbxref>
<dbxref_id>
<dbxref>
<accession>FBtr0079062</accession>
<db_id>db__FlyBase</db_id>
</dbxref>
</dbxref_id>
</feature_dbxref>
<feature_dbxref>
<dbxref_id>
<dbxref>
<accession>CG10833-RA</accession>
<db_id>db__Gadfly</db_id>
</dbxref>
</dbxref_id>
<is_current>0</is_current>
</feature_dbxref>
<feature_synonym>
<pub_id>
<pub>
<type_id>pub type__computer file</type_id>
<uniquename>joshk</uniquename>
</pub>
</pub_id>
<synonym_id>
<synonym>
<name>CG10833-RA</name>
<type_id>synonym type__synonym</type_id>
</synonym>
</synonym_id>
</feature_synonym>
<feature_synonym>
<pub_id>
<pub>
<type_id>pub type__computer file</type_id>
<uniquename>gadfly3</uniquename>
</pub>
</pub_id>
<synonym_id>
<synonym>
<name>CG10833-RA</name>
<type_id>synonym type__synonym</type_id>
</synonym>
</synonym_id>
</feature_synonym>
<featureprop>
<type_id>property type__owner</type_id>
<value>joshk</value>
</featureprop>
<featureprop>
<type_id>property type__sp_comment</type_id>
<value>Perfect match to REAL SP with corresponding FBgn</value>
</featureprop>
<featureprop>
<type_id>property type__protein_id</type_id>
<value>AAF52226</value>
</featureprop>
</feature>
</subject_id>
<type_id>relationship type__partof</type_id>
</feature_relationship>
<featureprop>
<type_id>property type__sp_status</type_id>
<value>Perfect match to SwissProt real (computational)</value>
</featureprop>
<featureprop>
<type_id>property type__cyto_range</type_id>
<value>25C10-25C10</value>
</featureprop>
<featureprop>
<type_id>property type__gbunit</type_id>
<value>AE003609</value>
</featureprop>
<feature_dbxref>
<dbxref_id>
<dbxref>
<accession>FBgn0031689</accession>
<db_id>db__FlyBase</db_id>
</dbxref>
</dbxref_id>
</feature_dbxref>
<feature_dbxref>
<dbxref_id>
<dbxref>
<accession>CG10833</accession>
<db_id>db__Gadfly</db_id>
</dbxref>
</dbxref_id>
</feature_dbxref>
<feature_dbxref>
<dbxref_id>
<dbxref>
<accession>FBan0010833</accession>
<db_id>db__FlyBase</db_id>
</dbxref>
</dbxref_id>
</feature_dbxref>
<feature_synonym>
<is_current>0</is_current>
<pub_id>
<pub>
<type_id>pub type__computer file</type_id>
<uniquename>gadfly3</uniquename>
</pub>
</pub_id>
<synonym_id>
<synonym>
<name>28d1</name>
<type_id>synonym type__synonym</type_id>
</synonym>
</synonym_id>
</feature_synonym>
<featureloc>
<fmax>5212450</fmax>
<fmin>5210478</fmin>
<srcfeature_id>
<feature>
<organism_id>Drosophila__melanogaster</organism_id>
<type_id>SO__chromosome_arm</type_id>
<uniquename>2L</uniquename>
</feature>
</srcfeature_id>
<strand>1</strand>
</featureloc>
</feature>
</chado>
|
