| New model in OGS2.0 | DPOGS208939 |
|---|---|
| Genomic Position | scaffold31:+ 109995-117265 |
| See gene structure | |
| CDS Length | 6312 |
| Paired RNAseq reads | 2254 |
| Single RNAseq reads | 5326 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA002412 (0.0) |
| Best Drosophila hit | CG14073, isoform A (2e-45) |
| Best Human hit | BCL-6 corepressor isoform b (9e-35) |
| Best NR hit (blastp) | PREDICTED: similar to CG14073-PA, isoform A [Apis mellifera] (2e-147) |
| Best NR hit (blastx) | PREDICTED: similar to CG14073-PA, isoform A [Apis mellifera] (2e-122) |
| GeneOntology terms | GO:0003674 molecular_function GO:0005876 spindle microtubule GO:0048190 wing disc dorsal/ventral pattern formation |
| InterPro families | IPR002110 Ankyrin repeat IPR020683 Ankyrin repeat-containing domain |
| Orthology group | MCL16952 |
Nucleotide sequence:
ATGTTTGTGGTGTGCGCGTGTGTGAATTTTTTTGAGAGGGCGAGAACCGCTCAAGGGCAA
CGAGCGGTTAATGTCCTCGTAATGAACCTTCAAGAGTGGTGGATTCAGGACCGGGGGCTG
CATAGTATGGATGTCAGTTTTAACAATGTGCTGGAAGGGACAGTGCGCCAATACTTCATG
GGATTACCAAAGCCGGCACAAGAGAGTACCGGTCAACAAATGTGGCCTTCGGGAGCTTCA
ACTGAGGAAGGAACCCCTGCGCTTTCGGGGGCTCCAACCCCAAGTTCAAGGCCACCTTCC
GCTGCCGCTGCACCGCCATTAACGCCAGCGCCCACGGTAATTGCTGTGCCCCCACGACCA
CCCTCGGAGCCCCTTGAGCCAGAACCACATATCATTCACAAAGCTACAGTTATGCGCGAA
GCAGCAGAAAAACGCCGAGAGCGAAACGAGATAGAGGATGAGGAGGAGAACGTCGGGGGA
TTGTCACCACCTTCTCATATTATACGGAAGCCTTCAACTCATACCTTAGCATCACCAGCA
CCGGCTTCGGCGGTGCCAAGTCCGTCCCCAGTTCGTCCACCTTCCGCCGTGTCTCACTTG
TCCACGCCGGCAGCAGAACAAGCAGATCCATCCACTCAATATCGAGCGTCTAACCACAGG
GTACAAACTCCCATTGGTAGACCAGCCGAATTTGCGAATAGTCGGCCTGCAGACCACCAT
TCTATCTCGCATCCTTCAGAAACTTACACGCGCTATCAGTACGAGTCAAGTGTAGTTGAG
AGTGGAAGAAATTCACATGGGCCACCAATCGTCGTCCCTCAGGCTACAGCCCCCCGCCAA
AGTCCTCAAACATATGCAAGGATATCAAATAAAACGCCGCAGCATGCCGTCAGCCGTTTG
ACTGAATCTTCTGCACATCATCTACAAGTACAGCGTTATAATGTACCAACACAAGTCGCA
ACTCCTCATAACGACAGGGTACCACCGATTCATCATCCACATTTACCATCTACAAAAAGA
CTTACTCCGTTGGAAAGTCGGGCGGCGCAAGTATATTCATCCTTACCACAACGACGAGAA
TCCGCATCATGTGTTCGACCATCATCACAATATGAAAGGCAAGGGGTTTTGCCGCAACGA
AAATATGATCCACAACAAGTGTACCCTGGATATCGACCCACGTCTGCAGGGCCACAACAT
ATTCCAAATAATAGAGTTGATTCACATCACCAAGTACAATATAAACATACACCCGTGGAC
GTGGTCAGCCCACATTACGCTATTCGTCCTCATGATCGAGTTCAGGGAACATCACAAATG
CAAAGTCATGAAATTGCTAGACTCCCGCCGCGCATTGATTATATAGGAAAAAATAGATCT
GTGGAGAGAAGTAACTATCCTTATGCTGCAGCATCGACGTCCTCTGCTTCGTCAGTCAGA
TATGCACAGAATGGAAATATTCCAGCCGTTCAAAATAACTCGACGGTGCAATCTAGATCT
TCATATCGCAGCGCAGTGGCTCCAAAGACGAATTATGATTTTGCAACATCTAATCATGTA
CAAATATCTCCATCCCGTTCTACCGCTAAACCTGGTTATCCTAGTCAACAGGCGCGAATG
ACAGTGTCAGTTACATCTATAGTAAATCAAATGAACCAAACTAAACAGAAACGAGAATCA
CCTTTAGATTTATCGGTAAAAACTGTAAAAAATTCGGCGGATTCTTCGACCACACAAGAC
GATGCAATTGATTCGATATCGTTGAAAAATGATAATCTTGCTTTGCAAAGTAGACCAACA
TCAAGTACAAGAAATGGTTCAATCGGTTATATAGCATCACATAAAGTAGATTTTTCACCT
GATTTTGCTCAATATAGGGAAAGAACATCAAGTCAGGGATATAATTCACTGCCAAATGTT
CCTCCTCAAATGCGTTACAACGGTGCAAATGATTCGCCTCAGCCAGCTTACCCCGTGGAA
CCTCGCCACCAAGTATACGCTGAACGTATTAAATATAACGGTTCAATAAATAGACCAGAT
TATGTTCCACGCATAGATCTAACGAGGCCCAATAGCGAGGATCGATATAACGAGAGTCGT
ATACGTGATGATAGACATTTGATCATAGAAGAAAGAAAAAGACCATCTGGACCTATTGTT
AGTAACATTCCCGAAAAAATCGTACGATATGAGGCTTGGCCTCAGTCTGATCGCATGGAG
CGAATGAGCCAATCAGCTCGCGAACAGCACGAACTTATGAGTCGACCAGTGTACAGCTAT
ACTAGTCATAAAAAATTTGAAGCATATCAAAGTGATCATAAAAGATCAATAACTTCCAAT
GTGTACCGTGAACATCATTCTGTTCATCACTATCCTAATGATTACCATACGCATGAGGCT
AATGATTACCATACGCAGTATCACGAAAGGATGCCAAATAATCGTCATATTATTCAGAAG
ATTCCCAGCCAAACGCATAGAGATTTCCACCCCCACGTAAATCATAATAATGTACATCCT
CCAGATAAAAAGAAAGTCTTGAGCATATTAAGAAATAGTTTAGAAACCAAACAAACGGGA
GTCTCAGAAACATGTAAATCAACAAAAGGCATTCCTGATCTCATTGTTATTGACGATGTT
GACGATTCAGTAATAGAAGTTACTGATTTGACTAAAGAAGTTGATGTCGATATAGCAACG
AACTCAAGTCATTTAAGTAATCCATGCCAGTCAAGTGCTAGTTTAGACTATCACATAAAA
ATGCCTAAAGCAGTGGATTCATTGCCAAGAGATTCAGACTATCAACGGTTTGAAAGTCGT
GATGCAAAAACGCATTCACCGGAGAGTGATGTCGCTAGAATAAGGACTAAAGCAGAACTT
AAAGTTATGCCTCCAAGTCACGACAGTGCTTCAAAAATTGAAATGAAAGAAGATTTGTTA
CTATCCAAACATGAAAAATGTAAGCCTTTGCCCAAATCACAAAAACAACACCTTTTTAAC
CAAATACGGGAAGATAACTTACGATTGGAATCTGTTATTAAAAATGAAAAGCCAAGTGAC
TCAGCTCCAGAAGTGAAATCTGAGCCTATGAATATTGATGAAATTGAAAAAGATGCTATG
CTACATATCAAATCTGAAACTAATGAACCAATTATAAACTCTGGTTTATTTCAAGCAAAA
GCAAATATTCCTGTAGAAGAAGTAGATATAGATTGGGCTAATGCTTGCGATAATTTTATG
GAACAATTAAAAGTTGGCTGTCACAAGAAAAAGGTAATAAGGAAACGTAATAGTACCTTA
GAATCTCAGAGTGAAAATAAAACAGATCATCTAGAAGACGATGAGTCTATTGTTTCATCT
CTCTATCCATCTGAAACAAGACCCTCCTTCACAGAATCAACTGTCATTCAAATTAAAAAA
GAACCAGTGGATGAAGAGGAACTGAAGCTAGAAATTGAACAGTCAAATAAAAATGACTCT
TCAATAAAAAACAAACAAAAGAGTAAGCCGGAAAAAAGCAAAAATTTGAAAAAGAACGAT
AAAGACAATGATAAGCCACTTAAGTCCAGATCTAATCAAAAAGCTAAAAATAAATTTCTG
AATAATGGCACTTGTTCTACGAATAGCGTCTTAGTAAAAAAAGAAGCAGAAGATGAAGTA
GTAATGAAGACCGTAATTAAAGAGGAGTTAGAGTCTACTGATGACGATGAACCTCTTATT
AAGAGCAAAATATTCAAACAAAAACAACAGGAACAAAATGATAACTTAAATTATCAATTA
TTAAAAGACTTGTCTGAAAAATCTGCATATGTCAAACTAGAGTGCTGTGACGATCAAATG
ACAAGTTCACGAAATTCAATAGATACCTCGCCAAAAGAAGAAAAAGTAAGTAAAGCTAAG
AAAACACGTCAAACAAAATACAAAGGGAAATCTTCCGAAAATACGAAGAAAATAAAAGTT
TGCGACGATTTTAGCTCGGATAGTGACGATACTTTAGGTGTAGCTAACAGACTAAGAGTC
CGAAAAAATGGTAACACTGATGAGGGTAAAACAAGCACAGCTACACAAAAATTATGTGTT
AAATCTACACCTACCAAAAGGTTCGATAGTTCTAGTGCCCATAGTTCACCAATGCGTAAG
CCAGGTTTTGGTGACGGTTCTGATTTTCATCCAGGTTGGGAGGAAGAATTATATAGATAT
AAGAGATCTCTTCGCATGCCTACGAGACTCATTGCTATACCAAGAGGGCGCTCTGGTGGA
CCGTTTGCTAAAGGATGTATGTCACAATTTCAACGTGGTTCTACGTCTCTCCCTGATTTA
GATCCCGTTCCTCTTTCTCCAGCTCCATCATCGGCGCCCTCCGCCGCAACTGATGAATTA
TATAGAAGACCAGATAAACTTAACTTGGATAGTGACCTCGATTCTAATTCAAGCTGTTCA
GCTTTTAATAAATTACATTATGATTCAGAAGCCTCAACGTCAACAGTCTTTTCTGCGACG
AAAGCTAATAAAAACAGGAGCTCTATAGTCGACGTTCTAATACAAAAATGTGGTAAAAGA
GAAGAATCTAAAAAAAAGAATAAAGATAAAGATGACAAAACACCGAAAGTTATGGCAAAA
TCTTCCAATGCTGCAGAACTTTTACCAACTCCAAGCTTAGGACTTTTGAAAAATGGAAAT
AAGGGTAATTTGAGTGCAAAGAAAGAAAAATTTATGGAGGATATTTTCTACTTAGGTGCT
TTCAGAAAAGAAACTGTCACTATGTTTAGGACAGCATTTATTAAAGAGACTGATGGGCTT
ATCGGTGCTACGGAAGAATTTGCTCCGGTTGTTTTGAAGTCAAGGACACGAACTGAGAGT
AGAGTATTGAAGCAACGAGCTACTATTAAAGAAATTTTTGGTGATGATAGACCAGCTTCA
GCTCCACCTTCATCATGTAGGGAAGAATTGGCCCTTGAAAAGGAGGAAGAACAACCAAGT
GTCGTAATAAAAAAAGAACCAGATACTAAGAACAATATGAAACCGAAGAAAGTAAAGGAC
AAGATGAAGCGGCGATCTAGTTCAATTAGAGATGGATTGAGGAGCACGAAGTCTTTGAAA
ACAAATGATGCTAAAGGAAGACTCATGCGTTTGAAGAAAAGAAACAGTTTAATGAAAAGT
TTTGCTCATAAACGAAGAAAAGACATGACTAATAAATTGAAAAAAGACATTAGCTCTACA
ACCGATGAAAAAGATAATAGCAAAGAAGGAACTACTTCACCGTGTGCAACCGAGAGCAAT
ACTAAAAGGCGCTTGAAACGTCTCTTTGGCAGGAGAAAATTTAGTTCTGGTTTTGATTAC
ATCAGGAAGAAGAAGAAGATTATAAGACGCGAAGATAATGCTCCAAAGATACGTAGAGCT
GCACCTAAACCTAGTCCAGAGTCCGTTCATGACATTCAAAAAGAAATAAAAAGTTGGTTC
ATTAACAAAAGTATCGGAGAAACCCATTTACATCGAGCCGCGAGACTCGGTTTTACCGAC
TGTGTAGCGTATTGCTTAGAGAAAATGGATTTGAATCCGTCAGCGAAAGACAATGCAGGA
TTCACTCCTTTACATGTGGCTTCAGCTAGAGGCCACGTTAGAATAGCCAGATTACTCTTA
CAATACGGTGCCAACGTTTCGGCCGCAGCCCAGGGCGGAATAAGACCGTTACACGAAGCG
TGCGAGAACAGCCATGTTGAAATTATAAGATTGCTTCTGGCGTATGGGGCCGACCCGCTA
CTCGGAACGTATGCGGGCCAAACTCCGGAAGAGCTAGCGGAGGGACAGTCAGCCAAACTG
TTACATCTCTATATAGCCGATGTTCAAGGACGGGCTATCGAGCCATGGAAGTTTCCGACG
CCCGCAGCAATAATAGATCGTGAGGAATTAGGTTGCGACCCGTTGTCGTCCCCACCGCCG
GCGTCTCCTCCCCCACCACCCGACACCACCATCGAGATACAATGCACGGAGGCTCCTCTG
CCACCGTTTTACAGCTTACGTACAGCCACAGGACAACCGGCCGACGGGCTCTGGTGTCTG
CTGCAGGACATCACTAACGTTCTCCAGATCAAATCAAAGGATAGTCTACTGAAGCAGATC
CATTGCGGGTCGGGATCACCGCGGGAGTTGCTCCGGGAGATTCGCACGCAGGAGTTCCTA
GAGCGCGCTCAGTGTCACCAGCTCCTCTGTGCGGGGGAAAAGGTCAACGTCCGCGCTTCC
AAGGTTGCGCTGATCCGTGTCACCGACAAGCTGCGACAACTGCTCAAGATAGAGACCGTC
CTTGTCAGCTGA
Protein sequence:
MFVVCACVNFFERARTAQGQRAVNVLVMNLQEWWIQDRGLHSMDVSFNNVLEGTVRQYFM
GLPKPAQESTGQQMWPSGASTEEGTPALSGAPTPSSRPPSAAAAPPLTPAPTVIAVPPRP
PSEPLEPEPHIIHKATVMREAAEKRRERNEIEDEEENVGGLSPPSHIIRKPSTHTLASPA
PASAVPSPSPVRPPSAVSHLSTPAAEQADPSTQYRASNHRVQTPIGRPAEFANSRPADHH
SISHPSETYTRYQYESSVVESGRNSHGPPIVVPQATAPRQSPQTYARISNKTPQHAVSRL
TESSAHHLQVQRYNVPTQVATPHNDRVPPIHHPHLPSTKRLTPLESRAAQVYSSLPQRRE
SASCVRPSSQYERQGVLPQRKYDPQQVYPGYRPTSAGPQHIPNNRVDSHHQVQYKHTPVD
VVSPHYAIRPHDRVQGTSQMQSHEIARLPPRIDYIGKNRSVERSNYPYAAASTSSASSVR
YAQNGNIPAVQNNSTVQSRSSYRSAVAPKTNYDFATSNHVQISPSRSTAKPGYPSQQARM
TVSVTSIVNQMNQTKQKRESPLDLSVKTVKNSADSSTTQDDAIDSISLKNDNLALQSRPT
SSTRNGSIGYIASHKVDFSPDFAQYRERTSSQGYNSLPNVPPQMRYNGANDSPQPAYPVE
PRHQVYAERIKYNGSINRPDYVPRIDLTRPNSEDRYNESRIRDDRHLIIEERKRPSGPIV
SNIPEKIVRYEAWPQSDRMERMSQSAREQHELMSRPVYSYTSHKKFEAYQSDHKRSITSN
VYREHHSVHHYPNDYHTHEANDYHTQYHERMPNNRHIIQKIPSQTHRDFHPHVNHNNVHP
PDKKKVLSILRNSLETKQTGVSETCKSTKGIPDLIVIDDVDDSVIEVTDLTKEVDVDIAT
NSSHLSNPCQSSASLDYHIKMPKAVDSLPRDSDYQRFESRDAKTHSPESDVARIRTKAEL
KVMPPSHDSASKIEMKEDLLLSKHEKCKPLPKSQKQHLFNQIREDNLRLESVIKNEKPSD
SAPEVKSEPMNIDEIEKDAMLHIKSETNEPIINSGLFQAKANIPVEEVDIDWANACDNFM
EQLKVGCHKKKVIRKRNSTLESQSENKTDHLEDDESIVSSLYPSETRPSFTESTVIQIKK
EPVDEEELKLEIEQSNKNDSSIKNKQKSKPEKSKNLKKNDKDNDKPLKSRSNQKAKNKFL
NNGTCSTNSVLVKKEAEDEVVMKTVIKEELESTDDDEPLIKSKIFKQKQQEQNDNLNYQL
LKDLSEKSAYVKLECCDDQMTSSRNSIDTSPKEEKVSKAKKTRQTKYKGKSSENTKKIKV
CDDFSSDSDDTLGVANRLRVRKNGNTDEGKTSTATQKLCVKSTPTKRFDSSSAHSSPMRK
PGFGDGSDFHPGWEEELYRYKRSLRMPTRLIAIPRGRSGGPFAKGCMSQFQRGSTSLPDL
DPVPLSPAPSSAPSAATDELYRRPDKLNLDSDLDSNSSCSAFNKLHYDSEASTSTVFSAT
KANKNRSSIVDVLIQKCGKREESKKKNKDKDDKTPKVMAKSSNAAELLPTPSLGLLKNGN
KGNLSAKKEKFMEDIFYLGAFRKETVTMFRTAFIKETDGLIGATEEFAPVVLKSRTRTES
RVLKQRATIKEIFGDDRPASAPPSSCREELALEKEEEQPSVVIKKEPDTKNNMKPKKVKD
KMKRRSSSIRDGLRSTKSLKTNDAKGRLMRLKKRNSLMKSFAHKRRKDMTNKLKKDISST
TDEKDNSKEGTTSPCATESNTKRRLKRLFGRRKFSSGFDYIRKKKKIIRREDNAPKIRRA
APKPSPESVHDIQKEIKSWFINKSIGETHLHRAARLGFTDCVAYCLEKMDLNPSAKDNAG
FTPLHVASARGHVRIARLLLQYGANVSAAAQGGIRPLHEACENSHVEIIRLLLAYGADPL
LGTYAGQTPEELAEGQSAKLLHLYIADVQGRAIEPWKFPTPAAIIDREELGCDPLSSPPP
ASPPPPPDTTIEIQCTEAPLPPFYSLRTATGQPADGLWCLLQDITNVLQIKSKDSLLKQI
HCGSGSPRELLREIRTQEFLERAQCHQLLCAGEKVNVRASKVALIRVTDKLRQLLKIETV
LVS