| New model in OGS2.0 | DPOGS205406 |
|---|---|
| Genomic Position | scaffold1466:- 14252-18850 |
| See gene structure | |
| CDS Length | 4599 |
| Paired RNAseq reads | 2867 |
| Single RNAseq reads | 6998 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA001575 (8e-81) |
| Best Drosophila hit | centrosomal protein 190kD, isoform B (6e-22) |
| Best Human hit | zinc finger and BTB domain-containing protein 49 (4e-12) |
| Best NR hit (blastp) | microtubule binding protein, putative [Aedes aegypti] (7e-61) |
| Best NR hit (blastx) | microtubule binding protein, putative [Aedes aegypti] (6e-57) |
| GeneOntology terms | GO:0005813 centrosome GO:0008017 microtubule binding GO:0005875 microtubule associated complex GO:0007017 microtubule-based process GO:0008270 zinc ion binding GO:0005634 nucleus GO:0035191 nuclear axial expansion GO:0043035 chromatin insulator sequence binding |
| InterPro families | IPR015880 Zinc finger, C2H2-like IPR011333 BTB/POZ fold IPR013087 Zinc finger, C2H2-type/integrase, DNA-binding IPR007087 Zinc finger, C2H2-type |
| Orthology group | MCL19602 |
Nucleotide sequence:
ATGTACGAGGATTGTTTGGTTATGCCGGATGACTTACAAGCCGACGTTGTTGTGCCAATA
ATTAACTTCATGTACACCGGTCAACTTGAGTTCAGAGTGGAGCTATTAGAAAAACTATAC
CAAACATCCCTGATTATGAATATGCCTGTACTTACAAAACTTCTTGACGGTCACCGTGTT
ACCAAACCCTCTTTAGTTCAGCATTACGGCAAAAAGTACACAAAGACGGATGTATCCAAG
ATATTAAATTTGCCAGCGACTCCATCATCGAGCTTCAATAGTACTATTAAACGTAATTAT
TCAACAGCATTTGAAACTTCAAACACAGTTAAATCTAAAAAACCCAATACTTCTAATGTA
ACTGAATCCCTTCTAAAAAGTGATTCAAATCAATCAGGGTCATCAACCTCACAGTTCCCA
GTGTTCTCTGAAAAGAATAGTAAGGCAGCTAAGGAACCTCGTCCCACTAGATATGAATTA
CCAGAAGAGCTGGATGAAGACAATATATTTGATAATTCTTTTACTAACATTTCCTACACA
TCCAAGCCATTAATGGTACACCCCGAGACGGTGAAACAGTATGGCTCGAAGAAAATTAAT
TTATTTGAAGAAGGGTCATCGGGTTCAAGTAGGTTTATAAGAAGTTCATCGTCAGATCTC
GTGGAATGTAAGAAAATATCCAACAGTAATATATTTGAAGATGATATGAATGATAGTATT
GAAGAAAATGATATATTCACATCTGCACCTTCAAATAAGGATATCACTAAAGACAGCAGT
AAATTGTTTGACCAGATTCTTGATAGCGACGGACCCAAAGTTACTATTGAAGCTAAGAAT
AAAGAGGTCAACAATTTAGATCATGCTAAGATTATTAGTGAAGTATTAAAAAAATATCCC
CATCTGGTTAAGAGTAATAAAAACATTAAATTGAAAATACTGAACACTCCAAATAAAAGT
AAAAAATCACAGTCCTCCAATGTACTGAATGAAGATAAGGAGGTTAAATTAAAAGCTGAC
ATGCCCGATTTTACTTATGAAACTGATGTTATTGATTCAAAACAAGCAGCTCAACTCATA
GCTTTAGGGGTTGAAAATGTGAAAGGCCCATGGATTTGTTTGATTTGTGGCACACCGGGG
AGAGCTTTACATTTCACATCATATTATAATTTCCGGAAACATCTCGTGGAAGTCCACAAT
GAGAAACCTGTGCCAACTATATGTGAATATTGTGGACAAAAGTCTTTGAAGAGAAACTAC
TTATTGCATCACTTGCTTACCAAACATGGTGTTGAACCACCATCAAATTATCACTTCCCC
CGATGCAATGTATGCAACTACATAGCTCTCAATGAGGCACTATTAGTTAAACATAAAATG
ACGCACACCGAGCTAAAGCAATTTAGATGCAATGTATGTGCTGCCAATTTCAACTCGTCC
AATCAGATATTAATACACATACAAAAGACTGGTCACAAATATAGCGCCGAGAGGAAAACT
AATTTGAAATGCATTTATTGTCTCAAAGTGTTTTTGCGAGAGAGTAATCTGTATGCTCAT
TTGAAAACCAATCACAAGGAGGCTGCTAAAAACGATGGCATTGTAGATGACTCCGAAGAA
GAACAACAAGAGGAAGAGAAGATTGTGAGCAAACAAAGAAAATCAGATCACACAAATATT
ATAAAACTAGAAGTTCCAGTCGGTTACGAAAATACATACGAAGAGAATAACATACAGTAT
GAAATAGAAAGACATCCGGACGGAAACATTAGAGTGGTATCCAAGAAGCAACGTGTTGTA
TTGCCGAAACACAAGATATTAAATTCCAACTACGGTTCAACAGTTCAAAATATTAATGCA
AATAAAACTCAACTTAAAAGTAAACCGGTTCACAGATCTCCTATAAAGAAAAATGAATTT
TTACAGGAGACCAGTTCGCCTAACAGTCTAAGCAACGATGAAATTGTACTGATAGACAAC
AAAGAATATATAGTAAGAGATTATCAACTCATCCCTAAAAAGGAGAAATATATGGGAGAA
TTTATTATGCCAAGCAACATCGAGACTGATGCTGAAGAAAATATGCAAACAGTGCTCCCA
ACAACTTCAATGGAATATCAGAATATTCATGGCAATAGCTTCGAAGCTAAAATGTTCGTA
AAGAAATCTAACAAAACAAATCAACCCGTACAAATAGTCGTGTCTAACGAAGACGAATAC
AAAGCTTTAATGGCGTCGCACCAGTCTGTTCTGTACGAGGACAGAGACGATGGAAAAACC
CTCGCGATGTTAGCAACGAACGATCACGCGTTGGAAAATAGGACAATAGATTTAAGTAAC
GCACAGTCCAACAGCATGATGATCATTCAAGACGACTTCTCTATGAACGTCCCCGAACCA
GTGTCTTCAGAAAATCCCAATATAGTGGTCGTATACAGCCATCCGATAGAGGACCAGAAA
CAACAGTACCAAATCATAACAACTCAAGCGATCAATCCACAATTCGTTCAATCATCAGCA
ATACTCACACAGAACTATGAAACTGTAACAACTAGCACACCAGTTATAAGTGCACACGCT
TCAGTACAAAATGCCTGGCAAAATAATATACCTGCTAATACGATAACTATGAGTACTGCT
TCTGAAATACAAACTATGACTATGGCTGGCTCATTGCCGATAGCTCACGTAGAAAACATC
ACAACATCTGAAATGAACAGTCTGCCTGAGGTCCATTTAACATCATCTGAAACAGTTTTA
GGCTACAAGGATATGGTCAATGCAACTAATGTCGGTAATTTTAACCAATCTAATATTATA
AGTTCGATAAATGTACAAGCAATAGAACAACCTGCTGGTGTGATTACCATACAACAGCAA
AGTGACAATAATATAAGTCAGCATACTATTAATAACCAGTATAATCAGAATGAAATCACA
ACAAACATCATACAAACTGACTGCAACGCTACATACGCTTCCTCAGTATCTATATCGGAA
CACGGACAACTCGCCCCAGTCCCGCCTGTAATGGTTCCAGCGACGATACTTGCTTCAATC
AACCCAACGAACGCTATTCCATCACTAGCTCAGAGAACTATAATCACCTCACTAGATCCC
TCTACGACCTCTGCAAATATAAATCCAACGACAACCATTGCGACTTTGGATCCCATAACT
AACTTAGCTACTTTAATCCCCACTTCTAATATCGCTACATTAGATCCAACAACTAACATA
GCCACCTTGGTTCCATCATCAACAATAACAACATTAGATCCTACAACTAATTTAGCCACT
TTGGTTCAGACAAGTACGATAGCCACACTTGATCCAACAACAAACGTGGCGACAATAGTT
CCCGCTACTAGTATAGCGACCATAGATCCAAACACCAATATAGCCACATTATTGCCAGCA
GCCACATTGGATCAAGATAATAAAATAGTCCCACTGGATTCTACAACTATAATGGAACCA
ATTACTGTGGATTCGACTATAACAGTATCCACAATAAATACAACAGGGACTGCCACAGAC
TTAACATCAACAATATCAGAGCAAACAACTGTTGTAGAAGAATTAGGTACAAAGGATGTT
GAGCCTGCAACAGATTCGACAACTACTCTGGATATCCAAGATTCAAGTACAACGTCAATT
GAACCATCAAAAATTATAGCTCCTGTGGAACCATCAGTCGATAATGATAATTTATCAACG
ACAGGTACTGTAGAAGAACCAACTACAACAAGTATTGAAGCAGAAAACTATTCTGGTTCA
ACGGATACACATAACAATACCATAGAAATGTCTACAAAACCATCAAATGAAGACAATGCT
GTGGGCACAGATGTTGTTGATACTTCAGAAATCCCTTTAGAATCAAATGTCCAAGAAGAA
ATTAGTTCAACAATTCCAGTAACGGAAAAATTTATAGAAGAAGAAGTTAAGGATTCAAAC
GGACCAGCTGAAGAAATGGAAGTCGATGAAACTATCGAAAATATAGCTAAAGACATTGGA
GTCAGTCCAAACACGATAAATGTGCATGAATTATCATCGAAAAATCCAAAATCTAACAAC
GATTCTAATGATTTGAAGAAAGTCGTAATAGAAAGTCTAACATCCGAGTGGTCCGAGGAT
GAATCAGAAAACTCTCCACAAGCAAGTAACGATGACGTTCCAGACGTTACGAACACAGCC
AAAGACGAACAAAAAAAAGTCGTCGAAATTGAGGAATCCATTGAAAATATCCAGCAAGAA
GTTGACAAACAAATTTCTGGTGACGTCAGTTCCATCATAGACGAGAGCACCATCTCCTCA
TATGAAAACACCATTACAGTTGTCGAAGAGAAAGCTAAAGATGCCGTCGATACACCACAG
GTGAAGATAACGTCTTTACTGAACGAGTGGGACGATAATGACTCACCAGAGAATGAAAAC
ACTGAGGCTGTCGGAGCTGATGGTAACACAGATACAAAGTCCCCCGAACATGTGCCAGAG
AAAGTTAGTGAAGACAGAGTCATAGAAAATATCAAAGACGAGAACATTAAGAGTTTAGTC
AGCGACTGGGACGAGGAGGACGAGGAAAATAAGGTCTGA
Protein sequence:
MYEDCLVMPDDLQADVVVPIINFMYTGQLEFRVELLEKLYQTSLIMNMPVLTKLLDGHRV
TKPSLVQHYGKKYTKTDVSKILNLPATPSSSFNSTIKRNYSTAFETSNTVKSKKPNTSNV
TESLLKSDSNQSGSSTSQFPVFSEKNSKAAKEPRPTRYELPEELDEDNIFDNSFTNISYT
SKPLMVHPETVKQYGSKKINLFEEGSSGSSRFIRSSSSDLVECKKISNSNIFEDDMNDSI
EENDIFTSAPSNKDITKDSSKLFDQILDSDGPKVTIEAKNKEVNNLDHAKIISEVLKKYP
HLVKSNKNIKLKILNTPNKSKKSQSSNVLNEDKEVKLKADMPDFTYETDVIDSKQAAQLI
ALGVENVKGPWICLICGTPGRALHFTSYYNFRKHLVEVHNEKPVPTICEYCGQKSLKRNY
LLHHLLTKHGVEPPSNYHFPRCNVCNYIALNEALLVKHKMTHTELKQFRCNVCAANFNSS
NQILIHIQKTGHKYSAERKTNLKCIYCLKVFLRESNLYAHLKTNHKEAAKNDGIVDDSEE
EQQEEEKIVSKQRKSDHTNIIKLEVPVGYENTYEENNIQYEIERHPDGNIRVVSKKQRVV
LPKHKILNSNYGSTVQNINANKTQLKSKPVHRSPIKKNEFLQETSSPNSLSNDEIVLIDN
KEYIVRDYQLIPKKEKYMGEFIMPSNIETDAEENMQTVLPTTSMEYQNIHGNSFEAKMFV
KKSNKTNQPVQIVVSNEDEYKALMASHQSVLYEDRDDGKTLAMLATNDHALENRTIDLSN
AQSNSMMIIQDDFSMNVPEPVSSENPNIVVVYSHPIEDQKQQYQIITTQAINPQFVQSSA
ILTQNYETVTTSTPVISAHASVQNAWQNNIPANTITMSTASEIQTMTMAGSLPIAHVENI
TTSEMNSLPEVHLTSSETVLGYKDMVNATNVGNFNQSNIISSINVQAIEQPAGVITIQQQ
SDNNISQHTINNQYNQNEITTNIIQTDCNATYASSVSISEHGQLAPVPPVMVPATILASI
NPTNAIPSLAQRTIITSLDPSTTSANINPTTTIATLDPITNLATLIPTSNIATLDPTTNI
ATLVPSSTITTLDPTTNLATLVQTSTIATLDPTTNVATIVPATSIATIDPNTNIATLLPA
ATLDQDNKIVPLDSTTIMEPITVDSTITVSTINTTGTATDLTSTISEQTTVVEELGTKDV
EPATDSTTTLDIQDSSTTSIEPSKIIAPVEPSVDNDNLSTTGTVEEPTTTSIEAENYSGS
TDTHNNTIEMSTKPSNEDNAVGTDVVDTSEIPLESNVQEEISSTIPVTEKFIEEEVKDSN
GPAEEMEVDETIENIAKDIGVSPNTINVHELSSKNPKSNNDSNDLKKVVIESLTSEWSED
ESENSPQASNDDVPDVTNTAKDEQKKVVEIEESIENIQQEVDKQISGDVSSIIDESTISS
YENTITVVEEKAKDAVDTPQVKITSLLNEWDDNDSPENENTEAVGADGNTDTKSPEHVPE
KVSEDRVIENIKDENIKSLVSDWDEEDEENKV