| New model in OGS2.0 | DPOGS206105 |
|---|---|
| Genomic Position | scaffold48:+ 118511-129452 |
| See gene structure | |
| CDS Length | 5802 |
| Paired RNAseq reads | 5054 |
| Single RNAseq reads | 11480 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006830 (0.0) |
| Best Drosophila hit | Nipped-B, isoform E (0.0) |
| Best Human hit | nipped-B-like protein isoform B (0.0) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC004719 [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | conserved hypothetical protein [Pediculus humanus corporis] (0.0) |
| GeneOntology terms | GO:0032116 cohesin loading complex GO:0034088 maintenance of mitotic sister chromatid cohesion |
| InterPro families | IPR011989 Armadillo-like helical IPR016024 Armadillo-type fold |
| Orthology group | MCL14267 |
Nucleotide sequence:
ATGAATGAGAGGGATATTCCAAGTGTACCCATTACCACATTAGCAGGAGTAGCTAGTTTA
ACTGACTTGTTACCAGTGCTTCCATTACCAACACCTTTGCCGTCAACACTGAACAACAAG
TCTCAGTTGTTTCACCCTCGTGTTGCAGAAGAAGCAGCTATACTGCTTGCAACTCGTGAT
GACAATCTTGTCTCCTTACTGTTACAGTCACTTATGCAGACATCTGTTCAGCATATTGAC
TTGAAGGATGAGAGTATACCAAATGCAGTTAGTCCTGCTCCTCCACAAGCAACTCCAGAA
CTTTTGAAAGCAATATTACATGTTAACCCCAATGTCTTTGATCAGCAACAAAGAAATCAC
TGGGGTAACCATTTACATGCATCCAAGTTGAATGGGATGTCACCCTCTTCCACATACAAT
TATGCATCACATAACACTGTTCACTCGAGTCCTTCATCACATGGTACTGCTGTACATTCA
GGGTCTATGCCTAACCAGCAAGTGTTGGCGACACCATGCCAGTCATCCCCTCATGTAAAC
ATGGGTTCCCCACCCTCTCAAGCTCGACCAGGGAGTCAAGTTAATATCACCGCTCAAAAT
AATGTTTCACCACCTTGGAGTACTTCGAACCCATCTAATATATACACAAGCCCTTTATCG
AATTCTTCGTGTTCGAATCCTCAAAATGGTGGATTTTATAATAGTTTAGTGCAAGAAAAT
AGAAATTTTCTCACTAACATTGGTGACGATAAGGATCCACTTTCTATGTCTCCGAGAAAT
ATGACTGAACAACAGAAGCAGCATTTACAAGTCCAGGATAAGAATTACGAACAAGTTCCA
GGACAGTCTCCAGCTCAAGCTAGCGTGGCGCCTTCGCCTTTGCGACAGGAACCTCAAGTG
CCTCAGCCGTGTATGGGTGCCCCTTACGCCCCTCCAGCTACACAAAGCACACAAGAGAAA
CAAGACCCCAGCAGAAGCACACAAGTTATGAACACTAGATACCCTGTTGTTAAATTAGGT
CGACTCTCTGAGGGAATGCTAAAGAAACACGATGTGTCTCACGACGAAAGGTCGAGGAAA
AATAGTACAGTGGATTCGGATTCTGACGACAATTTGCCTTTAAAAGCTAAGTCGAGTAGC
TCCACTCCCACTGTAGATAAAGAAAGAGAAGCTATAGATATGGCTAGAGAAAAGAACTGG
GAAGCGGTTAAGAGGAAACATGAAGAAGCCAGTAGAAGAGAAGAAGCAGAGGCGGCTATC
GTGAGACCCAAGCTGCGAAAAGTGGAAAGAAGATTGGTGCCAGTTCTGGAAATGTTATCT
GTTGATGAACTCATGGAGACAAATACATATCAACGGTTCAACAAATTAATAGAATCCGTC
TTCGAAACCATCGATGATGACGTCATTATCACGGACGAAATGGAGGGTACAGATATTCCA
CAAGATATGCTATTACCTCGATATCAACTACAAGAGTTGTGTTCCGAAGCGGCGAAATTA
AAAAATTTGGGTGCTATGGAAGCCATTCCTTCGGACAGATTAGTACGATTGTTAAACATA
TTAGAAAAAAATATTAGGGCTGCCGAAAAGATGTCTCTAGTGGGGGATCCAGAAGATAGT
GAAGAGATGCGACAGATCTGGATGGAATCGGCGTTAGAGCGTGTGATGTGCGCCTCGGAC
GCCTGTCTCACGGCATTGTATATAATGACGTCACCCAGCATGCCCAAACGAATATTCCTA
GAAGATGTTATAGATAGGATCATTATGTTTATTAAGTTTCAACTAAACAATACCATATAC
TGTGTATATGACCCCGTGTACAGTATCCAGAGTACTTCCAAGAAGAAAGTGGACGGCCGT
AAGCGTCGCGGTGGCGGTGCAGGTCACGCCAGTCGGCGGTGCGGTAGTTCGACCAGAGCG
GTCCGCGAGCTGTACACTCACGCTCACGAGTGTGTCACGTTGTTGTCTGAACTGTTCGCT
GCCCACCACCTCACTGACACCACAGTCCTACACGCCTCTACCGTCGGAGTATCGCCGTTC
TTCGTAGAGAACATCAGCGAACTGCAGCTGTCAGCCCTCAAGCTTGTTACAACTATTTTT
ACAAAATACGAACAACATCGCCGGCTACTGCTTGAGGATATCTTAGCTTCAATAGCTCGG
ATTCCTAGCTCGAAACACAATCTACGTTCCTTCCAACTGAGTTCCGACCAGCACATACAG
ATGTTGACCGCCCTTGTTTTACAATTGGTTCAGTGTGTTGTCACGCTCCCGGAGACGCTC
TGTAAGACACAGGACAAGGATAAGGATAAGGAGAAGGAAAAGGAGCATGTTGAGTCTGAT
AGTAAAAAGCCCGTGGATAAAGACCTAACAATAATATCTAAATACGAAGCAGCAATCAGT
GTAGGCGGAACATTTCTCACATCATTTCTAAACAAGTGCCGCAGTCGGAACGAAGAAGTC
GACTTCAGGCCCCTGTTTGAGAACTTCGTTCATGATCTTTTAACTACTGTTAATAAACCC
GAATGGCCGGCTACAGAATTGCTGCTAAGTTTACTCGGTACAATGCTGGTGAAGTACATG
TCAGACAAATCAATGGAGATGTCTGTACGTGTGGCGTCGTTAGAGTACCTGGGGTTGGTG
GCGTCGCGGTTGAGGAGGGACAGTGTGACGTCACGAGCCAAGCTCGCCACCATGGACGCC
GTGGTGAGGGACATTCGGGCCGAAGAGGAGAAAGATGGATGTCAGCAGCAGTCGCTGACG
TCAGGTTTAGACGAAGATGAAGAGAGAACAGAATTTCTTCAAAGGGTATTGCTTGATTAC
CTTGCGATAAATGGTCAAAAGGATCAGGCGTGGAATTGTGCCAGGCATTTTTATATTACG
CAATGGTACCGAGATATGGTCGTCCAACCGAAGAGCTCCTCACCAACAAAAAGACCGAAG
AATAAGTCAAAGAAAAAATACAAAGTCGAAAGCAGTGAAGAGGAATCTGACGCAGACGAC
GACAGCGACGGTGGCATCAAGGAATCGAAGGCCGACAAGAAACTACCTCCGAGCGCTCTG
ATGTCCGCCGAGAAGTTCAAAACCATTGAACGGCGGAAGCATTTCTTCCTCGAAAAGATT
AGACCGTTCCGTTATCAAGGCGGGACCCAGGTGCAAGTGATGCAGTCCTACATAGATTAT
AGCGGCGCGGAGTTGATCTCGCAGTATCTGGCGTCGAAGCGATCTTTCTCCCAGAGCTTC
GACAGGTATCTGAGGAAGATCCTGGTGATTCTCTGCGAGAATACAATAGCAATTCGTACG
AAAGCTATGAAGTGTTTGACGATGATAGTAGAGGCGGATCCGGCGGTGCTGGCGCGTCCC
GACATGCAGATCGGTGTGAACCGCTCGTTCCTAGACCAGTCCACGGCAGTACGGGAGGCG
GCCGTAGACCTTGTAGGAAAGTTCGTGTTGAGTCGACCAGAACTCATCGACAAGTATTAT
GGAATGCTCTCAAATAGAATATTGGACACCGGTGTGTCGGTGAGAAAACGAGTGATAAAG
ATATTGAAAGACATTTGTATAGAATGTCCAGAGTTTCCAAAAATACCTGAAATATGTGTG
AAAATGATAAGGAGGGTTAACGATGAAGAGGGTATAAGGAAGCTAGTTATGGAAGTGTTT
CAAAATATGTGGTTCAGTCCGTGTCCCAACTCTTCGAGGCACGGTGCGCTGGATATAACA
GCCGCCACGGCAGATCCGCTCACTAGAAAAGTACTGAACATAACAGATGTTGTACTATCG
TCTAGAGATATGGGATTGGAATGGTTTCAACAACTGTTAATGAGTTTATTTAAACCTAAG
GAAGATAAGGATGACTCCACAAAAATTATTTATCAACCGCCTAAATCTCTATTGGTAGCT
TGCCAACAAATTGTTGACTGCCTTATCGAACACTTACTGCAGTTGGAAGAAACCAATACG
GATGGAGCTGGTTCGTCACAACGTATTTTAGCGTGCCTCTCCACATTGCATTTATTTGCA
AAAATTAGACCGCAGCTATTGGTTAATCATGCATTAACACTCCAGCCTTACCTCAGTCTA
AAATGTCAGAATCAATACGAGCAACAAATAATGTCAACGGTTGCTTCCACGTTAGAGCTG
GTGGTTCCTCTCATGGAACATCCTAGTGAAGTATTCCTCGCTCAGTTGGAGGAAGACGCC
GTGAAGCTCATCTTGCAGCGCGGCCAGCTCGTCATAGCTGCCTGTATAGCATGTCTAGCG
GCCATTGTTAACAACCTGACGCACAATTATAAACTCATTAGGGATGTTTTCAATAAGTAT
CACGGAGTTCTACTGCAATGGAAGCAGAGTTGGCAGCGGAACGCCGAGATGACACGCGGG
CTTCACACGAGGCCTCACTTTAGACGAGCGTTGTTCATTGTAGGACTGCTATTGCGGTAT
TTTGATTTCACTGAAAGCAGAGTCATAGAGGGTCTTGCGACTGACATCAAGGAGCAAGTG
TACTCTACGTTAATGTTTTTCGTCGGTCTCGAAGACGAAGATTTCGTGTCACATACGCTC
AAAGCCCTCGGTTCAGTTTGTGTGCGACATTACGAGTTTATGTTGAGGCCGGAATTGAAG
GAGTTTTATCATCAGCTATTGACATCAGAACTGGCACCCATAGAAATGAAAGCAGACGTG
CTTAGAAATATTGAGATGTACTTACAAGAGGAGGAACAGAGAATGATCAGACAGGATAAG
GAATGGTCAAAAAGATCAAAACATGAAAACTTAAAGGAGATGGGCGACGTGTCTTCCGGA
ATGGCGTCAACAGTGATCCAATTGTACCTTAAAGAAATCCTGGGATCATTTTTGCACGCG
AGCACGGTAGTTCGCTCCAGCGCTATGAAAGTAGTGCAGTTGGTGTTAGCACAAGGGCTG
GTCCATCCTGTACAGATTGTTCCATATCTAATATGTATGAGCACTGACACAGAGGTGACA
GTGTCACACACGGCAGACAAAAATCTCCAAGAAATAGATAAAAAATATCCAGGATTTATA
CACATGAAGGCTCAACTTGGTATAAAACTGTCGTACCAGCTACAAAAAATATTACAGAAT
AACAAGAAGGGAGTAATTAGAGGGTTCAGGAAAAAGGAACAAGACGACTTGCCAACCGCT
CTTAATGGTTTTTTATATTCACTGTTAAGAAACACGCGGCCGCAGAGACGAGCATTAATA
CTATCCTTATTGAAACAATTCGATGACGTTTCTACCGCTCCATTGGATCAAATGCTCTAT
CTGGCTGATAACTTAAGCTACTTTCCTTTTCAAGTTCAAGATGAACCACTTTTTATAATA
CACCATATTGATATTATAATTTCTACGTCGGGATCAAATTTATTACAAATTTTTCGGGAG
GGTCTTTTAAAAACTGGTAGTGAAGAGAAGGAGCCGCTCGACGAGGAAGAGGACGAGGAG
GAGGCGGAGGCGCTGGTGGCGAGACTGCCGCCCTCCACCAGGCCGCTGAGGGACGCCATG
AGACAGGCCCGAGGCTGTCTGCTCTTACTCGTTCTCAAACAACATCTCAAACAACTCTAC
GGTTTCACAGACGCTAAAATTAGTCAGTATTCACCGTCGGAGAGCGTGAAGGTGTACGAG
AAGGCCGTCTCTAGACGGCACGCTCCTCAATTCGAGCCCAAGGCGACGATCGCTCAGCTG
CATCAGAAGGACGACGACCAGGAGCTGGATGAGCGTGGCCGGCGGAGACTTATAGATGAC
TATCTCGAGGTACTACGTAATACTTTTAACAAAAAAAGATAA
Protein sequence:
MNERDIPSVPITTLAGVASLTDLLPVLPLPTPLPSTLNNKSQLFHPRVAEEAAILLATRD
DNLVSLLLQSLMQTSVQHIDLKDESIPNAVSPAPPQATPELLKAILHVNPNVFDQQQRNH
WGNHLHASKLNGMSPSSTYNYASHNTVHSSPSSHGTAVHSGSMPNQQVLATPCQSSPHVN
MGSPPSQARPGSQVNITAQNNVSPPWSTSNPSNIYTSPLSNSSCSNPQNGGFYNSLVQEN
RNFLTNIGDDKDPLSMSPRNMTEQQKQHLQVQDKNYEQVPGQSPAQASVAPSPLRQEPQV
PQPCMGAPYAPPATQSTQEKQDPSRSTQVMNTRYPVVKLGRLSEGMLKKHDVSHDERSRK
NSTVDSDSDDNLPLKAKSSSSTPTVDKEREAIDMAREKNWEAVKRKHEEASRREEAEAAI
VRPKLRKVERRLVPVLEMLSVDELMETNTYQRFNKLIESVFETIDDDVIITDEMEGTDIP
QDMLLPRYQLQELCSEAAKLKNLGAMEAIPSDRLVRLLNILEKNIRAAEKMSLVGDPEDS
EEMRQIWMESALERVMCASDACLTALYIMTSPSMPKRIFLEDVIDRIIMFIKFQLNNTIY
CVYDPVYSIQSTSKKKVDGRKRRGGGAGHASRRCGSSTRAVRELYTHAHECVTLLSELFA
AHHLTDTTVLHASTVGVSPFFVENISELQLSALKLVTTIFTKYEQHRRLLLEDILASIAR
IPSSKHNLRSFQLSSDQHIQMLTALVLQLVQCVVTLPETLCKTQDKDKDKEKEKEHVESD
SKKPVDKDLTIISKYEAAISVGGTFLTSFLNKCRSRNEEVDFRPLFENFVHDLLTTVNKP
EWPATELLLSLLGTMLVKYMSDKSMEMSVRVASLEYLGLVASRLRRDSVTSRAKLATMDA
VVRDIRAEEEKDGCQQQSLTSGLDEDEERTEFLQRVLLDYLAINGQKDQAWNCARHFYIT
QWYRDMVVQPKSSSPTKRPKNKSKKKYKVESSEEESDADDDSDGGIKESKADKKLPPSAL
MSAEKFKTIERRKHFFLEKIRPFRYQGGTQVQVMQSYIDYSGAELISQYLASKRSFSQSF
DRYLRKILVILCENTIAIRTKAMKCLTMIVEADPAVLARPDMQIGVNRSFLDQSTAVREA
AVDLVGKFVLSRPELIDKYYGMLSNRILDTGVSVRKRVIKILKDICIECPEFPKIPEICV
KMIRRVNDEEGIRKLVMEVFQNMWFSPCPNSSRHGALDITAATADPLTRKVLNITDVVLS
SRDMGLEWFQQLLMSLFKPKEDKDDSTKIIYQPPKSLLVACQQIVDCLIEHLLQLEETNT
DGAGSSQRILACLSTLHLFAKIRPQLLVNHALTLQPYLSLKCQNQYEQQIMSTVASTLEL
VVPLMEHPSEVFLAQLEEDAVKLILQRGQLVIAACIACLAAIVNNLTHNYKLIRDVFNKY
HGVLLQWKQSWQRNAEMTRGLHTRPHFRRALFIVGLLLRYFDFTESRVIEGLATDIKEQV
YSTLMFFVGLEDEDFVSHTLKALGSVCVRHYEFMLRPELKEFYHQLLTSELAPIEMKADV
LRNIEMYLQEEEQRMIRQDKEWSKRSKHENLKEMGDVSSGMASTVIQLYLKEILGSFLHA
STVVRSSAMKVVQLVLAQGLVHPVQIVPYLICMSTDTEVTVSHTADKNLQEIDKKYPGFI
HMKAQLGIKLSYQLQKILQNNKKGVIRGFRKKEQDDLPTALNGFLYSLLRNTRPQRRALI
LSLLKQFDDVSTAPLDQMLYLADNLSYFPFQVQDEPLFIIHHIDIIISTSGSNLLQIFRE
GLLKTGSEEKEPLDEEEDEEEAEALVARLPPSTRPLRDAMRQARGCLLLLVLKQHLKQLY
GFTDAKISQYSPSESVKVYEKAVSRRHAPQFEPKATIAQLHQKDDDQELDERGRRRLIDD
YLEVLRNTFNKKR