| New model in OGS2.0 | DPOGS203649 |
|---|---|
| Genomic Position | scaffold276:+ 82178-94034 |
| See gene structure | |
| CDS Length | 3132 |
| Paired RNAseq reads | 2098 |
| Single RNAseq reads | 5676 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA003446 (4e-31) |
| Best Drosophila hit | CG3125, isoform B (5e-161) |
| Best Human hit | integrator complex subunit 6 isoform a (0.0) |
| Best NR hit (blastp) | PREDICTED: similar to integrator complex subunit 6 [Apis mellifera] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to integrator complex subunit 6 [Apis mellifera] (0.0) |
| GeneOntology terms | GO:0008150 biological_process GO:0005634 nucleus |
| InterPro families | IPR002035 von Willebrand factor, type A |
| Orthology group | MCL11682 |
Nucleotide sequence:
ATGACTATTATAGTCTTTTTAATAGATACATCAGCTTCTATGAACCAAAGAGCTTATTTG
GGCGGACGCCCAACGTTGCTCGATGTAGCCAAGGGCGCTGTGGAAACGTTCGTAAAGGTT
CGTCAACGATCTCCTGAAAGCAGAGGCGATAGATATATGCTTCTAACTTTCGAAGAGCCA
CCCGCGAACATCAAGGCTGGTTGGAAAGAGAATTTGGCTACTTTTATCAATGAATTAAAG
AATTTACAGTGCCTTGGTTTAACAACGATGGGAGCTGCTCTCAAGCATGCTTTTGATGTT
TTAAATATAAATCGCATGCAGACTGGAATAGATACGTATGGCCAGGGAAGATGTCCCTTT
TACCTTGAACCATCTGTCATAGTTGTGATTACTGATGGAGGAAAGTTATCAAGCAATGCT
GGCATCCAAGAGGAGTTTAATTTACCAATGAATTGTCCTATTCCCGGTTCCGAGCTTACT
AGAGAGCCTTTCCGTTGGGACCAACGTTTGTTTTCTTTGGTTCTGAGGCTAGCGGGAACT
CCAGCTGTAGAAAGAGACTCTGGTCTTGTGCCCTCTGATTCATCACCTATTGATGCCATG
TGTGAGGTCACTGGTGGTCGCTCATATTGCATCACTTCTCATCGTATGTTGATGCAGTGT
ATAGACAGCTTGGTCCAAAAAGTCCAAAGCGGTGTGGTTATCAACTTTGAAAAGATAGGT
CCAGATCCACCTCCCATAGATGGTGGTAACAGGGAGGGAGAACCAGAGGAAATTACTCAA
GAAGATAAAGAAATGGATATCGATGAGAGAAATGGGCGTTGGAATGGAAATTCATATCAG
ACAGGATTACCCAACCAGGCAAGCACACCAGCAGCTTGGCATTCATGTCGACGACTTATC
TATGTACCAAGAACTGTCTCACAGAAAGGCTTTGCAGTTGGCTACTGGCCTATACCCGAG
TCATTTAGACCAGATCCTAATGCCGGTACTTTGCCTCCTCGGTCAGCTCATCCTGTGGTC
AAGTTCACTTGCTCCAGTCAAGAGCCAATGGTCATAGATAATTTACCATTTGACAAGTAT
GAACTTGAACCCAGTCCACTTACGCAGTTCATTTTGGCAAGGAAGCAACCAACAATTTGC
TGGCAGGTATTTGTTGCTAACAGTGGCTGCAAAAACTCTGAAGTCAGTCATCCATTTGGC
TACCTAAAAGCATCAACGAACCTGACTTGCGTCAACTTGTTTGTGTTGCCTTACAACTAC
CCAGTGCTTTTGCCGTTGTTGGATGATTTGTTTAAAGTTCATAGATGCAAACCAACGCCA
GAATGGAAAATGGCTTTTCAGCAGTATTTGGATCGCATGCCATCGTATTACGTTACGCCA
CTCCGGCGGGCATTAACGAAAATGGGAGCGTCAACACCGTTGGTGCAGAGCTTGATTCCA
GATACACAAGACAACTCACTGAGCTTCTGTGTATTAAACTATTTGAAAAGACTGAAAAAC
CAGGCGAAAATTGAATTCGAAAAACTTTGTGCGGATGTTATAAACAAGGCATCGACTGGA
AATAATCAGAAGGTTGCAGAAAGCGTGCGGGTAATGCCGCGATCTCCTCTTAAGAAAGAT
CTAACAACGCATCCGTGTCTACAAGACAAGTTTACGGCTCTAAGAGATCAGTTGAACGAA
TTCGGCGGATTTGTTGTGGGTCTATCGCGTGGACGACATAAAACACAGGCTCATACGTAT
AGAAACCCTTTTGATATACAGAGGCGAGATTTATTGGATCAGGTGGTGAGAATGCGTGCT
AATTTCCTTCAACCGTCGTTAGCGCATACACGTTTAGTAGATGAAGATAGTTTACATTCG
ATGCCTGTTGCTCAAATGGGTAATTACCAGGAATATCTAAAACGTATGACGCCGCAGTTA
CGAGAGATCGAATCGCAGCCCGTGAGGCAACATATGTTCGGAAATCCATTTAAGATAGAT
AAGCGCATGATGGTGGACGAGGCGGACATAGATCCCTTGGGTGCGGTGCGGGGCTCCGCT
GGCGGCGGTGTCGGTGGTAAGCGGGGGACGGAGAGCCCACGGGCGGTGCCGCCCAAAAGG
AAGGCAGGACCCATACCGCACCACGTAGTGGCGAGGCGGCCGTCCACACCGACGGTGATC
ACACAGCCGCTGTCACCTCAGCCGCCATTAACACCGCCGCCCGCCGCTCCACTGTCGCCT
GTGACGTCACGTAGACCGGCATCACCACTGGCGCCGGTACCGTCGGACCTACCGTCAGGG
AGACCACCTGAGGAGCCTCCCTGCCCGGACGGCGGTCCGCCCTCTCCGGCACCACCGCCA
GCCGCGCCCGCAAATCTACCACCAGTTGTCAAGCCTTTTCTTAATGGAGATGCCTATACT
ACGATGGGTAAAATGCCGAGGTCTCCGTCCCCGCCCGCGGAGGCGTCTTTGCCGTCACCG
TCCCACGATTCACAGGAGCTTCAGATAAACGCTATCATACAGGGCATTGCGGCAGAGAAC
AATTTCATAGCAAGAGAAAGGAAAAGAAGACGGAAGCGCGTTGTATTAATGGAGCTCACG
GGTCCTTGGGAAACCAACATCCCAAAAGACCCTGACGTCAAGGTCAACAAGCATTACGAA
CTCACTAAGAATGGGTTCGTTGTAAATTTATACGCGTTAGAAGTAGGAGTTAGAGGTAAA
ACCGCCAAATCTCTCTACAGCTTACTAAAAGTCTTGGGCCTGTCAAGAATTAACATCAAT
TCATTCTTGGAACGTGCGTCGAAGGCAGCCCTAAGCGAGCGTCACGAGCCGCCGGTGCCG
CCTCAGCCGACTGCCAAGGAATTGGCCGAGATCAAGAAACACAATCTGTGTGTGAGGGCT
GATGTGTACCGAGCTGTGAGGAGGCCAGGGAGAGATTTCACAAAGCTGTTCGAATACTTG
AAACAATTACAAGGTAGTGTTGATATAAAGAAGGAGGTGATACGTGACGTCATCAGTGAA
TCGTTGCGTTTCAAAAGGAAGGCTCTAGCTAAGTTGTTGGAAGACTTTATAGCGGGTCTA
GAGAAGAACGGGAACAGTGTGTCGGTTAACTTGCAGAGGATGAACTCGTACAGCAACTCC
AACCATAGCTAG
Protein sequence:
MTIIVFLIDTSASMNQRAYLGGRPTLLDVAKGAVETFVKVRQRSPESRGDRYMLLTFEEP
PANIKAGWKENLATFINELKNLQCLGLTTMGAALKHAFDVLNINRMQTGIDTYGQGRCPF
YLEPSVIVVITDGGKLSSNAGIQEEFNLPMNCPIPGSELTREPFRWDQRLFSLVLRLAGT
PAVERDSGLVPSDSSPIDAMCEVTGGRSYCITSHRMLMQCIDSLVQKVQSGVVINFEKIG
PDPPPIDGGNREGEPEEITQEDKEMDIDERNGRWNGNSYQTGLPNQASTPAAWHSCRRLI
YVPRTVSQKGFAVGYWPIPESFRPDPNAGTLPPRSAHPVVKFTCSSQEPMVIDNLPFDKY
ELEPSPLTQFILARKQPTICWQVFVANSGCKNSEVSHPFGYLKASTNLTCVNLFVLPYNY
PVLLPLLDDLFKVHRCKPTPEWKMAFQQYLDRMPSYYVTPLRRALTKMGASTPLVQSLIP
DTQDNSLSFCVLNYLKRLKNQAKIEFEKLCADVINKASTGNNQKVAESVRVMPRSPLKKD
LTTHPCLQDKFTALRDQLNEFGGFVVGLSRGRHKTQAHTYRNPFDIQRRDLLDQVVRMRA
NFLQPSLAHTRLVDEDSLHSMPVAQMGNYQEYLKRMTPQLREIESQPVRQHMFGNPFKID
KRMMVDEADIDPLGAVRGSAGGGVGGKRGTESPRAVPPKRKAGPIPHHVVARRPSTPTVI
TQPLSPQPPLTPPPAAPLSPVTSRRPASPLAPVPSDLPSGRPPEEPPCPDGGPPSPAPPP
AAPANLPPVVKPFLNGDAYTTMGKMPRSPSPPAEASLPSPSHDSQELQINAIIQGIAAEN
NFIARERKRRRKRVVLMELTGPWETNIPKDPDVKVNKHYELTKNGFVVNLYALEVGVRGK
TAKSLYSLLKVLGLSRININSFLERASKAALSERHEPPVPPQPTAKELAEIKKHNLCVRA
DVYRAVRRPGRDFTKLFEYLKQLQGSVDIKKEVIRDVISESLRFKRKALAKLLEDFIAGL
EKNGNSVSVNLQRMNSYSNSNHS