| New model in OGS2.0 | DPOGS206648 |
|---|---|
| Genomic Position | scaffold174:- 75889-80898 |
| See gene structure | |
| CDS Length | 3069 |
| Paired RNAseq reads | 46 |
| Single RNAseq reads | 211 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | ND |
| Best Drosophila hit | CG3368 (1e-29) |
| Best Human hit | thyroid adenoma-associated protein (5e-10) |
| Best NR hit (blastp) | GE23731 [Drosophila yakuba] (1e-30) |
| Best NR hit (blastx) | GG11544 [Drosophila erecta] (3e-29) |
| GeneOntology terms | GO:0005488 binding |
| InterPro families | IPR019442 Domain of unknown function DUF2428, death-receptor-like IPR003213 Cytochrome c oxidase, subunit VIb IPR016024 Armadillo-type fold IPR011989 Armadillo-like helical |
| Orthology group | MCL21808 |
Nucleotide sequence:
ATGTCTTTCCCTGATAAACAACAACGAAAAGTTTGTTGGGATTCTAGAGATCGTTACTGG
GCTTGTTTAGATGACCAAAATATTAAAGACAGTTCTGAAAAGCCAAAGGCATGTGCGGAA
TTTAGGAGACTATTTGAAAAATCTTGTCCACCTAAATGGGAGGTACTTATAGCAACGAAG
AAAGCTAGCATTCAAAATGAAGAGTATGAAGAATTTAACATCATATTAGAAATGTTGTGG
GACCATTTGAAAACTGGACTCGAAGAATTTGATGACCAATTACTTTGTTCTACATGTTTT
TATAATGTCCTAAACAAGTCAACTAAACAAGAGTTCTATCTTAACCAGATCTTAATAATA
ATGAATGACGAACTAGAAATCAATGAGAAAAATCATGATAACATAAGTTTGGCTACAACT
CTTTGTTATGGCCTCTATCAGTCCTCATATCTTGCTAATGATTTGAAAAATACAGCGGTA
CTTGAAAATACTATGAAATCAATTTTCAAATTGCTAGTAAGAATGTCATATGAGTATACA
CAGTATACATTTATAGTATTTAAGACTATGAGCTCATTTAAAAAAGTGATAGGAACATCA
TTAGAAATGACAATTTTCAGTAATGAAAATAAAATTAAAATGCTGCATGTAATAAACAAT
AATTGGGAGAATCCTATAACAGGAATACGAAACTTAAATAGGATTTTATTCCAAACATTA
CTTCAAGTTATCAATGACGATGAGTTGACACAAATAATAAGAGAAATTAATAAATTTTAT
TGGAACAAAGCAAAATATTTGATGCTGACCGAAGTGATTCTTAAGTACAGTGGGAATATT
GTGGACTATGTGTTGAAAAATATGTGGCTTGGAGGACTATTGAATAGTTTATACAAGCCT
GGCTTGGTATCCGCTGGCGCTGATATGTATTATGCTATTTTGGAGAAGCTTAATTCAGAA
AATTGTTGGACAACATTGTTCCTGGAACCTGTAATCGAACTTCTTACAGGAGCCTCTTTT
CAAGCTATAGAGAATTTTAAGAATTACTGGTGTTTGAACACTTTCAAGAAGTTTCCTACA
TTAGCCAAAGATTTAGTTCAACATTTGAAACTAGCCAGCGATTCAGAATTAAAGCTATAC
AGCATTTTATGTGTTCTTAAACAAGCCAACAAACTTGCTTTAATTGATAGAAAGTGGACA
ACAGCATCCCATAACAGTAATGAACAACTTGTGCTTACTAGCATAGACCACTGTAATGCG
TTTATAAGAATGACAGCTTTTGAAATTACATGTGTCTCTCATCAAAAATGTTTACCGACA
CAAATAGAATATGAACAAATTCTCAATTATTTGAGAGATAACATTAATTCTGACTGCACT
GTACTAAGGTTGTGTATGATAAATAGTTTGGACAGTTTTTTAACTCAATTGCACACAAAC
TTCATGAACTTTGTCAATGATGAAGGACTCTCCCCTTTGAAATGTTTTTTTAAAAGTTTA
CAAGCTTTTATTATAGAATCATTAAGTTTGTATGGAAATTATCAAAGGAAAATAACTACT
ATTAAAGTTTTATATACGATATTTAATAGCTTATCAGGCAAATCTAAGAAAAAGAATAAG
AAACAAAATTGCTCTTCAAAACCAACACTTTTAACATTTTTAAAGGAAAACAATTGTTGG
GAATTTGATAAAGCTGATTTTATACTAAAGTTAATGAGTCTGCTGAAAGATCCAGCCAAT
GATGTACATGAAAATGTACTTCAGTTATTATGTAATTACTATCTGAATGATTTCAATAAT
TCTAATCTATTCATATGTTTAGTGGAAGAGGGCTTGACATGTGTTAAGAGCAAATTTTTC
TATGAAATATGTAGTGGTCACAATATATTTAAACTAATTGTTAATGTCCTGATTGAAACA
AATACATTTATAAACACGGAAGTCAATTTCAAGACAATCATAGACGTCTTTCAGTTTGCC
TATAAAGAGATTGATTGTGGCAGTTATAGCAAAGAAAACATTGTGAAATCAATAATAGAA
GGGAGACAATTGCATGCATATTTAGGAATATTGTTTGTGATTTTCGACGCATCCCTTAAA
ACGGGCTTCAAAATTCCCATTGATTATGAGGGTATTATTAAACTAGTAGACGTTTTAGAA
ATAATATCTAATCAGTTTGCTTGGGAAGAAGACACTTTGACAAGTTCGGATTTTTCGAAA
ATGAGTGATATGGTACAGACTCTTATAAATAATTCTGAATATGCTGAAGAGAATAATCAA
GACCAGACAAAGATTTCAGGTTTTCATCAGATCGTTCTGAATTGTCTGTGGCTAAATGTT
AAGGCAGCTTGTGACTTAGCATCTTTGCTCATACTGTATTGCAAAGAATATGTAGAAGTT
TGTGAAAAATGTTTGCACATAATTATGCATGTTCTAGAAACATCAAGACATAAAGGTGCC
ATAGAAGCGGCTGGGGCTGCCTTAGGTCAAGGAATCAATTACTTAACATCTACAAAGCTG
AGCCCAGAGGTTTCACAATTACCATTTATTCTATTAAAGAAAAAATTAAATGAACTTTTA
TATGAAACAGCGAAAATGTCCTCTGTAACAAGAAGGGGTGCCGGCTTGTCAATAATGGTG
CATAGAATTGTTAGTAATGATAGAAAAAAAGGAAAACCCCTGTTTCATTATTTTATGGTC
GAATTATTAACAACATGCAAAAGTTTGGATAAAAATTGTGAGGTCGAGGAAAGTGATAAA
GATCTGCCTAAAGCCATTTATATACATTTCCTGACAAGAATTGTGACTGACAGTAGTTTG
GCTTCAGATATTATGTATTATTCAGCTGATCTAGCTGAATTAGCTTTCGATAATCTTACC
AACTCCAATTGGCAGATCAGGAATGCAGCTCTTCAGTTATATGGTGCATTAATTCCAAAA
TTGATAGGTCAAAAAAAAGCTTCTGGGATTGATGAAGAAACCGTTGCTACTGTTGCATGT
GATGAGTTCCTAACTCATTCTCCAAAGCTCTGGAAGTTACATTGGAAGAAATTGCTTATG
CCCTTCTAA
Protein sequence:
MSFPDKQQRKVCWDSRDRYWACLDDQNIKDSSEKPKACAEFRRLFEKSCPPKWEVLIATK
KASIQNEEYEEFNIILEMLWDHLKTGLEEFDDQLLCSTCFYNVLNKSTKQEFYLNQILII
MNDELEINEKNHDNISLATTLCYGLYQSSYLANDLKNTAVLENTMKSIFKLLVRMSYEYT
QYTFIVFKTMSSFKKVIGTSLEMTIFSNENKIKMLHVINNNWENPITGIRNLNRILFQTL
LQVINDDELTQIIREINKFYWNKAKYLMLTEVILKYSGNIVDYVLKNMWLGGLLNSLYKP
GLVSAGADMYYAILEKLNSENCWTTLFLEPVIELLTGASFQAIENFKNYWCLNTFKKFPT
LAKDLVQHLKLASDSELKLYSILCVLKQANKLALIDRKWTTASHNSNEQLVLTSIDHCNA
FIRMTAFEITCVSHQKCLPTQIEYEQILNYLRDNINSDCTVLRLCMINSLDSFLTQLHTN
FMNFVNDEGLSPLKCFFKSLQAFIIESLSLYGNYQRKITTIKVLYTIFNSLSGKSKKKNK
KQNCSSKPTLLTFLKENNCWEFDKADFILKLMSLLKDPANDVHENVLQLLCNYYLNDFNN
SNLFICLVEEGLTCVKSKFFYEICSGHNIFKLIVNVLIETNTFINTEVNFKTIIDVFQFA
YKEIDCGSYSKENIVKSIIEGRQLHAYLGILFVIFDASLKTGFKIPIDYEGIIKLVDVLE
IISNQFAWEEDTLTSSDFSKMSDMVQTLINNSEYAEENNQDQTKISGFHQIVLNCLWLNV
KAACDLASLLILYCKEYVEVCEKCLHIIMHVLETSRHKGAIEAAGAALGQGINYLTSTKL
SPEVSQLPFILLKKKLNELLYETAKMSSVTRRGAGLSIMVHRIVSNDRKKGKPLFHYFMV
ELLTTCKSLDKNCEVEESDKDLPKAIYIHFLTRIVTDSSLASDIMYYSADLAELAFDNLT
NSNWQIRNAALQLYGALIPKLIGQKKASGIDEETVATVACDEFLTHSPKLWKLHWKKLLM
PF