| New model in OGS2.0 | DPOGS207536 |
|---|---|
| Genomic Position | scaffold465:+ 57034-65855 |
| See gene structure | |
| CDS Length | 3699 |
| Paired RNAseq reads | 368 |
| Single RNAseq reads | 864 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA001900 (4e-14) |
| Best Drosophila hit | shavenoid, isoform A (2e-86) |
| Best Human hit | ND |
| Best NR hit (blastp) | PREDICTED: similar to shavenoid CG13209-PA [Apis mellifera] (6e-126) |
| Best NR hit (blastx) | PREDICTED: similar to shavenoid CG13209-PA [Tribolium castaneum] (1e-112) |
| GeneOntology terms | GO:0035316 non-sensory hair organization GO:0048800 antennal morphogenesis GO:0003674 molecular_function GO:0005938 cell cortex GO:0035317 imaginal disc-derived wing hair organization GO:0035017 cuticle pattern formation GO:0009913 epidermal cell differentiation |
| InterPro families | ND |
| Orthology group | MCL10656 |
Nucleotide sequence:
ATGGCCCTGCTGCTGTTGCTGGTGGCAGTCGCGGGCGCAACGAGCCTCGGAGACCTGACG
AGAAAGGATTCCGGAGACGTCTTCACTATACTTGATGGTGAATGTGGTGCTGCAAGATGC
GCGGAGCACGGAGCTGGAAAAGGCGTAGAAGACCTCGAGTGCTCCTGCGCGTGTCCCCAA
CGAGCTCCCCTGTTCAGAGAGGACAGGGAATTGTGTGTTGACGACCTACCAGAATGCTCC
CTCGCAACTTTCGGCACTGGTCTTGGCACGCAGAGGATACCCTTCGTTTATCTCCCATTG
AAGGGTCAAATAATCCATCCATCCAGAGAAATTACTTTTCAAAATGTCAAGACTCCAATA
TGCGCAGTTTCGGGAGCACAGTTTTTAACACGAAAGGGATTCCTCGATCTTAGGAATACA
CTTGACGCTGATGTTCCGTTTAATTTATTCCGTGATGAAGGCAGAACATTTCTTCAGTGG
AGTGGGGAGGACGAAGTGCGCAAGCGCATGTCAGGTCGTATGATGGTGGTCAGGCTGCTG
TGTCGTGATATATCCGCCGCAGCGTCTTCGCCGCTCGACCTTCGTGGAGTATTCACGCCA
TGCGTTGCCTTCAGAGTCCAGGGAACACCGCCTCGACATTCCAATAATATAACCGAAGTT
CAGTTTGCACCAAACGTACAGACATCAGAAGGCTCAACAGCGACTGGTTTAACTGTATCA
GAATATATAGCCATTGGTATCAGTTCCTTGCTTTTAGGTTTAATTTATGTGGCATCTGTA
TTTTTATATCTACACATTAAAAAGAAAAGGAATTCAACGGCAAAAGAGAACGGCTTAAGA
AAACTTAAAGGACTGAAAAAGGATGGCTTGACTATAACGGAACGTGATATAATAAGGATA
AACAATGAACGTATACAATCCCTGCCAAATGTTATGGGTCAAGATGATGGTGTTGTCAAA
AAAAATCCACTATTGAGTGTAGGACGGCAGTTTGATAACAAAACGTTTCCTAGTGATCTC
TCTGATTCAGATGATTTTGCGGACACTTTGCGCAAGGATGATAATTCCTGCCATAATCAA
CTAACATCAGTAGTAATACACAGACATATAGACTTGAAATGTGATAATGTAGATCATCAC
AGAGAAGAGAGCATTGAAAGATTACCAGACGAACATGTCAGCATTGTAGAAACTATAGAT
GATAGAGAAATAACGCGACCGGTTGGAACCACACGCCGGAAACTTTACTTCAACCCAGCA
TACTTTGAACCACAATTAATGGCTGATCCCCCTCCTGCAGCTATTGAGTTTCTCTCAAAA
ATTCGAGAAGTAATATCAATCGCTAAGCAAAAGATGGCAGCAAAACGTTTTCATCCAGTG
CTAAACGAAATACCAGAAGAAGAAACATATCCTTCAAACGCAAACAGCATAGATATGTAC
CACGGCGTGGGGAGCCAACGTAGCGGTAGCCTTGTTAGTTTGAAAAGAGAAAATAGCAGG
AAAAGATCAACAAATTGTATGGGTTGCCCAGGATGTAAAAGCAATGTAAGCAATGATATT
CAAAATCTTGTTAAACAAAACGTTACAAAATCATGCACTAATTGCTTCAATGAGAAAGGA
GAGAAACAAAACAGTATTCGGAAGTGGCTTGAAAACATCCCAAATGTTAAAAACTCACTT
TTCTTCAACGATAGCGACGCTCCAAACAATTTAACGCATTCACTGCATGCTTTACCTAGC
GAGGGAAGCCAATGTAAACTACAAAAACAAAATAGCTTCTCCCATGTGACGCACTCAACA
GACAACCTCACGTCACACAGATCCACATCCCGGTCTGTGAGATCTGAGCCATCATTAAGA
AACTATAATATACCTTTACCAGAATTTAATAGCGAAACCACTGAAAATAATAACTACCTA
ACTATGTCTCGAATAAATGAATTAAAAAATATAGAATTAAACGAAAGAGCGTTTGACGTA
CAAAATGAAAGAGAAGTCTCGAGACAAAACATGCAGACATTGAAAAATAAAAGTGGTTTA
CCCGACATGGTCAACGAGGCTATAGCGCTTGACCATTTTTCAAAATCTCTATATAATACC
AGCAGTTCAGATGAGGAGAGATGTTCTAGAAATGCGCCAGAAAAAAGCAATTCAGATAGT
CCTTCTGGAAACGAATATGAAACTGATAGTCTTGAGAGGTCGTCTCATAAGAGGAACAAA
ACTACGACCCTTGATTATCTTGAAGTACCGTCATCCCAAGCTTCTCCGAGTTTAAGTACT
GCTCTGCCGTTAGAAGAAGAACTAACTATGAGAAACGCTGTTTACAAGACGCCCTCTAGT
GGTAACAGTAATACTCCGTCGCCCGAAGCACATATTGGCATAGAAGAGAATCACTATGAG
ACTATAGACGTTAAGAAAACTGACAATATCCAAGAAACGATAGACATTACGGTTAAGCCT
AGTAATAGTTACAGTTTAGTAAGCGAAGTATACGTTAATAATAATTACAATTTTGGTAGT
GCGCCTACTTCACCTAGTGGTTCGGAGTCTTCGATGGGTAACAGAAAATTGATTCAATTT
AACAATTCTGTAGCAAAACCTGGATGTTTAACCATAGAATTAAAAGATCCCCCTGAAAAT
TATATCAAAATTCACGAGTCGGATGGCTTTGAACCAGACACTTTGGACCGTAAGCATCTT
AAACATAAAGAAAGTGTAGAGAGTATTCAATTAGATCGACAAGACTTCCTAACCGACTGC
GACAATTCCGTAAAAAGAGACAAAAAAATTAAACTAGGAAGCAGCGAAACTTTCTGTAAA
AATAACGGACAAAAAGAGAATAGTAACAAATTTAACAGTTTAAGAAATGACCACGAGCAT
GGCTTTGATCGAACTAAGTTGTCGCCTATTTTGTACAGTGGTTCAAAGTCTCTTGACACT
GCAACTGATGACACATGGGATGATAACGCAGGTTGGAGTTCTGAGGAAGGCAGAATATTA
ACATTAGAGCTTAGACACTCGAAGCGACAACGACAATCCACGCCACCGTCTATAAAGCAA
ATGAAAAATTTGGCTCGACCTGATATTTTGCCTCCCCTACCGCCAACTGAGGACACCCCT
ATATACGAAAAGCCGACAATCCCGCCAAAGAGGGTTCCATATGGAAGCCCAGTACCACAA
ACCATCACTGAAAAACGACAAATATTTCCGCGTAATTCAATATCTTGTAGCTCATTAAAA
ATTGCAGAAACCGATGATATGAATAGTATAAAATTGTGCGAAAATGATCAAAGATCAGAA
AGTGGTCGTAACTGTAGGAGAGCATCAAGCAGTTGTAGCAGCGTTGTAAATACAAACACA
TTCATTAAAGGACAAAAAGCCGAGAGTATTAGAACAAAATTACGTCGCAGAAAAGGTTCC
AACATAGAAGATTCCGGATATCTCAGCAGTGATTCCACGTGTTCAAAACAGTTTCAAAGG
AAAATAGTAATAGCGAAAATTGACAGTTGTAGTGACAGTGACGAAACAGAAGACGAAGCT
AGAAGTGAATCAGGTGCAGAAAGTGTTGAAACACATTCCGTATATTTTGGTAATTGTCCT
AGATTACGTAAAAATGAGGAGAGCATCAAAAACACAATAAAAACCACAAGGGACAGCAAA
CGCAAAGTTATAGTTAATAATGATGTAAATAATGAATAA
Protein sequence:
MALLLLLVAVAGATSLGDLTRKDSGDVFTILDGECGAARCAEHGAGKGVEDLECSCACPQ
RAPLFREDRELCVDDLPECSLATFGTGLGTQRIPFVYLPLKGQIIHPSREITFQNVKTPI
CAVSGAQFLTRKGFLDLRNTLDADVPFNLFRDEGRTFLQWSGEDEVRKRMSGRMMVVRLL
CRDISAAASSPLDLRGVFTPCVAFRVQGTPPRHSNNITEVQFAPNVQTSEGSTATGLTVS
EYIAIGISSLLLGLIYVASVFLYLHIKKKRNSTAKENGLRKLKGLKKDGLTITERDIIRI
NNERIQSLPNVMGQDDGVVKKNPLLSVGRQFDNKTFPSDLSDSDDFADTLRKDDNSCHNQ
LTSVVIHRHIDLKCDNVDHHREESIERLPDEHVSIVETIDDREITRPVGTTRRKLYFNPA
YFEPQLMADPPPAAIEFLSKIREVISIAKQKMAAKRFHPVLNEIPEEETYPSNANSIDMY
HGVGSQRSGSLVSLKRENSRKRSTNCMGCPGCKSNVSNDIQNLVKQNVTKSCTNCFNEKG
EKQNSIRKWLENIPNVKNSLFFNDSDAPNNLTHSLHALPSEGSQCKLQKQNSFSHVTHST
DNLTSHRSTSRSVRSEPSLRNYNIPLPEFNSETTENNNYLTMSRINELKNIELNERAFDV
QNEREVSRQNMQTLKNKSGLPDMVNEAIALDHFSKSLYNTSSSDEERCSRNAPEKSNSDS
PSGNEYETDSLERSSHKRNKTTTLDYLEVPSSQASPSLSTALPLEEELTMRNAVYKTPSS
GNSNTPSPEAHIGIEENHYETIDVKKTDNIQETIDITVKPSNSYSLVSEVYVNNNYNFGS
APTSPSGSESSMGNRKLIQFNNSVAKPGCLTIELKDPPENYIKIHESDGFEPDTLDRKHL
KHKESVESIQLDRQDFLTDCDNSVKRDKKIKLGSSETFCKNNGQKENSNKFNSLRNDHEH
GFDRTKLSPILYSGSKSLDTATDDTWDDNAGWSSEEGRILTLELRHSKRQRQSTPPSIKQ
MKNLARPDILPPLPPTEDTPIYEKPTIPPKRVPYGSPVPQTITEKRQIFPRNSISCSSLK
IAETDDMNSIKLCENDQRSESGRNCRRASSSCSSVVNTNTFIKGQKAESIRTKLRRRKGS
NIEDSGYLSSDSTCSKQFQRKIVIAKIDSCSDSDETEDEARSESGAESVETHSVYFGNCP
RLRKNEESIKNTIKTTRDSKRKVIVNNDVNNE