| New model in OGS2.0 | DPOGS202659 |
|---|---|
| Genomic Position | scaffold1620:+ 21075-34681 |
| See gene structure | |
| CDS Length | 3771 |
| Paired RNAseq reads | 6947 |
| Single RNAseq reads | 18237 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA000858 (0.0) |
| Best Drosophila hit | drop dead (8e-67) |
| Best Human hit | ND |
| Best NR hit (blastp) | PREDICTED: similar to conserved hypothetical protein [Nasonia vitripennis] (3e-136) |
| Best NR hit (blastx) | PREDICTED: similar to conserved hypothetical protein [Nasonia vitripennis] (5e-117) |
| GeneOntology terms | GO:0016021 integral to membrane GO:0048477 oogenesis GO:0040003 chitin-based cuticle development GO:0009651 response to salt stress GO:0016747 transferase activity, transferring acyl groups other than amino-acyl groups GO:0007586 digestion GO:0030421 defecation GO:0022600 digestive system process |
| InterPro families | IPR006621 Nose resistant-to-fluoxetine protein, N-terminal |
| Orthology group | MCL17899 |
Nucleotide sequence:
ATGGTGTGCCACAGATGGACTTTAGCTCTAATTTTATTCGGCCTTCCTATATTAGCTACA
GTAGGCGCATTCCGCGTGCGCTTACCTGGAAGTGTTTCTGAAGTTAGGCCCGATTTAAAA
AAACACAAATGTGAGAATTGTGATATTGGTGACCTTAACTTTGACCGAGTAGATAGTGTT
AGAAAGAGTGAGAAGATTCCGTACGATAACGTGAAAAGTATTCTTAGTGAAAAACGAGAT
TTGCTTAGTGAGAAGTTAAAAAAAATAAGCCATAAAACCATAAAAACTCAAGATGATCTT
GATGAAACTGAACAGAATAAGGTTATGGGCAAAAATGAACACGATATTTCAGTCCACTTA
AAAAAAGATAAAGAATCGAAAACAAAAGTAAAGAAACCGTCAATAATCTTAGACTTTTCT
GATGACGATGATAGTGATATTAACGAAGACGACGATGACGAGGACGAAGATGACATAAAA
AAAGTAGTGAAAGAAGATTACAAGAAGAAAGTAGATATAGTTCCAAAATTTACACCTAAA
GTAGAGAAATTAGTACAGCTACCAAAATCAAAGGACAAACTGATTGTAATAAATGAAAAA
ATATCTGACAAAAAAGAACCAAGTAAGAATGAACCAACGGCACAAATTCAAGAAGAATCG
TTTAAAGATATCAACATAAAAAATGTTAAAACTGTTGCTAAAGATAATAAAGTAAGCGAT
GACATCGAAAAAAAAAGTAAAAGTAAGGAAAATGATTTAAGCAAAAGAAAAATTGAGATC
AAAATAGAAGAAAAAGATATCGACAAAAATAATGTAAAAAATACTAAAAAGTTGTCAGAA
GATAATACAAGTATAAAACACGGTGACAAAAAACACCTAAGCAGTAAGACTTCACAAAAA
AAGGATGAGTTAATGAATGAGAGTGCTAAAGAGAAAAAAAATGAACAGGCGTCGAAAAAG
CTATCTGATCTCAAAGAAAGTATTCATGAGGAATCTAAAAAAGATAAACCTTTAAAAGTA
GTTGATGCTACAAAAAAAGATATTGTAGATCAGAGTACTTCGAAAGACATTCGTATAATC
TCAGATGCATTACAAAGAAAAAATTTGTTACATAGTGAGTTTGAAGACTTCTATTCCTTC
TTACCTACTTTTGCACCAAATTTTACACGAATACACAATCCAGAATGTCGACGTCATGGA
CAAATACTTTTAAGACAGCTACGTGGAAGTAAGCTTTGGGCTTTAAAGATGCTAGATGCT
ACAGCAAAGTTTCCCTCGGGGTTTCTTCAAGGGAACGGAATCCAGTTGGGTGATTTTGAC
CAGTGTTTGGGGGTACGAGCAAGAGTACAACTGGACACTGGCAGCGTTGTTAGACTACAA
GGAAAATATTGTCTAGCCATGATCGATGTCAAAGCTGAACACCCAGAACTTGAAATACCA
GTTCATTTGGCACAGGGCAAGAATTTGTTTAAAAGTCGCATTGATGATCCAGGTCACTTC
GTGCCTAGGTTTTCAACCTTGAGTTGGGGAGTGTGCATACCATCGGCTTGTACTTCAGAA
GATGTGGAGGTGGTTCTCAGAGATGCTGTTAAACATTATCAATACAAGACTGGTATTAGT
ACCCGGATCAGGGTCGATGAACATGATTGTTTTACCAGGAAAGGTAGTAATTGGTGGAAG
GAATGGATAGAGTTACCGACTGTTGTAACTTTATCCTTGTACGCGTTGGTTATCCTGATA
GTATTGATAGCGACAGTCCAAGATATGTCTGCTAGAAATGATTCTAACCACGAGGAACAT
GAAGAGGAGAATAAACAGATGAAAAAGCAAGAGACCAAAACCAGTTCAGGTGGCTTCCTG
AGCTGTTTTTCTTTGTACCATACGCTGAATAAGCTTATAGCACCAGCAAGCGAGGATGAG
ATAGCTTGCATCCATGGCATCCGAGCTGTTGTAACTGTGGCACTCATAGTCGCTCATAAG
TTCCTACCGATGGCTTTAACACCGTACACAAACCGGATACGTTTGAGTGAGATCTTAAGC
TCCTCTTTGTTGTCCTGGTGCAGAGCTGGTTGGATCTTCACAGATTGTTTCCTCCTGATA
AGTGGTACTCTCACTTCATATAGGAAGTCTCCAAGTGATAATGTCGCAACAAAATTATTA
ACGCCGGCTCTTTTAGCAATAGTTTTGTTTTATGCTTATGTTTGGGATAATATATCCTCC
GGTCCCATGTGGGGGACTCTCGTTTGGAAAAATTCTCAGCTGTGTCGCGATGGTTGGTGG
TGGAATATACTATACGTGCAGAACTACTTTGGATTTGAAGATATGTGTGCTCCTCAAACC
CACCACATGGCTATGGATTTTCAACTGACGATCGTAGGAAGTATAATTGTGTGGATGATC
CAATCTGAGGTTCCATTTGCTGGGTCCTTGCTGCCAACGTTACATATACTGTCTGCATAC
TCCAGATACACGACTGTACGGGATCATCGATTGACACTCTTGGCATATCAAGGTGTCAGT
GTCAGCCAACTATACAGGACAGGTCGATTGAGCTACACGTCTATTTATCATCGATGCTCG
CCCTACTTGATCGGACTAAGCTTAGGGCTTTATCTTAGAAACCGCTCACGTCTCACTAAG
CCCTTAGTATACTTAGGTTGGTTCATCTGTGGCACTTTATGGGGGGCAATATTTTGGGCG
GGCTATGATTCCGGATACCTTGATTACCGGTATGACCTCACATACGCCGCGCAATATGCA
ACGCTTGCACCCATCGCCGCTGCGTTAGCCTTTGCCTGGATAATCTATGCTGCTCAAAAT
GGACACTCTGAAACTCTATCTCGAATGCTTTCCGGTCGTCCACTTCTATTTATTAGTAGA
ATATCATATGCGCTTTATCTTGTACAATTTGTTGTCTACCTTACAAACACCGCCTCTATT
AAGGCTTCAAGGGAGTTTTCTCTTACATCGCTAATTGATCTTCAAGAGATCGTTACTATT
CTAGTATCTTCCATAATTCTCACCGTGACCTTGGTACTTCCACTGCAGTCGCTACCAAAG
TTATTTGAAGCTCCAACAATCGATAACTTGGAAAATAACGATAATAAGGATGTTTCGGAA
TATAACAATTTGCAAGAAAAGCTAGAATCGAAATATAAAACAGATGAGAAGGAATTAATT
TCAGAATCTCATCAACCAAGGCGATCATTTTTAGCTCATCGAGAAGTTTTGGAAGAAATA
CCAGAAGTCGAAGTAGAATATGAGGTACAAAGAGATTCACATGACGGTTTAGAAGAAATT
TTAGAAGAAGAAGATGACGAAATGATGGATCGAGAAGAAGATGATTTAGAAATTATTGAG
GAAGAACAAGGAGGTGAAGAAGATTTTTGGGCAGACAGGGAAGAATATTCATCAAGTTAT
TTAAGAAATGGCGATCAAGAAGTTGACGAGTGGGAGTGGACTGCAAATGCTCAAAACATA
GGTTTAGATAAAGATTTTATTGAGAAATTGTCTGGTTCATTGCAAGAATTTAGGGAAGGG
AAGAAAATTGATTCTGGTTACAACGTGTATGAAGATGGAAAGGGGGATTCGTCTAGAGTC
AATCTCATTGCTGAATCTCCTGATTACGCCTCCTCGGTGGTACTGGCTAGTGACTTACTA
TCCCTAACTAGTGCTGTGGCAAATGTAAAAGAAAAAGTTTGCAGAGAACAGGGCTACCGG
TTCCTCGATGGACTTCTGCTGAACAAGAGATGGGCTTTAAAAAGTAAGTAA
Protein sequence:
MVCHRWTLALILFGLPILATVGAFRVRLPGSVSEVRPDLKKHKCENCDIGDLNFDRVDSV
RKSEKIPYDNVKSILSEKRDLLSEKLKKISHKTIKTQDDLDETEQNKVMGKNEHDISVHL
KKDKESKTKVKKPSIILDFSDDDDSDINEDDDDEDEDDIKKVVKEDYKKKVDIVPKFTPK
VEKLVQLPKSKDKLIVINEKISDKKEPSKNEPTAQIQEESFKDINIKNVKTVAKDNKVSD
DIEKKSKSKENDLSKRKIEIKIEEKDIDKNNVKNTKKLSEDNTSIKHGDKKHLSSKTSQK
KDELMNESAKEKKNEQASKKLSDLKESIHEESKKDKPLKVVDATKKDIVDQSTSKDIRII
SDALQRKNLLHSEFEDFYSFLPTFAPNFTRIHNPECRRHGQILLRQLRGSKLWALKMLDA
TAKFPSGFLQGNGIQLGDFDQCLGVRARVQLDTGSVVRLQGKYCLAMIDVKAEHPELEIP
VHLAQGKNLFKSRIDDPGHFVPRFSTLSWGVCIPSACTSEDVEVVLRDAVKHYQYKTGIS
TRIRVDEHDCFTRKGSNWWKEWIELPTVVTLSLYALVILIVLIATVQDMSARNDSNHEEH
EEENKQMKKQETKTSSGGFLSCFSLYHTLNKLIAPASEDEIACIHGIRAVVTVALIVAHK
FLPMALTPYTNRIRLSEILSSSLLSWCRAGWIFTDCFLLISGTLTSYRKSPSDNVATKLL
TPALLAIVLFYAYVWDNISSGPMWGTLVWKNSQLCRDGWWWNILYVQNYFGFEDMCAPQT
HHMAMDFQLTIVGSIIVWMIQSEVPFAGSLLPTLHILSAYSRYTTVRDHRLTLLAYQGVS
VSQLYRTGRLSYTSIYHRCSPYLIGLSLGLYLRNRSRLTKPLVYLGWFICGTLWGAIFWA
GYDSGYLDYRYDLTYAAQYATLAPIAAALAFAWIIYAAQNGHSETLSRMLSGRPLLFISR
ISYALYLVQFVVYLTNTASIKASREFSLTSLIDLQEIVTILVSSIILTVTLVLPLQSLPK
LFEAPTIDNLENNDNKDVSEYNNLQEKLESKYKTDEKELISESHQPRRSFLAHREVLEEI
PEVEVEYEVQRDSHDGLEEILEEEDDEMMDREEDDLEIIEEEQGGEEDFWADREEYSSSY
LRNGDQEVDEWEWTANAQNIGLDKDFIEKLSGSLQEFREGKKIDSGYNVYEDGKGDSSRV
NLIAESPDYASSVVLASDLLSLTSAVANVKEKVCREQGYRFLDGLLLNKRWALKSK