| New model in OGS2.0 | DPOGS209834 |
|---|---|
| Genomic Position | scaffold83:+ 4258-12920 |
| See gene structure | |
| CDS Length | 2988 |
| Paired RNAseq reads | 477 |
| Single RNAseq reads | 1158 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA008017 (4e-116) |
| Best Drosophila hit | CG14516, isoform B (0.0) |
| Best Human hit | aminopeptidase N precursor (3e-131) |
| Best NR hit (blastp) | protease m1 zinc metalloprotease [Aedes aegypti] (0.0) |
| Best NR hit (blastx) | protease m1 zinc metalloprotease [Aedes aegypti] (0.0) |
| GeneOntology terms | GO:0004177 aminopeptidase activity GO:0008270 zinc ion binding GO:0008237 metallopeptidase activity GO:0006508 proteolysis |
| InterPro families | IPR014782 Peptidase M1, membrane alanine aminopeptidase, N-terminal IPR001930 Peptidase M1, alanine aminopeptidase/leukotriene A4 hydrolase |
| Orthology group | MCL10093 |
Nucleotide sequence:
ATGACTCAAGGTCACGAACCCCTGTCTATAATGGACGGCAACCTTCAGACAGATTTCTCC
ACGAAAACCAAACGAGGCATTTTCCTGTCCAAGAGCCTCACCCTTGTGATTCTCATCATA
TTCGCTTTAGCACTCGTCGCTACAGCGTTCATAGTGTACAATTTTGCTGCATGCCCAAGA
ACTGATCATTTAGCTAATGTCACCAAATTAACTTACTGTGAACAATCTAAGTTACTAGTT
ATACCTCTAAATACTGATAGTACTACAAGTGTTTCTATTGAAAGTACAACCAGTTACACA
GAAACAACCACGAAAGAAGTAGATAACACTGTGACTGATGTTAGACTTCCAACCAATATA
AAACCAGATAGCTATTTGTTAAAATTAACTCCTTATATAATTGAAGGAAACTTCACATTT
GATGGCGAAATCAGCATTGTTATAACTGTGAAAAATAACACGAACAGAATAACGTTTCAT
GGTGTAGAATTAAGTTTTATTAAAATAAATTTGTACAAGAAGGAAGACAGAAAAGAAATT
AAAATAATAAGAAGGACTGAAGATGTCGCTAGACAATTCCAAATTCTTGACGTAACAGAA
ACTTTGATAGCGGGACACCAGTATGTTCTTAACATAACTTATGTAGGAATCTTGAACGAC
AATCTTCATGGATTTTATCGAAGTTCGTATGAAGAGAGGAAAGTCAAAAGATGGATAGCA
GTGACTCAGTTTCAAGCTACAGACGCAAGACGTGCATTTCCATGCTGGGACGAGCCTGCT
TTGAAAGCCAAATTTACTATCAGTATAGCGCGATTAAATAATATGACTTCAGTGTCTAAT
ATGAATATGGTTAGAAGAAGCCCACATGAAGTTCTGCAGGACTATACTTGGGATCATTAT
GCGGAGTCACTTCCAATGTCGACTTACTTAGTCGCCTTCGCTGTGACAGATTTTGGAAAC
ATGAGTGACCATAACTTCTCCGTATGGGCTAGGAAAGAAGCTCTACCCTCAGCGGCCTAC
GCGCTTGAAATCGGACCAAAAATATTAAAGTTTCTAGAGGAATATTATAAAATTAAATTT
CCATTGCCAAAAATAGACATGATCGCTTTACCAGATTTTAAAGCAGGGGCAATGGAGAAT
TGGGGCCTACTCACATTTAGAGAGATTGCTATGTTATATGAAGAAGGCGTGTCCCCTACA
ACGGCAAGGGCCCGAGTAGCTTCTGTTGTTGCTCACGAGATTGCCCATCAATGGTTTGGA
AACCTGGTGACACCAGCTTGGTGGTCGGACATATGGCTTAATGAGGGTTTTGCTAGCTAT
GTGGAATATGTAGCTGTGGATGCTGTTGAAAAATCTTGGAAGCTCATGGAGGTGTTTGTT
TTAAATGAAGTTCAAAGCGTGTTCAAATTAGATGCACTTACATCATCTCATCAAATATCG
GTGGAAGTCGGAAATCCGGAAGAAATTGGAGCTATTTTTGATAAAATTTCTTATGGCAAA
GGGTCAGCGATTCTTCGTATGATGAACCACTTTTTAACGGACGAGGTTTTTAACTCTGGC
ATTACTGATTACTTAAATGCCAAAAAGTACGGGGATGCGGAGCAAAGAGATCTTTGGAGT
GCACTTACTAATGCTGCAAGAGAAAAGGGTTCTTTTGATGCCGATGTAGCAGTCGTTATG
GACTCTTGGACTTTGCAGACTGGGTTCCCGGTATTATCAATAACAAGAGATTATAAGACT
GGTTCCATTACATTCAGACAGGAACGTTTTGTATTGATAAACGAAACAAGTGAGTTGCAT
AATTCTTCAGTTTGGTGGATACCCATATCATATACAACCGCAATTGAAAAGGACTTTGAG
TCTACTCGGCCTAAAATATGGCTAAGAGGAGAGAGATCCATTGTTGTACATAATATAACC
ATTAGTGAAAATGACTGGCTTATTGGTAATATACAACAAACAGGATTCTACCGTATAAAT
TACGATCAAAGAAATTGGGCGATGTTGGTTCAGATTCTTAACGATAAATCTCGTTTTGAA
GAAATACATCCGATTAATCGAGCTCAAATTGTCGATGATGCTATGAACTTGGCATTATCT
GGCCGCTTGGACTACATGACTGCTTTGGATATTACAAATTATTTAGCCCATGAAAGAAGT
TACGTGCCCTGGAAGGCTGGACTCGTGGCGTTAGGTTACATTGATACCATGTTGTCTAAG
GGCGCGTACTATCTAGAATATAAGCGGTACGTTTTAAGTCTCTTGAATGGAGCTGTCCAG
GAGCTAGGTTGGGAAGTGACGAGTAATGAAAGCGTGGTTCGAGCTCAGCACCGAGTCGAT
ATCATATCTACAGCTTGTCATCTACAGCATGTTGAATGTTTGGAACATGCTGTGAGGCTG
TATACTAATTGGATGCTTACACCTAATCCTGACGCGTATAACGAGATACATGCTGATATT
CGTAGCACTGTTTATTGTGTGGGCATTCAAGCTGGAGGAGCTAGGGAATGGCAGTTCGCT
TGGGAGAGGTTCCTTGTTGCAAGCGCGCCTTCGGAAAGAGAACTTTTGCTTTCTGTACTA
GGCTGTACAAGGGCGCCATACTTGTTGTACAGGTATTTGGATCTATCGTTAAGGAACGAC
AGTGGAATACGTAAACAAGATACGATCAGAGTTTTTTCAGCTGTCGCCAGTTCTTCTATT
GGGGAACCGATTGCTTTTAACTTCGTCAGGGCTAACTGGCTCCGGCTTAAGGAATATGTC
GGCTCCGTGTCCACTTTGAATTCTATTTTGAAAGTTGTAACGAGAAGATTAAACGAAGTT
CATGAATATGAGGAGTTGAAGAGATTTGTCGGCGAGTCCTGCAGTGATTTGGGAAGACCA
GTCCAGCAGGTATTGGAAAGAACAGCTGCAAATGTCCAATGGATGCAAAAGAATTACCGA
AATATTGTGGACTGGCTTCTGGCAGCGGAAAAAAATAAGACCGCATAA
Protein sequence:
MTQGHEPLSIMDGNLQTDFSTKTKRGIFLSKSLTLVILIIFALALVATAFIVYNFAACPR
TDHLANVTKLTYCEQSKLLVIPLNTDSTTSVSIESTTSYTETTTKEVDNTVTDVRLPTNI
KPDSYLLKLTPYIIEGNFTFDGEISIVITVKNNTNRITFHGVELSFIKINLYKKEDRKEI
KIIRRTEDVARQFQILDVTETLIAGHQYVLNITYVGILNDNLHGFYRSSYEERKVKRWIA
VTQFQATDARRAFPCWDEPALKAKFTISIARLNNMTSVSNMNMVRRSPHEVLQDYTWDHY
AESLPMSTYLVAFAVTDFGNMSDHNFSVWARKEALPSAAYALEIGPKILKFLEEYYKIKF
PLPKIDMIALPDFKAGAMENWGLLTFREIAMLYEEGVSPTTARARVASVVAHEIAHQWFG
NLVTPAWWSDIWLNEGFASYVEYVAVDAVEKSWKLMEVFVLNEVQSVFKLDALTSSHQIS
VEVGNPEEIGAIFDKISYGKGSAILRMMNHFLTDEVFNSGITDYLNAKKYGDAEQRDLWS
ALTNAAREKGSFDADVAVVMDSWTLQTGFPVLSITRDYKTGSITFRQERFVLINETSELH
NSSVWWIPISYTTAIEKDFESTRPKIWLRGERSIVVHNITISENDWLIGNIQQTGFYRIN
YDQRNWAMLVQILNDKSRFEEIHPINRAQIVDDAMNLALSGRLDYMTALDITNYLAHERS
YVPWKAGLVALGYIDTMLSKGAYYLEYKRYVLSLLNGAVQELGWEVTSNESVVRAQHRVD
IISTACHLQHVECLEHAVRLYTNWMLTPNPDAYNEIHADIRSTVYCVGIQAGGAREWQFA
WERFLVASAPSERELLLSVLGCTRAPYLLYRYLDLSLRNDSGIRKQDTIRVFSAVASSSI
GEPIAFNFVRANWLRLKEYVGSVSTLNSILKVVTRRLNEVHEYEELKRFVGESCSDLGRP
VQQVLERTAANVQWMQKNYRNIVDWLLAAEKNKTA