| New model in OGS2.0 | DPOGS209835 |
|---|---|
| Genomic Position | scaffold83:+ 21977-27520 |
| See gene structure | |
| CDS Length | 2991 |
| Paired RNAseq reads | 537 |
| Single RNAseq reads | 1396 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA008059 (0.0) |
| Best Drosophila hit | CG31198 (3e-122) |
| Best Human hit | aminopeptidase N precursor (3e-82) |
| Best NR hit (blastp) | aminopeptidase N3 [Bombyx mori] (0.0) |
| Best NR hit (blastx) | aminopeptidase N [Ostrinia furnacalis] (0.0) |
| GeneOntology terms | GO:0004177 aminopeptidase activity GO:0008237 metallopeptidase activity GO:0008270 zinc ion binding GO:0006508 proteolysis |
| InterPro families | IPR014782 Peptidase M1, membrane alanine aminopeptidase, N-terminal IPR001930 Peptidase M1, alanine aminopeptidase/leukotriene A4 hydrolase |
| Orthology group | MCL12287 |
Nucleotide sequence:
ATGGCGACAATGAATGTGATCTTTTTATTTTTAATGTGGACCTACGCTAGTGGATTATCT
AGTCCACCAGTTACAAGGAATACAATTTTTGGCGATGAAAAACAAATAGGAGAAATATTT
GAAAATATTGACACTGTTAAGGATGACGCTGATAATTATACGTTATACCGACTTCCTACA
ACCACACGCCCAAAACATTATGATATTTTATGGACCATTGATACCTACAAACGTGTGTTT
GATGGCCAAGTTGATATAGAACTATATGCCACTCAACCAAATGTTAGTGAAATTGTAATT
CATGCCCATGAAATGAATTATTCCTTTGTGGAACTAAAATATAATGACGCAATTATATCA
CGGCAATATAGCTTACTACCTGAGGCACAGTTTATGAGAATCATACTGCAAAATAGTTCT
ATGGAATACAATGCGTCTAACCCGGTCGTATACGTACTTAGCGTTGGCTTTAATGCAGCT
CTAAGAAAAGATATGCTCGGAATATATGAAAGTTGGTACAGAAACCCTGGAGGAGAAGAA
AAGTGGATGGCTACAACTCAGTTCCAAGCAACTGCAGCTCGAAAGGCTTTTCCTTGCTAT
GACGAGCCTAGTTTTAAAGCAACATTCAACATAACTATAAGACGTCCAACCGAACTAAAA
AGTTGGTCACTTACACGTAAATTGTACACGGAGAATGCAACTCTAGCAGGTTACCAAAAT
GACGTTTATAGTAAGACACCAGTCATGTCCACTTATCTCCTTGCTTTAATTGTTGCTGAT
TATGACAGTATAACTTTACCTAGCAATGTGAGTGAACAATTACATTACGAGGTTATTGGA
AGAAGATCAGTACTTAGAAGTCAAGGAAACTATGCCCTGTACCTAGGAAAGAATCTAACT
GAAGTCATGGGTATTCATACGGGCAAAGATTACTTCAGCTTGCATGAGAATCTAAAAATG
ACACATGCTGCTATTCCTGATTTTGATGCTGGTGCTATGGAAAACTTCGGACTTATTACG
TACAGAGAAGCGTACTTAATGTATGACACAGAGCATACAAATGATTATTTTAAACAAATA
ATAGCTTATATCCTGTCCCATGAGATAGCTCACATGTGGTTTGGTAACTGGGTTACCTGT
GACTTTTGGGATAGTTTATGGTTAAACGAAGGTTTCGCTAGGTACTACCAATACTTCTTG
ACACATTGGGTTGAAGGTTATATGGGTTTAGATTCTCGCTTTATTAACGAGCAACTTCAT
ACGTCGCTTCTAGCTGATTCGTCTGACACCGCCCATGCATTGACCAATCCAAAAGTTGGT
AGTCCGAGTTCAATACGCGGTATGTTTGATACTATAACTTACAACAAAGGTGCATCTGTG
ATACGTATGACTGAACATCTTCTCGGTTCAGAAATACTCGAAATGGGCTTACAAAAATAT
TTAGCTGATAATGCATATAAAACCGCACGACCAATTGATCTTTTCGAAGCACTGCAAAAC
GTGAGTTTGTCCACTGGCGCAATTTCTCAGTACAGAAACTTCTCGTTTATTGAATATTAT
AGAAGTTGGACTGAACAGGCTGGGCACCCGATAGTTAATGTGCAAGTTAATCATAAAACT
GGAGATATGGTGATTACACAGCGCCGTTTTAACATAAATACTGGTTTTTCCCGCAATAAC
AAACAGTATGTTATTCCGCTCTCATTCACAAGTGCTGACAATATAGATTTTAATAACTTA
AAACCGAGTCACATTATGAGGGATGGTGTTATCGTGATTAATCGGGGTAGTGTAGGAAAC
CACTGGGTCATCTTCAATAAACAGCAGACAGGATTTTACAGAGTCAACTATGATGATTAC
ACTTGGGATCTCATAACTGCTGCCCTCCGGAGTTCAAACAGAACCTTGATTCACGAATAT
AACAGAGCACAAATTGTAAACGATGTGTTTCAATTCGCAAGATCTGGCATAATGTCTTAT
AATAAAGCTTTCAACATTCTGTCATTCCTGGAGAATGAAACTGAATATACTCCCTGGGTT
GCTGCAATTACTGGCTTTAACTGGCTTAGGAATAGATTCGCTGGTACCAATTATTTAGCA
CCACTCGAGGAGCTTATCACAAAATGGGCATCAACGGTCATGAATCAGCTCACATACTAT
CCCCGACAAAATGACACTTTCATGACTTCATACTTAAGATACCAGCTTGCACCATTCATG
TGCAGGATGAATGTTCGACGGTGCCTTGACGCTGCTGAATCACAATTTCGTGCATTAGTT
AACAATCAAACGGAGGTCCCAGTTAACAGTAGAAACTGGGTGTACTGCCATGCACTAAGG
CTTGGTTCTAAGGCAGATTTTGACTATCTCTGGCAACGTTTTAACACGCACAATGTCTAT
ACGGAGAAGATTTTACTCCTCATGACCTTAGGATGTACAAATGATGAAGAATCCTTAAAT
ACTTTGCTGAATAATATCGTTGAAGAGAATTTCGTTATACGAAAACAAGATTATACAACG
GCTTTCAACACCCTACTCAATGAAAACTATGAAAACGTACAGATCGCCTTTCGCTTTATC
CAAAGAAACCTCACACAAGTACTGAAAGCATTCGACGGTGCAAGTCCGATTACCAACATA
GCCTCTAGATTAAGATCATCACAAGACATCAATGCTTTTAAAAGTTGGGCTTCACAAAAC
AATAATACACTGGGAAATTATTACAAGGGTATTGTAGAGCAGGCTCAGTCTACCCAGAGC
AGTTTGGATTGGGCTGTAGAAGTTCAAGACGATATTGGTCAGTATCTTCAGGAAGGTGAT
ACAGAAATTACCACGACAACATTTGCACCACCAACGACACCACAAATATCAACAATTTCT
CCCCCACCTTTGGTTGAACCGGACTCACCCAATTTACCGGATTCCTCCGTCACAACTATG
ATATCATTATCGCTTATCATAATAACAGCAATTGTTCATTACTTGATATAA
Protein sequence:
MATMNVIFLFLMWTYASGLSSPPVTRNTIFGDEKQIGEIFENIDTVKDDADNYTLYRLPT
TTRPKHYDILWTIDTYKRVFDGQVDIELYATQPNVSEIVIHAHEMNYSFVELKYNDAIIS
RQYSLLPEAQFMRIILQNSSMEYNASNPVVYVLSVGFNAALRKDMLGIYESWYRNPGGEE
KWMATTQFQATAARKAFPCYDEPSFKATFNITIRRPTELKSWSLTRKLYTENATLAGYQN
DVYSKTPVMSTYLLALIVADYDSITLPSNVSEQLHYEVIGRRSVLRSQGNYALYLGKNLT
EVMGIHTGKDYFSLHENLKMTHAAIPDFDAGAMENFGLITYREAYLMYDTEHTNDYFKQI
IAYILSHEIAHMWFGNWVTCDFWDSLWLNEGFARYYQYFLTHWVEGYMGLDSRFINEQLH
TSLLADSSDTAHALTNPKVGSPSSIRGMFDTITYNKGASVIRMTEHLLGSEILEMGLQKY
LADNAYKTARPIDLFEALQNVSLSTGAISQYRNFSFIEYYRSWTEQAGHPIVNVQVNHKT
GDMVITQRRFNINTGFSRNNKQYVIPLSFTSADNIDFNNLKPSHIMRDGVIVINRGSVGN
HWVIFNKQQTGFYRVNYDDYTWDLITAALRSSNRTLIHEYNRAQIVNDVFQFARSGIMSY
NKAFNILSFLENETEYTPWVAAITGFNWLRNRFAGTNYLAPLEELITKWASTVMNQLTYY
PRQNDTFMTSYLRYQLAPFMCRMNVRRCLDAAESQFRALVNNQTEVPVNSRNWVYCHALR
LGSKADFDYLWQRFNTHNVYTEKILLLMTLGCTNDEESLNTLLNNIVEENFVIRKQDYTT
AFNTLLNENYENVQIAFRFIQRNLTQVLKAFDGASPITNIASRLRSSQDINAFKSWASQN
NNTLGNYYKGIVEQAQSTQSSLDWAVEVQDDIGQYLQEGDTEITTTTFAPPTTPQISTIS
PPPLVEPDSPNLPDSSVTTMISLSLIIITAIVHYLI