| New model in OGS2.0 | DPOGS209597 |
|---|---|
| Genomic Position | scaffold44:- 372889-382845 |
| See gene structure | |
| CDS Length | 4065 |
| Paired RNAseq reads | 837 |
| Single RNAseq reads | 2021 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006657 (0.0) |
| Best Drosophila hit | CG9527, isoform A (5e-163) |
| Best Human hit | peroxisomal acyl-coenzyme A oxidase 3 isoform a (1e-142) |
| Best NR hit (blastp) | AGAP007958-PA [Anopheles gambiae str. PEST] (0.0) |
| Best NR hit (blastx) | AGAP007958-PA [Anopheles gambiae str. PEST] (0.0) |
| GeneOntology terms | GO:0016402 pristanoyl-CoA oxidase activity GO:0003997 acyl-CoA oxidase activity GO:0003995 acyl-CoA dehydrogenase activity GO:0006635 fatty acid beta-oxidation GO:0050660 FAD binding GO:0005777 peroxisome GO:0055114 oxidation reduction GO:0006911 phagocytosis, engulfment |
| InterPro families | IPR009075 Acyl-CoA dehydrogenase/oxidase C-terminal IPR009100 Acyl-CoA dehydrogenase/oxidase IPR019594 Glutamate receptor, L-glutamate/glycine-binding IPR023570 Acyl-CoA oxidase, peroxisomal IPR002655 Acyl-CoA oxidase, C-terminal IPR001320 Ionotropic glutamate receptor IPR006091 Acyl-CoA oxidase/dehydrogenase, central domain |
| Orthology group | MCL10397 |
Nucleotide sequence:
ATGATGACTGAAGAAGAATTGAAAGAATTTTTTCCCGATTTTCAATCAGGACCCTTAGAT
CATTATAGAAAACAAGCCACATTTAGCTGGCGTATTATGAAACTAGTTTACAACAATTAT
GCATCAATTAAAATAAAGCATGACATCTGGAAGTTTATGGAGACGCATCCACTGTTCCAA
CACCCAAGTACCAGGCTCTCGCTGGATGAAGAGAGACACCTTACCATCAAAAGGATGTAC
ACTCTATACAACGAGCAGTTCGCATCATTTGAAAAGATCGCCGCTGAGCCTAACATCTTT
CAAGCGGAATCGGAGGCAATGTTCATGTTCAACAGTTCTCTGGCTGTTAAAATTTCCCTA
ACATTCCGCATGTTCGCTAACACCATACAAGGCAGCGGACGGGCCCACCACTACCACTTT
ATAGAGGACATTCAGAAAGCGAAGATAGGAGGCTGTTTCGCATTAACGGAAGTGGCTCAC
GGATCTAACGCCAAGGGCATGCAAACAACGGCGACCTATTGTCCGGAAACGAAAGAGTTT
GTTGTAAATTCAGCTAATTTTGAAGCAGCTAAATTCTGGGTGGGCGCCTTGGGAAAATGT
GCTACCCATGCAATTGTATACGCCATGTTGATATCCAAGGGCAAAAACCATGGCTTGCAT
GCGTTCGTTGTTCCAATCAGGGACCCGAAAACACTGAAGCTATACCCGGGAGTCATCGCT
GGTGATATTGGAGAGAAGATTGGATTAAACGGTCTCGATAACGGGTTTGTCATGTTTAAT
AACTACCACATACCCAAGGAAAATGCGTTGGACAAACTGGGTGGGGTTGACGACAGTGGG
GATTATAAGACTCCGTTCAGAGATCCCAACAAGAGGTTCGGGGCAGCGCTCGGCATTCTC
TCCGGCGGTCGCGTGCACATAACTTCTATATCAACGAACTATTTACAAAAAGCTATAGTA
ATAGCCATCAGATATTCGGCTGTGAGGAGACAATTCGGTCCGGAGAACTCCAGGGAGGAA
ACGCCCGTGTTGGAATATCAGCAACAGCAAACCCGCCTCCTGCCGCACCTGGCCGCTACA
TACGCGTACCGGATCTTCTGCACCTGGTTCGGCGTCCTGCACATCAACATCACCATTGAT
AATTACGCAGGTGTTCAGGAGAACGCAGCGGCTCGCGGTATAGAAGTTCATGCTCTGTCG
TCTGCGGTGAAGCCGGTGTGTGGATGGGGTGCCAGGGACGGTATCCAAGCGGCCAGGGAA
GCCTGCGGGGGACATGGCTACCTCACAGCTGCCGGCATCGGCGATCTCCGTGATGACAAC
GACGCCAACTGCACCTATGAAGGGGAGAACGGTCTGTTGCTGCAGCAGGCCAGCAACTGG
TTGCTGGGCGTGTGGCCGAGGAGGAGGGAAATAACTCCCGAGGACACTCCTCTCGGGACG
CTGGAGTTCTTGGAGAACGTTGACGAGGTGTTACAGAAGACCTGCCCTTGGGACGGAGAC
GACCTCGTAGATCCTTACAATCTGACTGTGATGTACAAGTGGGTGACGGCGTACTTACTG
AAAATAACGTATGAGAAAGTGAGTCAGTTGAAACGAAGAGGAAAAGACAACTGGGAGAGT
AAGAACGACTCGCAGTCTTACTACGCTGCCACGCTGTCGGTTGTTTACGGAGAGAATTAT
ATCGTCAACCGATTCTACAAAACGGCGCAGTCATTCGGAGATGACGCGTGCAGAGAGGTG
TTGCTCAAGCTGATGGCCCTGTTCGCGGCTCACAGTCTAGAAAAACATATGGCTACGCTG
TTCATCGGAGGATACTTCTCATCACGCCAGGGTGTGGATCTCCGCGCTGGTATCCTCCGT
CTCTGTAAGGAGCTGTCTTCTCAGGCCGTGTCCCTGGTGGACTCCCTCGCTCCTCCAGAC
TTCTGTCTCAATTCAGTACTTGGGAATTCCGATGGACAGGTATACAAGCACTTACAGGAC
AGTGTTATGTCTTATCCGGGAGCGATGAGCCGTCCGCGCTGGTGGAAGGACGTGGTGTTC
TGGGAATCATACGTGCAAACGAGGGCGGACACAAGTCGTATTATAAAAAATATAGAGATT
AGTAAAGATTTGCAAGATCTCGTCGCGGACTTGATAAACTATTTGGTAAGAAGAGATGAC
GTCACCTGCCTCACAGTTGTATCTGATCCCGTGTATTTGAACGTCTTCGAAGGTGCTTTG
TTTAAAGGAATATACACAGTGCCGAATATTATGATAGTCGTCGAGGAGCGTGAAGACCTG
TTATCTCCAAACTTCAATACACTCGAATCTTTACGACAAGCGCGAAATGATGGCTGCAAT
GTCTACCTTATCATCCTGGCTAATGGACTCCAAGTGACAAGATTGTTAAAATTCGGTTAT
AAACACCGTCTCCTGGATACCAGAGCAAAGTATATAATGCTGCATGATGTAAGACTCTTT
CATAGCGCAAATCATTATCTCTGGAAGAGTATTGTGAACGTTATATTTCTAAAATATCAT
AGCAAAGTAATAGGGGATGTAAAAAGCAAGGCGTGGTTTGATCTCTCCACAGTTCCGTTT
CCCAATATTATCAAAGAAATATTCATACCACGTCGTGTCGACATTTGGAGAAGGAATAAA
TTTCATTACGGCAGAGACCTATTCGCCGATAAAACTGGCAATCTCTATGATGAAGTACTA
AATGTGGTCTACGTTGATCACGTGCCTTCAGTAGTCGTTACCAAGTCCAATGCTACAAAT
AAAGTAGGAGGCGTCGAGATAGAGATTCTCAAAACCTTAGCTCAGAAAATGCATTTTAAA
CCAAAGTTATACGAACCAATCAATGCCGAATCCCAGAAATGGGGTCACAAACAAGATAAC
GGTTCATTTTCTGGTCTCCTCGGTGAAATGGTTAACAGCGGCGCTGATGTTGCCCTTGGA
AATTTGCAATATACCCCTTCCCATCTTGAAATGACTGATTTGAGCATACCGTACACGTCT
CAATGCTGGACATTTCTCACACCAGAAGCCTTAACTGATAATTCTTGGAAAACCCTGATT
TTGCCGTTTAAATTGAACATGTGGATCGCAGTTTTATTGGTTTTACTTGTAACGGGTTCC
ATATTTTATGGTCTAGCTATATACTACATGAACCTTTTAAATTATAAAGGTGTTTCTGAA
GGTTTCGAAGCCAACGACCGCAAAATGTCATATACAAAACCTGTTGGGCTTTATTTGTTC
GGTGAAATATCAAACAGCATCCTATATACTTACGGAATGTTGGTTGTTGTATCTTTACCG
AAGCTACCAACGGGCTGGTCCATTCGTCTACTTACTGGATGGTACTGGCTGTATTGTATC
TTGTTAGTCGTGTCTTATAGAGCTAGTATGACCGCCATTTTAGCTAATCCAACACCCAGA
GTCACTATAGACACATTACAAGAATTGGTAGACAGCAAAATAGCATGCGGCGGGTGGGGA
AGTGAAACAAAGAACTTCTTCCTAGAATCTCTAGATGAAATGGGCCAGAAAATCGGTGAA
ATGTTCGAAAATGTCGATGACCCCGAACAAGCCACGAACAAAATAGCTCAAGGAATCTTT
GCTTATTACGACAGCGAGAATTTTCTAAAACACTTAACCGTTAAACGGAAGAACATGGTG
TTGATGACGTCACCTGAAAACAACACAAGAGACAGAAACCTTCATATAATGAAGGATTGC
GTCGTTAACATACCGATATCGATCGGTTTCCACAAGAACTCCCCACTGAAGCCGCTGGCA
GATGTTTACTTGAGACGAATAGTAGAGGTCGGACTTGTTGAAAAATGGCTAAATGACGCA
ATGTATAAGATAAGAACACGAGAAAAAAACGAAGAGGAAGTTAAGGCTTTGATCAATTTG
AAGAAGCTCTACTGTGCTTTCGTGGCTCTAAGTATAGGATACACTTTAAGCTCGATATGC
CTGTTTCTGGAGTTCATGCATTGGCATTTTGTTGTCAAAAGGGATCCAGGGTTTGACAAA
TATGCCATGAATGAATATTATATGCACAAGAATAAAAAGAAGTAA
Protein sequence:
MMTEEELKEFFPDFQSGPLDHYRKQATFSWRIMKLVYNNYASIKIKHDIWKFMETHPLFQ
HPSTRLSLDEERHLTIKRMYTLYNEQFASFEKIAAEPNIFQAESEAMFMFNSSLAVKISL
TFRMFANTIQGSGRAHHYHFIEDIQKAKIGGCFALTEVAHGSNAKGMQTTATYCPETKEF
VVNSANFEAAKFWVGALGKCATHAIVYAMLISKGKNHGLHAFVVPIRDPKTLKLYPGVIA
GDIGEKIGLNGLDNGFVMFNNYHIPKENALDKLGGVDDSGDYKTPFRDPNKRFGAALGIL
SGGRVHITSISTNYLQKAIVIAIRYSAVRRQFGPENSREETPVLEYQQQQTRLLPHLAAT
YAYRIFCTWFGVLHINITIDNYAGVQENAAARGIEVHALSSAVKPVCGWGARDGIQAARE
ACGGHGYLTAAGIGDLRDDNDANCTYEGENGLLLQQASNWLLGVWPRRREITPEDTPLGT
LEFLENVDEVLQKTCPWDGDDLVDPYNLTVMYKWVTAYLLKITYEKVSQLKRRGKDNWES
KNDSQSYYAATLSVVYGENYIVNRFYKTAQSFGDDACREVLLKLMALFAAHSLEKHMATL
FIGGYFSSRQGVDLRAGILRLCKELSSQAVSLVDSLAPPDFCLNSVLGNSDGQVYKHLQD
SVMSYPGAMSRPRWWKDVVFWESYVQTRADTSRIIKNIEISKDLQDLVADLINYLVRRDD
VTCLTVVSDPVYLNVFEGALFKGIYTVPNIMIVVEEREDLLSPNFNTLESLRQARNDGCN
VYLIILANGLQVTRLLKFGYKHRLLDTRAKYIMLHDVRLFHSANHYLWKSIVNVIFLKYH
SKVIGDVKSKAWFDLSTVPFPNIIKEIFIPRRVDIWRRNKFHYGRDLFADKTGNLYDEVL
NVVYVDHVPSVVVTKSNATNKVGGVEIEILKTLAQKMHFKPKLYEPINAESQKWGHKQDN
GSFSGLLGEMVNSGADVALGNLQYTPSHLEMTDLSIPYTSQCWTFLTPEALTDNSWKTLI
LPFKLNMWIAVLLVLLVTGSIFYGLAIYYMNLLNYKGVSEGFEANDRKMSYTKPVGLYLF
GEISNSILYTYGMLVVVSLPKLPTGWSIRLLTGWYWLYCILLVVSYRASMTAILANPTPR
VTIDTLQELVDSKIACGGWGSETKNFFLESLDEMGQKIGEMFENVDDPEQATNKIAQGIF
AYYDSENFLKHLTVKRKNMVLMTSPENNTRDRNLHIMKDCVVNIPISIGFHKNSPLKPLA
DVYLRRIVEVGLVEKWLNDAMYKIRTREKNEEEVKALINLKKLYCAFVALSIGYTLSSIC
LFLEFMHWHFVVKRDPGFDKYAMNEYYMHKNKKK