| New model in OGS2.0 | DPOGS210257 |
|---|---|
| Genomic Position | scaffold4995:+ 122-11861 |
| See gene structure | |
| CDS Length | 2574 |
| Paired RNAseq reads | 789 |
| Single RNAseq reads | 1875 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA000031 (0.0) |
| Best Drosophila hit | ebony (0.0) |
| Best Human hit | acyl-CoA synthetase family member 4 (2e-22) |
| Best NR hit (blastp) | Ebony [Papilio xuthus] (0.0) |
| Best NR hit (blastx) | Ebony [Papilio xuthus] (0.0) |
| GeneOntology terms | GO:0007593 chitin-based cuticle tanning GO:0003833 beta-alanyl-dopamine synthase activity GO:0045475 locomotor rhythm GO:0007623 circadian rhythm GO:0048022 negative regulation of melanin biosynthetic process GO:0048067 cuticle pigmentation GO:0042440 pigment metabolic process GO:0001692 histamine metabolic process GO:0006583 melanin biosynthetic process from tyrosine GO:0048066 developmental pigmentation GO:0000036 acyl carrier activity GO:0048037 cofactor binding GO:0043042 amino acid adenylylation by nonribosomal peptide synthase GO:0042417 dopamine metabolic process GO:0005737 cytoplasm GO:0048082 regulation of adult chitin-containing cuticle pigmentation |
| InterPro families | IPR009081 Acyl carrier protein-like IPR020845 AMP-binding, conserved site IPR000873 AMP-dependent synthetase/ligase IPR006163 Phosphopantetheine-binding |
| Orthology group | MCL16266 |
Nucleotide sequence:
ATGGGTTCACTTCCCCCGGAATCGGTTGTGTCTGGGGCTCGGACCTCGGTCCCAGCGGCG
CCCCTCATCAAACACATGCAGCAGATGGATAGTGACAGAATAGCGCTTATTTACTCTGAT
GAAACCTGCCGAAAGCAGATAACTTATGCGGAGTTAGAAGCAAAAACCAATGCTATATCT
CGTGCCCTGACTGCACACGCTCGACCCAGAGGAGCTAACAGAGATAATGACTTTGTGATC
GCCGTGTGCATGCAACCTACACACAAAACTATTATGGCACTGCTATCAACGTGGAAAGCG
GGAGCCGCTTACTTGCCAATCGAACCAAGCTTCCCTCAAGGACGGATATCACACATCCTG
AAGGATTCCGAACCTTCACTCGTCATATACGACCACACCGCGAATCCATCGATGTTCACA
AGTTCGGGAGTTCCATCCGTTTCGTTCGAGGAGTTAGCGCTGGAAGCCAGCGTGTTGGCC
ACGCATCGGCCAACAGAACAAGAAATGTTGGTCGAAACAGACGCTGATTCCACCGCCATC
ATATTATACACGTCCGGAAGCACTGGGATACCGAAAGGAGTACGCCTTCCTTATTCTGCT
ATATGCAACCGTCTGTGGTGGCAGTTCCGCACGTTTCCATTCGCCGATGATGAGGTCACC
TGTGTTTGGAAGACAGCCCTAACATTTGTAGACTCTGTCTGCGAGATTTGGGGTCCTCTA
TTACATGGGAGAACACTGCTGATACTGTCGAAGGAGACGACCAGAGACCCGCAGAAATTG
GTTCGGGTTCTTACCGAGTACCAGGTAAAACGGCTGGTACTCGTTCCGACGCTACTCCGA
TCAATTCTACTGTACGTATCTCTGAACCCATCGGAGAGGTTGTTACAGCATCTGAAGCTG
TGGGTCTGTTCCGGTGAGACCCTGAGCAAGGAGCTGGCCACTCAGTTCTTTCAATCTTTC
GGAGACGAGAATGGCTATAAATTAGCCAATTTCTACGGAAGTACGGAGGTTATGGGTGAT
GTCACGTACTATGTTCTGGAGCAATCTTCTCAAGTGAACATGTTCCCTTCTATACCGATA
GGTTCTCCTTTAGACAACTGTCGGGTGTATATCCTGGACGAACATCGTAGTCCAGCCGAG
TCCGGTGAGATGTGGGTCGCTGGTAGAAACCTGGCAGCTGGATACGTAGGTGTAGCTCAG
GACACGCGCTTCGAAGATAACCCTCACGCAGCTCATCCTGATTTCGCCCGTATTTACCGG
ACGGGTGACTTCGGATATCTTCACAAAGGAGTTATATTGTACAGCGGCAGAACGGATTCC
CAGGTCAAGATAAGAGGACACAGAGTGGACCTGCAGGAGGTCGAGAGAGCTGTGACAGCT
GTACAGGGAATCGAGAAAGGGGTCGTACTCTGCTACGGCCTGGCTAGTGGAAATCCAGAG
ATTTTAGCCTTCGTCACAATAAAGCCGGATGCGAGACTCTCCAATCACCACATTGAGACT
GCTCTCCAGAGTGCCCTTACCAGCTATATGATACCGCAGGTCATCATAATCGATACGATA
CCGTTGCTCGTGAACGGAAAAGTTGACAGACAGGGCTTATTGAAAATGTATGAAAATACG
AACAATAACGACGACGCTGAAATACCATTGGATATAGATTACTCCGGTGTCAGCCCTCAA
GACCTGGAAGCAGCGAGGGTCCTCTTTGAAACGGTTGGCGAAGTCCTGGGCAGGTCCGCC
CGAGGGACTCTGTCGGCCAGAGCCAATTTCTACGAACTTGGGGGAAATTCACTAAACTCC
ATCTACACCATCACAAGGTTGAGGGATAAGGGATACTACATTGAAATCAGTGACTTCCTG
GGAGCAGCTAACCTCAGAGAGGTTCTCTCACACCTGAACACGTCGCCAGACGCGTCGGAT
GATTCAGAACACACGAAATATTCGATCCAGCCAATGAGGGACGAGCACAAGGACCACGTG
ATTGAGATGATAGTATCATCATTCTACGAGAAGGCGGAGCTGGAGCAGTTCGTGCGTGAC
CAGATCGCGCCGAGGGACTACGCTCTTTGTATCACGGCGTGCTGGCACGCTCTTAGGGCC
GCCGCTCTCAGTGTGGTGCTTGAAGACAAAAGCGGTACACCCATCGCTGTTGCTTTAAAT
TTCGACGCCCGCGACGAACCTGAAATAGAAATGGGCGGGGGTTTGGCCAAAATCATGACA
TTCCTCGAGTACGTTGAAGGCTCCGTGCGGGATACCATGCTGCCGGAGGGAAAAGGTGCG
ATTCTTCATTCATTCATGATGGCGACCGACTCAAACTTAACGGCGCGAGAGAATGTCGAA
GCCATCCGCTTGTTGGAGTTTGGCACCGAGAAAATAGCGAGAGAGAGGAGGTTCAGGGGA
ATATTCACAACTAACACCAGTCCCTTGACACAGCAACTCGGAAGAGACGTGCTTGGTTTC
CAAACACTCCTGGACTACCAAATAAATCAGTACATCGACCCCAACGGCGACAGAATCTTC
GGCCGAGCGCCCGACGACATGAGGGCTATCGTTTGTTGGAAACCAGTAGATTGA
Protein sequence:
MGSLPPESVVSGARTSVPAAPLIKHMQQMDSDRIALIYSDETCRKQITYAELEAKTNAIS
RALTAHARPRGANRDNDFVIAVCMQPTHKTIMALLSTWKAGAAYLPIEPSFPQGRISHIL
KDSEPSLVIYDHTANPSMFTSSGVPSVSFEELALEASVLATHRPTEQEMLVETDADSTAI
ILYTSGSTGIPKGVRLPYSAICNRLWWQFRTFPFADDEVTCVWKTALTFVDSVCEIWGPL
LHGRTLLILSKETTRDPQKLVRVLTEYQVKRLVLVPTLLRSILLYVSLNPSERLLQHLKL
WVCSGETLSKELATQFFQSFGDENGYKLANFYGSTEVMGDVTYYVLEQSSQVNMFPSIPI
GSPLDNCRVYILDEHRSPAESGEMWVAGRNLAAGYVGVAQDTRFEDNPHAAHPDFARIYR
TGDFGYLHKGVILYSGRTDSQVKIRGHRVDLQEVERAVTAVQGIEKGVVLCYGLASGNPE
ILAFVTIKPDARLSNHHIETALQSALTSYMIPQVIIIDTIPLLVNGKVDRQGLLKMYENT
NNNDDAEIPLDIDYSGVSPQDLEAARVLFETVGEVLGRSARGTLSARANFYELGGNSLNS
IYTITRLRDKGYYIEISDFLGAANLREVLSHLNTSPDASDDSEHTKYSIQPMRDEHKDHV
IEMIVSSFYEKAELEQFVRDQIAPRDYALCITACWHALRAAALSVVLEDKSGTPIAVALN
FDARDEPEIEMGGGLAKIMTFLEYVEGSVRDTMLPEGKGAILHSFMMATDSNLTARENVE
AIRLLEFGTEKIARERRFRGIFTTNTSPLTQQLGRDVLGFQTLLDYQINQYIDPNGDRIF
GRAPDDMRAIVCWKPVD