| New model in OGS2.0 | DPOGS209885 |
|---|---|
| Genomic Position | scaffold82:- 131038-139620 |
| See gene structure | |
| CDS Length | 3018 |
| Paired RNAseq reads | 457 |
| Single RNAseq reads | 1169 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA004206 (3e-56) |
| Best Drosophila hit | CG6018 (1e-56) |
| Best Human hit | PREDICTED: bile salt-activated lipase-like isoform 2 (5e-51) |
| Best NR hit (blastp) | putative odorant-degrading enzyme [Antheraea polyphemus] (0.0) |
| Best NR hit (blastx) | putative odorant-degrading enzyme [Antheraea polyphemus] (0.0) |
| GeneOntology terms | GO:0016787 hydrolase activity |
| InterPro families | IPR019826 Carboxylesterase type B, active site IPR019819 Carboxylesterase type B, conserved site IPR002168 Lipase, GDXG, active site IPR002018 Carboxylesterase, type B |
| Orthology group | MCL39840 |
Nucleotide sequence:
ATGAAGTGGTTAGTGCTTCTGTCGTTGGTGGTGGCTAACTTGGTTAGGACACCTTCTCCC
ATAGTGAGAGTGGGGAGCGGTTTGGTGAGTGGCCTTGTCAGTGATGACGGCAAGATCCAC
CAGTACCTTGGAGTGCCGTACGCGACAGTGGACAAGAGCAATCGATTTCAGGCTCCACTA
CCGCCGCCAAAATGGGAAGGAATCTTGGAAGCAATAGACGAAAATGTGAGATGTCCGCAA
AAAATGATCGGACCTATTATATTCGGAGAAGAAAACTGTTTAAAACTTAATATACACACT
CCAGTTACTAAAGAAAACCTACTTCCAGTCATGGTTTATATTCATGGAGGGGGATTTATA
GAAGGCACCGGTTCCTCATTTTTGTATGGACCGGATTTCATAGTTGAACAGGATGTCGTA
TTTGTTGGAATCAATTATAGATTAAATGTCGAAGGTTTTCTCTGTTTAGGCATTAAAGAG
GCACCTGGTAACGCTGGGCTGAAAGATCAGATAGCGGCTCTGAAGTGGGTTCAAAGAAAT
ATTGTAGCATTTGGTGGTGATCCTAATAACGTAACATTATTTGGTGAGAGTGCTGGAGTG
GTCTCTATATCTTATCTGATTATGTCCCCTGAAGCTAAAGGTCTCTTTCATAGAGCTATT
TTACAAAGTGGCGCCACATTAGCGCCGTGGGCGATACAACATGATCCTATAAAAACAGCT
CGCAAATTATCTCGCAAGTTTGGTTATGGCGGTAAGGATCCTTATAAGATTTATAAAACG
TTATCCAAACAATCGGTCAATGATTTACTTGAGGAAATAAAATATACCAAGGTCAAAAAT
CTTATAACCTCAGATATTTTATTTGTGCCATGCGTTGAGAAAATCATACCGGGTGTAACA
CCTGCAGTTCCTGAATACCCTGTGAATGCTATAAAATCTGGAAATTACTTTAAAATACCA
ATGATCATAGGCAATACTGATCTTGAAGGTATTTATTTTGTCGGATCCACCTACGGAAAC
AGTTTAAAGAACATGGAAGAACAGGTAAATCCATTTGATCTCTTCTTTGACGATTTGCAA
TACCCTTCGAAGGAAATTCAGAATGCTACTATGTCTGATATTTTGCAATATTATTTTCCA
TCCAACAAATCGGATTTGATAATGGAGTTAGTGGATTTTTTTTCGGATCTTCATATAAAA
TACCCGATAGCTGTTGAATCTAGCCTGTACTCTAAGACCACCGATCAGCCCATATACTAC
TACGTTTTTAAATATGGTGGATTCCTTAATATGGCCAAGTTTATATCCGGCTTTTTTATA
AAAGAGGGAGCTTCGCACGCCGACGATCTCTTGTACCTTTTCAAACCAAGCTCATTTCCC
TTACCAATGAGATATTTTGAAATGGATATGATGAAGCGAATGGTGTCACTTTGGACTAAC
TTCGCAAAACACGGTGACCCTACACCGAAAACGACGAAGCTCCTTCCGATACGTTGGAAG
CCGAGTCGTTCGTCTAATCCCACAGCACTTGTCATCGACAAAAGTCTCAGCTCCGCTCCT
ATGTGGAAGGAAGAGACGATTGCATTATGGAATAAAACTTATACGAAATACAGGAGAAAA
AGATATGGTTTGTTGACATCCGTCGTTCAAGTGGGTCAAGGCAAGTTACGTGGAGTGCGC
AGTGCCTTCAGACAAAACAGGTATTTTAGTATACCATACGCAACTAGCGACAGATTCCAG
TCTCCTCGAGAGCCTCCAAAGTGGAGAGGGATATTGAATGCTATAAATCCTTTTGTGAGA
TGTCCACAAAAAATCTCCTTTTTCATAACAGGCACCGAAGATTGCCTTTATTTAGATGTG
TATACTCCAGAACAAGCAAAACCAAAACAAAAACTACCAGTTATGGTGTTTTTCCATGGT
GGAGCATATTTTAAGGGCAGCAAAGAATTGTACGATCCACAATTTCTAGTCATGAAAGAT
GTGATAGTTGTAATAGTTAATTATAGGTTAGGGGTCTTGGGATTCCTGTGTCTAAATGGA
GTATCTAACTTAGGATTAAGAGACCAGGTAGCAGCCTTAAAATGGATAAAAAGAAATATC
AGTGCATTCGGTGGCGATTCCGACAATGTGACTCTTTGTGGCCAGAGCGCCGGCGCCAGC
TCGGCTTCGTTACACTTATTGTCTAAACATAGTACGGGTTTATTCCATAAGATGATTCTT
ATGAGTGGAACGGCGTTATCGACTTGGGCATTTAATATCGAGCCTCTCAAGCCAGCGATG
CAAGATGCGCAAGAAATTGCTTATGTCAGCAACGAGAAGGAGGTGTACAATACATTTGCC
AAGGCGCCCCTGTCAGCACTTATGTACGCTACACACGACACCTCAGTAAACCCGCGCTAC
TTTAAGTACTCGCCGTGTGTAGACGACAATTTTCCGGACCCATTTTTCCTCAATGCGCCG
TATGAAATTTTTAAATCGGGAAACTTCAACAAAGTCCCCGTAATTATAGGTTATACTGAT
ATGGAAGGTGCATTTTTTCATAGATTGTTAAATGACAAATTAGCAAAGGATTTAAATGAC
AATTTTATAGATATGTTGCCATGCGTATTCTCTTCATGTTCGAAAGAAGAAAAGCAAAAC
ATTGAACGAATGATACGTTCCCATTACTTCGGTGATAAAACCATAAATTACAAAACATCG
TTCATCGGCTTGGCAAATTATTTTTCAGATTGGATTGCATATGGAACAATTAACGCGTTT
TCTAAAATATTGTCGCAGTACTCTGACCAACCTGTATTTAATTACCAGTTTTCATATGAA
GGAGGAAGAAATTTTGGCAAATTTATTTCTGGTTTCAATTTCAATGGTACTACGCATGCT
GGGGAACTATTTTACATTTTTAAGCCCTTAGGTCTATCGCTACCACTGTTGGAGAGAGAC
CAAAGAATGATCAACATGTTTACCGATTTCATTAGTAACTTTATGAAATATGGGTACGTG
TCAGAACTTTCACTTTGA
Protein sequence:
MKWLVLLSLVVANLVRTPSPIVRVGSGLVSGLVSDDGKIHQYLGVPYATVDKSNRFQAPL
PPPKWEGILEAIDENVRCPQKMIGPIIFGEENCLKLNIHTPVTKENLLPVMVYIHGGGFI
EGTGSSFLYGPDFIVEQDVVFVGINYRLNVEGFLCLGIKEAPGNAGLKDQIAALKWVQRN
IVAFGGDPNNVTLFGESAGVVSISYLIMSPEAKGLFHRAILQSGATLAPWAIQHDPIKTA
RKLSRKFGYGGKDPYKIYKTLSKQSVNDLLEEIKYTKVKNLITSDILFVPCVEKIIPGVT
PAVPEYPVNAIKSGNYFKIPMIIGNTDLEGIYFVGSTYGNSLKNMEEQVNPFDLFFDDLQ
YPSKEIQNATMSDILQYYFPSNKSDLIMELVDFFSDLHIKYPIAVESSLYSKTTDQPIYY
YVFKYGGFLNMAKFISGFFIKEGASHADDLLYLFKPSSFPLPMRYFEMDMMKRMVSLWTN
FAKHGDPTPKTTKLLPIRWKPSRSSNPTALVIDKSLSSAPMWKEETIALWNKTYTKYRRK
RYGLLTSVVQVGQGKLRGVRSAFRQNRYFSIPYATSDRFQSPREPPKWRGILNAINPFVR
CPQKISFFITGTEDCLYLDVYTPEQAKPKQKLPVMVFFHGGAYFKGSKELYDPQFLVMKD
VIVVIVNYRLGVLGFLCLNGVSNLGLRDQVAALKWIKRNISAFGGDSDNVTLCGQSAGAS
SASLHLLSKHSTGLFHKMILMSGTALSTWAFNIEPLKPAMQDAQEIAYVSNEKEVYNTFA
KAPLSALMYATHDTSVNPRYFKYSPCVDDNFPDPFFLNAPYEIFKSGNFNKVPVIIGYTD
MEGAFFHRLLNDKLAKDLNDNFIDMLPCVFSSCSKEEKQNIERMIRSHYFGDKTINYKTS
FIGLANYFSDWIAYGTINAFSKILSQYSDQPVFNYQFSYEGGRNFGKFISGFNFNGTTHA
GELFYIFKPLGLSLPLLERDQRMINMFTDFISNFMKYGYVSELSL