| New model in OGS2.0 | DPOGS211291 |
|---|---|
| Genomic Position | scaffold3243:+ 555-9207 |
| See gene structure | |
| CDS Length | 3159 |
| Paired RNAseq reads | 245 |
| Single RNAseq reads | 579 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA012511 (2e-95) |
| Best Drosophila hit | CG7402 (2e-90) |
| Best Human hit | arylsulfatase B isoform 1 precursor (9e-64) |
| Best NR hit (blastp) | glucosinolate sulphatase [Plutella xylostella] (5e-148) |
| Best NR hit (blastx) | glucosinolate sulphatase [Plutella xylostella] (1e-145) |
| GeneOntology terms | GO:0003943 N-acetylgalactosamine-4-sulfatase activity GO:0008152 metabolic process |
| InterPro families | IPR000917 Sulfatase IPR017849 Alkaline phosphatase-like, alpha/beta/alpha IPR017850 Alkaline-phosphatase-like, core domain |
| Orthology group | MCL40753 |
Nucleotide sequence:
GGATGGAATGATGTTTCGTATCATGGATCTAATCAAATATTGACGCCTAACTTGGATGTA
TTGGCCAGTAGGGGTGTGATACTTCAACAGTACTACAGCGAGGCGATATGCACTCCGGCA
CGTACAGCGCTACTCACCGGCAAATACCCCATGCGACTAGGAATGCACGGAATGCCGCTA
TATAATTCAGAAGATCGAGGCATACCGGTGTCAGAGCGACTGCTGCCTTCATACTTAAAG
GAAAGAGGTTACAAAACTCATTTGGTCGGTAAGTGGCATGTGGGTATGTCACGAAATCAG
TTCCTACCAACCAGAAGGGGATATGACAGCCATTACGGAATGCTCGGCGGATTTGTAGAT
TATTACACGTACAATAAAGTTGAACTGTTGCCTAATGGGAAAGAGTTCTATGGAGCTGAC
CTTACGGATAACGATATCCCACAAGACGACGAGGACCGATATATTGTAGACGCACTAACT
GAAAGGGCTATAGACATCATACAAAATCACAATGACTCAAGTCCAATGTTCCTTCACTTG
GCGCATAACGTACCACATGCGGGCAACGATGGAGGGCTCCTCCAGCCTCCAAATGTACCA
CTGTCCAAGAGAAATCAACACATTGCTCATTCTAATAGAAGACTCTATGCAGAAATGGTT
ACTCATTTGGACCTCAGTGTTGGAAAAGTTGTAAAGGCTTTAGCAGATAACGGAATGTTG
CAAAACACTATCATCATATTCGCGTCTGATAACGGAGCGCCGACTGTGGGTATGTTTAAT
AACTGGGGAGTGAATTTACCTTTTCGAGGGAAGAAGCAAACTCCTTGGGAAGGGGGCGTT
AGAGTCCCGGCCTTTATATGGCATCCTTCATTAAGACCGAAAGTTTGGGATGGTCTGATG
CACGTTACCGATTGGCTCCCCACTCTCGTGGGGGCTGTTGGGGGTGAAGTGAATGTCCAG
ATTGACGGTGTCAACCAGTGGGATTCTATATCAAAAGATGCAAAACCTAAAAGAAAAGAA
GTATTGATTGCTATTGAAGACAGTGATACCAATATTTACGCCGCTTTTAGAGCTGGTGAT
TATAAGATCGTTGTTGGAAATGTGACCGGCTTAAGCAACGGTTACTATGGGGCTGACTTC
ATGACCTATAGAGCGTGCCCACCTGATTATTTCACTACTCTCAAGTCTTCAGAGGTAGCT
AAGGTTTTCGAATCATTTAATATGAAATTGGACTACGACGAAGTGTTGGCTATGCGAGAA
GCAAGTATTATCAAACAAACAGACCCAGTACGAGACCTCATTCCGTGTGAGCCTAGTCCT
GAACGTGGTTGTCTATACAATGTCAAACGGGATCCGTCGGAGAGCCACGACTTATGGAGC
AGAGGAACTAAGATAACAGATTTACTGTGGAGTAGATTGAAGACCTTATGGTCAATGCAA
TTAAGAAGAGGTCCAGTAACGATAGACCCTCGGGCCGATCCAGCAAATTTCGGTTACAGA
TGGATGCCGTGGCTTAATGACAGTTTGCCAGCCAATACCTTGAATAACACTAATTCATCC
AAAAATGAAATAGCTTCAAATTTTAGTGAAAAATATTATATAGTGCCCTATAGTGACGGT
TCTTCAGATGGAAAGACAGGGTGGGACGACGTGAGCTTTCACGGGTCGGATCAAATTTTG
ACACCGAATATAGACCTGCTCGCCTATACCGGCGTCGCTTTAGAGAGATATTACAGTCAT
TGCATATGCACGCCATCGCGCGCCTCTCTCCTCACTGGGAAATTCGCACATGTCATAGGT
ATGCAGGGCTACCCATTGACAAATGCGGAAGATAGAGCACTACCTCTTGGAGAGAAAATT
CTACCCCAATATTTAAAGGATCTCGGTTATGCCACACATTTGGTTGGAAAATGGCACGTT
GGACAAGCAAGAGCCGAACATTTGCCCACATTCCGAGGTTTTGACACGCATTTCGGTCAC
AGGGGTGGCTATATAGATTACTACGAATACACGTTATTGGAAAACTGGGATGAAGGGGAC
GTTTCTGGATTTGATCTTTTCCGAAATATGACGGCTGCTTGGGAAGTTGAAGGATATATA
ACAGATGTTTATAATGAAGAAGCTAAATCAATTATAAAGGCACATGACGTCTCAAGGCCA
TTATTCCTTATGGTTGCACATAACGCTCCTCACTCCGCAAACGAAGGTGCTTTCTTGCAG
GCACCGTCGGACGAGGTTCGAGCGATGCGGCATATTGAATTGCCACAAAGAAGATATTAT
GCTGCTATGGTAAAAAAACTTGATGACAGCATTGGAGACATCGTTAAAACCCTTTCCGAG
AAGGGCATATTAGATAACACTATAATAGTATTCGTATCTGATAATGGTGGTATAACGTCA
CAGATGTCCGCTAATTATGCCTCCAATTATCCCCTGAGGGGACTTAAAATGAGTCCATTT
GAAGGGGGTATCAGGGTAAACGGGCTGATATGGAGTAAAAATTTAACACAAAGTAACCAT
TTGTGGAAAGGCTACATGCATGTTTCTGATTGGCTGCCGACACTTTTGAAGGCTGTGGGA
GCAGAATCGGCTAAGGAAATTGATGGTTTTGATTTATGGGATAATATAGTAACCAATACC
ATATCGAAAAGAGAGATGATTGTGGAAATTAATGATTATACTGGTTTTTACTCCATAACT
CATAATGATTTTAAACTAGTAGTTGGTTCAGTATTAACTAGTTATAGTGATCATCAAGGG
AAACAATTTAGGGGCATTATTGGTAAACCACCCTCATATGAAGATGCTATCAAGAAAAGC
AAAATTTATTCCGTACTTTCGGATAATGGGATAAATTTTGGATTTAACGAGACAGCACTT
AGAAATAAAATTAAAATTAAATGTAATGATTTGAAACCCAATCAAGAAATATGTTTTCCT
TCAAAAGAGAAATGGTGTTTATTTAATATCAAAGAAGATCCTTGCGAAATAGTGGATTTA
ATGGACACTCACAGTGATGTTGCCAAAGAACTGCATACGAAATTGGAAAGAGAGATAGCC
AGAACAATACCACGTACGATCCCTCATGAAACAAATCTAAAAGCTATGCCCAAATTCCAC
AATTATACTTGGGATATTTGGAAAACTTCGGATGAATAA
Protein sequence:
GWNDVSYHGSNQILTPNLDVLASRGVILQQYYSEAICTPARTALLTGKYPMRLGMHGMPL
YNSEDRGIPVSERLLPSYLKERGYKTHLVGKWHVGMSRNQFLPTRRGYDSHYGMLGGFVD
YYTYNKVELLPNGKEFYGADLTDNDIPQDDEDRYIVDALTERAIDIIQNHNDSSPMFLHL
AHNVPHAGNDGGLLQPPNVPLSKRNQHIAHSNRRLYAEMVTHLDLSVGKVVKALADNGML
QNTIIIFASDNGAPTVGMFNNWGVNLPFRGKKQTPWEGGVRVPAFIWHPSLRPKVWDGLM
HVTDWLPTLVGAVGGEVNVQIDGVNQWDSISKDAKPKRKEVLIAIEDSDTNIYAAFRAGD
YKIVVGNVTGLSNGYYGADFMTYRACPPDYFTTLKSSEVAKVFESFNMKLDYDEVLAMRE
ASIIKQTDPVRDLIPCEPSPERGCLYNVKRDPSESHDLWSRGTKITDLLWSRLKTLWSMQ
LRRGPVTIDPRADPANFGYRWMPWLNDSLPANTLNNTNSSKNEIASNFSEKYYIVPYSDG
SSDGKTGWDDVSFHGSDQILTPNIDLLAYTGVALERYYSHCICTPSRASLLTGKFAHVIG
MQGYPLTNAEDRALPLGEKILPQYLKDLGYATHLVGKWHVGQARAEHLPTFRGFDTHFGH
RGGYIDYYEYTLLENWDEGDVSGFDLFRNMTAAWEVEGYITDVYNEEAKSIIKAHDVSRP
LFLMVAHNAPHSANEGAFLQAPSDEVRAMRHIELPQRRYYAAMVKKLDDSIGDIVKTLSE
KGILDNTIIVFVSDNGGITSQMSANYASNYPLRGLKMSPFEGGIRVNGLIWSKNLTQSNH
LWKGYMHVSDWLPTLLKAVGAESAKEIDGFDLWDNIVTNTISKREMIVEINDYTGFYSIT
HNDFKLVVGSVLTSYSDHQGKQFRGIIGKPPSYEDAIKKSKIYSVLSDNGINFGFNETAL
RNKIKIKCNDLKPNQEICFPSKEKWCLFNIKEDPCEIVDLMDTHSDVAKELHTKLEREIA
RTIPRTIPHETNLKAMPKFHNYTWDIWKTSDE