| New model in OGS2.0 | DPOGS204213 |
|---|---|
| Genomic Position | scaffold1098:+ 12154-17247 |
| See gene structure | |
| CDS Length | 2172 |
| Paired RNAseq reads | 65 |
| Single RNAseq reads | 189 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA013860 (4e-68) |
| Best Drosophila hit | UDP-glycosyltransferase 35a (2e-51) |
| Best Human hit | UDP-glucuronosyltransferase 2B10 isoform 1 (2e-42) |
| Best NR hit (blastp) | antennal-enriched UDP-glycosyltransferase [Bombyx mori] (9e-124) |
| Best NR hit (blastx) | antennal-enriched UDP-glycosyltransferase [Bombyx mori] (4e-118) |
| GeneOntology terms | GO:0015020 glucuronosyltransferase activity GO:0008194 UDP-glycosyltransferase activity GO:0008152 metabolic process |
| InterPro families | IPR002213 UDP-glucuronosyl/UDP-glucosyltransferase |
| Orthology group | MCL10032 |
Nucleotide sequence:
ATGGTCCTTAAAAAATATTTTGGCCCTAACGTTCCAGAATTATCAAAATTGAATAAGAAC
ATTGCCCTACTTTTCTTAAACATCCACTCTGTTTGGGATAGTAATCGTCCTGTACCACCT
AACGTTATATATTTAGGTGAATTGAATAAAAACAAACCGAAACGCTTACAACAGGAAATT
CAATCGTATTTAGATTCGTCTAAGCACGGAGTTATATATGTTAGTTTCGGAACAAATATT
AACAAAGGCATATTGACACATGAAAGACTACAGATTATTATAAAAGTATTATCTGAACTA
CACTATGATGTATTAATGAAGAATGACGGCGTGGAAGCTATGGACCCTTCAATTAAAAAC
ATTAGACTGTTCGATTGGGTTCCTCAGACCGGTGTTTTAAATCATCCAAAAGTAAAACTG
TTCATCACACAAGGAGGACTGCAATCATCACATGAAGCTATAGAAGCCGGTGTACCATTG
CTTGGTATTCCATTGATGTGGGATCAAATGTTGAATGTCGATAAATACGTCAAATTTAAA
ATAGGACTTCAATTAGATATATACTCTTTAAATGAAGCTACGTTTAAGAAAAGCGTAGAA
ACAGTTCTAGGCAATGGAAGTTTTAGAACAAACATAGAAAAACTTCGCACTATAATGAAT
GATCAACCTCAAACACCAGTAGAAAAAGCTGTATGGTGGACAGAATACGTTTTAAAATAC
GGCGGCGAACATCTTGGATCAGAATCAGCGTACGTGGAATGCCATCAAGCTGCGTTCCGT
CCATATACGCAAGAATTAGCAAAACGTGGGCACAAAGTTACGGTCATAACGACACACCCA
GCTTTTTCTAAGAAAGAATTACCTGATAATCTTACAGAAATAAATATAAGTGGACCAGGT
GAAGAAGTGAGAACAGATATTTTTTTGAAATTAGATAAAGCAAATAGCTTATTAGAACAA
CAAGCAATAGGTATTAAATTCTTAAACGTATTAATGAAAAAATGTTTAGATTCTGGTTTA
CTAGATCAGTATTTAAACAATAAGGTGCATAAATTCGATTTAGTTGTAGTGGAAGCTACA
GCGACACAAGCATTAGTATTTTCGCATGTTTTTAATGCACCTGCTGTTCAAATCAGTTCA
TTTGGTGGAAACTATGGGACGTTTGAAGCAGTTGGAGCTTCATCTCACCCTTTAATATAC
CCATCAGCAGCAAGGCAAAGATTTCAAGGTCTTACAATATGGAATAGATTGTTGGAGTAT
TTTTCTCATTACTACCTTATGTGGACGTATTACGAATCTGAAAAGTACGACGATATTTTG
CTTAAGGAATACTTTGGTCCTGATACCCCAGTAATGGCCAAACTAAAACATAATATTGCT
CTAGTATTACTAAACATACATCATGTTTGGGATGCTAATCGGCCTGTTCCACCCAATGTG
GTGTATCTCGGCGAATTGAATCAAAATAAAAGAAAAGAGTTACCAAAGGAATTGAAAGAG
TATCTAGATTCATCGAAAAATGGAGTAATATATGTGAGTTTTGGGACAAATGTTAATAGA
GGTATACTCACACCTGAAAAATTAAAAATTATGATAAAAGTATTTCATAGTCTACCGTAT
GACATTTTAATGAAGAGTGACAACACAACTGATATGAATTCATCAAAAAATATCAGAATG
TTTAATTGGATTCCTCAAACCAATGTGCTACATCATCCTAAACTTAAATTATTCATCACT
CAAGGCGGCCTGCACTCATCGCAAGAAGCTATAGATGCTGGAGTGCCTCTGATCGGTATT
CCAATGATGTGGGACCAGTGGCTTAATGTAGATAGATATGTTAAATTTAAAATAGGACTT
CAATTAGATATAAATACACTCAATGAAGAAACGATGAGAAAAGCTATAGAAACAATTGTA
AACAACGAAAGCTATAAAAATAATATATTGAAACTCCGTAATTTCTTATATGATCAACCT
CAAAAACCGTTGGAAAAGGCTATTTGGTGGACAGAATATGTTTTAAAATATGGCGGAGAA
CATTTGCGTACCCCAGCGGCAACAATAGAATGGTCAGAATATTACGAAATTGAGATAATA
ATTTCTATTGCATTGACGATCTTGTGTGTTGTGTTTGCTAGTGTTTTTGTAGTTAAGAGA
TTCATAAATTGA
Protein sequence:
MVLKKYFGPNVPELSKLNKNIALLFLNIHSVWDSNRPVPPNVIYLGELNKNKPKRLQQEI
QSYLDSSKHGVIYVSFGTNINKGILTHERLQIIIKVLSELHYDVLMKNDGVEAMDPSIKN
IRLFDWVPQTGVLNHPKVKLFITQGGLQSSHEAIEAGVPLLGIPLMWDQMLNVDKYVKFK
IGLQLDIYSLNEATFKKSVETVLGNGSFRTNIEKLRTIMNDQPQTPVEKAVWWTEYVLKY
GGEHLGSESAYVECHQAAFRPYTQELAKRGHKVTVITTHPAFSKKELPDNLTEINISGPG
EEVRTDIFLKLDKANSLLEQQAIGIKFLNVLMKKCLDSGLLDQYLNNKVHKFDLVVVEAT
ATQALVFSHVFNAPAVQISSFGGNYGTFEAVGASSHPLIYPSAARQRFQGLTIWNRLLEY
FSHYYLMWTYYESEKYDDILLKEYFGPDTPVMAKLKHNIALVLLNIHHVWDANRPVPPNV
VYLGELNQNKRKELPKELKEYLDSSKNGVIYVSFGTNVNRGILTPEKLKIMIKVFHSLPY
DILMKSDNTTDMNSSKNIRMFNWIPQTNVLHHPKLKLFITQGGLHSSQEAIDAGVPLIGI
PMMWDQWLNVDRYVKFKIGLQLDINTLNEETMRKAIETIVNNESYKNNILKLRNFLYDQP
QKPLEKAIWWTEYVLKYGGEHLRTPAATIEWSEYYEIEIIISIALTILCVVFASVFVVKR
FIN