| New model in OGS2.0 | DPOGS205975 |
|---|---|
| Genomic Position | scaffold176:+ 57309-66314 |
| See gene structure | |
| CDS Length | 2079 |
| Paired RNAseq reads | 496 |
| Single RNAseq reads | 1254 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA009403 (2e-26) |
| Best Drosophila hit | CG3253 (2e-13) |
| Best Human hit | glycosyltransferase-like protein LARGE1 (2e-158) |
| Best NR hit (blastp) | conserved hypothetical protein [Pediculus humanus corporis] (3e-176) |
| Best NR hit (blastx) | conserved hypothetical protein [Pediculus humanus corporis] (3e-176) |
| GeneOntology terms | GO:0016757 transferase activity, transferring glycosyl groups GO:0005794 Golgi apparatus GO:0016740 transferase activity GO:0016020 membrane GO:0016021 integral to membrane GO:0006486 protein amino acid glycosylation |
| InterPro families | IPR002495 Glycosyl transferase, family 8 |
| Orthology group | MCL15958 |
Nucleotide sequence:
ATGAATTTCACATCAAAAAATGTCTTCACTTGTCTATTTTTTCGACCCTGGCTAGGCGTG
CCGTTGGGTATATGGGTGGCTGTGTCTATTGTGTATTATTGGTGGTTAATATCCAGAATT
GATGTGTTGGAAACTGAAAATAAAGTGATCAAAAAGCAATTATCATTGGGTAGTGTTCAC
GAAGTCATTGACGGAGCCACCAGTTATACCGTGCCTGAGATCCCAGATGTTGTTGGTACT
CTGTGTGAAACGGTTCACATAGCTTTGGTGTGTATGGGGAAATGCACCCGTAACATAACA
CCGATGTTGAAGTCTCTCCTACATCATCGACAGAATCCCATACATTTCCACTTTGTAGTC
GACCCGGAATCAATGCGGACTTTAAATAAACTGTTTGAAACGTGGGATTTGCCTGATGTG
AAATACAGCTGCTATGACGCCCAAGACCGTCTGTCTGAGGTCAAATGGATCCCCAACAAC
CACTACTCTGGTGTATATGCACTCGTCAAACTTCTCTTCCCCAGCATATTGCCGGATAAA
CTGGAACAGGTTATAGTACTGGACTCTGATCTAACATTCCTCTCCGATGTTTCTCAGCTG
TGGCACATGTTCAGAAACATGAGCAGTCTGCAGTTCATAGGACTAGTTGAAAACGAAAGC
AACTGGTACACGAATCAGAAAACAAGATGGCCGGCGTTACGACGCGGATACAATACGGGT
GTCATGTTGTTAGATTTATATAAAATAAGATCACTCATAAGCTGGACTAGTGTTTGGCAG
AAGACTGTCAATGAAAATCTTAACAGGCTCAAAACCACCGCTCTGGCTGATCAAGACGTT
ATAAACGCGATCATAAAGAACCATCCCCACATTGTCTATGACATCAGCTGTCATTATAAC
GTGCAAATGTCAACTCAAACGTTAGCCAAGAACTGTTACGGTGAAGACGTTAAAAATATT
AAGATATTACATTGGAATTCTCCCAGCAAATACAACATCCGTATCCGGGACGCTGATTAT
TTTAAAAACATTCATCAATCATATGTTAATTTCGATGGCAATTTGTTGAGGGAGAAGTTG
CATCGGTGCTCTCAAAACGAAGTTGTGACATACAAGATGAACCATTCAGACCTTTGCCTA
AGCTTCCGAGCTGCTCAAAGAGTAAAGTTAAGAACGCACATATACTACATGGACTATAGC
TATATGAATGTTGACAATTTTGATGTAACTCTAGTTCTACAATTGTCTATGGACAGATTA
CAGTTTTTGGAGAGGATTGTCAAATATTGGGAAGGTCCGTTGAGTGCTGCCATCTACCTG
TCCGACTGTGAAGTTACTAAACTAGAAAGTATCCTAAGGGATTGGTCGTCAACACTTAAC
ATAAAAAATAATATTGGATACCACTTGGTGTTTAAGCATGATTCGGTACATTATCCAGTG
AACTATCTTCGTAATGTAGCCTTGGAGAACGTGAACACTCCATATGTGTTCCTTATGGAC
GCCGATTTTGTACCAATGGCCGGTCTGTACAGTTATCTGAGGGAATCAATAAAGTTGATC
AACCCGTATCCACAGAAGAAGTGTCTGGTGGTGCCGGCGTTTGAAACTCAAAGGTATAGG
GCTTCACCACCCCGGTATAAGGAGGAATTGTTATCCAGGCTCTCCATCAAACACCTTGGG
GATGTTGCTCCGTTCAGGGCCAGGGAGTGGCCCAGGGGACACAGGGCTACCAACTACATA
AGGTGGTCGACTGCCACTGCCCCGTATGAGGTGGATTGGCAATCGGACTACGAACCGTAC
CTAGTGGCACATCGCAGCATTCCTAAATACGACACGAGATTCTCTGGCTTCGGATGGAAT
AAAGTGTCTCACAGCGTTGAACTCCGTGCCCAAGGATACAAACTGTCGGTGCTGCCGGGC
GCGTTCGTGGTACACACGCCGCACGCCCCCTCCCCTGACATCACAGCCTTCAGAGCCGAT
CCGCACTATCGCGTATGTCTATCACTTTTGAAACAAGAGTTCATGGACGATCTCAAGAGG
AAGTACAACGTCACACTCGATGATAACCAAAGAAAATAG
Protein sequence:
MNFTSKNVFTCLFFRPWLGVPLGIWVAVSIVYYWWLISRIDVLETENKVIKKQLSLGSVH
EVIDGATSYTVPEIPDVVGTLCETVHIALVCMGKCTRNITPMLKSLLHHRQNPIHFHFVV
DPESMRTLNKLFETWDLPDVKYSCYDAQDRLSEVKWIPNNHYSGVYALVKLLFPSILPDK
LEQVIVLDSDLTFLSDVSQLWHMFRNMSSLQFIGLVENESNWYTNQKTRWPALRRGYNTG
VMLLDLYKIRSLISWTSVWQKTVNENLNRLKTTALADQDVINAIIKNHPHIVYDISCHYN
VQMSTQTLAKNCYGEDVKNIKILHWNSPSKYNIRIRDADYFKNIHQSYVNFDGNLLREKL
HRCSQNEVVTYKMNHSDLCLSFRAAQRVKLRTHIYYMDYSYMNVDNFDVTLVLQLSMDRL
QFLERIVKYWEGPLSAAIYLSDCEVTKLESILRDWSSTLNIKNNIGYHLVFKHDSVHYPV
NYLRNVALENVNTPYVFLMDADFVPMAGLYSYLRESIKLINPYPQKKCLVVPAFETQRYR
ASPPRYKEELLSRLSIKHLGDVAPFRAREWPRGHRATNYIRWSTATAPYEVDWQSDYEPY
LVAHRSIPKYDTRFSGFGWNKVSHSVELRAQGYKLSVLPGAFVVHTPHAPSPDITAFRAD
PHYRVCLSLLKQEFMDDLKRKYNVTLDDNQRK