| New model in OGS2.0 | DPOGS211641 |
|---|---|
| Genomic Position | scaffold1648:+ 4449-6612 |
| See gene structure | |
| CDS Length | 2007 |
| Paired RNAseq reads | 1094 |
| Single RNAseq reads | 2341 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA011693 (0.0) |
| Best Drosophila hit | peptide O-xylosyltransferase (4e-162) |
| Best Human hit | xylosyltransferase 2 (3e-126) |
| Best NR hit (blastp) | PREDICTED: similar to protein-O-xylosyltransferase [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to protein-O-xylosyltransferase [Tribolium castaneum] (6e-176) |
| GeneOntology terms | GO:0030158 protein xylosyltransferase activity GO:0042732 D-xylose metabolic process GO:0015012 heparan sulfate proteoglycan biosynthetic process GO:0050650 chondroitin sulfate proteoglycan biosynthetic process GO:0030206 chondroitin sulfate biosynthetic process GO:0008375 acetylglucosaminyltransferase activity GO:0016020 membrane |
| InterPro families | IPR003406 Glycosyl transferase, family 14 |
| Orthology group | MCL11660 |
Nucleotide sequence:
ACAATGAATGTTTATGAGACAGGCCTTGATAAGTTTGTTGCACAGATTCCAAAAACTCCT
GAGAACAAACAAACATCAGTTAGAATTGTATTTCTCTTGACATTAAATGGAAGGGCACTT
AGACAAGTACATAGATTAATTAATTCTTTGTACAGAGAAAATCACTATTTTTATATACAT
GTTGATAAGAGACAAGACTATTTACATCGTAAGTTAACTGTATTAGAGAAGCAATTTCCA
AATATAAAATTAGCTAAAAAACAATATTCTACAATATGGGGTGGAGCCTCTCTTCTTACA
ATGTTATTGACATCCATGAAAGATATTTTGAAGAATGGATGGGAATGGGACTATGTCATT
AATTTAAGCGAAAGTGATTTCCCCATAAAGTCTCTAGAGGAACTTGAAAAATTTCTCTCC
GACAACAAAGGTTATAATTTTGTTAAATCTCATGGACGGGAAGTCCAGAGATTTATTAAG
AAACAGGGCCTCGACAAAACCTTCATAGAATGTGAGACACACATGTGGAGGGTGGGAGAG
AGGAAATTACCAAAAGGTATTGTTATAGATGGAGGAAGCGACTGGATAGCATTGTCACCA
GAGCTCGTGTCTTATGTTGTTGGTGAGCGTGATGAGCTTTTATCTGGCTTGGATGTTATA
TTTGAACACACATTACTACCAGCTGAATCTTATTTTCACACTGTATTAAGGAATTCCCGC
TTCTGTAATACATATGTGGATAACAATTTGCATGTAACAAATTGGAAAAGGAAACTGGGT
TGCAAATGCCAATATAAGCATGTTGTTGATTGGTGTGGTTGTTCTCCTAATGACTTTAAA
ACTGAAGACTGGCCGAGGATTCAGAACACACAGAGTAGACAGTTATTCTTTGCTAGAAAA
TTTGAGCCTATAATCAACCAAGAAATCATCACGAGAGTTGAGCAGTACATAGGATTTAAA
GACCATTATTTAATCCCTAATTTAGAGGCGTACTGGCAAAATATATATGATATAGAAGAT
TTAACAGCCAATACTGATGACACTTTACTCTCGCATGGGGGTAGCATAATTCGCCATAAT
TCAAAGATTTTAGCTCAAGAAAACTGCAATATTGAAATTAAAGAAATCATTGAAATTAAT
TTGTATAAATATGCAGATGTTTACAAAGGTAACCTTATACTGCACAAAGCGACAATCAAT
AACAATATGGAAGTGTTTCTGGAGACTTGGTACAAACCAAAGAAATTTCTCGATTTAGGC
ATTGAAAATCTTGATATGGAATATATAAAAGTATTTAAAGTTAGCTCAGATTATGATCAG
AAGGAAATGTTATTTCGGAATTTGGCAAATATTCTGGGTCCTTGGTCGGAGCCGGTATTG
CTTTATCAGTTCTCTGCATATGTAGATAAAAATATGGGAAACTTGACTCTAGTATGGTTA
GACCCAGCCGGTGTGATTGCGGATATAAATATAATTTCCCGAGATGAAAATAACTTAACC
AGTTTTATCAAACCTCACATCAAAGCACCTTTATTGCCTGGTGTCTGGAAAGTTGGCCTA
TTTGATAACACAAGTACTATTGCCGTTACTAAGTTCCTTATAACTCCTCTGGAATATTTC
TCTGGCAAAGAAATAACCCAACAGGAAGTTGGTTTAATACATGGGGGGTCACAAAATTCT
TATAAATATTTTGATAATTTTATGTTAAAGAGCAACAGCTTTATACCCAGTCGTGAGAAT
AGATTGTTATTAATGGAAATATCCAAGTTAAACACGAGAAGAATTAATAAGGACCTGATA
GAGTGGATTGACAGTCTACATACAGAGTTTTATAATATCTTGGGTTCTTGTGTATTTTTA
GCAGAAAATAAATCATTTGAAAAGATATCTTGTGGGAATTATAAATTTCAGCAATGCATC
CTTTCTGATTGGAGTTCTAAATCACCGGATCCAAAAGGCGTGGTAGGAAAGTTGGATAAA
AATACTGGCCGTTTAAAAAGGATGTGA
Protein sequence:
TMNVYETGLDKFVAQIPKTPENKQTSVRIVFLLTLNGRALRQVHRLINSLYRENHYFYIH
VDKRQDYLHRKLTVLEKQFPNIKLAKKQYSTIWGGASLLTMLLTSMKDILKNGWEWDYVI
NLSESDFPIKSLEELEKFLSDNKGYNFVKSHGREVQRFIKKQGLDKTFIECETHMWRVGE
RKLPKGIVIDGGSDWIALSPELVSYVVGERDELLSGLDVIFEHTLLPAESYFHTVLRNSR
FCNTYVDNNLHVTNWKRKLGCKCQYKHVVDWCGCSPNDFKTEDWPRIQNTQSRQLFFARK
FEPIINQEIITRVEQYIGFKDHYLIPNLEAYWQNIYDIEDLTANTDDTLLSHGGSIIRHN
SKILAQENCNIEIKEIIEINLYKYADVYKGNLILHKATINNNMEVFLETWYKPKKFLDLG
IENLDMEYIKVFKVSSDYDQKEMLFRNLANILGPWSEPVLLYQFSAYVDKNMGNLTLVWL
DPAGVIADINIISRDENNLTSFIKPHIKAPLLPGVWKVGLFDNTSTIAVTKFLITPLEYF
SGKEITQQEVGLIHGGSQNSYKYFDNFMLKSNSFIPSRENRLLLMEISKLNTRRINKDLI
EWIDSLHTEFYNILGSCVFLAENKSFEKISCGNYKFQQCILSDWSSKSPDPKGVVGKLDK
NTGRLKRM