Rhodamnia argentea (silver malletwood): 115726353
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Entry
115726353 CDS
T10595
Name
(RefSeq) UDP-glucuronate:xylan alpha-glucuronosyltransferase 1 isoform X1
KO
K20890
xylan alpha-glucuronosyltransferase [EC:2.4.1.-]
Organism
rarg Rhodamnia argentea (silver malletwood)
Brite
KEGG Orthology (KO) [BR:
rarg00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
rarg01003
]
115726353
Glycosyltransferases [BR:
rarg01003
]
Polysaccharide
Structural polysaccharide
115726353
SSDB
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GFIT
Motif
Pfam:
GUX1-5_N
Glyco_transf_8
Nucleotid_trans
Motif
Other DBs
NCBI-GeneID:
115726353
NCBI-ProteinID:
XP_030512046
UniProt:
A0A8B8MMF4
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Position
1:35906474..35910674
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AA seq
678 aa
AA seq
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MVGFTCSGSIQLRDAMGSSDDNLDIKHRLSLSNEEIHKRKLQRSKPKGINKSFQLPLQYK
SANCKFSSLKFLLAITIFGTLATILYRPEAYNGESLSSSTIRPSFVNRWIWGGSDPRYMS
HLDIDWEDIRDVTDSLNGKNDYRGIGLLNFNDSENAYWKQLFPRANPIVLPLEYAAKSIT
WDSLYPEWIDEEEETEVPICPNLPRIKPPAVRLDLIAVKLPCRDEGNWSRDVARLHLQLT
AARLVSSAKGSYPVHVLFVTNCFPTPNLFTCKELVVKIGNVWLYRPNLSVLREKLQLPVG
SCELALPLNVRERVYTGDARREAYATILHSAHVYVCGAIAAAQSIRMAGSTRDLVILVDD
TISNYHRSGLEAAGWKIRTIQRIRNPKAEKDAYNEWNYSKFRLWQLTDYDKIIFIDADLL
ILRNIDFLFAMPEISATGNNGTLFNSGVMVIEPSNCTFNLLMKHINEIESYNGGDQGYLN
EIFTWWHRIPRHMNFLKHFWVGDEEEKKRTKTRLFGAEPSILYVLHYLGVKPWLCFRDYD
CNWNVDFFQEFASNVAHERWWKVHDAMPEVLKQFCMLNSKQKAQLEWDRRQAEEANYSDG
HWKIKVEDARLSKCIDNLCDWKSMLQHWGETNWTDDEFLPPSPPAISSSISLPVVSNRGM
LCLFRVHAKLKFLHTECR
NT seq
2037 nt
NT seq
+upstream
nt +downstream
nt
atggtgggattcacctgctctgggtcaatccagctgagagacgcaatgggaagttcagac
gataatctcgacatcaaacacagattgtcattatcaaatgaagaaatacacaagaggaaa
ctgcagcggagtaaacccaaaggaatcaacaaatctttccagttgcccctccaatataag
agcgcaaactgcaagttctcttcattgaaattcctccttgctattactatattcggcacg
ttggcaacaatcctctaccgtcccgaagcttataatggtgaaagtctgtcatcttccaca
attcggccaagttttgtcaacagatggatatggggcggatcagacccgcgatacatgtcg
catttggacatagattgggaggatataagagacgtaacagacagcctaaatgggaaaaac
gactatcgcggaatcggccttttaaacttcaacgacagcgagaacgcatattggaagcag
ctttttcccagagctaatcccattgttctgcccctggaatatgctgccaaaagcatcacc
tgggattcgttatacccagagtggatcgacgaggaagaagaaactgaagtacccatctgc
ccgaacctaccgcgcatcaaaccaccagctgtgcggcttgatctgatcgccgtgaaacta
ccatgtagggacgagggcaattggtcgagagatgtggcgaggctccacttgcagctcacg
gcggcacggctcgtgtcgtcggccaaagggagctatccagtgcatgtcctcttcgtcact
aactgctttccaacacccaacttgttcacctgcaaagagcttgtcgtgaagataggcaat
gtttggctttacaggccaaatctgagtgtcctgagagagaagttgcagctccctgttggg
tcttgtgaacttgctcttcccctcaatgtcagagagcgggtttacacgggagatgcacgc
cgagaagcttatgcgaccatccttcactctgctcatgtatacgtctgtggggcgatagcg
gcggctcaaagcatacgaatggctggttcgacccgtgacctcgtgatactcgtggacgat
accatcagcaactaccacaggagcggtctggaggcggctggttggaagatccgcacaata
cagcggatcaggaacccaaaggccgagaaagacgcctacaacgagtggaactacagcaag
ttccggttgtggcagctgaccgactatgacaagatcatattcatcgacgctgacttgctc
atcctccgaaacatcgatttcctcttcgcaatgcccgagatatcggcaaccgggaacaat
ggcaccctattcaactctggtgttatggtgattgagccttcgaattgcacgttcaatctt
ctgatgaagcacatcaatgagatagagtcctacaatggcggcgaccaaggctacttgaac
gagatcttcacgtggtggcaccggatcccaaggcacatgaacttcttgaagcacttctgg
gtcggcgacgaggaagagaagaagcggacgaagactcggctcttcggggccgaaccctcg
atcctttacgtgcttcactatctaggagtgaagccgtggctttgcttccgggactacgac
tgcaactggaacgtcgacttcttccaggagttcgccagtaacgtcgcgcacgagcgatgg
tggaaggtgcacgacgcgatgccggaggtcctgaagcagttctgcatgttgaactcgaag
cagaaggcgcagctggagtgggatcggagacaggcagaggaggccaactactcggacggg
cattggaagatcaaagtggaggacgcacggttgagcaagtgcatcgacaatctgtgcgac
tggaagagcatgttgcaacactggggcgagacgaactggaccgacgacgagttcctaccg
ccctcgcctccggcgatatcttccagcatctctctcccagttgtgagtaaccgagggatg
ctttgcctttttcgggtccatgccaaactaaagtttcttcacacggagtgtagatga
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