Neoarius graeffei (lesser salmon catfish): 132868545
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Entry
132868545 CDS
T10798
Symbol
xylt2
Name
(RefSeq) xylosyltransferase 2 isoform X1
KO
K00771
protein xylosyltransferase [EC:
2.4.2.26
]
Organism
ngra Neoarius graeffei (lesser salmon catfish)
Pathway
ngra00532
Glycosaminoglycan biosynthesis - chondroitin sulfate / dermatan sulfate
ngra00534
Glycosaminoglycan biosynthesis - heparan sulfate / heparin
ngra01100
Metabolic pathways
Module
ngra_M00057
Glycosaminoglycan biosynthesis, linkage tetrasaccharide
Brite
KEGG Orthology (KO) [BR:
ngra00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00532 Glycosaminoglycan biosynthesis - chondroitin sulfate / dermatan sulfate
132868545 (xylt2)
00534 Glycosaminoglycan biosynthesis - heparan sulfate / heparin
132868545 (xylt2)
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
ngra01003
]
132868545 (xylt2)
Enzymes [BR:
ngra01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.2 Pentosyltransferases
2.4.2.26 protein xylosyltransferase
132868545 (xylt2)
Glycosyltransferases [BR:
ngra01003
]
O-Glycan biosynthesis
Glycosaminoglycan
132868545 (xylt2)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Xylo_C
Branch
Motif
Other DBs
NCBI-GeneID:
132868545
NCBI-ProteinID:
XP_060757490
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All DBs
Position
20:32446730..32519026
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AA seq
868 aa
AA seq
DB search
MVASTRVQKLLRRYKLAIAAALTILLIQGLVVWSLRSLEEGEAERRERRSKLPDHNNQDV
RRDSEARGQNALSGGYHGRGKHDLERHVVTRPLRKGGKQRMKPSRMERAGVVQGIGAVDA
IAPYDPSSSRNFTDMKGQEGGKFPAGAQGEPGSVDGAPQVPSNDFVPSCEIVGKDALSAL
HRAGSRQCRQEIANIVCKHQAGELMPQALPQYCTQHGILSSASHQADVIDNDLSKVENPV
RVAFVLMVHGRAVRQLKRLLKAIYHKDHFYYIHVDKRSNYLHREVVHMAELYSNVRATPW
RMVTIWGGASLLKAYLRSMQDLLSMLDWKWDFFINLSATDFPTRTNDELVAFLSQNRDKN
FLKSHGRENARFIKKQGLDRLFHECDNHMWRLGERTIPEGLEVSGGSDWFSLTRRFVEYV
VSSKNELVTGLKQFYTYALLPAESFFHTVLGNSHMCDTLVDNNLRVTNWNRKLGCKCQYK
HIVDWCGCSPNDFKPADLIRIQQLTRPTFFARKFESTVNQEAIDILDTHLYGHYPADTAA
LKAYWESLFEREDGVGTLSDVALTAYMSFFRLGLSSQKTMHEACRFLPAGYPVSVHLYFY
DDRFQGYLVRQEVKNMVSGKKEMLEVWVVPQATLQLESNLNEFERLKNLEVGTEWDPKER
IFRNFGGVMGPLDEPVAVQKWARGPNLTATIVWIDPAQVVAASYDISVDVEAEFTQYKPP
LQRPLRPGVWTIRVLRLWEHVAQVRFLVMPLAFKGKEPFHKEEHSWLHAGPAGNVYLEQG
FQQLSRVLKLPPMEPALEESQKKASLVGKALEGWVDSLVGAFWVTGGMCSSQISLCPSVQ
LCAKTSWSSLSPDPKSELGAVKSNGRIR
NT seq
2607 nt
NT seq
+upstream
nt +downstream
nt
atggtggcgagcactcgcgtacagaagctgctccgtcgatacaaacttgccattgctgcc
gctttaacaattcttctgattcaaggtttggtggtatggagtcttcggagtctggaggaa
ggagaggccgagcgcagggagcggcggtctaagctgcctgatcacaacaaccaggatgtg
aggagagactcagaagccaggggacagaatgccctgtccgggggttaccacggccgaggg
aagcatgacctggagcggcatgttgtcactcgtcccctcaggaaaggtggaaagcaaaga
atgaagccctcgaggatggaaagagctggagtagtgcagggcattggagctgtagatgcc
atcgccccatatgatccatcaagcagccgtaacttcaccgatatgaaggggcaggaagga
ggaaaattcccagcaggagctcaaggagaaccagggagcgttgatggcgcacctcaggtc
ccaagcaatgactttgtgcccagctgtgagattgttgggaaagatgcgctgtcggctctg
caccgtgctggatcacgccagtgccggcaggagatcgccaatattgtgtgcaaacatcag
gctggagagctgatgccacaggctttacctcagtactgcacacagcatggtatcctgtcc
agtgccagccaccaagctgatgttatagacaacgatttgtccaaagtggagaacccagtc
agggtggcgtttgtgctgatggttcacggtcgagctgtacggcagttgaagcggctcctc
aaagccatttatcacaaagaccatttctactacatccatgtggataagcgatccaactac
ctgcatcgtgaagttgtgcacatggctgagctgtactccaatgtgagggccacaccctgg
cgcatggtcactatctggggtggggccagtctgctgaaagcctacttgcgcagcatgcag
gacctgctgtctatgctcgactggaaatgggacttcttcatcaacctcagtgccaccgac
ttccccaccaggaccaacgatgagctagtggctttcctctctcagaaccgtgacaagaac
ttcctgaagtctcatggcagagagaatgccaggttcattaagaaacaggggttggacaga
ctcttccatgagtgtgataatcacatgtggcggcttggtgagcgcaccatccctgagggc
ctggaggtgtctggtggctctgactggttttcacttacacgccgctttgtcgagtatgtg
gtcagctccaagaatgagctggtgaccgggctgaagcagttctacacctacgccctgctc
cctgctgagtctttctttcacactgtgttgggtaacagccacatgtgtgacacgctagtg
gacaacaacctgcgagttactaactggaatcgtaaactgggctgcaaatgccagtacaag
catatagtggactggtgcggatgctctcccaatgacttcaaacctgctgatctcatccga
attcagcagctgacacggcccacgttcttcgcccgcaaatttgaatccaccgtcaaccag
gaggccattgatattcttgatacccacctgtatgggcactacccagcagacactgcagca
ctcaaggcctactgggaaagcctgtttgagcgggaagatggtgtgggtactctcagcgac
gtggcactcacagcctacatgtccttcttcagacttggtctcagtagtcagaaaaccatg
catgaggcctgcaggtttttgcctgctggctaccctgtatctgtccatctctatttctat
gacgaccgtttccagggctacctggtgcgccaggaggtgaagaacatggtgtctgggaag
aaggaaatgctggaggtgtgggttgttcctcaggctacattacagctagagagcaacctg
aatgagtttgagagactaaagaacctcgaggtaggaactgagtgggaccccaaggagaga
attttccggaactttggtggggtgatgggccctttggacgaacctgtggcagtgcagaaa
tgggctcgtggccccaaccttacagccaccatcgtgtggattgatcctgctcaggtggtt
gcagcatcttatgacatcagcgtggatgtagaggcggagtttacacagtacaagccacca
ctgcagcgtcctctcaggccaggagtgtggacaatccgtgtgctgagactatgggagcat
gtggctcaagttcgctttctggtcatgcctctggcctttaaaggaaaggagccatttcac
aaagaggagcacagctggctgcacgcaggtcctgcaggcaatgtttacctggagcagggc
ttccagcagctctctcgggttctgaagctgcctcctatggagcctgccctggaggagtct
cagaagaaggcgtctctggtgggcaaggctttggagggttgggtggacagcttagtaggt
gccttctgggtaactggaggtatgtgttccagtcagatatccctctgtcccagtgtacag
ctgtgtgccaagaccagctggagctccttgtccccagatcccaaatctgaactcggtgca
gtcaaaagcaacggccgcatcaggtag
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