Xylanibacter ruminicola: PRU_2674
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Entry
PRU_2674 CDS
T01212
Name
(GenBank) glycosyl hydrolase, family 43
KO
K01198
xylan 1,4-beta-xylosidase [EC:
3.2.1.37
]
Organism
pru
Xylanibacter ruminicola
Pathway
pru00520
Amino sugar and nucleotide sugar metabolism
pru01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
pru00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
PRU_2674
Enzymes [BR:
pru01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.37 xylan 1,4-beta-xylosidase
PRU_2674
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Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_43
GH43_C2
Motif
Other DBs
NCBI-ProteinID:
ADE83033
UniProt:
D5EXH8
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Position
3251810..3253936
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AA seq
708 aa
AA seq
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MFTIVSYKLVRNKEFCSNVWLKAITMLFAFHFSFTSAFAQSWTADNGNGTFTNPLFYDEF
SDPDILRVGDDYYLAGTTMHTVPGLVILHSKDLVNWENISYCFDRFDFDDDAFSLKNHKE
IYGQGVWAPAIRYANGQFYVFTNINGKGLQCYTSKDIRGPWQHHNMQGNIYDLSVLFDDD
GKIYAIHKYGEVHCTELKPDMSGPVEGTDRVIIPEGNAIGEGHHVYKINGMYYIISTDYM
PNGRTLCSRSKSIWGPYETVTITADETFGYHAAPLTQVPQGVKYRIGEDGTKFGIPQVDK
DATACTNIHQGGIVQDQSGQWWALLMMDFHSIGRTVCLSPITWKDGWPMIGLEGNLGRAP
RTWFKPNISVNAQAHAPYLRSEDFNAAKLGRVWQWNHNPDDSKWSLKKGRLRLQSMPAEQ
LMWARNTLTQRVIGPTSITTVELFTKGLKDGDVAGLGNINVPCSWIGIVKDGNTLTLRCF
EQATNDTINQKVNAEKLWLRMVGDYDNNLAHYEYSLDGNTYQQLGREMPLSYQLISFQGS
RHALFAFNHKGKQGGYAEFDNFKVVEPQADRSGNIPYGKSFRIINLATGKPAIAQKHGLL
YDTDKSDQSLQTRFHIIDKGQGRVFLQCEDGRYVWCSGFGIPGDVRLTTDESKAEMFLWQ
DYLNHEFMLLSLRTHRYIGKSPTTGSPYSMDYAGADPARRNGAVFRWE
NT seq
2127 nt
NT seq
+upstream
nt +downstream
nt
atgttcaccatagttagttataagttagttagaaataaagaattttgcagtaatgtttgg
ttaaaggcgataacaatgcttttcgcttttcacttttcttttacttcggctttcgcccag
tcgtggacggccgataacggtaatggcacatttaccaacccgcttttctacgatgagttt
tccgatcccgacattctgcgtgtgggcgacgactactatctggctggtaccaccatgcat
accgtgcctggtctggtgattctgcactccaaggatttggttaactgggagaatatctcg
tattgctttgatcgtttcgatttcgatgacgatgctttctctctcaaaaaccacaaggag
atttacggtcagggtgtatgggcacctgccatccgttatgctaacggccagttttatgtg
tttaccaacatcaacggtaaaggtctgcagtgttatacctcgaaggatatccgtggccct
tggcagcatcataacatgcagggcaacatctacgatctctccgtgcttttcgacgacgac
ggtaagatttatgccatccataagtatggcgaggtgcactgtaccgaattgaagcctgat
atgagcggtcctgttgagggtactgatcgtgtaattatccccgagggcaatgccatcggc
gagggccatcatgtgtataagattaatggtatgtattatatcatatctaccgattatatg
cctaatggccgtaccctctgtagtcgttccaaaagcatctggggaccttacgaaactgtt
accattaccgccgacgaaacctttggctaccatgccgccccgcttacacaggtgccgcaa
ggcgtaaaatatcgtattggcgaggatggaaccaagttcggtattcctcaggttgataaa
gatgccacagcctgcaccaacatccaccagggtggtatcgttcaggatcagagcggccag
tggtgggcactattgatgatggactttcatagcatcggccgcaccgtttgtctctcaccc
atcacctggaaggatggctggcctatgataggccttgaaggcaatcttggtcgtgcgcct
cgtacctggttcaaacccaatattagtgtcaacgctcaagcacatgccccatatctgcgt
agcgaggattttaatgctgcaaagcttggtcgcgtgtggcagtggaaccacaatcctgat
gatagtaagtggagcttgaaaaagggccgcttgcgtcttcaatcgatgcctgccgaacaa
ctgatgtgggcacgaaacacactcactcagcgtgtcatcggtcctacgtctatcaccact
gtcgagctctttaccaaaggtttgaaagatggcgatgtggcaggtcttggcaatatcaac
gtgccctgctcgtggataggcattgtaaaagatggtaatacccttacactccgctgcttc
gaacaggccaccaatgatactatcaatcaaaaagtgaatgccgaaaagctgtggctccgt
atggtgggcgattatgataacaatctggctcattatgagtattcgctcgatggcaacact
tatcagcaactgggtcgcgaaatgccactcagctatcagcttatctcgttccagggctcg
cgccatgccctttttgcctttaatcataaaggaaaacagggcggatatgccgagttcgac
aattttaaggtagtagagccacaggccgatcgtagtggtaatatcccttatggcaagagc
ttccgcatcattaatctagctaccggcaagccagccatcgctcagaagcatggtttgctt
tatgatacggataagtctgatcagagtctacaaacgcgtttccatatcatcgataaaggt
cagggcagagtgtttcttcagtgcgaagatgggcgctatgtatggtgttcaggctttggt
attccaggcgatgtgcgcctgactaccgatgagtcgaaggccgagatgttcctgtggcag
gactatctcaaccacgagtttatgctcctttccttgcgtacccaccgttacatcggtaag
agtcccaccacaggcagtccttattcgatggactacgctggtgccgaccctgcccgtcgc
aatggcgccgtattccgttgggagtaa
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