Niallia sp. Man26: L8T27_005655
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Entry
L8T27_005655 CDS
T09959
Name
(GenBank) glycoside hydrolase family 52 protein
KO
K22268
xylan 1,4-beta-xylosidase [EC:
3.2.1.37
]
Organism
nil
Niallia sp. Man26
Pathway
nil00520
Amino sugar and nucleotide sugar metabolism
nil01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
nil00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
L8T27_005655
Enzymes [BR:
nil01000
]
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
L8T27_005655
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GFIT
Motif
Pfam:
Glyco_hydro_52
DUF5127
Motif
Other DBs
NCBI-ProteinID:
UPO88651
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All DBs
Position
1:1123704..1125824
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AA seq
706 aa
AA seq
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MPENMFFNAHHSPIGAFASFTLGFPAAGGGLDLELGRSPKKNVYIGAESLDKEGIYEAFP
FFDYQEDDESKRYDIENMDPDPDKPNIIFPFSKEKVTREFKLGTDTWKAGDLTFKVYTQV
ESVPEPGKGNEKEMKRILLPAVLAELTVDNTKGTKARRAFFGYEGSDPYSSMRRLDDTMD
GIAGIGQGRLTAIAASNADINSAMHFSMENILTTPQEENWTFGLGPLGALVADVPAGESR
TYRFAVCFYRGGIVTAGMDTSYYYTKYFKNIESVAAYALEHFDEIAKRAEAADDRLLAAN
QLSADQQFMLIHSIRSYYGSTQLLICDGEPFWVVNEGEYRMMNTFDLTVDQIFFELKMNP
WTVKNELDMFVKRFSYEDKVRFPGSDTEYPGGISFTHDMGVANTISRPHYSSYELYGLDG
CFSHMTHEQLVNWILCAAVYVSHTADEAWLKENMEMVERCFESMVNRDHPIPEKRNGLMG
LDSSRVMGGAEITTYDSLDVSLGQARNNIYLAGKIWASYVALEKIFKEQGKEDLAKQAGL
QAEKCANTIVENVTTEGYIPAVIGEGNDSKIIPAIEGLIFPYFTNCQEALEETGRFGPYI
QALKKHLKTVMTEGVCLFEDGGWKISSTSSNSWLSKIYLSQFIAREILGWQWDEKGAKAD
AAHVKWLTHPVLSVWSWSDQIIAGEIAGSKYYPRGVTSILWLAESK
NT seq
2121 nt
NT seq
+upstream
nt +downstream
nt
atgccggaaaatatgttttttaatgcacatcactccccaattggggcattcgcaagcttt
acactcggatttccagcagcaggcggagggcttgatttggaactgggccgttcaccaaaa
aagaatgtttatattggtgcggaaagcttagataaagaggggatttacgaggcatttccg
ttttttgattatcaggaagatgacgaaagcaaacgctatgatattgaaaatatggaccct
gatccagacaagccaaatattattttcccgttttcaaaggagaaggtaacaagagaattt
aagcttggaacagatacatggaaagcaggggacttaaccttcaaagtttatacacaagta
gaatctgtaccagaaccggggaagggcaatgagaaggaaatgaagaggattcttcttccg
gcagtcctcgcagaattgacggttgataatacaaaaggaacaaaagctaggcgggcgttt
tttgggtatgagggcagtgacccgtacagctctatgaggcggctcgatgatacgatggac
ggaatcgctggaatcggccaaggcaggctgactgcaatcgccgcaagtaatgcagatatt
aactccgctatgcatttcagcatggaaaatatcttgacgacaccgcaagaagaaaactgg
acatttggattaggtccgctcggtgcactagtcgcagatgttcctgcaggagaatcgagg
acataccggtttgctgtctgtttctatcgcggtggaattgttactgccggcatggataca
tcttattactatacgaagtactttaaaaatatcgagtctgtcgcagcctacgcgttggaa
cattttgatgagattgcaaaaagagcagaagctgcggatgaccgcctattagctgctaac
cagttatctgcagaccagcagttcatgctgattcactcgattcgcagctattatggttcc
acacagctccttatttgtgacggtgagccgttctgggttgtcaatgaaggggaatacaga
atgatgaacacctttgatttaactgttgatcaaatattttttgagctgaaaatgaatcct
tggacagtaaaaaatgagttagatatgtttgtgaagcgcttcagctacgaagataaagtc
cggttccctggcagtgatacggaataccctggcggcatcagctttacacatgatatgggt
gttgccaatacaatctcccgtccgcattactcttcatatgaactgtatgggcttgacggt
tgtttttcccatatgacacatgaacaacttgtaaactggattttatgtgctgctgtttac
gtgtcacatacagccgatgaagcttggctaaaagagaatatggaaatggtggagcgttgc
tttgaaagcatggtaaacagagaccacccaattccagaaaagagaaacggcttgatggga
ctggattcctcccgagtaatgggcggggctgaaataaccacatatgacagcttagatgtc
tcgttggggcaagcgcgaaataatatttatctcgcagggaaaatttgggcatcttatgtc
gcccttgaaaaaatattcaaggaacagggaaaagaagacttggcaaagcaagcaggccta
caagcagaaaaatgtgcaaatacgattgtggagaatgtgacaacagaaggctatatccca
gcagtaattggagaaggcaatgattctaaaataattccagcaattgaagggcttattttc
ccatacttcacaaactgccaggaagcgcttgaagagacaggacggttcggcccctatatt
caggcattgaaaaaacacctaaaaacagtaatgacagaaggagtttgtctgtttgaagac
ggcggctggaaaatatcttcaacaagcagcaactcatggctcagtaaaatttatttaagt
caatttatcgcaagagaaatccttggctggcaatgggatgaaaagggagcgaaagcagat
gccgctcatgttaagtggctgacacatcccgttctttccgtatggagctggagcgaccag
attattgcaggggagattgcgggcagtaagtattatccgcgcggtgtgacaagcattctt
tggcttgcagaaagcaagtaa
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