KEGG   Xylanibacter ruminicola: PRU_1940
Entry
PRU_1940          CDS       T01212                                 
Name
(GenBank) glycosyl hydrolase, family 3
  KO
K05349  beta-glucosidase [EC:3.2.1.21]
Organism
pru  Xylanibacter ruminicola
Pathway
pru00460  Cyanoamino acid metabolism
pru00500  Starch and sucrose metabolism
pru00946  Degradation of flavonoids
pru00999  Biosynthesis of various plant secondary metabolites
pru01100  Metabolic pathways
pru01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:pru00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    PRU_1940
  09106 Metabolism of other amino acids
   00460 Cyanoamino acid metabolism
    PRU_1940
  09110 Biosynthesis of other secondary metabolites
   00946 Degradation of flavonoids
    PRU_1940
   00999 Biosynthesis of various plant secondary metabolites
    PRU_1940
Enzymes [BR:pru01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.21  beta-glucosidase
     PRU_1940
SSDB
Motif
Pfam: Glyco_hydro_3_C Glyco_hydro_3 Fn3-like PA14 DUF6305
Other DBs
NCBI-ProteinID: ADE83440
UniProt: D5EUB6
Position
2329499..2332108
AA seq 869 aa
MKRLLTLTIAAMMGASVFAQVKYPYLDTKLSNKERVENLLSLLTPEEKVGLMMNKSISID
RLGIPSYNWWSEACHGVRQDGYTVYPQPIGMAAAFNAQLFYDVFSQVSDEARANWNRTDH
NDPKLFNVPMGVTYYPGNPELTFWCPNVNIFRDPRWGRGQETCGEDPYLNAVLGVQTVLG
MQGNNDKYFKTHACAKHYAVHSGPEPLRHSMNVEPTNRDLWETYLPAFKALVKKGNVREV
MCAYQRFEGKPCCTSDRLLIDILRNKWGYDAIVLTDCDAINNFFNRGQHETHKDGLSASV
DAVLNGTDLECGKVFMSLVEGLKKGLIKESDLDNHLRKTLMGRFELGMFDPADMLPWAKL
GADVISSEKNDAMAVQAARESMVLLENKAGILPLSKSIKTLAVLGPNADDVNMLNGNYGG
TPTAAHQHSLLSGIKAAVPGAKIIYNKACELNDEYTTIHHLQDFNDGKGVKAEFYNNKEL
AGEPAKTDYYNELNFSTFGAWGFAQGVNRDTLSVRISGKYTSTFTGEMKYTLTTDNGYVL
KVNGEVVEEAQAGGRRGFFGFGRKPQYKSFPVEAGKTYDVVIEYKHGNGQFAMLRGDICE
RNLVDFTDLANQVKEADAIVIIGGISAQMEGEGGDKQDIELPKVQQMLVKAMHKTGKPVI
FVNCSGSAIAFGSVEGEYDALLQAWYAGQGGAKALAEVLFGDYNPGGKLPVTFYRSNNDL
PDFLDYSMKNRTYRYFTGVPQYAFGYGLSYTTFALGDAKISAKQMKKNGKVTLTVPVTNT
GKREGTETVQVYVKRLDDAGAPIKALKGFQKLNLKAGETQKATITLDGEAFEYYDEMIDE
LATKAGRYQILYGTSSMDKDLKTIDFVVK
NT seq 2610 nt   +upstreamnt  +downstreamnt
atgaaaaggcttttaactttaaccatcgcggcgatgatgggggcaagtgtgtttgcccag
gttaagtatccgtatctggatacaaagttatcaaacaaagagcgcgttgagaacttgctg
agtctgctcacacccgaggagaaggtgggactgatgatgaacaagtcgatctcgatcgac
cgtctgggcatccctagctacaactggtggagcgaggcttgtcatggtgtgcgtcaggat
ggctatacggtttatccacaacccatcggcatggcagcagcctttaatgcacagctgttc
tacgatgtattctcgcaggtgtccgacgaagcccgtgccaactggaaccgtaccgaccac
aacgatcctaagctgtttaacgtgcccatgggcgttacctattatcctggcaaccctgag
cttacgttctggtgtccgaatgtaaatatcttccgtgaccctcgctggggacgcggacag
gaaacctgcggcgaggacccttatctgaatgccgtattaggcgtacagaccgtattgggt
atgcagggtaacaacgacaaatactttaaaacccacgcctgcgccaagcactatgccgtg
catagcggtccagagcccttgcgccactctatgaacgtagagccaaccaaccgcgacctg
tgggaaacttacctgccagcctttaaggcactggtaaagaaaggtaacgtgcgcgaggtg
atgtgcgcctaccagcgtttcgagggtaagccctgctgcaccagcgaccgtttgttgatt
gatatcctgcgtaacaagtggggctacgacgccatcgtactgaccgactgcgacgctatc
aacaacttctttaatcgtggacagcacgaaacccataaggatggcttgtcggcctcggtt
gatgctgtgttgaacggtaccgacctggagtgcggtaaggtattcatgtcgctggttgag
ggactgaagaaaggcctcatcaaggagagcgaccttgacaatcatctgcgtaagaccctg
atgggccgctttgagttgggtatgttcgatcctgccgatatgctaccttgggccaaactg
ggtgccgatgtgattagtagcgagaagaacgatgcgatggctgttcaggctgcacgcgag
agtatggtactgctggagaacaaggctggtatcctgccactctcaaagagcatcaaaaca
ctggcagtgcttggtcctaatgccgacgatgtgaacatgctgaatggtaactatggtggc
acacctactgccgcccaccagcactcactgctctcaggtatcaaggctgcagtacctggt
gccaaaatcatctataacaaagcttgcgaactgaacgacgaatataccaccatccaccat
ctgcaggactttaacgatggcaagggtgtgaaggcagagttttataataataaggaatta
gcaggcgaacctgccaagactgattactacaacgagttgaacttctcgacctttggtgcc
tggggatttgctcagggcgtgaatcgcgataccctcagtgttcgcatcagcggtaagtac
acctcaacttttactggcgaaatgaagtacaccctgactactgacaacggctacgtgctg
aaggtaaatggcgaggtagtagaagaggctcaggcaggtggccgtcgtggtttcttcgga
tttggtcgcaagccccagtacaagtcgttccctgttgaggcaggtaagacctacgacgta
gtcatcgagtacaagcatggtaacggacagtttgctatgctgcgtggcgatatctgcgag
cgcaacctggttgactttaccgacctggccaaccaggtgaaggaggccgatgctatcgtg
atcatcggtggcatctcagcccagatggaaggcgaaggtggcgacaaacaggacattgag
ctgccaaaagttcagcagatgttggtaaaagctatgcacaagactggcaagcctgttatc
tttgtaaactgctcaggttcggccattgcctttggtagtgtcgagggcgagtacgatgct
ctgttgcaggcctggtatgctggtcagggtggtgctaaggctttggccgaggtgctgttt
ggcgattacaaccctggtggaaaactgcccgtaaccttctatcgctctaacaacgacctg
cccgatttcctcgactactcgatgaagaaccgcacctatcgttactttacaggtgtgcct
cagtatgcattcggctatggtttgagctacaccacctttgcgctcggcgatgccaagatt
tcagccaaacagatgaaaaagaatggtaaggtaaccctgaccgtacctgtaaccaacact
ggcaagcgcgagggaaccgagaccgttcaggtatatgtaaagcgtctcgatgatgcaggc
gcacctatcaaggccctgaagggtttccagaagctgaatctgaaagcaggtgagacacag
aaggccaccataacactggatggcgaggcattcgagtattacgatgagatgatcgacgaa
ctggccacaaaggcaggtcgctatcagattctttacggtacctcatcaatggataaggac
ctgaaaaccatcgattttgttgttaagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (6)   
   KEGG PATHWAY (6)   
Chemical substance (28)   
   KEGG COMPOUND (28)   
Chemical reaction (16)   
   KEGG ENZYME (1)   
   KEGG REACTION (15)   
Genome (1)   
   KEGG GENOME (1)   
Gene (21)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (80)   

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