KEGG   Pseudobutyrivibrio xylanivorans: FXF36_10725
Entry
FXF36_10725       CDS       T06217                                 
Name
(GenBank) Bacterial alpha-L-rhamnosidase
  KO
K05989  alpha-L-rhamnosidase [EC:3.2.1.40]
Organism
pxv  Pseudobutyrivibrio xylanivorans
Pathway
pxv00946  Degradation of flavonoids
pxv01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pxv00001]
 09100 Metabolism
  09110 Biosynthesis of other secondary metabolites
   00946 Degradation of flavonoids
    FXF36_10725
Enzymes [BR:pxv01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.40  alpha-L-rhamnosidase
     FXF36_10725
SSDB
Motif
Pfam: Bac_rhamnosid6H Bac_rhamnosid_N Bac_rhamnosid Bac_rhamnosid_C
Other DBs
NCBI-ProteinID: QFJ55302
UniProt: A0A5P6VSB5
Position
1:2392880..2395471
AA seq 863 aa
MKAINLKTEYLTNPIGIDVTEPRFSWNCEGGIRQSAYQIIAYNSDGNEVMNTGKVTSNQM
HLIPWSGNKLKSRDYIQWQVQLWDENDEAGEVSDLATFEIGLLDADDWRAEWITGNYEVD
KKKRYPVDCFKKSFLIPSDKKVKSARAYMTACGIYEGQINGEKIGDFCLAPGITDYRKRI
QYQTVDITSQIRSGENQLSFMLADGWYRGSVGAWGMKNYYGSETKLIAQIEIRYTDGTVD
YVVTDDNWQWTNDGPIRFADNKDGEIYDARLEDFVNANWAFAKTTNHNITPSASNNFSLT
ENERLTNPKLIKTPSGKTVLDFGQNIAGYIEFNVTAKVGQRIFLRFGEKLDSDGEFTQKN
IQCARKDLVTPLQQVEYFCKDGANNYKTRFAIFGFQYVLVEADFEINPEDFTAIAVYSNF
DRTFSFDSSNELLNKFVANTLWSLKNNSADLPTDCPTRERHGWSGDAQLFANTASYMVNY
APFALKYENDLCDWQTEDGCFPQIAPEGGTDSYMRVMNGSTGWSDAGIMIPYRLWKKYGD
KQIIEKYYENMKKYAHYMISRTGKTKFMNSEKVKLGKEDRKYLYNIGQHYGEWAEPAEVH
SMSWKDFIKSQPEVATAYLSYVMSLMVEIAEELGRVNDIPKYKEYRDGAKRTYQKLVETE
GFKLDTERQAKLVRPLYFNLLNEDQNVFAKHRLIKALENYNWRVGTGFLSTPLILYVLQQ
IDIEYAYKLLENEEKPGWLYMPKTGATTIWEDWDGPTSDNGKGGGIASLNHYSKGAVCEW
VFDEMCGVKIAGENHFVIAPHPGGSFTNASFSYDSIYGTVTSSWKKKEDGTYEYHIEIPS
NTTAQVILPGNETKVLGFGSYDL
NT seq 2592 nt   +upstreamnt  +downstreamnt
atgaaagcaattaacttaaaaactgaatacttaacaaatcctattgggattgatgtcaca
gaaccaagatttagttggaactgtgagggtggaattagacagagtgcttaccagattata
gcttataattcagatggaaatgaagtgatgaacacaggaaaggttacatctaaccagatg
catcttatcccgtggagcggaaataagctaaaaagtcgtgattatattcagtggcaggtg
cagctttgggatgaaaatgatgaggctggtgaagtaagcgacttagctacttttgaaata
ggattacttgatgcagatgactggagagcagagtggattactggcaattatgaagtagat
aaaaagaaaagatatccagtggactgcttcaaaaagtcatttctgattccaagtgataaa
aaggtaaaatctgcaagagcatatatgacagcctgcggtatttatgaaggtcagattaat
ggagaaaagataggtgatttctgtcttgcaccaggaattacagattatagaaagagaatt
cagtaccagaccgtagatatcacatcgcaaatacgtagtggtgaaaaccagctgagcttt
atgttagccgatggttggtatagaggctccgtaggtgcatggggaatgaagaactattat
ggttctgagacaaagctcattgcacagatagaaatcagatatacagatggaacagtggat
tatgttgtgaccgatgacaactggcagtggacaaatgacggccctataagatttgccgat
aataaagatggagaaatttacgatgctagattggaagacttcgtaaatgcgaattgggca
tttgccaagactacaaatcataatataacaccttctgcgtcaaataatttttctcttaca
gaaaatgagagattaacaaatcctaagctaattaagacaccatcagggaaaacagttctt
gattttggtcagaatattgcaggctatatcgaatttaatgtaacagccaaggtgggacaa
cgtatcttcttgcgttttggagagaagttagatagtgatggcgaatttacccagaagaat
attcaatgcgccagaaaagatttggtaactcctcttcagcaggtagagtatttttgtaaa
gatggagcaaataattacaagactcgttttgcaatctttggatttcagtatgtgttagta
gaggctgattttgaaattaatcctgaagatttcactgctattgcagtttattctaatttt
gacagaacctttagttttgacagttcaaatgaattgttaaacaaatttgtagctaataca
ctttggtcgcttaagaataattcagcagatcttcctacggattgccctactagggagcgt
catggctggtcaggagatgctcagctttttgcaaataccgcaagctacatggttaattat
gctccattcgctttgaaatatgagaatgacttatgcgattggcagacagaggatggatgc
tttccacagattgctccagagggaggaactgattcgtatatgcgtgttatgaatggttct
acaggttggtctgatgccggtattatgattccatatcgtttatggaaaaagtacggagat
aagcagattattgaaaagtactatgagaatatgaaaaagtatgctcattatatgattagt
agaaccggcaaaaccaagtttatgaattctgaaaaggtgaagcttggtaaagaagataga
aagtatctctacaatattggacagcattacggtgagtgggctgagcctgcagaggttcat
tctatgagttggaaggattttattaagtctcagcctgaggttgctacagcttatctttct
tatgtaatgtctctcatggtggagattgcagaagagcttggaagagtaaatgatattcca
aaatacaaggagtatcgtgatggtgcaaagcgcacatatcaaaagttggtagaaacagaa
ggcttcaaacttgatactgaaagacaggctaagcttgtacgcccattatatttcaatctt
ttaaatgaggatcaaaacgtatttgcgaagcatagacttattaaagctctcgaaaattat
aattggagagttggaactggatttttatcaactccattaattctttacgtgcttcagcag
attgatattgaatatgcttataagcttcttgaaaatgaggagaagccaggctggttatac
atgcctaaaactggcgctaccacaatctgggaggactgggatggtccaacatctgacaat
ggtaagggtggcggaatagcatcccttaaccactactcaaagggggccgtctgtgagtgg
gtatttgatgaaatgtgcggagtaaagattgcaggtgagaatcactttgtgattgcacca
catccaggcggaagctttacaaatgcaagctttagttatgacagtatatatggaactgta
accagcagctggaaaaagaaggaggatggcacatatgagtaccacatagaaattccttcc
aataccacagcacaggttattcttccaggcaacgagactaaagttttaggatttggatcc
tatgacctataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (21)   

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