KEGG   Phocaeicola vulgatus: BVU_2645
Entry
BVU_2645          CDS       T00546                                 
Name
(GenBank) glycoside hydrolase family 78
  KO
K05989  alpha-L-rhamnosidase [EC:3.2.1.40]
Organism
bvu  Phocaeicola vulgatus
Pathway
bvu00946  Degradation of flavonoids
bvu01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:bvu00001]
 09100 Metabolism
  09110 Biosynthesis of other secondary metabolites
   00946 Degradation of flavonoids
    BVU_2645
Enzymes [BR:bvu01000]
 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
     BVU_2645
SSDB
Motif
Pfam: Bac_rhamnosid6H BNR_2 Bac_rhamnosid_N Bac_rhamnosid Bac_rhamnosid_C BNR_3 BNR
Other DBs
NCBI-ProteinID: ABR40297
UniProt: A6L3N3
Position
3357674..3361639
AA seq 1321 aa
MKKQVLLIILLALPLWLKAADVSVTGLRTEQMVDPMGLDTAAPRMSWRLESSQRNVMQTA
YRILVASSPELLAQDKGDLWDSGKVESDASVWIPYQGKRLKSNQRVYWKVRSYTNRGETE
WSEPARWGMGPLGEIHWKGRWIGWDAAFAWDREDSHSRLSSRYLRTEFKTQAKEIKYATL
HLCGLGMYELFINGQRIGDQVLAPAPSDYRRTVLYNSFDVTKQVAGGNADNAIGVTLGNG
RFYTMRQNYKPYKIPTFGYPKLRLNLIIEYTDGSIQRINSDEKWRLTAQGPIRSNNEYDG
EIYDARMELGNWTQPGYDDSKWLKAQRVSLPYGTLRGNTAPNMKVMKTLKPAVFKQYGDR
YMIDFGQNMAGWVRINIAKAAAGDTICIRYAERVKNDGTELDVENLRHSQSTDYYICNGK
ENNTSWSSRFSYHGFQYVEVTGYKNLKAEDLVAEVVYDDLEDNGTFECSNDIMNRVYRNA
WWGISSNYKGVPLDCPQRDERQPWLGDHAMGTWGESFMFNNGNTYAKWADDIREAQREDG
CIPDICPAYYNYYTSEMTWSSTFPVICDMVYEQFGNIEPIRKNYAAIKKWMHHIRSEFTT
EDGVINADKYGDWCMPPESPELIHSQDPARKTDGALIATAYYYKVSQMLAKFARLQGLED
EAKEFEKDAAKIKDCFNARFLTVKKGTSPVQTPHVLYPDSIFYGNNTVTANILPLAFDMV
PEAYREEVEKNVITGIITRNKGHISSGVIGMNWMMRELTRMGRGDVAFLLASNKTYPSYG
YMIEKGATAIWELWNGDTANRWMNSCNHVMILGDLLTWYFRDLAGFNPAQPAYKQIILKP
DFSIQELSHVKASHNTLYGKMISNWKKTLTHLEWDITIPCNTTALVYLPTLDEKAVKDKD
VTFVRREGNSTVWSVPSGNYHFSVSMDPSSGKNRAGIVEDQFLYEQASFPECHGATIVEL
KNGDLVASFFGGTKERNPDCCIWVCRKPKGATEWSAPYLAADGVFSLDDPQAVLAGITAE
STPADAGPVASTFKGDKSRARRKACWNPVLFQIPGGDLILFYKIGLKVADWSGWLVRSKD
GGKTWSQREPLPKGFLGPIKNKPEYVDGRIICPSSTEGDGGWRIHFEISDDKGKTWKMVG
PVEAEMSVPTALRKANAANVDDQEGGEAIKGEGEKPIYAIQPSILRHKDGRLQVLCRTRN
AQIATSWSSDNGETWSKVTLLDVPNNNSGTDAVTMKDGRHVLIYNDFSTLPGTPKGPRTP
LCVAVSDDGIHWKNVMTLEDSPISQYSYPSIIQGKDGKLHAVYTWRRQRVAYKELDLSKL
K
NT seq 3966 nt   +upstreamnt  +downstreamnt
atgaaaaaacaagtattattaatcattcttctggcacttccgttgtggttgaaggcagcg
gatgtttcggttaccggcctgcgtaccgagcagatggtagatcccatggggttggatact
gctgctccccgtatgagctggcggttggaatcttctcaaagaaatgtgatgcagaccgcc
taccggatcttggttgcctcttctcctgaacttttagcacaggataaaggggatttgtgg
gattccggaaaagtggaatccgatgcgtccgtatggattccctatcaagggaagcgtttg
aaaagcaatcagcgtgtttactggaaagtgagaagctataccaatcgcggtgagacagaa
tggagcgagcctgcccgatgggggatgggacctttaggtgagattcattggaaaggacga
tggataggttgggacgctgcgtttgcatgggatcgggaagattcacacagccgtttgagc
tctcgttatttacgcacggaatttaaaacgcaagccaaggagataaagtatgctaccctt
catttgtgcggtttgggtatgtacgaactgttcattaacggccagcggataggtgatcag
gtattggcgccggctccaagtgattatcgtcgtactgtgctttacaattcttttgatgtc
accaaacaggttgccggaggaaatgccgacaatgccatcggagtgaccctgggcaacgga
cgtttctacactatgcgtcaaaattacaaaccttataagattcctacttttggttacccc
aagttgcgtctgaatctgattatagaatataccgacggcagtatccagcgcatcaacagt
gatgagaaatggcgtttgacggctcaagggcctatacgtagcaataatgaatacgatggt
gagatttacgatgcccgtatggaattgggaaactggacacagcccggttatgatgattcc
aaatggctgaaggcgcaacgtgtttcattgccgtacggtacactccgcggcaataccgct
cccaacatgaaagtgatgaaaacgctgaagccggctgtcttcaagcaatatggtgaccgt
tatatgattgatttcggtcagaatatggcaggatgggtgcgtattaacatagcgaaagcc
gctgcgggagatacgatttgcatacgttatgccgaacgggtaaagaacgacggtacggaa
ctggatgtggaaaatctccgccatagccagagtacggattattatatctgcaacggtaaa
gaaaacaacacctcctggagttcccgtttttcttatcatggattccaatatgtagaagtg
acaggttataaaaatctgaaagcggaagatttggttgctgaagtagtatatgatgacttg
gaagataacggtactttcgagtgttccaatgatatcatgaaccgggtttatcggaatgcc
tggtggggaatttccagtaattataaaggagtgcctttggattgtccgcagcgtgacgag
cgccagccctggcttggcgaccatgctatgggaacgtggggggaaagtttcatgttcaac
aatggaaacacctatgccaaatgggcggatgatatccgtgaagcgcagcgtgaagacggt
tgtattcctgatatttgtccggcttattacaattattatacatcggaaatgacatggtcg
tccacattcccggtaatctgtgatatggtttatgaacagttcggcaacatcgaacctatt
cgtaagaattatgccgctatcaagaaatggatgcaccatatacgcagtgagttcaccaca
gaggatggagtgattaacgccgataaatacggtgactggtgtatgcctcccgaatcaccg
gagctgattcacagtcaggaccctgcccgcaagacggatggagcactgattgctacagcc
tactattacaaggtatcgcaaatgctggccaagttcgcccgtttgcaaggtctggaagat
gaggcgaaggaattcgagaaggatgcagcaaaaatcaaagactgcttcaacgcccgtttc
cttacggttaagaagggaacttctccggtacaaacgccgcatgttctttatcccgacagc
atattctatggtaacaatacggtgacagccaatatcctgccgctggctttcgatatggtt
cctgaggcctatagggaagaagtggagaaaaatgtaataacaggcattatcacccggaat
aaaggtcatatcagcagtggggtgataggtatgaactggatgatgcgtgagcttacccgt
atggggcgtggcgatgttgctttcctgttggcaagcaacaagacttatcccagttatggc
tatatgatagaaaagggagctactgccatttgggaactgtggaacggtgataccgccaat
cgttggatgaacagttgtaaccatgtgatgatattgggtgatctattgacttggtatttc
cgtgatttagccggatttaatccggcacagcccgcttacaaacaaatcatccttaaacct
gatttttccatccaggagttgagtcatgtcaaggcttcgcacaacactttatatggcaag
atgattagtaactggaagaagacccttacgcatctggaatgggatattacgattccttgt
aataccactgcattggtttatcttccaacgttggacgagaaggcggtaaaagacaaggac
gttacctttgtacgtcgggaaggcaactctaccgtatggagtgttccttcggggaactat
catttttcggttagcatggacccttcttcaggtaaaaaccgtgcaggtatcgtggaagat
cagttcctatacgaacaagcttcttttcccgaatgtcacggcgctactattgtggaattg
aagaacggagacctggtagcttctttctttggaggcactaaagagcgtaatccggattgt
tgtatctgggtatgtcgcaagccgaagggcgcgacggaatggagtgcaccttatctggct
gccgacggggtgtttagtctggatgatccgcaggctgtcttggcaggcattacggcagaa
tccactccggcggatgccggccccgtggcttctacgtttaaaggggacaagtcccgggca
cgccgcaaggcttgttggaatcctgtgcttttccagatccccggcggagatctgatcctg
ttctataaaataggattgaaagtagccgattggagtggttggctggtacgttctaaagat
ggtggaaaaacttggagccaacgtgaaccgttgccaaaaggtttcttaggccctattaaa
aataagccggagtatgtggatggccgtatcatttgtccttccagtacggaaggcgatgga
ggatggcgtatccattttgaaatttcggatgataaaggaaagacttggaagatggtaggt
cctgtagaggcggaaatgagtgtgcctacagctttgcgtaaggcaaatgcggccaatgta
gacgatcaggaaggcggtgaagccataaaaggagaaggcgagaagcctatttatgctatc
cagcccagcattttgcgtcataaggatgggcgtttgcaggtactttgccgtacacgtaac
gcacagattgccacttcatggagcagtgacaacggtgaaacatggagcaaagtcactttg
cttgatgttcccaataataattcgggcacggatgccgtaaccatgaaggatggccgccat
gtattgatttataatgatttcagcacattgccgggtactccgaaagggccgcgtacaccg
ttgtgtgtggcggtttcggatgatggcattcactggaagaatgtaatgacattggaagac
agccccatcagccagtattcttatccgtccatcattcagggcaaggatggcaaactgcat
gccgtatatacctggcgccgtcagcgtgtggcttataaagagttggatttgagcaaactg
aaataa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (25)   

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