KEGG   Lentilactobacillus curieae: PL11_002685
Entry
PL11_002685       CDS       T04707                                 
Name
(GenBank) hypothetical protein
  KO
K05989  alpha-L-rhamnosidase [EC:3.2.1.40]
Organism
lcu  Lentilactobacillus curieae
Pathway
lcu00946  Degradation of flavonoids
lcu01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:lcu00001]
 09100 Metabolism
  09110 Biosynthesis of other secondary metabolites
   00946 Degradation of flavonoids
    PL11_002685
Enzymes [BR:lcu01000]
 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
     PL11_002685
SSDB
Motif
Pfam: Bac_rhamnosid6H Bac_rhamnosid_C Bac_rhamnosid Big_5 Bac_rhamnosid_N fn3_4
Other DBs
NCBI-ProteinID: AQW20897
UniProt: A0A1S6QGZ8
Position
complement(535736..538357)
AA seq 873 aa
MKKMYLAVLSFAIALTFGSLTLLASENKVNVTNQKINLMNKPLGVDQSKEPTFSWAMTDN
QNNSKQTAYKISIYHEGSNSPVVETGWTQSDNSTGVHVAQVSQLKDNDLYSWTVQVKDNH
GNTSGPSNKQSFTTKTDWQSKNSIWSLKNNSGVDANFVFARKRLNINNPEKIEKAVVSVA
AKNNQETRQFVDSFYVNGKFVGEGPARNNGNTYYYNNYDITNNLRKGKNVIGALNYSLLD
SGFLAQMTVYYKDGTKKIMTNSGVKNSGWQVYDGTKAFGDNGKDNLGTFYFKAAPQNINQ
KYFPNNWTNPKNTSNKGWKTPTSHGNYLVSSDQQLESYPVDNVQRKVVRPQSIKKLANGH
YLIDMGKEIVGSFGLSNLNVKSDRTAEIRYGEELDGNSVKWRMRTTNNYGEFWSFLKGKQ
TVENTDLLTYRYVEISNLPADLKTNNVEGLALQQEFNDEASNFKSSDSAMNKEYELSKYS
IKATNQDLMVDSQSRERGVYEGDTLINSLSSYSVDNNYALSAFSTEWGISNPTWPAEYGF
FSVMNAWNEYLYTGDKTLLLKEYDALKASRNDLFTHDIDANGLVRDENTSSSTMNAVLVD
WPQSERDDYTFGKYDTVLNALAYGAYRDMSKIADAVGNQSDKAAFTKYADNVKSGMIKNL
YDSKKGQFKDSEATDHASEHAQAFPLAMGVYDTPEMAKNLTQKIDARGDGFHTSIYGAYF
VLQGLYNGNDSQQATKLLNSTDIRSWLHVIDNLHSTITPEAWDPSLKPNMTFSHPWGSAP
ATQLIQGMFGLKPTAPGYKTFDVKVQPGNVNSAAIKVPTASGTIEVSYQMSGDKLTAKVT
VPANTKATVMLPKANGTDYTKTELGSGTYSLSN
NT seq 2622 nt   +upstreamnt  +downstreamnt
atgaagaagatgtatttagcagtattatcgtttgcaattgcgttgacctttggctcacta
acgttgctagctagcgaaaataaagttaatgtgactaatcaaaagattaatttaatgaac
aaaccattgggagttgatcaatcaaaagaaccaacgttttcttgggcgatgaccgataac
caaaacaacagtaaacagactgcctacaaaattagtatttaccatgaaggttcaaattcc
cctgttgtggaaactggatggacccagtcagataattctacaggagttcatgttgcccaa
gttagccaacttaaagacaatgatttatacagttggacagttcaggttaaagataatcat
gggaataccagtggaccatcaaataagcaaagttttaccactaaaaccgactggcagagt
aaaaactcaatctggtcactaaaaaataattctggagtggacgcgaactttgtgtttgca
agaaaacgattgaatatcaacaatccagaaaagattgagaaagctgtggttagtgttgca
gccaaaaacaatcaagaaacccgccaattcgttgattcgttttacgtgaacggaaaattt
gtcggtgaaggtccagctagaaataatggcaatacttactattacaataactatgacatc
actaataatctgcgtaagggtaagaatgttattggagcactgaattattcgttattggat
tctggtttcttagcccaaatgacggtctactataaagatggaactaaaaaaataatgact
aatagtggggtgaaaaattctggatggcaagtttacgatggaaccaaagcgtttggtgat
aatggcaaggataatttaggaactttttacttcaaagcagcacctcaaaatattaatcaa
aaatatttccctaacaattggactaaccctaaaaacacttctaataagggatggaagacg
ccaacaagccacggtaattatttagtatcaagtgatcaacagcttgaaagctacccagta
gataatgttcaacgtaaggttgttcgtcctcaatcaattaagaaattagctaatggccac
tatctgattgatatgggtaaagagattgtcggtagttttggattaagcaatttaaatgtt
aaatcagatagaactgctgaaattagatatggtgaggaacttgatggtaactcagtcaaa
tggagaatgcggactaccaataattatggtgagttttggagcttccttaaaggtaagcag
acggttgaaaatactgatttgctaacttataggtatgtagaaatttctaatttaccagca
gatttgaagacaaacaatgttgaaggactagcccttcaacaagaatttaatgatgaagca
tcgaactttaaatcttcagatagtgcaatgaataaggaatatgaattatccaagtactca
attaaagctactaaccaagatttgatggttgattctcaatcccgtgaacgtggggtttat
gagggagatacattgatcaactcactatcttcatactcggtagataataactacgcatta
tcagcttttagtactgagtggggcattagtaatccgacttggccagcagaatatggcttc
ttctcagtcatgaatgcttggaatgaatatttatatactggtgataagaccttattatta
aaggaatatgatgcgttaaaggctagtcgtaacgacttatttacacatgatatcgatgcg
aacggattagttagagatgaaaacacgtcatcaagcactatgaatgctgtgctagtcgat
tggccacaatccgagcgtgatgactatacatttggtaaatatgatactgttttaaatgcc
ttggcatatggtgcatatagagatatgtccaagattgctgacgcggttggtaatcaaagt
gataaagccgcatttactaagtacgcggacaatgtaaaatcagggatgatcaaaaatctt
tatgacagcaaaaaaggacagtttaaagattcagaagcaactgaccacgcttctgaacat
gcccaagcattcccactagcaatgggagtttatgacacccctgaaatggctaagaattta
actcagaagattgatgctcgtggagatggattccataccagtatttacggagcatacttc
gttcttcaaggactttataatggtaacgattcacaacaagcaactaaattgttgaattcg
actgacattaggagctggttgcacgttattgataacttgcactcaacaattactcctgag
gcatgggacccatcattgaagcctaacatgacgttctctcatccttggggatctgctcca
gcaactcaattgattcaaggaatgtttggacttaaaccaactgctcctggatacaagacc
tttgatgttaaagttcaaccaggaaatgttaatagtgctgcaatcaaagttccgactgca
tcaggaacaattgaggtcagttaccaaatgagtggagataagcttacggctaaggtaact
gttcccgcaaatactaaggcaacggtaatgttaccaaaggcaaatggaacggactatact
aagaccgaattaggttctggaacttattcattgagtaattag

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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 (6)   
   Pfam (6)   
All databases (24)   

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