KEGG   Echinicola soli: FKX85_18675
Entry
FKX85_18675       CDS       T06084                                 
Name
(GenBank) Bacterial alpha-L-rhamnosidase
  KO
K05989  alpha-L-rhamnosidase [EC:3.2.1.40]
Organism
echi  Echinicola soli
Pathway
echi00946  Degradation of flavonoids
echi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:echi00001]
 09100 Metabolism
  09110 Biosynthesis of other secondary metabolites
   00946 Degradation of flavonoids
    FKX85_18675
Enzymes [BR:echi01000]
 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
     FKX85_18675
SSDB
Motif
Pfam: Bac_rhamnosid6H Bac_rhamnosid_N Bac_rhamnosid Bac_rhamnosid_C
Other DBs
NCBI-ProteinID: QDH80958
UniProt: A0A514CME1
Position
complement(4788950..4791631)
AA seq 893 aa
MKILPKATLTIFLLLLTFGLTYSQKSLKTEYMVDPLGLDTSHPRLTWQMDDARQGAAQSA
YRIRVMKDRQVLGNGSETVWDSGKIMDDAQLVTYAGEKLTPFTMYFWTVEVWDKEGNSRG
ISSKAIFEMGMMDDANWQGAWISDGQGQEVKPAPYFRKEFVTSKPIKKARAYIAVGGLFE
LHVNGKRIGNHQLDPAYTRFDRRLLYVTHDLTAILQDGANAIGVLLGNGWYNHQSMAVWD
FHNAPWRDRPTFCMDLKITYEDGTEETIRTEKGWKTAYSPVVFNSIYTAEHYDARMEQPG
WDKPGFDDQEWKEVIYRSAPAKEISAQVMPPIRYNETIPAKTVRKINDSTYVFDLGRNIA
GVSEINVKGEEGTTLRLKHGERLYDNGRVDMSNIDVHYRPTDDSDPFQTDIYILKGAGEE
SFKARFNYKGFQYVEVTADRPINLTRESLTGYFMHSDVPEAGKIASANKTLDGIWWATNN
AYLSNLFGYPTDCPQREKNGWTGDAHIAIETGLYSFDGIKVYEKWLDDHRDEQQPNGVLP
SIIPTSGWGYEWGNGPDWTSTICLIPWNVYLFYGDTRILEENYDAMKRYVDHITAISPNG
LTSWGLGDWVPVKSKSPVEYTSSAYYLTDARILAKTGKLLGHEADAEKYDALAKKIQHAI
NEKYLDREAGIYGSGIQTEMSVALQWDIVPDDLREKVAENLAKRVEKDDFHLDVGLLGTK
AILNALSENGYPDIAYKVAAQETYPSWGWWIVNGATTLYENWMIDAESDISMNHIMFGEV
GAWIYKALGGIKPDIEQPGFKNIRLEPHFVEGLDHFEASHKSPYGQIISSWKRTQNGRVH
YHVKIPANSTATLILPEECEISGKDIPEVLHEITAPGKTAYRIVAGTYKWEIK
NT seq 2682 nt   +upstreamnt  +downstreamnt
atgaagatattgcctaaagctacccttaccatttttttgttgctattgacctttggcctt
acatattcacaaaagtcactcaaaacggaatacatggtggatccgcttggattggatact
tcgcatccgcgattgacttggcaaatggatgatgccaggcaaggagctgcccaaagtgca
taccgcattcgggtgatgaaggataggcaagttttgggaaatggatcggaaaccgtttgg
gatagcggtaagataatggatgatgcgcaactggtgacttatgcaggtgaaaaattgacg
ccatttaccatgtatttttggacggtggaagtatgggacaaagaggggaattcgcgggga
atttcctccaaggccattttcgaaatgggcatgatggatgatgccaattggcaaggagcc
tggatcagtgatggccaaggccaagaagtaaagcctgcgccatactttcggaaggaattt
gtcacttccaagcccattaagaaagccagggcctacattgctgtaggagggctgtttgaa
ttgcatgttaatggtaaaagaatagggaatcatcagttggatccagcatatacgagattt
gatcgaagattgctgtatgtgacccatgatctcacagctatactccaagatggggcaaat
gccattggagtcctcctgggaaatggctggtacaaccaccagtctatggctgtttgggat
tttcataatgcgccatggagagaccgccccactttctgtatggacttgaagattacctat
gaagatggaacggaagaaaccatccgtacggaaaagggctggaagacagcctatagccct
gtcgttttcaatagcatttataccgcagagcactatgatgcccggatggaacagccgggc
tgggataagccgggttttgatgaccaggagtggaaagaagtcatttatcgttcggcaccc
gcaaaggaaatttctgcacaggtcatgccgcccatccgatacaatgagaccattccggcc
aagacggtgagaaaaatcaacgattcgacctatgtatttgacttgggtagaaacattgcc
ggggtcagtgagatcaatgtaaaaggagaggaggggactacattgaggttaaagcacggt
gaacggctttatgataatggccgagtggacatgtccaatatcgatgtgcactatcggccc
accgatgacagtgaccctttccagacggatatttatatcctaaaaggagcaggggaagaa
tcatttaaagcacggttcaattataaaggctttcaatacgtggaagtcaccgctgatcga
cctatcaaccttaccagggagagcttgacaggttattttatgcacagtgatgtgcctgaa
gcagggaaaattgcatccgctaataaaacattggacgggatatggtgggccaccaacaat
gcctacctgtccaatctttttggctatcccacagactgtccacagcgtgaaaagaacggc
tggacgggagatgcgcacattgccattgaaacgggattgtactcctttgatgggatcaag
gtttatgaaaaatggcttgatgatcaccgtgatgagcagcagccaaatggggtactgcca
tccattattcccacttcaggatgggggtatgaatggggaaatgggcctgattggacaagc
acgatttgtttgattccatggaatgtttacctgttttatggggatacccgcattttagag
gaaaattatgatgccatgaagcggtatgtggaccatatcacagcgatcagccctaacggt
ttgacatcttggggactgggggattgggtgcctgtaaagtccaagtcaccagtggaatat
acttcttccgcttattacctgaccgatgcgaggattttggccaaaacggggaagctactt
ggccatgaagcagatgctgaaaaatacgatgcactcgccaaaaagatccaacatgccatc
aatgaaaaatacttggacagggaagccggcatttacggaagtggtattcagacagaaatg
agtgtcgcactgcaatgggacatcgtaccagatgacctgagagagaaagtggctgaaaac
ctcgccaaaagggtagaaaaagacgactttcacctggatgtaggcttgctaggcaccaag
gcgatcctcaatgcgctgagtgaaaatggctatcctgatatcgcttataaggtagcggcg
caggaaacttacccttcatggggatggtggattgtcaatggtgccacgaccctgtatgaa
aattggatgatcgatgcagaaagcgatatttccatgaaccacatcatgtttggtgaagtg
ggagcatggatttataaggcattgggcggtatcaagcctgatattgagcagcctggattt
aaaaacatacgcttggaacctcatttcgtagaaggactggaccattttgaggcaagccat
aaaagtccgtatggtcaaatcatttcatcatggaagcggacacaaaacgggcgtgtccat
tatcatgtgaaaatccctgctaactccacggctacattgattttgccggaagaatgtgaa
attagcggaaaggatattcctgaagtattgcatgaaataacggcccctggtaagacggcc
taccggatcgtggccgggacttataaatgggaaatcaagtaa

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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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