KEGG   Runella sp. SP2: DTQ70_28435
Entry
DTQ70_28435       CDS       T05690                                 
Name
(GenBank) alpha-L-rhamnosidase
  KO
K05989  alpha-L-rhamnosidase [EC:3.2.1.40]
Organism
rup  Runella sp. SP2
Pathway
rup00946  Degradation of flavonoids
rup01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:rup00001]
 09100 Metabolism
  09110 Biosynthesis of other secondary metabolites
   00946 Degradation of flavonoids
    DTQ70_28435
Enzymes [BR:rup01000]
 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
     DTQ70_28435
SSDB
Motif
Pfam: Bac_rhamnosid6H Bac_rhamnosid_N Bac_rhamnosid Bac_rhamnosid_C DUF4251
Other DBs
NCBI-ProteinID: AYQ35855
UniProt: A0A3G3GWM2
Position
7066888..7069731
AA seq 947 aa
MFQRFFSLAAALLLGVSVYAQSDLKAVYLRCEYKINPVTDVTQPRLSWELTSAVNSQYQT
GYQILVATSVALLEEGKADLWDSKKVASEATSQIEYAGKPLESRQICYWKVRSWDKKNGA
GPWSEPARWEMGLLQKNDWKASFIGLNLNHLGKGKEYHLPPAPFLRKEIDVKGPIKKARL
YVTALGLYEFQINGRKIGNDYLTPGWTDYNKRLYYQTFDISKDLKLGKNALGSILSYGWY
AGYLGYALLVRNPVVKNFYGDVPALKAQLEIEYTNGQKETIATDNTWKANYGPIVESDIL
NGEVYDANKELTGWNQTGYNEAAWKKVITVSEKAERLFQSFPGDPVREVARLTPKNIKQI
GAKAYLIDMGQNFAGIIKVRFKAAKGDSILFRFGEMLYPDGKLMTENLRKARGTDLYIAK
GDPNGEIYEPRFTYHGFQYVQVEGLQNGLGMKDILGLVLSSASPQVGTFETDNAFVNQLY
HNIVWTQQSNYLEVPTDCPQRDERLGWTGDAQAYVKSATLNNDIAAFGTKWVVDLNDAQL
PNGAYPLYAPAPSVRKTDTYSPGWMEAGIVYPYQIFRSYGDTRIIKTHWSEMKKFMQFLE
TKSKGEYVFKETAFAEVDPKGGFGDWLSVGKKTPPDMLATMYYAYSAQLMQEMALAIGDE
KEASHFKEINAKVKAAFLKHYTNAEGRFICNAAAYGDGRGYVDGEQGFEGHTQTAYANAI
FMNLLDSTHTLKAAKWLNELVVKNGNKLTTGFLGVRPMLPVLSNTGYSETAYKLLFQKEY
PSWGFEIANGANTIWERWNSFTKEGGFPAGMNSFNHYAFGSICEWMFENMAGIKETSLGF
KTFLIQPEPMNANINSLKATHRSVFGTITSAWQKKGDLITMTIEVPVNTTATICLPPTPT
NNITFNGKALVASTVKPKWINRRERNTVTVGSGKYVLSYKKSALSGF
NT seq 2844 nt   +upstreamnt  +downstreamnt
atgtttcaacgatttttttccttggcagccgccctgctgttgggcgttagcgtgtatgca
caaagcgacctcaaggccgtttatttacggtgcgaatacaaaatcaaccccgtaacggac
gtcactcagcctcgtttgagctgggagctgacctcggcggtcaacagccaatatcaaacg
gggtatcaaattttggtggcgacttcggtggcgctgttggaagaagggaaagcagatttg
tgggacagtaaaaaagtagcaagtgaagctacttcccaaattgaatacgcgggtaaaccg
ctggaatcgcgccaaatctgctattggaaagtaaggagttgggataaaaaaaatggggct
ggcccgtggagcgaacccgctaggtgggaaatgggcttgctgcaaaaaaacgactggaaa
gccagttttatcgggcttaatctgaatcatttaggaaagggaaaagaataccacctaccg
cccgccccttttcttcgcaaagagattgatgtaaaaggccctatcaaaaaagcacgactg
tacgtgacggcgcttgggttgtacgaatttcaaatcaacggtcggaaaatcgggaacgac
tacctgactcctggttggactgactacaacaaacgcctttattatcaaacatttgacata
agtaaagacctaaaactaggtaagaacgccttgggttctatcctttcttacggttggtat
gcgggttatttggggtatgcgttgctggtgagaaaccccgttgtcaaaaacttttacgga
gatgtgcccgcgctgaaagcacagttggaaattgaatacaccaacggccaaaaagaaacg
attgcgactgacaatacgtggaaagccaactatggccccatcgtggagtcggatattctg
aacggtgaagtgtatgatgccaacaaagagctaacgggctggaatcaaacgggatacaat
gaggccgcttggaaaaaagtcattaccgtttcggagaaagctgagcgtctatttcaatct
ttcccaggtgaccctgtgcgggaagtagcccgcttaacgcccaaaaatatcaaacagatt
ggggcaaaggcatatttgattgacatgggacaaaactttgcgggcatcatcaaggtgcgt
tttaaagcggccaaaggcgattccatcctttttcggtttggtgaaatgctgtatcccgat
ggcaaacttatgaccgaaaacctccgcaaggcgcgcggtacggatttgtacattgccaaa
ggcgaccccaacggtgaaatctacgaacctcgttttacgtaccacgggtttcagtacgtg
caagtcgaagggctacaaaatggcctcggaatgaaagatattttggggcttgtgctgtcg
tcggctagcccccaagtaggaacgtttgaaactgataatgcttttgtgaatcaattatat
cataatattgtatggacacaacagtctaattatctggaagttccgaccgattgtccgcag
cgtgatgaacgcctcggttggacgggcgatgcccaagcgtacgtaaaaagtgccacgctc
aacaacgacattgcggcttttggaaccaaatgggtggtggatctcaacgatgctcaactc
cccaacggcgcctatccgctgtacgcccctgcgccgtcggttcgcaaaaccgatacctat
tcgcctggctggatggaggcggggattgtgtatccgtaccaaattttccgctcctacggc
gacacccgaatcatcaaaacgcactggtcggaaatgaagaaattcatgcagtttttggaa
acaaaaagcaagggcgaatacgtgtttaaggaaacggcctttgccgaagttgatcccaaa
ggtggttttggcgactggttgagtgtgggcaaaaaaacgccccctgatatgctggctacg
atgtattacgcgtactccgcccaattgatgcaggaaatggccttggccattggcgatgaa
aaagaagcaagccattttaaagagataaatgcgaaagtgaaggcggcttttctcaaacat
tataccaacgccgaagggagatttatttgtaacgccgcagcgtacggcgacggtcggggt
tatgttgacggtgagcaagggtttgagggacatacccaaacggcctatgctaacgcaatt
tttatgaatcttttggacagtacccacaccctcaaagcggccaaatggttgaatgaattg
gtggttaaaaacggcaataaactcaccacgggttttttgggcgtacggccgatgttgccc
gtgctttcaaatacaggttacagcgaaacggcctacaagttgttattccaaaaagaatat
ccgtcgtggggttttgaaattgccaatggtgccaatacgatttgggaacgttggaacagc
ttcaccaaagaaggcggtttccccgcaggaatgaactcatttaatcactacgcgttcggt
tctatttgcgagtggatgtttgaaaatatggcagggattaaagaaacgtcgcttgggttt
aagactttcctcatccaacccgaaccgatgaacgccaatatcaactcgctgaaagctacg
catcgttcagtttttggtacaattacctcggcttggcagaaaaagggcgacctgattacg
atgactattgaagtgcctgttaacaccacagccacgatttgcttgccgcctacgccaacc
aataacattactttcaacggaaaagcgctggttgcctctacggttaagcccaagtggatt
aaccgtcgtgagcgcaatacggtgacggttggctcgggcaaatacgtgttgagttacaag
aaatcggctttgtcagggttttaa

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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 (5)   
   Pfam (5)   
All databases (22)   

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