KEGG   Mucilaginibacter gossypii: DIU38_017985
Entry
DIU38_017985      CDS       T06453                                 
Name
(GenBank) Bacterial alpha-L-rhamnosidase
  KO
K05989  alpha-L-rhamnosidase [EC:3.2.1.40]
Organism
mgos  Mucilaginibacter gossypii
Pathway
mgos00946  Degradation of flavonoids
mgos01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:mgos00001]
 09100 Metabolism
  09110 Biosynthesis of other secondary metabolites
   00946 Degradation of flavonoids
    DIU38_017985
Enzymes [BR:mgos01000]
 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
     DIU38_017985
SSDB
Motif
Pfam: Bac_rhamnosid6H Bac_rhamnosid_N Bac_rhamnosid Bac_rhamnosid_C DUF3344
Other DBs
NCBI-ProteinID: QEM17866
Position
complement(4214595..4217351)
AA seq 918 aa
MRNVCSHIGLAVVVVLTCLGNCYADARIGLQNLKCEMLNNPLGIGTAKPRLSWQITSDTR
NTNQVAYQILVASSPEKLTAGQGDLWDSHRINSAESIMVDYAGKPLSSRAECYWKVRVWT
DNGASAWSQLAKWSVGLLNPADWKAKWIGCDRGFAWDSVSKFSRLSARYYRRGFNLNKAI
KRATAYVVGLGHYELYLNGEAIGDQVLAEAPTDYTQSVKYNTFDVTACLKRGDNAIGTVL
GNGRYFTMRPKYKPKKIKEFGFPKMLLQLEVEYTDGSKQTIVSDNSWHFTAAGPIRTNNE
YDGEEYDATKEFPGWNSAGFDDSQWLKAELVQAPGGKLDAQMNESIWVMDTIKPVSISQL
KKDVWILDMGQNMAGWVQMRVKGNRGDKVTLRYAETLQPNNELYVANLRDAKVTDMYTLK
GGSEETWHPVFVYHGFRYVEISGYPGKPELADFEGQVVYDALPTIGHFETSNPIVNKIYH
NAYWGILSNYKGMPVDCPQRNERMPWLGDRAVGSLGESFVFANGNFYAKWLDDIAQSQKP
DGAIPDVAPAYWNYYSDNMTWPGTYILVADMLYRQFADKAPIEKHYASMKKWMDYMRVKY
MKNNIVTKDKYGDWCVPPESLELIHAKDSSLNTDGQLIATAYYYHLSGLMGKFAAMLHKP
ADAQFFATMQLNVAMAFNDKYFDKATSKYSNNTVTANLLPLYFGITPLANKQAVFKNIVA
KINEAHDHISTGVIGTQWLMRGLTEFGRPDLAWKIASNTTYPSWGYMAERGATTIWELWN
GDTANPAMNSRNHIMLLGDLIAWFYQDIAGIKTVNAGFMQLVMQPAIIKGLDSVNASYQT
AYGLVKSSYNNTTSSFNWHVTIPPNSSALVYVPAKAMDEVTGNGRKVSAIKDVKPVKMEN
GKAVLSIGSGDYDFEVKY
NT seq 2757 nt   +upstreamnt  +downstreamnt
atgagaaacgtgtgttcacatataggtttggctgtggtggttgttctaacttgcctgggc
aattgctatgcagatgcgcgtatcggtttacaaaacctgaaatgcgaaatgctgaacaat
cctttaggcatcggcaccgctaaaccccggcttagctggcagattaccagcgatacgcgg
aataccaaccaggttgcttatcaaattttagttgcttcgtctcccgaaaaactaacagca
gggcagggagatctgtgggattcacatcgaataaactcagccgaatccatcatggtcgac
tatgcgggcaaaccgttgagcagtcgcgccgaatgttattggaaagttagggtatggaca
gacaatggagcaagcgcctggagccaactggctaaatggagtgtaggacttttaaatccg
gcggattggaaagcaaaatggataggttgtgaccgtggttttgcctgggatagcgtttcc
aaattttcgcggctttcggcacgttattatcgtcgcggattcaatttaaataaagccatc
aaacgcgccacagcctacgtagttggtttaggccattatgaactatacctgaacggcgag
gctatcggcgaccaggtattggccgaagctcctaccgactatacccaatcggttaagtat
aatacttttgatgttactgcttgtctgaaaagaggtgataatgctatcggaacggtattg
ggtaacggtcggtattttaccatgcggccaaaatacaagcctaaaaagatcaaggaattt
ggtttccccaaaatgctgctgcaattggaggtagagtataccgatggatcaaaacaaacc
atcgtaagcgataacagctggcatttcacagccgccggtcctatccgtaccaacaacgaa
tatgatggtgaggaatatgatgccaccaaagagtttccgggatggaacagtgcgggtttt
gacgacagccaatggcttaaagctgaattggtgcaggctcccggaggcaagcttgacgcg
cagatgaacgaatcgatctgggtaatggataccatcaaacctgtaagtatcagtcagctt
aaaaaagatgtatggatcctggatatggggcaaaatatggcgggttgggtacagatgcgg
gtaaaaggaaaccggggggataaagtaacacttcgttatgccgagacactgcagcccaat
aatgaactttatgtagctaacctccgtgatgccaaagtaaccgatatgtatacactcaaa
ggaggatcagaagaaacctggcatccggtatttgtatatcacggtttcaggtatgtggag
attagcggttatcccggcaaacccgaattagccgattttgagggacaggtggtttacgat
gccttgccaaccatcggccattttgaaacctccaatcccatcgtcaataaaatctatcac
aatgcttattgggggatactgagcaactacaaaggtatgccggtagattgccctcagcgt
aacgaacgtatgccatggctgggcgatagggcagtaggttcgcttggcgaaagttttgtg
tttgccaacggcaatttctacgctaaatggctggatgatatagcccaatcgcaaaagcct
gatggtgctatccctgatgtggcacccgcttactggaattattacagcgataacatgacc
tggcctggtacttatatcctggtggccgatatgctttaccgtcagtttgccgataaagcg
cctattgaaaagcactatgcctccatgaaaaagtggatggattatatgcgggtgaagtac
atgaaaaataacatcgtcaccaaagataaatatggcgattggtgcgtacctcccgaatca
ttggaactgatccatgccaaagattcatcattgaataccgacgggcaattgatagctaca
gcctattactatcacttatctggcttgatgggaaagtttgcagcaatgctgcacaaacct
gctgatgcacagttttttgctaccatgcagctgaatgtagccatggcttttaacgacaag
tattttgataaagctacatctaaatatagcaacaatacggttaccgccaacctgctgccg
ttatattttgggatcacacctttagccaataaacaagcagtatttaaaaatatagtggct
aagatcaatgaagcgcatgaccatattagtactggtgttatcggtacccaatggctcatg
cgtggccttaccgaatttggccgccctgacttggcctggaaaattgcatctaataccact
tacccaagctggggctatatggccgaaaggggagcaactaccatttgggaattatggaat
ggcgatactgctaacccggcaatgaattcacgtaaccatatcatgctgctgggcgatctg
attgcctggttttaccaggacatagccgggataaaaacggttaatgcaggctttatgcaa
ctggtgatgcaaccggcaattatcaaagggctggatagtgttaacgcttcgtaccaaacg
gcctatggccttgtgaaaagcagttataacaatactacgagcagttttaactggcatgtt
accataccgccaaacagttcggcactggtttatgtgcctgcaaaagctatggatgaagta
accgggaacggaaggaaagtatctgccataaaagatgttaaaccggtgaaaatggaaaac
ggaaaagcggtgctcagcattggttcgggcgattatgattttgaagtaaaatattaa

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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 domain (5)   
   Pfam (5)   
All databases (21)   

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