Niabella ginsenosidivorans: A8C56_07100
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Entry
A8C56_07100 CDS
T04418
Name
(GenBank) glycoside hydrolase family 2
KO
K25010
(4-O-methyl)-D-glucuronate---lignin esterase [EC:
3.1.1.117
]
Organism
nia
Niabella ginsenosidivorans
Brite
KEGG Orthology (KO) [BR:
nia00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
A8C56_07100
Enzymes [BR:
nia01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.117 (4-O-methyl)-D-glucuronate---lignin esterase
A8C56_07100
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GFIT
Motif
Pfam:
Glyco_hydro_106
Glyco_hydro_2_N
BetaGal_gal-bd
Glyco_hydro_42M
Motif
Other DBs
NCBI-ProteinID:
ANH80778
UniProt:
A0A1A9HZE5
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All DBs
Position
1703753..1706971
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AA seq
1072 aa
AA seq
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MLRKLFLSGCALAGVFCGTAQQATATLAFKNPPLIYRPGCYYYWISDNISKKGIEKDIRA
MADAGIGRAFIGNVGFPESELSLKQGSAKLFSDNWWEATIAAVKAGAKNGVDIGFFNGPG
WSQSGGPWISEQQSMRYLDAQEIIVDGPGVVTKEFPSIPFFQQVAVMAFPQPAYEGQELS
KVLSEVSSNVDHIAIHHAFDGDTTTAVDFPAKIETPVYIDIKTNQPFTARSLTLYAPGRS
FFADVLLQVKTTAGYETVKSFSYDRTNTALNVGFRPWAPVVVTFPEQRAMAYRLVLDHIR
GTAGFSEIRLMGAAGMERIEEKQLAKMYQTPLPLWNEYQWEPQSPVTDKKAIVDPAGITD
LTSMVSSSGKLSWKAPPGKWVILRFGMLPTGVTNAPATPEGRGYDVDKMNRAAVTAHFNA
FIGKIRSRIPQEDQKAFKYVVADSYETGSQNWTDGFAASFKKKYGYDPLKWLPVLTGRVV
GSREQSDRFLWDVRRLVADKVAYDYVGGLRDACHGLGLGLWLENYGHWGFPSEFLMYGGQ
SDEVGGEFWAEGDLGGIECRAASSAAHIYGKTSVSGESFTAGGQPFMRYPALLKQRGDWS
FTEGINNTIFHVYIQQPDDRLPGINAWFGTEFNRHNTWFKQGKAFIQYIHRCNYMLQQGK
PVNDIAYFIGEDAPKMTGVTDPALPKGFQFDYINAEVIEKRLSVKDGKLVLPDGMSYRML
VLPRLETMRPELLQKITDLVKAGAVVLGPAPLRSPSLQNFPAADRRVQALSGALWANADG
VHKKIAAFGKGTVMNGLTVQEALKAIRVIPDFVSNTSHKIAYTHRSMTGKEIYFISNQAD
TLVDFTPLFREGRGQPYFYDAVTGEQQKLTDYTQLPQGMKIPLRLDVHQSGFVVFHKNET
LPPATGKNFPLPYETLILKNPWTVTFDTSYRGPLQPVVFEQLQDWSMHPDERIRNYSGTA
VYKTTFRVDPKPGEKVLLNLNKVVAMATVRLNGEDLGTVWTAPYKVDATAALVKGENKLE
IEVVNTWVNRMIGDSKLPEQERRTWSNINPYKPESPYMSSGLLGPVQLEMVR
NT seq
3219 nt
NT seq
+upstream
nt +downstream
nt
atgttgcgaaaactctttttaagtggatgtgcactggccggtgtgttttgtggtactgcg
cagcaggctactgcaacgcttgcgtttaaaaacccgcctcttatataccggccgggctgt
tactactactggatcagcgataatatttcgaaaaaaggaattgaaaaagacatccgtgcc
atggcagatgcaggtattggcagggcctttataggaaatgtgggatttccggaaagcgaa
ctgtctttaaagcagggcagcgcaaaattattttcagacaattggtgggaagccacaatt
gcagctgtaaaagccggtgccaaaaatggtgtggacattgggttttttaacgggcccgga
tggagccagagcggcgggccgtggatcagcgagcagcaaagcatgcgttacctggatgcg
caggaaatcattgtggacgggccgggcgttgtaacaaaagaatttccatcaatacctttt
tttcagcaggtagctgtgatggcgtttccacaaccggcttatgaagggcaggaactgtca
aaagtattgagtgaagtaagtagtaatgttgatcatatagctatacaccatgcatttgac
ggagatacaacgacggcggttgatttccccgcaaaaatagaaacaccggtgtatattgac
attaaaacaaatcagccgtttactgcaagatcgctgaccctgtacgcaccgggaaggtct
ttttttgcggatgtgctgttacaggtgaaaaccacagccggatacgaaacggtaaagtcc
ttttcttatgaccgcaccaacacggctctgaatgtgggtttccgcccctgggcaccggta
gtggtcacatttcctgaacaacgcgcaatggcttatcgtcttgtattggaccacataaga
ggaacggcaggtttttctgagatccggctaatgggtgctgcaggcatggagcgtattgaa
gaaaaacagcttgcaaaaatgtaccagaccccgttgccgttgtggaacgaatatcaatgg
gagcctcagtctccggtaacggataagaaggcaatcgttgatccggccgggataacagat
cttaccagcatggtatcttcatcagggaaattaagctggaaggcacctcccggtaaatgg
gtgattctgcgttttggaatgctgcccaccggtgttaccaatgcgccggccacgccggag
ggaagaggatacgatgtagataaaatgaaccgtgcggctgttacggcacactttaatgct
tttataggaaagatccggagccgcattccgcaggaagatcagaaagcgtttaagtatgtg
gttgccgacagctatgagaccggctcccaaaactggacggacggctttgctgcatcattc
aaaaagaaatatggctatgatcctttaaaatggctgccggtgcttacaggaagggttgtg
ggcagcagggaacaaagcgaccgttttttatgggatgtacggcggctggtagctgataag
gtggcatatgattatgtaggcggattgcgggatgcctgccatggcctggggttgggcctg
tggctggaaaattatggccattgggggttcccttccgaattccttatgtacggcgggcag
agtgacgaggtgggcggagaattctgggcagaaggcgatctgggtggcattgaatgccgg
gctgcatcttctgctgcacacatctatggtaaaacaagtgtttcaggggaatcgtttacg
gcaggagggcaaccttttatgcgttatccggctttattaaaacaacgtggcgactggtcg
tttactgaaggcatcaataatacgatctttcatgtatatatacaacagccggacgaccgg
cttccggggatcaatgcctggtttggaacggaatttaaccggcacaatacctggttcaaa
cagggaaaagcatttattcaatatattcaccgttgtaactatatgctgcagcagggaaag
ccggtaaatgatatagcatattttatcggggaagacgcaccaaagatgacgggggtcacc
gacccggcattacccaaaggcttccagtttgattatataaatgcagaagtgattgagaaa
aggctcagtgtaaaagacggaaagctggtattgccggacggaatgagctaccgtatgctg
gtgctgccgcggctggaaaccatgcggccggagctgttgcagaagatcactgatcttgta
aaagcaggagccgttgtattaggccccgctcctttgcggtctccaagcctgcagaatttt
cctgccgcagatcgccgtgtgcaggcactgtccggagcgctttgggcaaacgccgatgga
gtgcataaaaagatcgctgcgtttggcaaaggaacggttatgaacggtcttaccgtgcag
gaagcattaaaagcaatccgggtaatacctgattttgtcagcaacacctctcataagatc
gcttatacacatcgttccatgaccggtaaagagatctattttatcagtaaccaggcagac
acgctggttgattttactcctctgttccgggaaggtagggggcagccttatttttatgat
gccgtaaccggcgaacagcaaaagctcacagattatacccaactgcctcagggtatgaag
atcccgttgcggttggatgtgcatcagagcggttttgtggtttttcacaaaaatgaaaca
ttgccacctgccaccggcaaaaattttccgctgccctatgaaaccctgatcttaaagaat
ccatggacggttacgtttgataccagctatcggggaccattgcaaccggtggtatttgaa
caattgcaggattggagcatgcatccggatgaaaggatcagaaactattcaggcacggct
gtttataaaacaactttccgcgtggaccctaagccgggagaaaaggtattgctgaatctg
aataaagtagtggccatggctacggtgcggctgaatggggaagaccttggcaccgtttgg
acggcgccgtataaagtagatgccacagctgcattggttaaaggcgaaaataaactggaa
atagaagtggtgaatacctgggtgaaccgtatgattggcgacagtaagctgccggaacag
gaacggcgtacctggagcaatataaacccttacaaaccggaatcgccgtatatgtcatcc
gggctgctggggccggtacaactggaaatggttcgctaa
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