KEGG   Flammeovirgaceae bacterium 311: D770_04045
Entry
D770_04045        CDS       T04058                                 
Name
(GenBank) alpha-glucosidase
  KO
K01811  alpha-D-xyloside xylohydrolase [EC:3.2.1.177]
Organism
fbt  Flammeovirgaceae bacterium 311
Brite
KEGG Orthology (KO) [BR:fbt00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    D770_04045
Enzymes [BR:fbt01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.177  alpha-D-xyloside xylohydrolase
     D770_04045
SSDB
Motif
Pfam: Glyco_hydro_31_2nd Glyco_hydro_31_3rd DUF5110 Gal_mutarotas_2 PA14
Other DBs
NCBI-ProteinID: AHM59076
UniProt: A0A0D3LAG2
Position
complement(1031664..1034507)
AA seq 947 aa
MLLLLVITLSSFQEPVVENYRKESDGVVVQLRSREAGAARQMKLRVVSDKIIQVLSTPEE
ALKEPSSLMIASPLETFKDWQMAETGKDLTITTKFLVVKLNGNTGELTFSDNKGNVVLQE
TGVGAPAFKPVTLNQKQSYAVEKSFRAADGEAFYGLGQHQTGLMNYRGHQVDLTQYNGVA
VVPFLVSSKGYGILWDNNSITKFGDVRPYQPLSAFTLYDKDGKKGRLTATYLSQQDSEAA
PVVLQESTIDYEFLEDQNKYPNGFTLTGESLVTWEGFLESDQTGEHHFRLPSAGYVKVWI
DNKLLLDKWREAWNPGLAVFTHRLEKGKKHPVKIEWQPDGGESYIALSYLTPQPKQAQNQ
FSFASEAADQINYYFVWGQHMDEVISGYRTLTGAAQVMPKWVMGFWQSRERYKTQEELLS
VIREFRSRKIPIDNIVLDWSYWEEDQWGSHEFDPTRFPDPEGMIREIHEEHNAKIMISVW
PKFYEGIEHYKQLNAKGLLYKQNIQNQQRDWIGKGYVSTFYDAFNPEARELFWEMLSKKL
YSKGFDAWWLDATEPDILSNASIEHRKSLMNPTYLGSATEYFNAYSLMNAKGIYEGQREV
NPNERVFILTRSAFAGLQRYGAATWSGDISSTFEELARQIPAGLNFSLSGLPYWTTDIGG
FFVENKYDRPNPEGEALEEWRELNARWHQFGAFTPLFRSHGQYPYREMFNIAPDDHKAYQ
SMLYYNHLRYRLMPYIYSLTGHVFHKDYTLMRALVMDFGTDKNVLNIGDQYMFGPSLLVS
PVTEYKATSKKLYLPAGSGWYNLYDGSYQQGGRHITADAPYERMPLFVKEGAILPFGPEI
QYTTEKPAETITLYVYGGRDGSFELYEDENTNYNYEQGKFATIPFSYNEKSKSLTIGERK
GNFDGMLKERTFNVVYVNPKKAKSLQFDAQPDQVVRYNGTAKTVKLK
NT seq 2844 nt   +upstreamnt  +downstreamnt
atgttgctcctgctggtgattacactttcatcctttcaggagccggtagtggagaactat
cgaaaagagtcagatggggtagtggtgcaactgcgcagtagggaagcaggcgctgcccgg
caaatgaaactgcgggtggtatctgataagatcattcaggtactttctactccggaagaa
gccctgaaagaaccatccagcctgatgatcgcatctccactggaaactttcaaagactgg
cagatggccgaaacagggaaagatctgaccattaccacaaaattcctggtggtgaagctt
aatggaaataccggagagctaaccttctcagacaataagggaaatgttgtactgcaggaa
actggtgtaggtgccccggcctttaagccggtaaccctaaatcagaaacagagctatgcg
gtagagaaaagctttagggctgccgatggagaggctttttatggtctgggccagcaccag
acgggtctgatgaactacaggggccatcaggtagatcttactcagtataatggcgtggca
gtagtgcctttcctggtatccagcaaaggctatggcattctctgggataataactccata
accaagtttggcgatgtgcgtccctaccagcccctttctgcttttacactctatgataag
gatggaaaaaagggtagactaacggctacctatctctcacagcaggattctgaagctgct
cctgttgttttgcaggagtccacaatcgattacgaattcctggaagaccagaataagtat
cctaatggctttaccctgacgggtgaatcgctggttacctgggagggttttctggagtct
gatcagacaggagagcaccactttcgtctgccttctgccggttatgtaaaggtttggatc
gataacaaactgctgctggataaatggcgcgaggcatggaatcccggccttgctgttttt
acccacagactggagaaaggcaaaaaacatccggttaaaatagagtggcagcccgatggc
ggtgagtcttacatagcccttagctacctgaccccacagccgaagcaggcacagaatcag
ttttcctttgcttccgaggcggccgatcagatcaactactactttgtgtggggccagcac
atggacgaggtgatcagtggctacagaactttgaccggtgctgcacaggtaatgcccaaa
tgggtaatgggcttctggcaaagccgtgaacgctacaaaacacaggaagagctcctttct
gtcatcagagaattcagaagccgcaaaattcctattgataatatcgtactggactggtca
tactgggaagaagatcagtggggcagccatgagtttgatcccacccgtttcccggatccg
gaaggcatgatcagggagatacacgaggagcataatgccaaaattatgatctcggtgtgg
cctaagttttatgagggtatagagcactataagcagctaaatgctaaagggctgctctat
aagcaaaacatccagaatcagcagcgcgactggattggcaaaggctatgtatctaccttc
tacgatgccttcaacccggaggcacgcgagctcttctgggaaatgctaagcaaaaagctc
tacagcaaaggcttcgatgcctggtggctggatgccacagagccggatattctttccaac
gcttccatagaacaccgcaagtcgctcatgaacccaacttacctgggctctgcaacagag
tactttaatgcctactccttaatgaatgccaaaggtatctatgaaggccagcgcgaggta
aatccaaatgagcgggtgttcatcctcaccagatctgcttttgcaggcctgcagcgctat
ggtgctgctacctggagcggcgatatttcctctaccttcgaggagctggcccgccagata
cccgccggacttaacttctcgctttccggacttccttactggactaccgacatcggcggt
ttctttgtcgagaacaaatacgaccgaccaaatcctgaaggagaggcccttgaggagtgg
cgggagctgaatgcccgctggcaccagtttggcgcctttacaccactgttccgctcgcac
ggccagtatccgtaccgggaaatgttcaacatcgctccggatgatcataaggcttaccag
tcaatgctctactacaaccatctgcgctaccgcctgatgccttacatttactccttaacc
gggcatgtgttccacaaggattataccctgatgcgggcgctggtgatggattttggcact
gataaaaatgtgcttaacattggcgatcagtatatgttcggtcccagcctgctggtaagc
ccggtaaccgagtacaaagccaccagcaaaaagctttacctgcctgcaggcagtggctgg
tataacctttacgatggcagctatcagcagggtggccgccatattacggccgatgctccc
tatgagcgcatgccgctttttgtgaaggagggcgccattctgccttttggtcctgagatc
cagtacaccaccgaaaaaccggccgaaaccattaccctctatgtatatggtggcagggac
ggcagctttgagctgtacgaagatgaaaacaccaactacaattacgaacagggcaagttc
gcaaccattccttttagctacaacgaaaaaagcaaaagcctcaccattggagagcgtaaa
ggcaatttcgatggtatgctgaaggaaaggactttcaatgtagtttatgtaaatcctaaa
aaggctaaaagcctgcagttcgatgcacagcccgatcaggtggtgcgctacaatggtacc
gccaaaacggtgaagcttaagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (55)   

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