KEGG   Desulfurococcus amylolyticus DSM 16532: Desfe_0357
Entry
Desfe_0357        CDS       T02136                                 
Name
(GenBank) glycoside hydrolase family 35
  KO
K12308  beta-galactosidase [EC:3.2.1.23]
Organism
dfd  Desulfurococcus amylolyticus DSM 16532
Pathway
dfd00052  Galactose metabolism
Brite
KEGG Orthology (KO) [BR:dfd00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    Desfe_0357
Enzymes [BR:dfd01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.23  beta-galactosidase
     Desfe_0357
SSDB
Motif
Pfam: Glyco_hydro_35 BetaGal_dom2 BetaGal_gal-bd BetaGal_ABD2 Glyco_hydro_42
Other DBs
NCBI-ProteinID: AFL66267
UniProt: I3XQP3
Position
complement(328111..331032)
AA seq 973 aa
MALLCGEIHYFRVPKHLWKDRLLKLKRAGGNCVSTYIPWNWHGPREKIVDFTDETRQWHV
ASYYSRDLASFLELAGELGLRVIARPGPYICSEWDSGGHPNWIYIKAMRLRSLDPGYFKH
VVEWYNSVLNILKPYVERGVVIGIQVENEYFWGNEKYIEKLAEIVEEKLPGVLVFTNEDP
YLTRIPNTIDLYPSPWDMRQFDERLRSYLSSQPGLFKMIMELEGGWFKSSRYGYYPTNRL
SIPPEWTEMLLKTAVGMGLDNINIYMFHGGSNPGYYTAKYLASSYDFEACIREWGELSER
YYRVKRVFTFLNGFQKLVTSLKPGETVKTASACSELLQRVGDHGKIAVLRNTSDNLCYQR
LINRDEIIPMWTPIRVPPRYAKIVLLDLIVEGTPFKLVYTSGEALLMKRLGDTVAMIIYG
DHGEYTETAVEVEGGVLGVDIQGDVLIRREGERVYLVVNHTHGEHLAIVKSTRGQSLLLI
FTCRCRAEKTWIVDRDLVFVSNIYYIGDSRIDEDKVVLNAELDEDSCGRLLVITSREIDA
IRLGDLDLDLTRLSKYVYATHIPLSMCRSGKNTYHPLEYRLLEDPVFHTLTSINPSTPLE
KNGFYENGIYVYKLRLHLDKKQLGDLLDKHLALTGFSDYAVVSINNEYAGSGYHYIEMSA
DSLREGVNEVTVILESTGHPNDGLLYVPNGIYGGVYLGRVGEIRLYKWRKTEFKIPYGPG
FDFTEFIANPELAIKAIQEQGSSIGETYGIDSPGLYTTEFKVDDLSRHYVLDPGLEFYYN
HYYRILLFVNKVYVGPLIGPIDITRYLKPGVNEVALLVEWGVVNPVIRVYQYKVNGEWLI
QEGLHGLIEEWFRRSPRGETVEPPILLGDKAGRVIWINTVIPYEKEPTSSSPVKLEVDFW
GCRILVFVNGEFIGRISDDSPERELYVPETAVRRGLNNITLLAIVTSRSSGIRGLRLKET
YVHERKEIVLNQA
NT seq 2922 nt   +upstreamnt  +downstreamnt
atggctctgctctgtggtgaaatacattattttagggttccaaagcatctctggaaagac
aggctcctaaagttgaagcgggctgggggaaactgcgtatccacctatataccgtggaat
tggcatggtccgcgggaaaaaattgtggatttcaccgatgaaacgagacagtggcatgta
gcgagctactatagtagagacttggcttcatttctcgagttagctggagaactcggttta
agagttatagcgaggcccggtccctacatatgttctgaatgggatagtggcggccatcca
aactggatctatattaaagcaatgaggctacgctcgctggatcccgggtactttaagcat
gtggtggaatggtataatagtgtcctcaacattctcaaaccatacgtggagagaggggtt
gtaattggtatccaggttgagaacgagtatttctggggtaatgagaagtatattgagaag
ctagcggagatcgtggaggagaagctacctggtgtactggtgttcactaatgaagacccg
tatttaacgaggataccgaacacaatagacctatacccttctccctgggatatgaggcaa
tttgatgagaggctacggagctacttgtcatcgcaacccgggttattcaagatgatcatg
gagctcgagggaggctggtttaagtcgtctaggtatggatactatccaacaaataggctg
agtattccaccggagtggacggagatgttgttgaaaaccgctgttgggatggggcttgat
aatataaatatatatatgtttcatggaggatcgaatccaggctactacaccgctaagtac
ctggcttcatcatatgattttgaagcatgtattagagagtggggagagctctcggagaga
tactatagagtgaagagggtgtttaccttcctcaatgggtttcagaagttggtgactagt
ttaaagccaggtgaaaccgtgaaaacagcgtctgcttgtagtgaattattacaacgcgta
ggtgatcacggaaaaatagcagtactgagaaataccagtgacaacctgtgctaccagagg
cttataaacagggacgaaataatacccatgtggacgcctatacgtgtgccaccacgatac
gctaaaatagttctactagatctcatcgtagagggaacacctttcaaactcgtatacacg
agtggagaggcattattaatgaaaagactaggagacaccgtggccatgattatttacgga
gaccacggtgaatacactgagacagctgtagaagtagagggtggagtactcggtgtagat
atacagggagacgtgttgatccgtagagagggtgagagagtatacctggtggttaaccat
acacacggtgaacacttagccattgtgaagtctacgagggggcaaagcctactattaatc
ttcacatgtaggtgtagagctgagaaaacatggattgtagatagagacctcgtattcgta
tccaacatctactacataggtgactcaaggatagatgaggacaaggtggtgcttaacgct
gaacttgatgaagacagctgtggaagattgctagtaattacttcacgtgaaatagacgcg
atcaggcttggagacctagacttagatttaacaaggctctccaagtatgtctatgccacc
catattccactaagtatgtgtcggagcgggaaaaacacctaccaccccttagaatacagg
cttctagaagaccctgtattccacacattaaccagtattaatccttcaaccccgctggaa
aagaacggcttctatgaaaacggtatctacgtgtacaagctaaggcttcaccttgataag
aagcaactaggggatctattagacaagcatctcgcgttaaccggcttcagcgactacgct
gttgtatccatcaataacgaatatgctggatcaggctaccactacatagagatgtctgca
gactcccttagggaaggcgtgaacgaagtaacagttatactggagtccacgggtcaccct
aatgatggcttattatatgttccaaacggcatatatggtggagtctaccttggtagagta
ggcgagatcaggctctacaagtggagaaaaacagagttcaagataccatatggtccaggc
ttcgacttcacggaattcatcgccaacccggaactagcgattaaggccatacaagaacag
gggagtagtataggggaaacatacggcatcgactccccaggcctctatacaacagagttc
aaagtagacgatttatccagacactacgtgttggatccaggcctagaattctactacaac
cattactacaggatcctcttattcgtgaacaaagtatacgtcggccccctcataggcccc
atcgatataacaaggtatctcaaacccggggtaaacgaggtagcattactcgttgaatgg
ggcgtggtcaacccagtcatacgggtctaccaatacaaggtgaacggtgaatggcttata
caagaaggcctccatggattaattgaggaatggtttagaagaagcccacgcggcgaaaca
gttgaaccccctatattacttggggataaagcaggacgtgttatatggatcaacactgtg
attccatatgagaaggagccaacgagctcctcaccagtgaaactggaagtggatttctgg
ggatgcagaatactagtgtttgtaaacggggaattcataggtaggattagtgatgactct
ccagaaagggagctatatgttccagagacagctgtgagaaggggtttaaacaatattaca
ctacttgctatagttacatcaaggagctctggtataagggggctgcgtctgaaagaaaca
tatgtgcatgagagaaaagaaattgttttaaaccaggcttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (18)   

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