KEGG   Capnocytophaga ochracea: Coch_0195
Entry
Coch_0195         CDS       T00961                                 
Name
(GenBank) glycoside hydrolase family 2 TIM barrel
  KO
K01190  beta-galactosidase [EC:3.2.1.23]
Organism
coc  Capnocytophaga ochracea
Pathway
coc00052  Galactose metabolism
coc00511  Other glycan degradation
coc00600  Sphingolipid metabolism
coc01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:coc00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    Coch_0195
  09103 Lipid metabolism
   00600 Sphingolipid metabolism
    Coch_0195
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    Coch_0195
Enzymes [BR:coc01000]
 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
     Coch_0195
SSDB
Motif
Pfam: Glyco_hydro_2_C Bgal_small_N Glyco_hydro_2_N F5_F8_type_C LacZ_4 Glyco_hydro_2 CHB_HEX_C_1 DUF5000 BetaGal_ABD2 Fn3_assoc MKLP1_Arf_bdg
Other DBs
NCBI-ProteinID: ACU91758
UniProt: C7M558
Position
234056..238045
AA seq 1329 aa
MKHYFRTVSTLLSLLLSPYLLAQHKPLGGFAYGTLSAPTGKEWESVEELSLNKEYPRAYF
FSFKDEKTATQVLPEHSPYWKSLNGQWQFHWCKTPEERPKDFYKPDFDASAWELIPVPSN
WNIQGIQKNGTLKYGVPIYVNQPVIFYHERKVDDWRKGVMRTPPKTWTTYEYRNEVGSYI
RDFEVPTDWDGREIFIDFDGVDSFFYLWINGQYVGFSKNSRNVASFDITKYLHKGKNKVA
VEVYRNSDGSFLESQDMFRLPGIFRTVALRSTPKVQIFNLNILTDTQNLTDWQLKVNAEV
RNLSPKAVKDYQVRYNVYEVSLYKDDVTSTATKGSIPLKAVAPNTIDKVSGTITVKNPKL
WSAEESHRYVLVAQLLDKKGKVVETVSSYFGFRKVEIKDTKAEDDAFGKAGRYYYLNGKT
IKFKGVNRHESHPAQGHVLTHQQMEEEVMMMKRANINHVRNSHYPPDPYWFYLCDKYGIY
LENEANIESHEYYYGKESLSHPKEWEKAHTARVTEMVEATYNSPAIVIWSLGNEAGPGQN
FVTAYNHLKTLDTSRPVQYERNNDIVDMGSNQYPSVAWVQGAATGKYDIKYPFHISEYAH
SMGNAVGNLADYWEAIESSNFLCGGAIWDWVDQAMYNYTKDGIRYQAYGGDFGDFPNDGQ
FVMNGIIFADRTVKPQYYEVQKVYQNIGVKKLNSFTFEIFNKGYFTDLSNYEGIWKLYKN
GVLVEERPFEVPSVMPQQKSSVTITSVTLDSNEEYYSIVEFRLKADTPWAKKGFVQAREQ
FLVQPATQKPSLSSVAKGEKLTLSKDKKTITGKDFSVTFDFDKGTIGTLRYGEHTIIANS
DLSLNAFRAFTNNDNWIYEQWFEKGLHNLHHKAIASSVKPNKEGGYTFFFTVESQAPNAA
KITGGASSGRNKIEELTHQKFGANDFKFTTNQIFTVYPDGSIELQASVVSNDASLVLPEL
GYLLKLPKQYENFTYYGRGKQDNYPDRKSGAFVGLYSGKVADEFVPFPKPQDMGQHQETR
WAALTNAQGAGAVFVGAEPLSVAALPYKAIDMTLAGHPYQLPESDGVYLQLNIGNTGLGG
HSCGPRPLLRDRLLATPHNFGFIIRPAKEDLQTITNVSASGEQPLSITRSKVGKVSISTA
NALATIYYSINNSKAQKYTLPFDLPNGGIVKAWFAGNETQKYTLTFGKAESTAMEVIFAS
SEEAGVGDAKHLVDGDPNTIWHSAYSVTVAKHPHWVDFDMGKVVNVKGFSFTQRTDSWSG
KVKDYQIQLSNDGKNWGEPVKVGAFKDVSSAQQVLLDKVTKARYVRFTALSDFYGEDFAT
GAEFMVILE
NT seq 3990 nt   +upstreamnt  +downstreamnt
atgaaacactattttagaacagtaagtaccctgctaagtttactactctctccttattta
ttagcccagcacaagcctttgggtggttttgcttatggcactctctcagcccctacgggt
aaagaatgggagtcagtagaagaactctcgcttaacaaagagtacccccgtgcttatttc
ttctcgtttaaagacgaaaagacggctacccaagtattgcctgaacattctccctattgg
aaatctctcaatggacaatggcaattccactggtgcaaaactcccgaagagcgtcccaaa
gacttctataaacccgatttcgacgcttctgcttgggagttgattcctgtaccttctaac
tggaatattcaaggtatccaaaaaaacggtacgctcaaatatggagtgcctatctatgta
aaccaacccgtgattttctatcacgagcgcaaggtagacgattggcgtaaaggagtaatg
cgcactcctcctaaaacgtggacaacctatgagtatcgcaatgaggtaggctcttatatt
cgcgattttgaagtacctaccgattgggacggtcgtgaaatcttcatcgatttcgatgga
gtagactctttcttctacctttggattaatgggcagtatgtaggcttttctaaaaactca
cgcaatgtggcttcttttgatattaccaaatatctacacaaaggcaagaataaagtagcc
gtagaagtataccgcaattccgatggttcttttctcgaatcacaagatatgttccgccta
cctggtatattcagaacagtagccttgcgcagtactcctaaggtgcaaatctttaacctc
aacattcttacagatacccaaaacctcaccgattggcagttaaaagtcaatgccgaagtg
cgtaacctcagcccaaaagcagtcaaagattatcaagtgcgctataacgtatacgaagtc
tcattgtataaagacgacgttacctctactgctaccaaaggaagtattcccctaaaagcg
gtagctcctaacactatcgataaagtgagcggtacaataaccgtaaagaatcctaaacta
tggtcggctgaggagtctcatcgttatgtgctcgtagctcaacttttggataaaaaaggg
aaggtggtagaaacagtatcgtcttactttggctttagaaaagttgaaatcaaagatact
aaggctgaagacgatgctttcggaaaggcaggaaggtattattatctcaatggtaaaact
atcaaatttaaaggcgtaaaccgtcacgaaagtcaccccgcacaaggacacgtgctcaca
catcaacaaatggaagaagaggtgatgatgatgaagcgagccaatatcaaccacgtgcgc
aactctcactatccacccgacccttattggttttacctctgcgataagtatggtatttat
ttagaaaacgaagctaatatagagtctcacgagtattactacggcaaagaatcactttct
caccctaaagaatgggaaaaggcacatacagcccgcgtaaccgaaatggtagaggctacc
tataattcgcctgccattgtgatatggtcacttggtaatgaagcaggccctggtcagaac
tttgtaacggcttataatcacctcaaaacactcgatacttctcgccctgtacaatacgag
cgcaataacgacatcgtagatatgggctctaaccaatacccttccgtagcgtgggtacag
ggtgctgctacaggtaagtacgacatcaaatatccgtttcacatctcggaatacgcacat
tctatgggtaatgcggtagggaatctcgccgattattgggaggctatcgaaagctccaac
tttctatgcggaggtgctatctgggattgggtagaccaagcgatgtacaactataccaaa
gacggcattcgttatcaagcctatggaggtgattttggcgatttccctaacgatggtcag
tttgtgatgaacggcattatctttgccgatagaacagtaaaaccacagtactacgaagtg
cagaaagtgtatcagaatataggcgtgaaaaaacttaatagttttacttttgaaattttc
aataaaggctattttaccgatctttcaaactatgagggtatatggaaactctataagaac
ggtgtgcttgtagaagagcgtccttttgaagtgccttctgtgatgccacagcaaaaatca
agtgtgaccattacctctgtaaccttagatagcaatgaagaatattacagtattgtagaa
ttccgccttaaagcagatactccttgggctaaaaaaggatttgtgcaagctcgcgaacaa
ttcttagtgcaacctgctacccaaaagccttctctttcttctgtagccaaaggagaaaaa
ctcacccttagcaaagacaaaaagaccattaccggaaaagacttttcagtaacttttgat
ttcgataaaggtacgataggcacactccgctatggtgagcatactattattgccaacagc
gacctaagtctcaacgctttccgcgccttcaccaataacgacaactggatatacgaacaa
tggttcgaaaaaggattgcataacctgcatcataaagccattgcttcctctgtaaaacct
aataaagaaggtggttatacattctttttcacggtggaatcacaagcgcctaatgcagct
aaaataacagggggtgcgagctcagggcgcaataagatagaggaacttactcaccagaag
tttggtgcaaacgacttcaagttcactaccaaccaaattttcaccgtctatcccgatggc
tctatcgaactacaagccagcgtggtgtctaacgatgcctctttggtattgccagaattg
ggctatttactcaaactgcctaagcaatacgaaaatttcacctattacggtcgcggtaaa
caagataattatcccgaccgcaaatcgggggcttttgtaggtctctacagcggtaaggta
gccgatgaatttgtgcctttccctaaaccacaagatatggggcaacaccaagaaacccgc
tgggcagctcttaccaatgctcagggcgccggcgcagtgtttgtgggggctgaaccgcta
tcggtagcagctttaccttataaagctatcgatatgactttggcaggacacccctaccaa
ttaccagaatctgatggcgtgtacttgcaactgaacataggcaacacaggtttgggtgga
catagttgcggtcctcgtccgttgttgcgtgaccgtttgttagcaacccctcataatttc
ggtttcatcattcgtccagccaaagaagatttgcaaaccataaccaatgtaagtgcaagc
ggtgagcaacctctttctattactcgtagcaaagtaggaaaagtatctatcagtacagcc
aatgcccttgcaactatctattacagcatcaataatagcaaagcacagaaatacaccctt
cctttcgatttgcctaacggaggtattgtaaaagcatggtttgcaggtaatgaaactcag
aaatacacccttactttcggtaaagccgaaagcacggcaatggaagtaattttcgccagc
agtgaagaagcaggcgtaggtgacgccaaacatttagtagatggcgaccccaataccatt
tggcactccgcctattcagttactgtagccaaacacccacattgggtagatttcgatatg
ggaaaggtagttaatgtaaaaggctttagctttacccagcgcactgatagctggagcgga
aaggtaaaagattaccaaatacaactgagcaacgacggtaagaactggggcgaacccgtg
aaagtaggagcttttaaagatgtgagtagcgcccaacaagtgttgctcgacaaagttaca
aaagcacgctatgtgcgtttcaccgccctaagtgatttctatggcgaagatttcgccaca
ggtgccgaatttatggtgatattagaatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (12)   
   KEGG COMPOUND (12)   
Chemical reaction (6)   
   KEGG ENZYME (1)   
   KEGG REACTION (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (11)   
   Pfam (11)   
All databases (76)   

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