KEGG   Acetivibrio thermocellus DSM 1313: Clo1313_3023
Entry
Clo1313_3023      CDS       T01933                                 
Name
(GenBank) glycoside hydrolase family 9
  KO
K01179  endoglucanase [EC:3.2.1.4]
Organism
ctx  Acetivibrio thermocellus DSM 1313
Pathway
ctx00500  Starch and sucrose metabolism
ctx01100  Metabolic pathways
ctx02020  Two-component system
Brite
KEGG Orthology (KO) [BR:ctx00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    Clo1313_3023
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    Clo1313_3023
Enzymes [BR:ctx01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.4  cellulase
     Clo1313_3023
SSDB
Motif
Pfam: Glyco_hydro_9 CBM_3 Dockerin_1
Other DBs
NCBI-ProteinID: ADU76001
Position
3547721..3550564
AA seq 947 aa
MKTGFSTVKKVQVIFLIICMITSIIAVPSYVSAEPEYNFAKALQLSLYFYDANKCGEGIT
GGRLEWRGDCHLEDKEVPLIPMTEDYFGTNMSQEYIDKYRHIFDPDGDGTVDLSGGMHDA
GDHVKFGLPGTYAASTLGWGFYEFREAYEKVGVDDHAKEILRWFNDFYLKATFLDEDGNV
IAYCYQVGEGNIDHNFWNPPELQSSKVLDLFARPAYFATPETPASDQCAGAAASLAINYL
NFKDEDPEYAQRCLDTAIALYEFAKKYRGLGESGGFYGSSYDHDELAWAAVWLNIATGDM
QYIDDIVATDSEGNYIGYMQRIIKDTTNTWQNIWVHCWDTVWGGVFAKLAPITNTERDWY
IFRWNLEYWSGIPHENPNDTTFLAKSPGGFSVVNAYGSARYNTAAQLCALVYRKYTGRSD
FADWAKSQMEYIMGNNPMNRCYIVGYSENSAKHPHHRAAHGSKTFSMLDPEEHRHTLWGA
LVGGPDLDDFHVDETTDYVYNEVAVDYNAAFVGACAGLYYYYGEALGHKPVPNFPPKEEA
VEEYYVEGKIEQENKERTQVTIKIFNDTCHPPRFETGLMARYFFNISELLDAGQSIDDVK
IEVYYDENKASYDGPAEVRGPIKYDDAGTYYVEVDWSGRIIYGKREIQLALISSLDSNYK
SNWNPENDYSREGLGKEFVRTEKIPLYLNGVKVFGNEPPQIEPSPTPSDGPGSTPPPSQK
PSLEVLYKYGDTTAATKDIRGSIKIKNTGTKPVNLSDVKVRYWFTKDGASSQEFVCDYAH
LSESMITAKFVDLENPVENADNYLEIGFDSNAGILGPGSDTGEIQFRIVKGDYESYDQSN
DYSCMATAKDFTANPNITAYVNSVLVYGNPPVDEEEEIEIVYGDLNGDGRVNSTDLLLMK
KRIIREIDKFNVPDENADLNLDGKINSSDYTILKRYVLKSIEKLPVK
NT seq 2844 nt   +upstreamnt  +downstreamnt
atgaaaactggcttttcaacagtaaaaaaagtacaggttatctttctgataatctgtatg
ataacttcaattattgccgtaccttcttatgtatccgccgaaccggaatataattttgcc
aaagcgctgcagctgtccctttatttctacgatgccaacaagtgcggtgaggggataacc
ggaggaaggcttgaatggagaggagactgtcacttagaagacaaggaagttcctcttatt
ccgatgacagaggattatttcggtaccaatatgtcacaggaatacattgacaagtacaga
catattttcgaccctgacggagacggtaccgtagacttaagcggcggaatgcacgacgcc
ggagaccatgtcaaattcgggcttccgggtacatacgcagcatcaaccctggggtggggt
ttctatgaattcagagaagcttatgaaaaagttggagtagacgaccatgccaaagaaatt
ttgagatggttcaatgacttctaccttaaggctacatttttggatgaagacggaaacgta
atagcttattgctatcaggttggagaaggtaacattgaccataatttctggaatccgcct
gaacttcaaagctccaaagtacttgatttgttcgccagacctgcttattttgccactccg
gaaactcctgcaagcgaccaatgtgcaggtgctgcggcatcacttgcaataaactatctt
aattttaaagatgaagatcccgaatatgctcaaagatgcctggatactgccattgccctc
tatgagtttgcaaagaaatacagaggacttggtgaatccggaggattctacggttcgtct
tatgatcatgacgaactggcgtgggccgctgtctggctcaacattgcaacaggagacatg
cagtatatagatgacattgttgcaaccgacagcgagggaaattatataggatatatgcaa
agaatcattaaagacacaaccaacacatggcaaaatatatgggttcactgttgggatacc
gtttggggcggagtatttgcaaaacttgctccaataacaaatacggaaagagactggtat
atcttccgctggaatctggaatactggtccggaattcctcatgaaaatccaaatgacacg
actttccttgctaaaagtcccggtggcttcagcgtcgtaaacgcatacggatctgcaagg
tataatacagcagcccagctttgtgcccttgtatatagaaaatataccggcagaagcgat
tttgctgactgggcaaaaagtcagatggagtatattatgggtaacaaccccatgaacaga
tgctatatcgtgggatattccgaaaacagtgcaaaacatcctcaccatcgtgcagcccat
ggttccaagacattcagcatgctggatcctgaagaacaccgtcatacactgtggggggca
ttggtgggaggtcccgaccttgacgatttccatgtggatgaaaccacagactatgtatac
aacgaagttgccgtagactacaatgccgctttcgtcggcgcctgtgcaggattgtattat
tactatggtgaagcattgggacacaaacctgttccaaacttcccgccaaaagaagaagct
gtagaggagtattatgtggaaggaaaaattgaacaggaaaacaaggaaagaacccaggta
accatcaaaattttcaatgatacctgccatcctccccgttttgagaccggcttgatggca
cgttacttcttcaatatttcagaacttctggatgcaggtcaaagcatcgatgacgtgaaa
atagaggtttattacgacgaaaacaaggcaagctacgacggtcctgccgaggtaagaggt
cctatcaagtacgatgacgcaggcacctattatgtggaagttgactggagtggccgtatt
atttacggtaaacgcgaaatccagcttgcactgatatcaagcctggattccaactacaaa
agcaactggaatccggaaaatgactacagcagggaaggattgggcaaggaatttgtcaga
accgaaaaaattcctctttacctgaacggcgtaaaagtatttggaaatgagcctcctcaa
attgaaccgtcgccgacgccttcggacggaccgggctcaacaccgccgccgtctcaaaag
ccttcattggaggttctgtacaaatacggagatacaacggcagctacaaaagatatcaga
ggctccattaaaattaaaaatacaggaacaaaaccggtaaatctttccgacgtaaaagta
cgctactggtttaccaaagacggggcttcaagtcaggaatttgtatgcgattatgcgcat
ttgtctgaaagcatgatcacagcaaaattcgtagatcttgaaaacccggttgaaaatgcg
gataattatcttgagattggctttgacagcaatgcaggtattttgggaccgggctccgat
accggcgaaattcaattcagaatcgtaaaaggagattatgagtcttatgatcaatccaat
gattattcctgcatggctactgcaaaagactttaccgcaaatccgaacattacggcgtat
gtaaattctgttttagtgtacggcaacccgccggtagatgaagaggaggaaattgaaata
gtgtacggagatttgaacggagacggaagagtaaattctacagatttgcttctgatgaaa
aaacgtattatcagggaaattgacaagttcaacgttcccgacgaaaatgcagacttaaat
ctggacggaaaaataaactcttccgattatacgatacttaaaagatatgttttaaagtca
atagaaaaactgcccgtaaagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (3)   
   Pfam (3)   
All databases (20)   

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