KEGG   Cellulosilyticum lentocellum: Clole_3667
Entry
Clole_3667        CDS       T01448                                 
Name
(GenBank) Cellulase
  KO
K01179  endoglucanase [EC:3.2.1.4]
Organism
cle  Cellulosilyticum lentocellum
Pathway
cle00500  Starch and sucrose metabolism
cle01100  Metabolic pathways
cle02020  Two-component system
Brite
KEGG Orthology (KO) [BR:cle00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    Clole_3667
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    Clole_3667
Enzymes [BR:cle01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.4  cellulase
     Clole_3667
SSDB
Motif
Pfam: Glyco_hydro_9 CBM_3 Big_7 Internalin_N
Other DBs
NCBI-ProteinID: ADZ85350
UniProt: F2JH10
Position
complement(4002463..4005858)
AA seq 1131 aa
MIGFKKKSKQIVTSALAVGLTLGTMAFNGVEVKAATNFNYGDAFQKALMFYEFQKSGDLP
DNQRNNWRGDSGLKDGADVGLDLTGGWYDAGDHVKFNLPMSYTSTMLAWSYIEDKDVYKD
SGQDKYMLDEIKWANDYFIKCHPSANEYYYQVGNGGYDHAFWGSAEIMQMERPAYKLDMN
NPGSAVSGGTAASLAAASIVFKDIDPAYAATCLKHAKELLSFAEATKSDAGYMKQASGYY
SSFSGYNDEISWASMWLYIATNDASYLQKAKDYSSGWEKVPQTDQIAYSWAHSWDDVHIG
TSLLLAQYGKDDKFKKVIENHLDYWTTGLNGERVPYTPKGLAWRDSWGSLRYATTTAFLA
SIYADWEDADANRAQTYQNFAKSQADYALGSTGRSFVVGFGVNPPTKPHHRTAHGAWENN
LSGQPYEPRHVLIGALVGGPDKNDKYTDVISDYVSNEVACDYNAGFVGLMAKMYEDYGGT
INPNLNAIEKVGEEIFLEAGINAQDKQNAINFVEIKAVVYNRSAWPARVTDKLAYRYFVD
ISDVLAAGYKASDMKISANYNQSGAKISSLQPWDAQNGIYYVEIDLTGAKIYPGGQSEHK
SELQFRIAAPGKWDYTKSPSFVDIASSSSNSLAKANHFALYDNGKLVFGQEPSGATKVYA
PTTSIASPVAGTIFKDVTEANPVVIKANAEVQESTISKVEFFVDGTKIGESTKAPYEMNF
VPSDYSTVVGTTKDYSLTVKATAANGKSTTSEAVKVSVVLPVLAAPIVAVTAPIDGTSID
MSKGITAITMNATAEIEKSTIQKVVFYVNGKVVGESKVAPYAASYLPTGSASKLGELSEY
IITAEAIAANGTKTISKPVNVSVQLPVIAAPEVEIVSPANEETFAEVTKQIEVSVAADVL
EDDIKLVEFYADGKKFAESTSAVDGVYTATYVAEGTVTEMGQLTPISFTAKATSTKGKTT
TSTAVKVYVQLEVVEVPVVDFVLEVGNTGNGQASTNTLTNNFKLVHKSGNDIDLSKLEIR
YYYTADGSEGQTVWCDNAAAQMNKAPWYSPYTSKVSGKVIKMDATKAGADCYIQITINAS
EMISAGTTLEIATRTAKSNWSNYDQTNDYSYGNAGKVCVYYDGNLVAGVEP
NT seq 3396 nt   +upstreamnt  +downstreamnt
atgataggatttaagaaaaagtcaaagcaaatagttacttccgcattagctgtaggttta
acattaggtactatggcttttaatggtgtagaagtaaaagcagctacaaactttaattat
ggcgatgcctttcaaaaagcattaatgttttatgaattccaaaaatccggagatttacct
gataatcagagaaataactggagaggagattctggcttaaaagatggtgcagatgtagga
ttggatttaacaggtggttggtatgatgctggtgatcatgttaagttcaacttgccaatg
tcatatacttctactatgctagcgtggtcttatatagaagataaagatgtttataaagat
agcggacaagataaatatatgcttgatgaaatcaaatgggctaatgattactttattaag
tgtcatccatctgctaatgaatactactatcaagtggggaatggtggatatgaccatgct
ttctggggatctgcagaaattatgcagatggaaaggccagcatataaattagatatgaat
aatccaggttcagcagtatcaggaggaacagcggcttcattagcagcagcttctattgta
tttaaagatattgatcctgcttacgcagcaacttgtttaaaacatgcaaaagagctttta
agctttgcagaagctacaaaaagtgacgcaggttatatgaagcaagctagtggttattac
tcctcatttagtggctataatgatgagatatcttgggcaagcatgtggctttatatagca
actaatgatgcaagttatttacaaaaagctaaagattactcttctggttgggaaaaagta
ccacaaactgatcagattgcttattcatgggcacactcatgggatgatgtacatattggt
acttcacttttgttagctcagtatggtaaagatgataaatttaaaaaagttattgaaaat
cacttagactactggacaacaggtcttaatggagaacgtgtaccttatacaccaaaaggg
cttgcttggagagactcatggggctcattaagatatgctactacaacagcatttttagct
agtatatatgcagactgggaagatgctgatgcaaacagagcacaaacctatcaaaacttc
gctaagtctcaagcagattatgctcttggtagcacaggacgtagttttgtagttggtttt
ggagtaaatccacctactaaaccacatcatagaacagctcatggtgcatgggaaaataat
ttatcaggacaaccatatgagccaagacatgtacttattggcgctttagtaggaggacca
gataagaatgataaatatacagatgtaatttcagactatgtatcaaatgaagtggcatgt
gattacaatgctggatttgtaggtttaatggcaaaaatgtatgaagactacggcggaact
atcaatccaaatctaaatgctatagagaaagttggggaagaaatattccttgaagcaggt
attaatgcacaagacaaacaaaatgcaattaatttcgtagaaattaaagcagttgtttat
aacagaagtgcttggcctgcaagagtaacggataagcttgcttatagatatttcgtggat
attagtgatgtattagctgcaggttataaagcaagtgatatgaagatttcagctaattac
aatcaaagtggtgctaaaatatctagcttacaaccttgggatgcacaaaacggcatttat
tatgtagaaattgacctaactggtgctaaaatttatccaggtggtcaaagtgaacataag
agcgaattacaatttagaattgcagccccaggaaaatgggattacacaaagagcccatca
tttgtggatatagcaagttcaagttcaaatagcttagcaaaagcaaatcattttgcatta
tatgataatggtaaattagtatttggtcaggaaccttcaggggctacaaaggtttatgca
ccaacgacaagtattgcatcaccagtagcaggaactatctttaaagatgtaacagaagca
aatccagttgttattaaagcaaatgcagaggtacaagaaagtactatttcaaaagtagaa
ttttttgtagacggtactaagattggagaaagcacaaaggcgccttatgaaatgaatttt
gtaccaagtgactacagtacagttgtaggtactacaaaggattatagcttgactgttaaa
gcaacggcagctaatggcaaatctactacttctgaagctgttaaagtatctgttgtttta
ccagtactagcagcaccaatagtagctgttaccgctcctattgatggaacaagcatagat
atgagtaagggcattacagccattactatgaatgctacagctgaaatagagaagtctact
attcaaaaagtagtattttatgtaaatggcaaggtagtaggtgaaagtaaagtggcacca
tatgcagcatcttatttaccaactggctcagctagtaagttaggtgaattaagcgagtat
attataacagctgaagcaattgcagcgaatggtaccaaaacaatatctaaacctgttaat
gtatctgtacaacttcctgtcatagcagcaccagaggtagaaattgtttcacctgctaat
gaagaaacttttgcagaggtaacaaagcaaatagaagtaagtgttgctgcggatgtatta
gaagacgatattaagttagttgaattctatgcagatggcaaaaaattcgctgaaagcact
agcgcagtagatggcgtatacacagctacttatgtagcagaaggtacagttacagaaatg
ggtcaattaacacctattagctttacagctaaagcaacatctacaaaaggaaaaacaact
acatcaactgctgttaaagtatatgtacagcttgaagtagtagaagtaccagtagttgac
tttgtattagaggttggcaatacaggcaatggtcaagcatctactaacacacttacaaat
aactttaagttagtacataagagtggtaatgatattgatttatctaaattagaaatccgt
tactactatactgctgatggtagtgagggacaaacggtatggtgtgataatgcagcagca
caaatgaataaagcaccatggtatagtccttacacaagtaaagtaagtggaaaagttatc
aaaatggatgctactaaagcaggagcagactgttatattcaaataacgatcaatgcatca
gaaatgatttcagcaggtactactttagaaattgctactagaacagcaaaatctaactgg
agtaattatgatcaaactaatgactattcttacggaaatgctggcaaggtttgcgtttac
tatgatggtaatttagttgctggtgtagaaccatag

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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 (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (58)   

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