KEGG   Acetivibrio clariflavus: Clocl_3038
Entry
Clocl_3038        CDS       T01661                                 
Name
(GenBank) Cellulose binding domain-containing protein
  KO
K01179  endoglucanase [EC:3.2.1.4]
Organism
ccl  Acetivibrio clariflavus
Pathway
ccl00500  Starch and sucrose metabolism
ccl01100  Metabolic pathways
ccl02020  Two-component system
Brite
KEGG Orthology (KO) [BR:ccl00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    Clocl_3038
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    Clocl_3038
Enzymes [BR:ccl01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.4  cellulase
     Clocl_3038
SSDB
Motif
Pfam: Glyco_hydro_48 Glyco_hydro_9 CBM_3
Other DBs
NCBI-ProteinID: AEV69573
UniProt: G8LUZ6
Position
3555405..3560030
AA seq 1541 aa
MRIFEIPRRRNRFIALVTIFITFCIILVIYNKNAKNTFNNNPDKKNSPTSKSQNSTVYAD
RFLELFNDIQTKGYLSEEGIPYHSIETLLVEAPDYGHQTTSEAFSYMVWLGATYGKLTGD
WSYYKNAWDLTEKYIIPDAQKDQPGVDTYSPNSPAQYAPEGDTPNDYPITGAANAPTGID
PIAESLASAYGSKAIYQMHWLLDVDNFYKFGNHGDGTSRCSYINTYQRGPEESVWETVPH
PSWEDFKWGEGEKGGFLNLFGNFGQPAKQWRYTSASDADARQVQASYWAYLWAKEQGVEG
ELSEYTDKAAKMGDYLRYTFFDKYFRPIGVQDSSAAGTGYDSCHYLLSWYMSWGGDIGGA
WSWRIGSSHCHQGYQNLVAAYALSQEPALKPKAQGSQEDWQKSLKRQIELYQYLQSAEGA
IAGGVTNSWQGRYSKYPAGKSTFYDMAYDYQPVYHDPPSNNWFGFQAWSMERVMQFYYLS
GDPDIKNVCDKWVKWALSHTKLKNDGTYEIPSTLEWSGEPDTWRGKPTENSNLHCKVKDY
TQDVGVTASYAKALIFYAAATEKHTGTMHSEAKNMAKELLDRMWTNYRDDKGVAAPEERE
DYKRFFDEVYIPAGFSGTNGQGAQIKNGITFIDLRPDYKKDPDYAKVEEAVKNGKNPVMT
YHRFWSQASIAIANAMYHIYIEKEDGLITETSETENSTDINVSKDTDNIQSNGIYKYKYK
NNIPPQPQAKGPYNYGEALQKAIFFYDCQRSGKLSSTVLRLNWRGDSGLNDGKDVGLDLT
GGFYDAGDHVKFNLPMAYTTTMLCWAAYEYKDAFVNSGQFEPLLENIKWATDYFIKCHPE
PNVYYYQVGDGNADHAWWGPAEAMPMERPAYKLDKSSPGSAVSAQTAAALASASIIFKDI
DADYSKECLKHAKELFEFADSTKSDTGYTAAKGFYDSWSGFYDELSWAGVWLYMATNDKT
YLKKAEDYVNYWEKEPQSNAIKYTWSHCWDDVHYGAELLLAKLTNGNSKYKEAIEMHLDW
WTTGYNGNRIKYTPKGLAWLDQWGSLRYATTTAFLACVYSDWPGADKTKAKNYIKFAESQ
ANYALGSTGRSFVVGFGKNPPEHPHHRTAHGSWANSMSIPEKHRHVLYGALVGGPDSEDN
YRDEVSDYVCNEVACDYNAGFVGLLARMYNTYYGSPSETFNGIEEITEDEIFVEAGVNAS
GSNFIEIKAVINNKSAWPARVCENLSFNYYIDISEAINAGHSASDIKVSANYNQGAKVSE
LKPLKGNIYYVTVDFSGTKIFPGSQSDYKKEVQFRISAPEGTSYFDPQNDYSYKGLASNS
MIKTKHIPVYDKGTLVFGTEPDGKQSASDNTSNETAPLPTSNTALQNTSAPIPPTPVASN
SNSNKNTSGGNGKVVIQYTNGNATDSTNGINPRLRLVNNGNSSINLSDVKIRYYYTIDGE
KPQTFWCDWSSAGTSNVTGSFNKLTAAKNGADYYLEISFASGAGTLEPGSSVDIQARFSK
NDWTNYNQSNDYSFISTASDYTENSKITVYVSGKLVWGNEP
NT seq 4626 nt   +upstreamnt  +downstreamnt
atgagaatatttgaaataccaaggagaagaaacagatttatagctttggtaacaattttt
attacattctgtataatactcgtaatttacaataaaaatgccaaaaacacttttaacaat
aatcccgataaaaagaactctcccacatcaaagtctcaaaattccacagtatatgccgac
agattcctggagctgtttaatgatattcaaaccaaaggatatttgagtgaagaaggaatc
ccataccattccattgaaacattgttggttgaagcacctgattatggtcatcagaccaca
agtgaagccttcagttacatggtttggctgggtgcaacctatggcaaattgacgggagac
tggtcttattataaaaatgcatgggatttaaccgaaaaatacataattcccgatgcccaa
aaagaccaaccgggtgttgatacctattcacctaacagcccggctcaatatgctcctgaa
ggtgatactcccaatgattatcccattacaggagctgcaaacgcacctaccggcatagat
cccatagctgaaagccttgcttctgcttatggttctaaagccatataccaaatgcattgg
cttcttgacgtggataatttttataaattcggaaaccatggcgacggtacaagccgctgt
tcttatataaatacatatcagcgcgggcctgaagaatcggtttgggaaactgtaccgcac
ccatcctgggaagattttaaatggggtgaaggagaaaaaggcggttttttaaacctcttt
ggcaattttggccagccggcaaaacaatggcgttacacttctgcctccgatgccgatgca
agacaggttcaagcctcctattgggcttatctttgggcaaaagaacaaggtgttgaagga
gaactgtcagaatataccgataaagcagcaaaaatgggagattatttgagatatacattt
tttgataaatatttcagacccatcggtgttcaagacagttctgccgctggtacaggttat
gacagctgccattatcttttatcatggtacatgtcctggggcggagatattggcggtgca
tggagttggagaataggcagttcccactgccatcagggctatcaaaatcttgtagcagcc
tatgccctgtcacaggaacccgccttaaagccaaaggcacaaggatcgcaggaagactgg
caaaaaagtttgaaacgccagattgaattgtatcagtacctccaaagtgcagaaggtgcc
attgcaggaggcgtcaccaacagttggcagggtagatattccaaatatcctgccggcaaa
agcactttttacgatatggcctatgattaccaacctgtgtaccatgaccctccaagcaat
aattggttcggcttccaggcctggtcaatggaaagagtaatgcagttctattatctttcg
ggagacccggatataaaaaatgtatgcgataaatgggtaaaatgggctttatcccataca
aaactaaaaaatgacggtacttatgaaattccttcaacccttgagtggtcaggtgaaccg
gatacctggagaggcaaaccaacagaaaattcaaaccttcactgcaaagttaaggactac
acacaggatgtgggggtcaccgcttcgtatgctaaggctctcattttctatgcagctgcc
accgaaaaacacaccggtacaatgcatagcgaagctaaaaacatggcaaaagaacttcta
gacagaatgtggacaaactacagagatgacaagggtgtcgcagccccggaagaaagagaa
gattataagcgtttcttcgacgaagtttatataccagcaggctttagcggaacaaacggt
cagggtgctcaaatcaaaaacggcataacttttatcgaccttcgtcccgactacaaaaaa
gatcctgattatgcgaaagtggaagaagcagttaagaacggtaaaaatccggttatgact
tatcaccgtttctggtcccaggcttctattgccattgccaatgcaatgtaccacatatac
attgaaaaagaggatgggcttattaccgaaacatcagagactgaaaattcaactgatatc
aatgtttccaaagatacggataatattcaaagcaatggcatttacaaatataaatataaa
aacaacataccgccgcaacctcaggctaaaggtccctataactacggagaagcattgcag
aaagccatattcttttacgactgccagcgttccggaaaattaagttccactgtccttcgc
ctgaactggcggggagattccggtcttaatgacggaaaggatgtgggacttgaccttacc
ggaggattttatgacgccggtgaccacgttaaattcaatctccccatggcttatacaact
acaatgctgtgctgggcggcttatgaatacaaggatgcctttgtaaacagcggccagttt
gagccccttctggaaaatataaaatgggccaccgattacttcatcaaatgccatccagaa
ccgaatgtatactactaccaggtgggggacggaaacgccgaccatgcctggtgggggccg
gccgaagcaatgcctatggaaagacccgcctataagctggacaaatcctctcccggctcg
gcagtttctgcccagacggctgctgcattggcctctgcttctattatctttaaggatatt
gatgctgattattccaaagagtgcttaaaacacgcaaaagaactttttgagtttgccgac
agcaccaaaagtgacactggctatactgctgccaaaggcttttacgattcatggagcggt
ttctatgacgagctttcctgggcaggtgtatggctttacatggccacaaacgataaaacc
tatcttaaaaaagcagaggattatgttaattattgggaaaaagaaccccaatccaatgct
ataaaatatacctggagccactgctgggatgatgtgcattacggtgctgaactattgctt
gcgaagctaaccaatggaaacagcaaatataaagaagctatagaaatgcatctggactgg
tggacaacggggtacaacggcaaccgtataaaatacacaccgaaaggtcttgcatggctt
gaccagtggggttctttaagatatgccaccacaactgcctttttagcctgtgtatattcc
gactggcccggtgcagacaaaaccaaggcaaaaaattacatcaaatttgccgaaagccag
gccaattatgcattaggcagtaccggacgaagctttgttgtaggatttggtaaaaaccct
ccggaacatcctcaccatagaactgcccacggttcatgggcaaacagcatgagtattcct
gaaaaacacagacatgtcctttacggtgctcttgtgggaggccccgattcggaggataac
tacagagatgaggttagcgattatgtttgcaacgaagtggcctgcgattacaatgcagga
tttgtaggattgctggcaagaatgtacaatacttattacggaagtccttccgaaaccttt
aacggtatagaagaaataaccgaggacgaaatatttgttgaagccggtgtcaatgcttca
ggtagcaattttatcgaaataaaggctgttatcaacaataagtctgcatggccggccaga
gtatgcgaaaacctttcctttaactattatattgatataagcgaagccataaatgccggt
cactcggcttccgatataaaggtaagcgccaactataatcagggtgcaaaggtttccgaa
ctgaaacccttaaaaggcaacatttattatgtaacggtcgatttcagcggaacaaagatt
ttcccgggaagtcagtcggactataagaaagaagtgcagttcagaatatctgctccggaa
ggaacatcttatttcgatccgcagaatgattattcctataaaggccttgcatcaaattcg
atgataaagaccaagcatataccggtttatgataaaggtactctggtattcggaactgag
ccggacggaaaacaatctgcttcggataacacctcaaatgaaactgctccgctgccaaca
agcaatacagcactccagaatacttctgctccaataccgccaacaccggtagcttccaac
tcaaacagcaataaaaacacctctggtggcaacggaaaagtcgttattcaatataccaac
ggaaatgccactgattccacaaacggaatcaatccaaggctaagacttgtaaataacggc
aattctagcattaaccttagtgatgtaaaaatccggtattattacaccatcgatggcgaa
aaacctcagaccttctggtgtgattggagttctgccggaacctccaatgtcaccggttcc
tttaataaacttactgctgccaaaaatggcgctgattattacctggagataagctttgca
agtggagcaggtactttagaacccggcagcagtgttgatatacaggccagattttccaaa
aatgactggaccaattacaaccagtccaacgattactccttcatatcaacggcctctgat
tatacggaaaacagcaaaattacggtatatgtttcaggaaagcttgtatggggtaatgaa
ccgtaa

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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 sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (21)   

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