KEGG   Cellulosilyticum sp. WCF-2: EKH84_08255
Entry
EKH84_08255       CDS       T06333                                 
Name
(GenBank) hypothetical protein
  KO
K01218  mannan endo-1,4-beta-mannosidase [EC:3.2.1.78]
Organism
cew  Cellulosilyticum sp. WCF-2
Pathway
cew00051  Fructose and mannose metabolism
cew01100  Metabolic pathways
cew02024  Quorum sensing
Brite
KEGG Orthology (KO) [BR:cew00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00051 Fructose and mannose metabolism
    EKH84_08255
 09140 Cellular Processes
  09145 Cellular community - prokaryotes
   02024 Quorum sensing
    EKH84_08255
Enzymes [BR:cew01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.78  mannan endo-1,4-beta-mannosidase
     EKH84_08255
SSDB
Motif
Pfam: Glyco_hydro_26 CBM_11 CBM27 Big_7 FlgD_ig
Other DBs
NCBI-ProteinID: QEH68374
UniProt: A0A5B9YC73
Position
1878397..1881171
AA seq 924 aa
MHNKKLKRVWASLMAATMIVPILPTAQVFGASGESAMIYENDFEKEASAEDIGGNKALGF
ELEGDINNSWLTVFQQDLYYEYADQINAGATLSFDLIIPEKSTFTGVFKAQAVAKMGNDW
TWTQCETIPEIAVSAFTSMGNGYKSANVSISFGKEIEQIKGLKAVVPCLAASNCDYKGKI
YLDNVKLTNGKAAITEPVIVEATQKVKTQTAIKVNANSIVSNGKQMNTSKEVKLVDDKAV
DSVAQLYAYLEAVGKSDSVLYGHQNDTHHKAGNKKLSNSDTKDVTGSISAVVGIDTLSLA
GNEFPGGLENQYPTSMTSQQRIEACAKMNKEAVAEGAIITVSAHMPNFTIIADRIANKPG
KDGTLDWTKADFLSEGNNVDGSWVTSGDVVQKIMPGGKLNYLFNAYLDMIAAYAEEMGDT
PILLRPFHENTGSWFWWGAAFCDEEAYKNLYKYTVDYLRDTKQIHNILYVYGPGSEAESV
TDYAKRYPGDDYVDMVGFDMYHQYPAEGDSFIANFKKQLIVVEQFAQQHNKLFAVTETGI
SNGNEVLLKGGNERKDWYNEVLEAIAPSSASYFLLWANFGTNSGYYTPYVTEKTEASMKG
HEMLDNFIDFYNNSKSVFAAQVGDLNKLSVKVKDNTNVTGYITYPTSGSRILDTTTIKAS
VNNVIDTAKVNFTIKNKAGKVVKTLAATKDASGAYVSELTKAELKKVGETTGTINLTVEG
KEISKINGKFNMPEPVYVPTVVDTFDDYYGDNEVLNTSWSIGKGTGCTLAPSLSDKKYAG
KYGLEFKYNLVAGGYIGVTKSLNNVDWSKQNALQLWTIPDGKNKKVVIQVTSGGNVFEVY
LNDYEAYNKATGPILVTIPFSSFVGRDDANAVFDSTKIEGFGLWCNTILPEGADADTYKL
TGSIYYDDIKAITSKETSISFTKK
NT seq 2775 nt   +upstreamnt  +downstreamnt
atgcataataagaagttaaaaagggtatgggcatctcttatggcagcgactatgatagtg
ccaatcttacctacagctcaagtatttggtgcatcaggggaaagcgcaatgatttatgag
aatgattttgaaaaagaagcatcagcagaggacataggagggaacaaagcattaggattt
gaattggaaggtgatattaataactcatggcttactgtttttcaacaagacttatattat
gagtatgctgaccaaattaatgctggagcaaccttgagttttgatttgattattccagaa
aaaagtacttttacaggtgtatttaaagcacaagctgtagctaaaatggggaatgattgg
acttggactcagtgtgaaacaattccagaaattgcagtaagcgcatttacttcaatggga
aatggttataaaagtgctaatgtttccatttcatttggaaaagagattgaacaaataaaa
ggtttaaaagcagtagtaccttgtttagctgctagtaattgtgattataaaggtaagatt
tatctagataatgtcaaacttactaatggtaaagctgctattacagaacctgtgattgta
gaagcaacacaaaaagtgaaaactcaaacagctattaaggttaatgccaattctattgtt
tcaaatggtaagcagatgaatacatctaaggaagttaaattggtagatgacaaggcagta
gattcagtagctcaattatatgcttatttagaagccgtaggcaaatcggatagtgtattg
tatggtcatcaaaatgatacacatcataaagcaggcaataagaaattaagtaattcagat
acaaaagatgtgacaggctctatttctgctgtagtgggaattgatactttgtctttagct
ggaaatgagtttcctggtggacttgaaaatcagtaccctacaagcatgactagtcaacaa
cgtatagaagcatgcgctaaaatgaataaggaggcagtagcagaaggtgctattataact
gtttcagcacacatgcctaactttactattattgctgaccgtatagctaataaaccaggg
aaagatggcacgctagattggacaaaagcagacttcttgagtgaaggcaataatgtggat
ggttcatgggttaccagtggggatgttgttcaaaagattatgccaggtggaaagctcaat
tatttatttaatgcttatcttgatatgattgcagcttatgcggaagaaatgggagataca
cctatattactacgtcctttccacgaaaatacaggcagttggttctggtggggagcagcc
ttctgtgatgaagaggcctacaaaaacttatataaatatactgtagactatttacgtgat
acaaaacagatacataacattctctatgtatatggaccaggatcagaggcagagagtgtg
actgactatgcaaaacgctatcctggagatgactatgttgatatggtaggttttgatatg
tatcatcaatatccagcagaaggagatagttttattgctaattttaaaaagcaacttatt
gttgtagaacaatttgctcaacaacataataaattgttcgctgtaacagaaacaggtatt
tctaatggaaatgaagtattacttaaaggtggaaatgagaggaaagattggtataatgaa
gtgctagaagctatagcaccatcttcggcatcttatttcttgctatgggcaaactttgga
acaaacagtggttattatacaccatatgtgacagaaaagacggaagctagcatgaaggga
catgaaatgctagataactttattgatttttataataatagtaaatctgtatttgcagca
caagtaggagatttaaataagctttctgtaaaagttaaggacaatactaatgtaacagga
tatattacttatcctacatcaggtagtcgtatattagatactacaacaattaaagcaagt
gttaataatgtcattgatacagctaaagttaactttacaattaaaaacaaggcaggaaaa
gtagttaaaaccttagctgcaactaaagatgcctctggagcttatgtgtcagaattaaca
aaagcagagcttaaaaaagtaggtgaaactacagggacaatcaacctcactgtagagggt
aaagaaatcagtaaaataaatggtaaattcaatatgccagaacctgtttatgtacctaca
gtagtagatactttcgatgattactatggagataatgaagttctaaatacaagttggagt
ataggaaaaggaaccggttgtacattggcaccaagcttaagtgataagaagtatgcagga
aaatatggactggaatttaagtataaccttgtagcaggcggttatattggtgttacaaag
agtctcaataatgtagattggtctaagcaaaatgcattacagttatggactattccagat
ggaaagaataaaaaggttgttattcaagtgacatcaggtggcaatgtatttgaggtatac
ttaaatgactatgaagcatataacaaggctacaggacctatcttagtaactataccattt
agtagctttgtaggtagagatgatgcaaatgctgtatttgattcaactaagattgaaggc
tttggattatggtgcaataccattttgccagaaggagcagatgcagatacttataagtta
acaggaagtatttactatgatgacattaaagcaataactagcaaagagactagtatatca
tttactaaaaagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (19)   

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