KEGG   Caldicellulosiruptor kronotskyensis: Calkro_0851
Entry
Calkro_0851       CDS       T01357                                 
Name
(GenBank) Mannan endo-1,4-beta-mannosidase
  KO
K01218  mannan endo-1,4-beta-mannosidase [EC:3.2.1.78]
Organism
ckn  Caldicellulosiruptor kronotskyensis
Pathway
ckn00051  Fructose and mannose metabolism
ckn01100  Metabolic pathways
ckn02024  Quorum sensing
Brite
KEGG Orthology (KO) [BR:ckn00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00051 Fructose and mannose metabolism
    Calkro_0851
 09140 Cellular Processes
  09145 Cellular community - prokaryotes
   02024 Quorum sensing
    Calkro_0851
Enzymes [BR:ckn01000]
 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
     Calkro_0851
SSDB
Motif
Pfam: Glyco_hydro_44 CBM_3 Cellulase Arch_flagellin NAD_binding_10 DUF5693
Other DBs
NCBI-ProteinID: ADQ45728
UniProt: E4SDB9
Position
1002344..1006195
AA seq 1283 aa
MRVKTKMGKKWLSILCTVVFLLNILFIANVTNLPKVGAATSNDGVVKIDTSTLIGTNHAH
CWYRDKLETALRGIRSWGMNSVRVVLSNGYRWTKIPASEVANIISLSRSLGFRAIVLEVH
DTTGYGEDGAACSLAQAVEYWKEIKSVLEGNEDFVIINIGNEPYGNNNYQNWINDTKNAI
KALRDAGFKHTIMVDAPNWGQDWSNTMRDNAQSIMEADPLRNLVFSIHMYGVYNTASKVE
EYIKSFVEKGLPLVIGEFGHQHTDGDPDEETIVRYAKQYKIGLFSWSWCGNSSYVGYLDM
VNNWDPNNPTPWGQWYKTNAIGASSVPTSTPTPTPTPTVTPTATPTPTPSSTPVAGGQIK
VLYANKETNSTTNTIRPWLKVVNTGSSSIDLSRVTIRYWYTVDGDKAQSAISDWAQIGAS
NVTFKFVKLSSSVSGADYYLEIGFKSGAGQLQAGKDTGEIQIRFNKSDWSNYNQGNDWSW
MQSMTNYGENTKVTAYIDGVLVWGQEPSGATAAPTPTATPTPTPAPTATPTVTPTPTPTP
TPTVTATPTPTPSSTPVAGGQIKVLYANKETNSTTNTIRPWLKVVNTGSSSIDLSRVTIR
YWYTVDGDKAQSAISDWAQIGASNVTFKFVKLSSSVSGADYYLEIGFKSGAGQLQAGKDT
GEIQIRFNKSDWSNYNQGNDWSWMQSMTNYGENTKVTAYIDGVLVWGQEPSGATAAPTPT
ATPTPTPAPTPTPTVTPTPTPTPTPTSTPTSTATSIPLPTVSPSSAVIEIAINTNKDRSP
ISPYIYGANQDIEGVVHPARRLGGNRLTGYNWENNFSNAGNDWYHSSDDYLCWSMGISGE
DAKVPAAVVSKFHEYSLKNNAYSAVTLQMAGYVSKDNYGTVSENETAPSNRWAEVKFKKD
APLSLNPDLNDNFVYMDEFINYLINKYGMASSPTGIKGYILDNEPDLWASTHPRIHPNKV
TCKELIDKSVELAKVIKTLDPSAEVFGYASYGFMGYYSLQDAPDWNQVKGDHRWFISWYL
EQMKKASDSYGKRLLDVLDLHWYPEARGGNIRVCFDGENDTSKEVAIARMQAPRTLWDPT
YKTSVKGQITAGENSWINQWFSDYLPIIPTINADIEKYYPGTKLAISEFDYGGRNHISGG
IALADVLGIFGKYGVYFAARWGDSGSYAAAAYNIYLNYDGKGSKYGNTNVSANTSDVENM
PVYASINGQDESELHIILINRNYDKKLPAKISITSSKNYTKAEIYGFDSNSPIVRKMGSM
DNIKNNVLTIEVPNLTVYHIVLY
NT seq 3852 nt   +upstreamnt  +downstreamnt
atgagagtaaaaacaaaaatgggaaagaaatggttgagtatactatgtacagttgttttt
ttattgaacattttgtttatagcaaatgtaacgaatttacccaaagttggtgcggctaca
tctaatgatggagtagtgaagatagatactagcacattaataggaacaaatcacgcacat
tgctggtacagagataaacttgagacggcattgcgagggataaggtcatggggtatgaac
tctgtgagggtagtgctgagtaatggctatcgatggacgaagataccagcaagtgaagta
gcaaatattatatcattgtcaagaagtcttggattcagagccattgtattagaagttcac
gacacgacaggatatggtgaggacggtgcagcatgttcattggcgcaagcagtagaatat
tggaaagagataaagagtgtgttagaaggcaatgaggattttgttataataaacattggt
aatgagccgtatgggaacaataactatcaaaactggattaatgacacgaagaatgctata
aaagcgctaagggatgcagggttcaagcacacgataatggttgatgcaccgaactggggg
caggattggtctaatactatgagagacaatgcccagagcataatggaagcagatccgctg
cgcaatttggtattttcgattcatatgtacggtgtatacaatacagcgagcaaggtagaa
gaatatatcaagtcatttgtggagaaagggctgccattagttattggggagtttgggcat
cagcatacagatggtgaccctgacgaggaaactattgtcaggtatgcaaaacaatacaag
ataggactttttagctggtcttggtgtggcaattcgagctatgtggggtacttggacatg
gtaaacaattgggaccccaataatccaactccatgggggcaatggtataaaactaatgcg
attggtgcctcttcagtacctacttcaacaccaacaccgacaccaacaccaacagtaaca
ccaactgctaccccaacaccgacgccgagcagcacacctgtagcaggcgggcagataaag
gtactgtatgcaaacaaggagacaaatagcacaactaatacgataaggccatggttgaag
gtagtgaacactggaagcagcagcatagatttgagcagagtaacgataaggtactggtac
acggtagatggggacaaggcgcagagtgcgatatcagactgggcccagataggagcaagc
aatgtgacattcaagtttgtgaagctgagcagtagcgtaagtggagcggactattattta
gagataggatttaagagtggagctgggcagttgcaggctggtaaagacacaggggagata
cagataaggtttaacaagagtgattggagcaattacaatcaggggaatgactggtcatgg
atgcagagcatgacgaattatggagagaatacgaaggtaactgcgtatatagatggagta
ttggtatggggacaggagccgagtggagcgacagcagcaccgaccccgacagcgacaccg
acacctactccagcaccaacagcaactccaacagtaacaccaaccccaactccaaccccg
acaccaacagtaacagcaacaccaacaccgacgccgagcagcacacctgtagcaggtggg
cagataaaggtattgtatgcaaacaaggagacaaatagcacaactaatacgataaggcca
tggttgaaggtagtgaacactggaagcagcagcatagatttgagcagagtaacgataagg
tactggtacacggtagatggggacaaggcgcagagtgcgatatcagactgggcccagata
ggagcaagcaatgtgacattcaagtttgtgaagctgagcagtagtgtaagtggagcggac
tattatttagagataggatttaagagtggagctgggcagttgcaggctggtaaagacaca
ggggagatacagataaggtttaacaagagtgattggagcaattacaatcaggggaatgac
tggtcatggatgcagagcatgacgaattatggagagaatacgaaggtaactgcgtatata
gatggagtattggtatggggacaggagccgagtggagcgacagcagcaccgaccccgaca
gcgacaccgacacctacaccagcaccaactccaactccaacagtaacacctaccccaacc
ccaaccccgacaccaacatcaacaccaacatcaacggcaacgtcaattccattaccaaca
gtatcaccatcgtcggctgttattgaaatagcaataaatacaaataaagataggtcacca
attagcccgtacatttatggtgcaaaccaggatattgaaggtgtagttcatcctgcaaga
aggttaggtggaaacagactaacaggatacaattgggaaaacaacttttcaaatgcgggg
aacgattggtatcattcaagtgacgattatttgtgctggagcatgggaatttctggtgaa
gatgcgaaggttccagcagcagtggtatctaaatttcatgagtattcccttaaaaataat
gcttattctgctgtaactttgcaaatggcaggatatgtgtcaaaagataattatggtact
gttagtgaaaatgaaacagctccatctaacaggtgggcagaggtaaaatttaagaaggat
gctcctttatctttgaatccagacttgaatgataactttgtttatatggatgaattcata
aattatttgataaacaaatacggaatggcttcttcacctaccgggataaaagggtatata
cttgataatgagcctgatttgtgggcatcaacacatccacgtatacatcctaataaggtc
acatgcaaagagttgattgataaatctgttgaactggcaaaagttataaaaacccttgat
ccatcagctgaagtttttggatatgcatcatatgggtttatgggttattatagtctccaa
gatgcgcctgattggaatcaagttaaaggagatcatagatggtttataagctggtatctg
gaacagatgaaaaaagcatcagacagttatggaaaaagattattagatgtgcttgattta
cactggtatccagaggcacgaggtggaaatattcgcgtgtgctttgatggcgaaaatgac
acatcaaaagaagttgctatagctaggatgcaagctccaagaacactatgggacccgacc
tataaaacatcagtgaaagggcaaattacagctggtgagaacagctggataaaccagtgg
ttttcagattatttgcctataattccaaccataaatgcggacatagagaaatattatcct
ggtacaaaacttgctattagcgaattcgattatggcggtcgaaatcatatttcaggggga
attgctttagctgatgttcttggtatatttggtaaatatggagtgtactttgcagcaaga
tggggcgattctggtagttatgcagcggctgcatataacatttatcttaattatgatgga
aaaggctcaaaatatggcaatacaaatgtaagtgctaatacaagtgatgttgaaaatatg
ccagtttatgcctcaataaatgggcaggatgaatctgaacttcatattattctaataaac
agaaactatgacaaaaaattgcctgcgaagatcagcattacaagctcaaaaaactataca
aaagcagaaatttatggttttgacagtaatagtcctattgtcagaaaaatgggaagtatg
gataatataaaaaacaatgttttaactattgaggtacctaatttaacagtttatcatatt
gttttgtattaa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (21)   

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