KEGG   Caldicellulosiruptor bescii: Athe_1859
Entry
Athe_1859         CDS       T00857                                 
Name
(GenBank) glycoside hydrolase family 5
  KO
K01218  mannan endo-1,4-beta-mannosidase [EC:3.2.1.78]
Organism
ate  Caldicellulosiruptor bescii
Pathway
ate00051  Fructose and mannose metabolism
ate01100  Metabolic pathways
ate02024  Quorum sensing
Brite
KEGG Orthology (KO) [BR:ate00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00051 Fructose and mannose metabolism
    Athe_1859
 09140 Cellular Processes
  09145 Cellular community - prokaryotes
   02024 Quorum sensing
    Athe_1859
Enzymes [BR:ate01000]
 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
     Athe_1859
SSDB
Motif
Pfam: Glyco_hydro_44 CBM_3 Cellulase Arch_flagellin NAD_binding_10 DUF5693
Other DBs
NCBI-ProteinID: ACM60947
UniProt: B9MKT9
Position
complement(1943641..1947525)
AA seq 1294 aa
MRVKTKMGKKWLSILCTVVFLLNILFIANVTNLPKVGAATSNDGVVKIDTSTLIGTNHAH
CWYRDKLETALRGIRSWGMNSVRVVLSNGYRWTKIPASEVANIISLSRSLGFRAIVLEVH
DTTGYGEDGAACSLAQAVEYWKEIKSVLEGNEDFVIINIGNEPYGNNNYQNWINDTKNAI
KALRDAGFKHTIMVDAPNWGQDWSNTMRDNAQSIMEADPLRNLVFSIHMYGVYNTASKVE
EYIKSFVEKGLPLVIGEFGHQHTDGDPDEEAIVRYAKQYKIGLFSWSWCGNSSYVGYLDM
VNNWDPNNPTPWGQWYKTNAIGASSVPTSTPTPTPTATPTATPTPTPTPSSTPVAGGQIK
VLYANKETNSTTNTIRPWLKVVNTGSSSIDLSRVTIRYWYTVDGDKAQSAISDWAQIGAS
NVTFKFVKLSSSVSGADYYLEIGFKSGAGQLQAGKDTGEIQIRFNKSDWSNYNQGNDWSW
MQSMTSYGENVKVTAYIDGVLVWGQEPSGATPTPTATPAPTVTPTATPAPTPTPTPTPTA
TPTPTPTPTPTPTATPTPTPSSTPVAGGQIKVLYANKETNSTTNTIRPWLKVVNTGSSSI
DLSRVTIRYWYTVDGDKAQSAISDWAQIGASNVTFKFVKLSSSVSGADYYLEIGFKSGAG
QLQAGKDTGEIQIRFNKSDWSNYNQGNDWSWMQSMTSYGENVKVTAYIDGVLVWGQEPSG
ATPTPTATPAPTSTSTPTPTVTPTPTPTPTATPTPTATSIPLPTVSPSSAVIEIAINTNK
DRSPISPYIYGANQDIGGVVHPARRLGGNRLTGYNWENNFSNAGNDWYHSSDDYLCWSMG
ISGEDAKVPAAVVSKFHEYSLKNNAYSAITLQMAGYVSKDNYGTVSENETAPSNRWAEVK
FKKDAPLSLNPDLNDNFVYMDEFINYLINKYGMASSPTGIKGYILDNEPDLWVSTHPRIH
PNKVTCKELIDKSVELAKVIKTLDPSAEVFGYASYGFMGYYSLQDAPDWNQVKGDHRWFI
SWYLEQMKKASDSYGKRLLDVLDLHWYPEARGGNIRVCFDGENDTSKEVAIARMQAPRTL
WDPTYKTSVKGQITAGENSWINQWFSDYLPIIPNIKADIEKYYPGTKLAISEFDYGGRNH
ISGGIALADVLGIFGKYGVYFAARWGDSGSYAAAAYNIYLNYDGKGSKYGNTNVGANTND
VENMPVYASINGQDDSELHIILINRNYDRKLPAKISITSSKNYTKAEIYGFDSNSPTVRK
MGSVDNIENNVLTLEVPNLTVFHIVLYSTSVQTK
NT seq 3885 nt   +upstreamnt  +downstreamnt
atgagagtaaaaacaaaaatggggaagaaatggttgagtatactatgtacagttgttttt
ttattgaacattttgtttatagcaaatgtaacgaatttacccaaagttggtgcggctaca
tctaatgatggagtagtgaagatagatactagcacattaataggaacaaatcacgcacat
tgctggtacagagataaacttgagacggcattgcgaggaataaggtcatggggtatgaac
tctgtgagggtagtgttgagtaatggctatcgatggacgaagataccagcaagtgaagta
gcaaatattatatcattgtcaagaagtcttggattcagagccattgtattagaagttcac
gacacgacaggatatggtgaggacggtgcagcatgttcattggcgcaagcagtagaatat
tggaaagagataaagagtgtgttagaaggcaatgaggattttgttataataaacattggt
aatgagccgtatgggaacaataactatcaaaactggattaatgacacgaagaatgctata
aaagcgctaagggatgcagggttcaagcacacgataatggttgatgcaccgaactggggg
caggattggtctaatactatgagagacaatgcccagagcataatggaagcagatccgctg
cgcaatttggtattttcgattcatatgtacggtgtatacaatacagcgagcaaggtagaa
gaatatatcaagtcatttgtggagaaagggctgccattagttattggggagtttgggcat
cagcatacagatggtgaccctgacgaggaagctattgtcaggtatgcaaaacaatacaag
ataggactttttagctggtcttggtgtggcaattcgagctatgtagggtacttggacatg
gtaaacaattgggaccccaataatccaactccatgggggcaatggtataaaactaatgcg
attggtgcctcttcagtacctacttcaacaccaacaccgacaccaactgctacaccaaca
gcaacgccaacaccaacaccgacgccgagcagcacacctgtagcaggtggacagataaag
gtattgtatgctaacaaggagacaaatagcacaacaaatacgataaggccatggttgaag
gtagtgaacactggaagcagcagcatagatttgagcagggtaacgataaggtactggtac
acggtagatggggacaaggcacagagtgcgatatcagactgggcacagataggagcaagc
aatgtgacattcaagtttgtgaagctgagcagtagcgtaagtggagcggactattattta
gagataggatttaagagtggagctgggcagttgcaggctggtaaagacacaggggagata
cagataaggtttaacaagagtgactggagcaattacaatcaggggaatgactggtcatgg
atgcagagcatgacgagttatggagagaatgtgaaggtaacagcgtatatagatggtgta
ttggtatggggacaggagccgagtggagcgacaccaacaccgacagcaacaccagcaccg
acagtgacaccgacagcaacaccagcaccaacaccaaccccgaccccaacaccaactgct
acaccaacgccaacaccgactccaacaccaacaccaactgctaccccaacaccgacgccg
agcagtacacctgtagcaggtggacagataaaggtactgtatgctaacaaggagacaaat
agcacaacaaacacgataaggccatggttgaaggtagtgaacactggaagcagcagcata
gatttgagcagggtaacgataaggtactggtacacggtagatggggacaaggcacagagt
gcgatatcagactgggcacagataggagcaagcaatgtgacattcaagtttgtgaagctg
agcagtagcgtaagtggagcggactattatttagagataggatttaagagtggagctggg
cagttgcaggctggtaaagacacaggggagatacagataaggtttaacaagagtgactgg
agcaattacaatcaggggaatgactggtcatggatgcagagcatgacgagttatggagag
aatgtgaaggtaacagcgtatatagatggtgtattggtatggggacaggagccgagtgga
gcgacaccaacaccgacagcaacaccagcaccaacatcgacatcgacgccaacaccgaca
gtaacaccaaccccgaccccaacaccaactgctacaccaacacccacggcaacgtcaatt
ccattaccaacagtatcaccatcgtcggctgttattgaaatagcaataaatacaaataaa
gataggtcaccaattagcccgtacatttatggtgcaaaccaggatattggaggtgtagtt
catcctgcaagaaggttaggtggaaacagactaacaggatacaattgggaaaacaacttt
tcaaatgcggggaacgattggtatcattcaagtgacgattatttgtgctggagcatggga
atttctggtgaagatgcgaaggttccagcagcagtggtatctaaatttcatgagtattcc
cttaaaaataatgcttattctgctataactttgcaaatggcaggatatgtgtcaaaagat
aattatggtactgttagtgaaaatgaaacagctccatctaacaggtgggcagaggtaaaa
tttaagaaggatgctcctttatctttgaatccagacttgaatgataactttgtttatatg
gatgaattcataaattatttgataaacaaatacggaatggcttcttcacctaccgggata
aaagggtatatacttgataatgagcctgatttgtgggtctcaacacatccccgtatacat
cctaataaggtcacatgcaaagagttgattgataaatctgttgaactggcaaaagttata
aaaacccttgatccatcagctgaagtttttggatatgcatcatatgggtttatgggttat
tatagtctccaagatgcgcctgattggaaccaagttaaaggagatcatagatggtttata
agctggtatctggaacagatgaaaaaagcatcagacagttatggaaaaagattattagat
gtgcttgatttacactggtatccagaagcacgaggtggaaatattcgcgtgtgctttgat
ggcgaaaatgacacatcaaaagaagttgctatagctaggatgcaagctccaagaacacta
tgggacccgacctacaaaacatcagtgaaagggcaaattacagctggtgagaacagctgg
ataaaccagtggttttcagattatttgcctataattccaaacataaaagcggacatagag
aaatattatcctggtacaaaacttgctattagcgaattcgattatggcggtcgaaatcat
atttcagggggaattgctttagctgatgtgctcggtatatttggtaaatatggagtgtac
tttgcagcaagatggggcgattctggtagttatgcagcagctgcatataacatttatctt
aattatgatggaaaaggctcaaaatatggcaatacaaatgtaggtgctaatacaaatgat
gttgaaaatatgccagtttatgcttcaataaatggacaggatgattctgaacttcatatt
atactaataaacagaaactatgacagaaaattgcctgcgaagatcagcattacaagttca
aaaaactatacaaaagcagaaatttatggttttgatagcaatagtcctactgttagaaaa
atgggaagtgtggataatatcgaaaacaatgttttaactcttgaggtacctaatttaaca
gttttccatatcgttttatattcaacctcagtacaaactaaataa

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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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