KEGG   Clostridium botulinum B Eklund 17B (NRP): CLL_A1700
Entry
CLL_A1700         CDS       T00696                                 
Symbol
amyX
Name
(GenBank) alpha-dextran endo-1,6-alpha-glucosidase
  KO
K01200  pullulanase [EC:3.2.1.41]
Organism
cbk  Clostridium botulinum B Eklund 17B (NRP)
Pathway
cbk00500  Starch and sucrose metabolism
cbk01100  Metabolic pathways
cbk01110  Biosynthesis of secondary metabolites
Module
cbk_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:cbk00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    CLL_A1700 (amyX)
Enzymes [BR:cbk01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.41  pullulanase
     CLL_A1700 (amyX)
SSDB
Motif
Pfam: PUD pulA_all-beta Alpha-amylase CBM_48 Pullul_strch_C SpuA_C
Other DBs
NCBI-ProteinID: ACD24288
UniProt: B2TL14
Position
1773002..1775995
AA seq 997 aa
MRKIKKIWAMILMITFIFTLVQIQAETVKATEKNDEVYVKIRYDRLDKNYRDWDIWAWEK
GKDGEAVNFIGEDNEGKFAVIKANKDQKQLFFIIRKSNWSEKATEDQAVDLTSGDKEVII
HENNKKINREDKNLNKNFNKIKLNLHYYRSDNNYDSWDVWSWFNENDGNEYEFNKEDEFG
KIAEIDKLNPNGNKEISFIIRKGKDKWAEKDIDKDRSINLAYANNNGEINAYIAEGDEKV
YMDNSKPIGKRISSLKIDSIDEINFEVSSKITNTDEFILKENENVTGEDLYKIKLENNGL
KGCIKFNKKLDLKSTYSLEIPKYGVKNAEFRKVYGSKEFEDLYSYDGELGAIYDKGNTQF
KLWAPTATNAKVIFYGKNGELYSSEAEKQLDMVKTNNGVWTVKESGDLDGVYYNYLVTVN
GKQNEVTDPYAKAVGVNGNRGMIVNLETTNPLDWENDKRPELKNPTDAVIYEMHIRDFSI
DPNSGVNLEYRGKFKGVWQKDTTNLEGNIKTGVAHLKELGVNTVQLLPSFDYGSVDESRL
DMPQFNWGYDPKNYNVPEGSYSSNPYDGKMRIKEFKEMINELHKQGIKVVMDVVYNHTYT
TGSSNFDLAVPNYYYRQDAEGNHSNGSGCENETASDRSMVRKFILDSVKYWVEEYHIDGF
RFDLMANHDIDTMKLIRDELDKIDSSILIYGEGWAGGSCALPNEEQSLKINVPKFGDKQI
GVFSDDIRDGLKGDVFNNTAPAFINGEPGFEDWVKFGIVGSTKHDDIDYNKVKYSKKPWA
NEPYQTINYVSCHDNLTLWDRLKTVNPNKNDEELKDMNKMTAAVVFTSQGIPFIQAGEEF
ARTKVNEDGTFNENSYNSPDDVNKLDWNRIEKYEDLYNYYKGLINLRSSHKAFRMTKAID
IENNLKFLQSVNNKDNLIAYTINGKAVGDEWKNIVVIFNSNKESIDITLPSDNWTIVVNK
DKAGIESLGKIEGNKVTIEGNTSYVLVDTASYEKNYK
NT seq 2994 nt   +upstreamnt  +downstreamnt
atgagaaaaattaaaaagatatgggcaatgatacttatgattacatttatttttacgctg
gtacaaatacaagctgaaactgttaaagctactgaaaaaaatgatgaagtatatgtaaaa
ataagatatgatcgcttagataagaattatcgtgattgggatatatgggcatgggaaaaa
ggaaaggatggagaagctgtaaactttattggtgaagataatgaaggaaaatttgcagtt
ataaaagccaataaagatcaaaaacaattattttttattattagaaaatcaaattggagt
gaaaaagcaacagaagatcaagctgtagatttaacaagtggagataaagaggttataata
catgagaataacaaaaaaataaatagagaagataaaaatttaaataaaaattttaataaa
attaaattaaatttacattactacagatctgataacaattatgattcatgggatgtttgg
tcttggtttaatgaaaatgatggtaatgaatatgaatttaataaagaagatgaatttggt
aaaattgctgaaattgataaattaaacccaaatggtaataaagaaatatcgtttattata
agaaaaggtaaagataaatgggcagaaaaagatatagataaggataggagtataaattta
gcgtatgcaaataataatggtgaaataaatgcatatattgctgaaggagatgaaaaggtt
tatatggataacagtaaaccaatagggaaaagaatatcctctttaaaaattgattctatt
gacgaaattaattttgaggttagttctaaaattactaatactgatgaatttattttaaaa
gaaaatgaaaacgttaccggagaggatttatataaaattaaacttgaaaataatggtctt
aaaggatgtattaaatttaataagaaattagatttaaagagcacttattctttagaaatt
cctaaatatggagtgaaaaatgctgaatttagaaaagtatatggaagtaaggaatttgaa
gatttatactcatatgatggcgaattaggagcaatatatgataaaggaaatacacaattt
aaattatgggcaccaactgcaaccaatgctaaagtaattttttatggaaaaaatggtgaa
ttatattcttcagaggctgaaaaacaattagatatggtaaaaacaaataatggtgtttgg
actgttaaagaatctggagatttagatggagtttattataattacttagtaactgttaat
ggaaagcaaaatgaggttacagatccatatgcaaaagctgttggagttaatggtaatagg
ggaatgatagtaaatttagaaactacaaatccattagattgggaaaatgacaaaagacca
gaacttaaaaatccaacagatgctgttatatatgaaatgcacattagagatttttccata
gatcctaactcaggtgttaatttagaatacagaggtaaatttaaaggggtatggcaaaag
gatacaactaatttagaaggaaatataaagacaggagttgctcatttaaaagaattagga
gtaaatacagttcaattattaccaagttttgattatggctctgtagatgaaagcagattg
gatatgcctcaatttaattggggatatgaccctaaaaattataatgttccagaggggtca
tactcatctaatccatatgatggcaaaatgagaataaaagagtttaaagagatgataaat
gaacttcacaaacaaggaataaaagtagttatggatgtcgtttataaccatacgtataca
actggaagctcaaattttgatttagctgtaccaaattactattatcgtcaagatgcagag
ggaaatcattctaatggttcaggatgtgaaaatgaaacagcttcagatagatcaatggtt
agaaagtttattttagattcagttaagtattgggtagaagaatatcatattgatggattt
agatttgatttaatggctaatcatgacattgatacaatgaagttaataagagacgagtta
gataaaatagatagtagtatattaatttatggtgaaggatgggcaggaggttcttgtgca
ttacctaatgaagaacaatcattaaaaattaacgttcctaaatttggagataagcaaata
ggagtatttagtgatgatataagagatggcttaaaaggtgatgtttttaataatactgcg
cctgcatttattaatggagaacctggatttgaagattgggtgaagtttggtatagtaggt
tccactaaacacgatgatatagattataataaagtaaaatattctaaaaaaccatgggct
aatgaaccttatcaaactattaattatgtgtcatgccatgataatttgactttatgggat
agacttaaaactgttaaccctaataagaatgatgaagaattgaaagatatgaataaaatg
acggcagcagttgtatttacatcacaaggaatcccatttattcaagctggtgaagaattt
gcaagaactaaagttaatgaagatggaacctttaatgaaaacagttataattctccagat
gatgtaaataaattagattggaatagaatcgaaaaatatgaggatttatataattattat
aaagggttaattaatttaagaagttctcataaggcgtttagaatgactaaagcaattgat
attgaaaataatcttaaatttttacaaagtgttaataataaagataatttaattgcatat
acaataaacggtaaagcagttggagatgaatggaaaaatatagttgtaatatttaattct
aataaggaatctattgatattacattaccaagtgataattggactatcgtagtaaataaa
gataaagctggtatagagagtttaggtaaaattgaaggcaataaagttactattgaaggc
aatacatcttatgttcttgttgatacagcaagttatgaaaaaaattataaataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
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 (23)   

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