KEGG   Cellulosilyticum lentocellum: Clole_2943
Entry
Clole_2943        CDS       T01448                                 
Name
(GenBank) pullulanase, type I
  KO
K01200  pullulanase [EC:3.2.1.41]
Organism
cle  Cellulosilyticum lentocellum
Pathway
cle00500  Starch and sucrose metabolism
cle01100  Metabolic pathways
cle01110  Biosynthesis of secondary metabolites
Module
cle_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:cle00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    Clole_2943
Enzymes [BR:cle01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.41  pullulanase
     Clole_2943
SSDB
Motif
Pfam: PUD pulA_all-beta CBM_48 Alpha-amylase Pullul_strch_C FlgD_ig hDGE_amylase DUF3185
Other DBs
NCBI-ProteinID: ADZ84640
UniProt: F2JLW4
Position
complement(3184429..3187524)
AA seq 1031 aa
MKKKYVGIVLVCILILNLFQGILPLEATPNTEKQLIIHYYRPDKQYEEWNLWMWLDGKDG
NVTEFTEEDEFGVKAIIPLEETANKVGFIVRTNDWAKDVSDDRFVATTEAINEIWLVSGD
ETIYTEEPNLLGGTVILPEQVTLNVHYNRYDRNYEDWKLWLWPEGKEGISYNFEKEDAYG
KVATFTVKDIGSIRKLGFWLYKKDVQNKDVEIDRFISTTKVDENGKIDIYLKQGEEKVGY
SKEEMYIKPSVSWATMDTMESICLGVNVPFETKEDLKADFSVTKAGKKIAINKVELLDEM
EGGLAKGAKLYLAETIDFNGIYEVAKEGYEAKIATAGEIFNTEAFNQLYYYEGDDLGANY
QKERTAFKLWAPTASEVEVILYDAGNDGKVLQEVPMTKQEKGTWSATIQGDQNAVYYTYK
VRINGEWREVVDPYARTTGVNGMRAMVIDLAETNPEGWETQKGPELKNPTDAIIYELHIR
DLSTHENSGITHKGKFLGLTETDTTTSTGVKTGLNHIKELGVTHVHLLPAFDYSSIDETK
LEESDFNWGYDPQNYNVPEGSYATDPYHGEVRVKEFKQAIQTLHQNDIGVIMDVVYNHTA
KSADSNLNLIVPDYYYRKNLDGSFSNGSGCGNEIASERAMVRKMIIDSVVYWAKEYKIDG
FRFDLMGLIDIDTMNEIRTELDKINPNILIYGEGWTASSSTLPTNKQALKVNAGELNHIA
VFSDDFRDGIKGHVFESTASGFANGGAGFEETIKFGIVGATKHPQVDYAQVNYSKAPFAK
SPSQTVNYVSAHDNLTLWDKIELTNPEDGMEERLKIHKLSNAMVLTSQGIPFLHAGVEFV
RTKGGNENSFSAGDEINQLDWSRKIGFKDVYDYYRGLIELRKKHPAFRMTTAEEISEHLT
FLEMPTEEMVGYKISGHANGDEWEEIVVLFNANKEEQKIVLDRGDWEVVVNDQVAGIVPI
ENIVGNEVVVPSRSAMVLVKAKGVETSTDQQVDSQNETTRSQAKTIAYIVGGVAVAVVAA
FGVRRRLKNKH
NT seq 3096 nt   +upstreamnt  +downstreamnt
atgaagaaaaaatatgtggggattgttttagtatgtatactcattttaaatttgtttcaa
ggaatattgcccttggaagctacgcccaatacggaaaaacaattaattattcattattac
agaccagataagcagtatgaggaatggaatctatggatgtggcttgacggaaaagatgga
aacgttaccgaatttactgaagaagatgaatttggtgtaaaggctattattcctttagag
gaaacagctaataaggtaggttttattgtaagaactaatgattgggcaaaagacgtatca
gatgatcgctttgtggcaacaacagaagctatcaatgaaatatggctcgtgtcaggagat
gaaacgatttatacagaagagcctaatcttttgggtggtacagtaatactgccagagcaa
gttaccttgaatgtacattataataggtatgatagaaattatgaagattggaaactatgg
ttatggcctgaaggtaaagaggggataagttataattttgaaaaggaagatgcctatggt
aaggtggcaacctttacagtaaaagacataggatcaatacgtaagttagggttttggctc
tataaaaaagatgtacaaaataaagatgtagaaatagatcgttttatttctactactaaa
gttgatgagaatggaaaaattgatatttacttaaagcaaggagaggaaaaagtgggatac
agtaaagaagaaatgtacattaagcctagtgtgagctgggcaaccatggatacaatggaa
agtatttgtttaggtgttaatgttccttttgaaacaaaggaagatcttaaagcggatttt
agtgtgactaaagctgggaagaaaatagcaatcaataaagtggagttattagatgaaatg
gaaggtggactagctaaaggtgctaagctttacttagctgaaaccattgactttaacggt
atttatgaagtagctaaagaggggtatgaagcgaagatagctacagcaggagagattttt
aatacagaagcttttaaccagctttattattatgagggagacgatttgggagctaattat
caaaaagaacgtacagcttttaaattatgggcacctacagccagtgaagtcgaagtcatc
ctttatgatgcaggtaatgatggtaaagtgctacaagaagtgccaatgacaaaacaagaa
aaaggtacttggagtgctacaattcaaggtgaccaaaatgctgtttattatacttataag
gtacgtattaacggagaatggcgagaagttgtagatccttatgcaagaacaactggagtc
aatggcatgagagctatggtgattgaccttgcagaaacaaacccagaagggtgggaaaca
caaaagggaccagagcttaaaaacccaacagatgccattatttatgaactacatataaga
gatttatcaactcacgagaattcagggattacgcataaaggtaaatttctaggtttaaca
gaaactgacacgacaactagtacaggtgtaaaaacaggccttaatcatataaaagaatta
ggggttacccatgttcatttattaccagcttttgactatagttctattgatgaaaccaag
ttagaagaaagtgattttaactggggctatgatccacaaaattataatgtaccagaaggc
tcttatgccacagatccttatcacggagaagtaagagtaaaagaatttaaacaggctata
cagacgcttcatcaaaatgatatcggtgttattatggatgtggtttacaatcatacggct
aaaagtgcagactccaatttaaatcttattgtaccagactattattatagaaagaattta
gatggtagcttttcaaatggttcaggttgtggcaatgaaatagcttcagaacgggctatg
gtaagaaaaatgattatagattcagtagtttattgggctaaagaatataagattgatggt
tttagatttgaccttatgggcctgatagatattgatacaatgaatgaaatccgtactgaa
ttagataaaatcaatcctaatattttaatttatggtgaaggctggacagcttcttcctct
acattacctacaaataagcaagcgcttaaagtaaatgcaggagaattaaatcatatagct
gtttttagtgatgattttagagatggtattaaagggcatgtttttgaaagtacagcttca
gggttcgcaaatggtggagcagggtttgaagaaacaattaaatttgggattgtaggagca
actaagcatccacaagttgattatgcacaggtaaattattcaaaagcaccttttgcaaaa
tcaccaagtcaaacagttaattatgtatcagctcatgataacttaactttatgggataag
attgaactcactaatccagaagatggcatggaagagagactaaaaattcataaattaagt
aatgcgatggtacttacttcacaaggtattcctttcttacatgcaggtgtagaatttgta
cgtactaagggtggtaatgagaacagtttttcagcaggagatgagattaatcaattagat
tggagtagaaaaattggatttaaagatgtgtatgattattatagaggtcttatagagtta
agaaaaaaacatccagcttttcgaatgactacagcagaagaaattagtgagcatttaact
ttccttgaaatgcctacagaagaaatggtaggttacaaaataagtgggcatgctaatgga
gatgagtgggaagaaattgttgttttatttaatgctaataaggaagaacaaaaaatagta
ttagatagaggagattgggaagtagtcgttaatgatcaagtggcgggtatagtacctata
gagaacatagtaggtaatgaagttgtggtacctagtagaagtgcaatggtattagtaaag
gcaaaaggagtagagacaagtacagatcaacaagtagatagtcaaaatgaaacaaccagg
tctcaagctaaaacaatagcttacattgtaggtggtgttgcagtagcagtagtagctgct
tttggtgtgagaagaaggttgaaaaataagcattaa

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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 (54)   
   KEGG ORTHOLOGY (1)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (76)   

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