KEGG   Shewanella baltica OS195: Sbal195_1316
Entry
Sbal195_1316      CDS       T00622                                 
Name
(GenBank) alpha-1,6-glucosidase, pullulanase-type
  KO
K01200  pullulanase [EC:3.2.1.41]
Organism
sbn  Shewanella baltica OS195
Pathway
sbn00500  Starch and sucrose metabolism
sbn01100  Metabolic pathways
sbn01110  Biosynthesis of secondary metabolites
Module
sbn_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:sbn00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    Sbal195_1316
Enzymes [BR:sbn01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.41  pullulanase
     Sbal195_1316
SSDB
Motif
Pfam: Pullul_strch_C Pullulanase_N2 PUD CBM_48 Alpha-amylase Pullulanase_Ins
Other DBs
NCBI-ProteinID: ABX48491
UniProt: A9L5S4
Position
1561089..1565411
AA seq 1440 aa
MLSISNLIKLSALALSMSLLSACGGSDSSEPGKVLLTCDVPMVPDATGTSCVAPTPISCK
APKFPDPKNESCINGLDPSLPAPSVFPQANQAVLYYNRIKDKNNTASNAEYPKYKLHTWN
DEKCDAYAAPFDTSDWSNGHPFDGIDPNYGAYWILNLKEGYGACGNFIVHAGTDDAGKAL
GKNNLTMSLVQDDATYVRVNFTIHGESDVYEYPILETGFSISGMSAHWLDRNTFVWNQDP
QGVTSVKLHYSAKADIAADDNNVISGTQVTLTPATLSDAQKALSPVLADWPAYTANFTAD
EAKAIAKDQLVLVAYDADDKPVGATYVQAAKVLDDLYTQGDQDADEATLGVVYDGANIIA
SVWAPTAQDVKLKVYDANKTLKSTENMTLDSLTGIWSYRGDASLNRLYYRYALSVYHPTT
KKLESLESTDPYSLNVSSNGRFSQFINLDDADLKPDGWDNQTVAAIAHPEDAVIYEGHIR
DFSIRDQSTSAAHRGKYLAFTEQGSAPVEHLKKLVDNGLTHFHVLPATDMATVNENASER
IEMTDTLAKLCSKINDAADACKTQNKSATIESILANSLPGSSDAQALVDAMRGLDGFNWG
YDPQHFFAPEGSYATVAEGTERVLELREMNQALHNIGLRVVLDVVYNHTSASGVNANAVL
DKVVPGYYHRYDPVSGAMEQSTCCENTATEHRMMGKLVTDSLVLLAKEYGYDGFRFDVMG
HMPKQGILDARTAVQAVDPDTYFYGEGWNFGEVADNRLFEQATQANMAGSEVGTFNDRIR
EAVRGGALFATESKDDYLRDQDTLRLSLAGNLQNYVLKDFNGNSAKGSSFSWNSQPSAYA
LDPADSINYVSKHDNETLWDILQYKHAIGLSIENRVRVQNMAASIPLLSQGVPFLQMGGD
LLRSKSMDRNSYDSGDWFNYVDFTYNTNNWNVGLPLAQDNSSKWTQIAGISANPNAAASM
SDIELASGVFNEFLRIRHQSPLFRLTDVQTIIERVGFHNVGKRQQQGVIVMSLDDGVGLS
DLDPAVDAIVVMINGSATEQSHTVPTAAGFSLHEVQANSVDAKIRGASFSEGANEGTFTV
PAYSTAVFVKKQSGAQGLGLSANATVGAPDVVPYGSTDVFVRGGMNGWGEVDKFAYVGAG
EYRIAIKLNAGDYDFKIASADWNTVDFGAISADVAQVDEGVAEALAAKGGNLHFSAGITA
TYVFSLDASDKDHPVLSVYNEEPFVGTPVYLRGDMNGWGTDNEVKYMGGGIYRVDLAITA
GTKGFKLASSDWSTVDYGTGEADGVVVLNQEKLLAVKGGNMSITFDSDDTYSFVFDASNR
NEPKLSVYKTAMFGANTVYIRGGMNGWGTVDTLAYQGASVYSVDIALIAGDNEFKIASSD
WSSVDFGAVVGDEAVTLDGLKVLASKGANMHFNAPVDATYRFTVTGPDPKSPTLTVTQVN
NT seq 4323 nt   +upstreamnt  +downstreamnt
atgttgagtatctctaatcttattaaactatcggctttagccctgagtatgagcttactc
tcggcctgtggcggcagtgattcatctgaaccgggtaaagtactattaacttgcgatgtg
cctatggtgcccgatgcgacgggcacaagctgcgttgcacctacgcctatcagttgtaag
gcgcctaaattccctgatcctaaaaacgagagttgtataaacggtttagatccctcgtta
cccgcgccaagcgtattcccgcaagccaatcaagcagtgctttactacaatcgcattaaa
gataaaaacaatactgcgagtaacgctgaatatcctaagtacaaattacatacttggaac
gatgaaaagtgtgatgcctatgccgctccttttgataccagcgactggagcaacggccat
cccttcgatggtattgaccctaattatggcgcctattggatccttaatctgaaggaaggt
tatggtgcctgcggcaactttattgtgcatgccggtacggatgatgcgggtaaagcctta
ggtaaaaacaacttaaccatgtccctggtacaggacgatgcgacgtatgttcgcgtgaat
ttcaccattcacggtgagtcggatgtgtatgagtatccgattctagagacaggtttctct
atttcaggtatgagtgcccactggttagatcgcaatacctttgtgtggaatcaagatcca
cagggggtgacaagtgtgaaattgcattattcagctaaggctgatatcgccgccgatgat
aataatgtgatcagtggcactcaagtgaccttaacgcccgcgaccttaagcgatgcacaa
aaagcgttatcgccagtgctggcagattggcctgcttatactgctaattttactgcggat
gaagccaaagccattgcaaaagatcaattagtattagtcgcttacgatgccgatgacaaa
cctgttggcgcaacctatgtgcaagcggccaaggtgcttgatgatctttacacacagggt
gaccaagatgctgatgaggctacgctcggtgtggtttacgatggggcgaacattattgct
tctgtgtgggcaccgactgcccaagacgtaaaactgaaagtctatgatgccaataaaaca
cttaaaagcactgagaatatgaccttagatagcctcactggtatctggtcctatcgcggt
gatgctagccttaatcgcctctattatcgttatgcgctcagtgtgtaccatccaacgact
aaaaaacttgagtcgttagaaagcactgacccttattctttgaatgtgtcgagtaacggc
cgttttagccagtttattaatttggacgatgcagaccttaaacctgacggctgggataac
caaaccgttgctgcgattgctcacccagaagatgcggtgatctatgaggggcatattcga
gactttagtattcgagatcagagcaccagtgccgcccaccgtggtaaatatttggccttt
accgagcaaggctctgcgccagtcgaacatcttaaaaagctggttgataatggcttaact
cacttccatgtgttgcccgccaccgatatggcaacagtcaatgaaaatgccagtgaacgc
atcgaaatgaccgacacattggccaagttatgcagcaaaatcaatgatgcggccgatgcc
tgtaaaacccaaaacaagtcagcaactatagagagtattctggcaaatagcttacccggc
tcaagtgatgcgcaggcattagtggatgctatgcgtggtttagatggctttaactggggt
tacgatccgcagcatttttttgcacctgaaggcagttatgccacagtggctgagggtacg
gagcgagtgcttgaactgcgcgaaatgaaccaagccttgcataatattggtctcagagtc
gtattggatgttgtgtataaccacacgagcgcttctggcgtgaatgctaacgctgtgctt
gataaggtcgttcctggttattaccacagatatgaccctgtatctggcgcgatggaacag
tcaacctgttgtgaaaataccgccactgaacatcgaatgatgggcaaactcgtcactgat
tctttagtcttgcttgccaaagaatatggctatgacggcttccgttttgatgtgatgggg
cacatgcctaagcaaggtattctcgatgcgagaaccgctgttcaggccgtcgatccagac
acttacttctacggtgaaggatggaactttggtgaagttgccgataatcgtttattcgaa
caggcaacccaagccaatatggcaggctccgaagtgggcacctttaatgacagaatacgc
gaggcggtgcgtggtggcgcattgtttgcgactgagtcaaaggatgactacctgcgggat
caagataccttacgcttatcattggcgggtaacttacaaaactatgtactaaaagacttt
aatggcaattcggctaagggcagtagctttagctggaactcacaaccgagtgcttacgct
ctcgatcctgccgacagtattaactatgtttctaagcacgataacgaaaccctgtgggat
atcctgcaatataaacatgccattggtttgagtattgaaaatcgtgtgcgagtccaaaac
atggccgccagtattccactcttgagccaaggggtgccgttcctgcaaatgggcggtgat
ttactgcgctcaaaatcgatggacagaaacagctatgactcgggtgactggtttaactat
gtcgactttacctacaacaccaataactggaatgtaggtttaccactcgcgcaggataac
agcagcaaatggacgcagattgcgggtatttctgctaacccaaatgcggcggcttccatg
tcggatatcgaattggcttcgggggtatttaacgagtttttacgtatacgccatcagagt
ccattattccgcttgaccgatgtgcagaccattattgagcgtgtgggattccataacgtc
ggtaagcgtcagcaacagggtgtcatcgtaatgagtctggacgacggcgttggtcttagc
gatctcgacccggcagtcgatgccatcgtcgtgatgatcaacggcagcgcaacggagcag
tctcacacagtgccgactgcagcaggctttagcttacacgaagtacaagcaaactctgtt
gatgccaaaatccgcggcgcaagttttagtgagggtgcgaatgaaggcacatttacggtt
cctgcctacagcacggctgtatttgtgaaaaaacaaagcggtgcgcagggcttgggtctc
tcggcaaacgctaccgttggtgcgcccgatgttgtgccctatggcagtaccgatgtattt
gtccgtggcggcatgaatggctggggtgaagtcgataaattcgcctacgtcggcgctggc
gaataccgtattgccatcaaactgaatgccggtgactatgatttcaaaattgcctcggca
gactggaataccgttgattttggtgccataagtgctgatgtcgcgcaagttgatgaaggc
gtggccgaagcgctagcagcgaagggcgggaatctgcatttttccgcggggataacggca
acctatgtgttctcccttgatgcatcggataaggaccatcccgtattaagcgtctataac
gaagagccatttgtaggaacgccagtgtatctgcgtggtgatatgaatggttgggggact
gataacgaagtcaagtatatgggcggtgggatatatcgcgttgatctcgccatcacggct
ggtactaagggctttaaactcgcgtccagtgattggtctaccgtagattatggtaccggt
gaggccgatggtgtcgtcgtgctcaatcaagagaaattgctggcggtcaaaggcggcaat
atgagcatcaccttcgacagcgatgatacctacagctttgtgtttgatgcgtcaaatcgt
aatgaacctaaactcagcgtgtataaaacggcgatgtttggtgcgaacacggtttacatt
cgtggcggcatgaatggttggggcacagtggacacgttagcctatcaaggcgcttcggtt
tacagtgtcgatatcgcgttaatcgcaggtgataacgagttcaaaattgcttcatcagat
tggtctagtgtcgattttggtgctgtggtgggggatgaggctgtgacgcttgatgggtta
aaagtcttggcttcaaagggggcaaatatgcattttaatgcgccagtggatgcaacttat
cgctttactgtgacaggtcccgatcctaaatcgccaaccttaactgtgactcaagttaat
tag

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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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