KEGG   Alteromonas stellipolaris R10SW13: AVL56_10720
Entry
AVL56_10720       CDS       T04403                                 
Name
(GenBank) pullulanase
  KO
K01200  pullulanase [EC:3.2.1.41]
Organism
aaw  Alteromonas stellipolaris R10SW13
Pathway
aaw00500  Starch and sucrose metabolism
aaw01100  Metabolic pathways
aaw01110  Biosynthesis of secondary metabolites
Module
aaw_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:aaw00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    AVL56_10720
Enzymes [BR:aaw01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.41  pullulanase
     AVL56_10720
SSDB
Motif
Pfam: Pullul_strch_C Pullulanase_N2 CBM_48 PUD AMPK1_CBM Pullulanase_Ins Alpha-amylase
Other DBs
NCBI-ProteinID: AMJ96551
Position
complement(2497424..2501773)
AA seq 1449 aa
MLTKPLSTSMLNVWRIAALILTALLVVGCGGSGVESGSNNLLTCNVPNVPNADGSACVAP
PPIQCDAPTVPNETNDACVVGADPSLPLPVFFPADNQAVLYYNRAAVDADNSTNDPVYEG
WRLHTWNNDECDAYADSDTDWANGRQHTGIDPNYGAYWVLDLKNDFDDCHNFIIHLGTDD
AGKELGGSDFQASLVQDDDTYVRMNFTLSGEPTLFEYPIMSLGPQPVDIVGFGAHWLDAN
TILWDVADTVSTVKLHYSPNADLESSLESGINGTSVALMPATLDDSQTAKAENLAGLQAW
EGDWSLEDAKTVLTTQAVVGGYDSDGVLIAATGLQNAKVIDAIYTAGDEDANEASLGVVY
SDTGIAVSVWAPTAQNVDLLTFNDNKTLANRYSMTRDTVTGIWQFEGDMSLDRQLYRFEV
TVFHPQTGAVEKLEVTDPYSVSLSTNGRFSRFVNLADDDLKPEGWDTQVIPTLENPEDAV
IYEGHVRDFSIRDMSTSEANRGKYMAFTEQNTAPILHLQKLVEAGLNYFHVLPANDIATI
DEDPTKTVGLFDTVADLCRLNTEAAVCEEENSATQLIDVYNSYDPLAEAAKAQQLTSDMR
AIDGFNWGYDPHHFNAPEGSYASSAEGVERIVEMRAMIQALHEMGLRVALDVVFNHTNAS
GVFAKSVLDKVVPGYFHRYETDTGDIVRETCCDDTEPRNVMMEKLMQDSLLMWTEHYKYD
AFRFDIMSQASKETMLQLRNSVQALDEDNYFYGEGWTRIDRGYEQANQLNMAGTQIGTYN
DRIREAIRQGNIFSPDSDALLSDQDKVKMSMVGTLQDYVLETSAGVASNTSNLGGYALDP
ADIINYVSKHDNETLWDQLNYTLPMDISLSERVRAQNVAIGIPLVSQGIPFLQMGGDLLR
SKSMDRNTYDAGDWFNFVDFTYETNNWNVGLPLAQDNEVRWEEMGEFIYSPERAASMTDI
LLASDVFNELLAIRMESPLFRLTTAEDIIDRIGFHNIGSNQQKGLIAMSIDDGVTADAET
LRADLDMQNDAIVVLVNTGYETQSISINTATGFSLHATQMNSSDETVRGATFNEAEDGNG
IFTVPALTIAVFVKPQSGAQGYGLSAYATSGAPDVVPYGETTPYLRGDMNGWTTDNPFIY
KGDGIYEVAVALEAGITYGFKFASEDWETVNFGAADGDDPAFVESEPKILARSNNNLSFT
PVIGATYLFTINASDSESPVLTIVNEEPYVGTPVFIRGAVNDWGTNDELVYQGGRIYIVT
MDIDPGSYEFKVASEDWDTVNFGALSADDADKNVNVGQTTALARTNDNLLLTIEEADRYV
FVFDVNDENNPTIGVYKEAYFGDTEVYIRGGMNGWGTTDLFTYQGEGEYTVDIELSIGSA
EFKVASEDWNTVNLGNPNDAASNLVTPGQPKVLSFSNNNLVIDVTDAGLYEFKVSGPNGE
SPTLTVSAK
NT seq 4350 nt   +upstreamnt  +downstreamnt
atgttaacgaaacccttatcaacgtcaatgctgaatgtatggcgcattgcagcacttatt
ctaacggcgcttcttgtagtaggttgcgggggctcaggtgttgaatctggctctaacaat
ttactgacttgtaatgtaccaaacgtacctaatgcagacggcagcgcgtgtgtcgcaccc
ccgcctattcagtgtgatgcacctacggtaccaaatgaaactaatgatgcgtgtgtggtt
ggcgccgatccaagtttgccactaccggtatttttccctgcagataatcaagcggtttta
tactacaaccgcgcggcagttgatgctgataattccacaaacgatcccgtgtacgaaggc
tggcgtttgcatacctggaacaacgatgaatgtgacgcatatgccgattcagatactgat
tgggccaacggacgtcaacatacggggatcgatcctaattatggcgcgtattgggtttta
gatttaaaaaatgattttgatgattgccacaattttatcattcacttaggcactgacgat
gcaggcaaagagctgggtggttctgacttccaagcttcgctagttcaagatgatgatact
tacgtgcgaatgaactttaccttatcgggagagcccactttatttgaatacccaattatg
tcacttgggccacagccagtggatatagtggggtttggcgcacattggttagatgcgaat
acgatattgtgggatgtggctgataccgtatctaccgtgaagcttcactattcaccgaat
gctgacttagaaagttcattggaaagtggaattaacggcacgtcagtagcgttaatgcct
gccacgttagacgatagccaaactgctaaagcagaaaacctagcgggtcttcaggcgtgg
gaaggtgactggagcctagaggatgctaaaacggtcttgaccacccaagccgtagtgggc
gggtatgacagtgatggcgttttaatagcagcaacaggcttacaaaacgcaaaggttatt
gatgctatttatacggcgggtgatgaagatgcaaatgaagcaagtttaggggttgtttat
tctgacacgggtattgctgtgtcggtatgggcacccacggctcaaaatgtagatttgctg
accttcaacgataacaaaaccctcgctaatcgctatagcatgacacgcgacaccgttaca
ggtatttggcaatttgaaggagacatgtcgttagatagacagctttaccgctttgaagtg
acggtttttcatccgcaaacgggggcggtagaaaaacttgaagttactgacccttattcg
gtaagccttagcaccaatggccgcttttctcgctttgttaacttagctgatgacgattta
aaaccagaggggtgggatacgcaggtcattcctacgttggaaaaccctgaggatgccgtt
atttatgaaggtcatgtacgagacttcagtattcgcgatatgtctacaagcgaagcaaat
cgtggcaagtacatggcatttactgagcaaaacacggcacctattttacacctacaaaaa
ctggttgaagcggggctaaattactttcatgtactgccagcgaacgatattgccactatt
gatgaggacccgactaaaacggttggtttatttgatacggttgcggacttgtgtcgtcta
aataccgaagctgcagtttgtgaggaagaaaacagtgccacacaacttattgatgtatac
aacagctacgacccactagctgaagcagcgaaagctcaacagcttacaagtgatatgcgt
gccattgatggttttaattggggttatgatccacatcattttaacgctcctgaaggtagc
tatgcgtcaagcgccgagggggtagaacgtatagttgaaatgcgggccatgattcaagcg
ctgcatgaaatgggccttcgagttgctttagatgtggtatttaatcataccaatgcctct
ggcgtgtttgctaaatctgtactggacaaggtagtccctggctatttccatcgatatgaa
acagacacgggtgatattgttcgcgaaacctgctgtgacgacactgaaccgcgcaacgtc
atgatggaaaaattgatgcaagattcactacttatgtggaccgagcattacaaatacgac
gcctttcgtttcgacattatgagccaagcttctaaagaaaccatgttgcaattgcgcaac
agcgtacaagcattagatgaagacaattacttctacggcgaaggctggacgcgcattgac
agaggttatgagcaagcgaaccagctaaatatggccggtacgcaaataggcacgtacaac
gatagaattcgtgaagctattcgccaagggaatatcttttcacctgactctgacgcgcta
ttgagcgatcaagataaagtgaagatgagcatggtaggcaccctacaagactatgtgctt
gaaacctcggctggtgtggccagcaataccagtaacctaggtggttacgcactcgatcct
gccgacattattaactatgtgtccaaacatgataatgagaccttatgggatcaactgaac
tacaccttgccaatggatatttcgttgagtgagcgcgtacgtgcacagaatgtcgctatc
ggtattccactggtgtctcaaggtattccattcttgcaaatggggggcgatttactgcgc
tctaagtctatggacagaaacacctatgatgcaggtgactggttcaacttcgttgatttt
acctatgaaaccaacaactggaatgtgggtttaccgttagcacaagacaatgaagttcgc
tgggaagaaatgggtgaatttatttatagcccagaacgagcagcatctatgactgatata
ttgcttgcgtcggatgtatttaacgagttgcttgccattcgtatggaaagcccgttattt
cgtttaacaacagctgaagacatcattgaccgtattggctttcataatatcggttcaaac
cagcaaaaaggcttaatagccatgagtattgatgatggtgttacggctgatgccgaaacg
ctacgtgccgacctcgatatgcaaaatgatgccatcgttgtacttgtgaatacggggtac
gaaacgcaatctataagcatcaataccgcaaccgggttttcattacatgcgacgcaaatg
aactcaagtgatgaaactgtgcgaggcgctacgtttaacgaagctgaagacgggaatggt
atattcacggttccagcactgaccattgccgtatttgtgaagccgcaatctggcgcacaa
ggttatggtttgtcggcctacgcaacttctggtgccccggatgttgtgccttatggtgaa
actacgccttaccttcgcggcgatatgaacggttggacgactgataatccatttatttat
aaaggagatggcatttatgaagttgctgttgccctggaagcgggaatcacttatggcttt
aagtttgcctcagaggattgggaaacggttaattttggtgccgcagacggagatgatcct
gcgtttgtagaaagtgagcctaaaatcttggcaagaagcaataacaatctatcattcact
ccggttattggtgctacgtatctgtttaccataaacgcctcggattcagagtccccagta
ctcactattgttaacgaagagccctatgttggcacacctgtgtttattcgaggtgcagtg
aacgattggggcactaatgacgaacttgtgtatcaaggggggcgtatctatatagtgaca
atggatatagacccaggcagttatgaattcaaagtcgcttctgaagattgggatacggtt
aattttggcgcattgagtgctgatgatgcagataagaatgttaacgtaggtcaaacgact
gctttggcaagaacaaacgataatctgcttttgactattgaagaagctgaccgttatgta
tttgtttttgatgtaaatgacgaaaacaatcccaccataggtgtgtataaagaagcctat
ttcggtgatacagaagtgtacattcgcggtggtatgaacgggtggggaactactgaccta
tttacctaccaaggtgagggtgagtacacggtagatattgaactcagcataggaagtgcg
gagttcaaggtggcatcagaagattggaatactgttaatttaggtaacccaaacgatgcg
gcatctaacctagtaacgccgggtcagccaaaagtgttgtcatttagcaacaacaatctt
gttattgacgtcactgatgctgggctttacgaatttaaagtgtctggtcctaatggagag
tcgcctacactcaccgtgagcgcaaaataa

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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 domain (7)   
   Pfam (7)   
All databases (23)   

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