KEGG   Alteromonas australica DE170: EP12_09770
Entry
EP12_09770        CDS       T03858                                 
Name
(GenBank) pullulanase
  KO
K01200  pullulanase [EC:3.2.1.41]
Organism
aaus  Alteromonas australica DE170
Pathway
aaus00500  Starch and sucrose metabolism
aaus01100  Metabolic pathways
aaus01110  Biosynthesis of secondary metabolites
Module
aaus_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:aaus00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    EP12_09770
Enzymes [BR:aaus01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.41  pullulanase
     EP12_09770
SSDB
Motif
Pfam: Pullul_strch_C Pullulanase_N2 CBM_48 PUD Pullulanase_Ins Alpha-amylase
Other DBs
NCBI-ProteinID: AJP43907
Position
2118338..2122741
AA seq 1467 aa
MKNITLGLLKCVSFAKPCEMTQENSMFTNTRVWRAALLLVGAIMLAGCGGSDVESGTNTL
LTCEVPNVPNDSGTACVPPPPIQCEAPTVPNETNDACVVGADPALPDPVFTPSENQAVLY
YNRAAVDADNSSNDPAYEGWRLHTWNNDTCDAYADADTDWANGRTHTGIDPNYGAYWILE
LKEGYGDCHNFIIHKGTDDAGKEMGGGDFQASLVQDDDTFVRMNFTLSGEPTLFEYPIMS
LGPQPVDIDGFAAHWLDANTILWNVPDTVAEVKLHYSAQADLESSLEEGINGTAVTLMSS
SLTEAQASRVPHLSSMQAWEGDWSVEDAKTVLTTQAVVGGYDADGTLVVATGIQLANAID
ALYTQGEDDADEAQLGGIYTDSGITAALWAPTATNVDLLLYSENKTLNQRIEMLRDDVSG
VWRYEGDMSLDRQLYRYEVTVYHPITETIETLLVTDPYSVSLSTNGRFSRFVNLADEDLK
PDGWDTHDIPTVDHFEDAVIYEGHVRDFSVRDMSTSPENRGKYLAFTEQGTAPVEHLKKL
VEAGLTYFHVLPANDIATVDEDPANTIDLYDTVGDLCRLNSEAAVCEEESEDALIIDVYN
AYDPLSQAGKAQQLTHDLQAIDTFNWGYDPHHFNAPEGSYASSAEGVERIIEMRAMIQAL
HEMGLRVALDVVYNHTNASGVFSKSVLDKAVPGYYHRYEVDTGAIVRETCCDDTEPRNVM
MEKFMEDSLLMWAEHYKYDSFRFDIMSQATKETMVRLRDAVHAIDEDNYFYGEGWTKIDR
GYEQASQLNMAGTEIGTYNDRIREAIRQGNIFNPDSDALLSDQDRVKMSMIGTLKDYVLE
TSAGTAVATSNLGGYAEDPADIINYVSKHDNETLWDQLNYTLPQTITLEERVRAQNVAMG
INLVSQGIPFLQMGGDMLRSKSMDRNTYDSGDWFNYVDFTYETNNWNVGLPLAQDNESRW
EEMGEFIYSPDRAASMADIMFASDVFAELLSIRMSSPLFRLTTADDIIDRVGFHNIGASQ
QQGLIAMSIDDGVTDGDESRTDLDMMNDAIMVLVNTGYEEKSIAVNTATGFSLHVTQMNS
VDAAVRGASFTEGEDGNGIFTVPALTIAVFVKPQSGAQGYGLSAFATSGAPDVVPYGDTV
AYLRGDMNGWSTDDAFTYQGDGKYTVAVALEADTTYSFKFASEDWATVNFGAGEGEDVNV
VALADKVLARTNNNLSFTPTVSATYLFTIDATDIEAPVLLVENEEPYVGTPVYLRGAMNG
WGTDEEFVYQGGRIYTFARDIDAGSYEFKVASEDWSTVNFGALTGDDADRILTPGHTLSV
AATNDNLVLNVESADRYVFVFNVTDVNAPTLGVFKENYWGDTDVYIRGGMNGWGVEDMFS
YQGEGVYTTDIELSAGSIEFKVASEDWATVNLGNPNDAVSNLVVEGEAKTLGSSNNNLTI
EVIDGGLYEFKVSGPDGNAPTLTVTMK
NT seq 4404 nt   +upstreamnt  +downstreamnt
atgaaaaacatcaccttaggattacttaaatgtgtttcgtttgccaaaccttgtgagatg
actcaggagaattctatgtttactaatacacgagtatggcgcgcagctctactcctagta
ggcgcaataatgttagccggttgtggaggttcagacgttgagtctggcaccaataccttg
ttgacgtgtgaggtacctaatgttcctaatgattcaggaacggcgtgcgtacctccaccc
cctattcagtgcgaggcacctaccgtgcccaatgaaaccaacgacgcatgtgtcgtgggc
gcagaccctgcattaccagaccctgtgtttacaccttcagaaaaccaggccgtgctttac
tataaccgtgcagcagtggatgctgataattcaagcaacgatccagcatatgaaggttgg
cgattacacacgtggaataacgacacctgcgatgcctatgctgatgccgatacagactgg
gcaaatggccgtacacatacaggtatagaccctaattatggtgcttattggatactggaa
ttaaaagaagggtatggcgactgccacaacttcattattcacaaaggaaccgatgatgcc
ggtaaagagatgggcggcggcgattttcaggcgtcgcttgttcaggatgacgacaccttt
gttcgtatgaactttactttatcgggggaaccaacgctttttgaataccccattatgtca
cttggcccacagccggtggacattgacgggtttgcagcgcattggttagacgccaacact
attttgtggaatgttccagataccgtagcagaagttaagctgcactattcagcgcaagct
gacttagaaagcagtttagaggaaggcattaatggcacagcagtcaccctaatgtccagc
agcctcactgaagcgcaggcatcacgtgtgccgcatctttcaagtatgcaggcctgggaa
ggggattggtcggttgaagatgcaaaaaccgtcttgaccacacaagcggttgttggtggg
tatgatgccgatggtacgttagtggtagcaacgggtattcaacttgcgaatgcgattgat
gcactttacacccaaggagaggacgacgctgatgaagcacaacttggcggcatttacaca
gactccggcataacggccgcactgtgggcaccgacagccacaaacgttgatcttttgctg
tacagtgagaataaaacgctaaaccagcgtatagaaatgctgcgtgatgacgtctcaggc
gtatggcgctacgagggggatatgtcactagataggcagctttatcgttatgaagtcact
gtttaccaccccattaccgaaacaatagaaaccctgttagttaccgacccgtattcagta
tcgttaagtaccaatggccgcttttcacgttttgtaaatttagctgatgaagacttaaaa
cccgatggttgggacacccacgatatccctacggttgatcactttgaagatgcggtaatt
tacgaagggcatgtgcgcgattttagtgtacgtgatatgtcgacgtcgccagaaaaccgt
ggtaaatatttggcctttactgaacagggaaccgccccagttgagcaccttaaaaaatta
gtggaggcgggcttaacctattttcacgtgctacctgctaatgacatagcgactgtcgac
gaagaccccgctaatacgatagatttatatgatactgttggtgatttatgccgcctaaat
agtgaagctgcggtgtgtgaagaagaaagtgaagatgcgttaatcattgatgtttacaac
gcttatgacccactatctcaagcaggtaaggcacaacaactcacgcatgacttacaggct
atcgataccttcaattgggggtacgaccctcaccacttcaacgcgccagaaggcagttat
gcttccagtgcagaaggtgttgaacgaatcatcgaaatgcgtgcaatgattcaagcttta
catgaaatggggcttagggtggcgttagatgtggtgtacaaccataccaatgcgtcaggc
gtatttagtaaatctgttctagacaaagccgtgccaggctattaccaccgttacgaggta
gataccggggctatcgttcgggaaacctgttgcgatgacacagagccacgtaatgtcatg
atggaaaagttcatggaagactctttgttaatgtgggctgagcactataagtacgactcg
tttcgctttgacatcatgagtcaagcaacaaaagagaccatggttcgcttacgtgatgcc
gttcacgctattgatgaagacaattatttctatggcgaagggtggactaaaattgaccgc
gggtacgaacaagctagccaattgaacatggcagggacagaaattggtacctataacgac
cgaattcgggaagctatccgtcaaggcaatatctttaatccagactctgatgcactgtta
agcgatcaagaccgcgtaaaaatgagcatgattggaacacttaaggattatgttcttgaa
acgtccgcgggtaccgctgtcgccacaagtaatttaggggggtacgctgaagaccctgca
gacatcattaattacgtgtcaaagcatgataatgaaaccctatgggatcagcttaattac
accttacctcaaacgattaccttggaagagcgggtacgggcccaaaatgtggccatgggt
attaacctagtgtctcagggcattccatttttacagatgggcggcgacatgctgcgttct
aaatccatggacagaaatacttacgattctggcgattggttcaactatgtagactttacc
tacgagacgaataactggaacgtaggtttgccgttagcgcaagacaatgaaagccggtgg
gaagaaatgggcgagtttatttacagccccgaccgcgcagcctctatggccgacattatg
tttgcatccgatgtctttgctgaacttctcagtattcgtatgagtagcccattgtttaga
ctaaccacagcagacgatattatcgacagagtcgggttccataatataggtgcaagtcaa
caacaaggcttgattgccatgagcatcgatgatggtgtgactgacggtgatgaaagtcgt
accgatctcgacatgatgaatgatgcaatcatggtgcttgtaaataccggttatgaagag
aaatcgattgctgttaacacagcaacaggcttttcactgcatgtcactcaaatgaactct
gtcgatgccgctgtgcgtggtgctagctttactgaaggtgaggatggaaacggaattttc
acggtacctgcgctaaccattgctgttttcgttaaaccgcaatctggggcgcagggttac
ggattatcagcgtttgccacctcgggggcgccagacgtggtgccttacggcgatactgtt
gcgtatttacgcggcgacatgaatggttggtctactgatgatgcatttacatatcaaggc
gatggtaaatacacggtagcggttgcattagaagccgacacaacttacagctttaagttt
gcttccgaagattgggcaacagtgaatttcggagcaggcgagggcgaagatgtaaatgtg
gttgcactagcagataaagtattagctcgaaccaataataatctgtcgttcacgccaacc
gtatctgcaacctatttgtttacgattgatgcgacagacattgaggcgccggtgcttctt
gttgaaaatgaagagccctatgttggcacacccgtgtaccttcgtggtgcaatgaacgga
tggggaaccgacgaagagtttgtataccaagggggccgcatttacacgtttgcccgtgac
attgacgcgggcagttacgagtttaaagttgcgtcagaagattggagtaccgtcaatttt
ggcgcattaacgggtgatgatgccgaccgtattttaacgccagggcatacactatccgtc
gcagcgacgaatgacaacttggtcctaaatgttgaatcggctgaccgttatgtctttgta
tttaatgtcaccgatgtcaatgccccaaccctaggcgtatttaaagaaaactactggggt
gacacagacgtgtatattcgcggtggcatgaacggctggggcgttgaagatatgtttagt
tatcagggagaaggcgtgtataccaccgacattgaacttagtgcaggtagcattgaattc
aaagttgcctctgaagattgggccactgttaatcttgggaatcccaatgatgcggtgtcg
aatctggtcgttgaaggggaagcaaaaaccttaggtagcagcaacaataacctaaccatt
gaagtaatagatggtggtttatatgagtttaaggtaagtggcccagatggaaatgcacct
acgctaacggtgacgatgaagtaa

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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 (6)   
   Pfam (6)   
All databases (22)   

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