KEGG   Francisella salina: F7308_1823
Entry
F7308_1823        CDS       T01560                                 
Name
(GenBank) Pullulanase
  KO
K01200  pullulanase [EC:3.2.1.41]
Organism
frt  Francisella salina
Pathway
frt00500  Starch and sucrose metabolism
frt01100  Metabolic pathways
frt01110  Biosynthesis of secondary metabolites
Module
frt_M00855  Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:frt00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    F7308_1823
Enzymes [BR:frt01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.41  pullulanase
     F7308_1823
SSDB
Motif
Pfam: Alpha-amylase Pullul_strch_C CBM_48 pulA_all-beta
Other DBs
NCBI-ProteinID: AEI36747
UniProt: F8GAE4
Position
1865305..1868517
AA seq 1070 aa
MQSLNNIWIEKDSIFEKFDAEYSLDQDPDTNSIRFRINAHGFSYGYVTGQFNQWKKEDRY
RLIWEADPDDGSLWLTKNILKISGLINGSNQYTFILIDLEGNERRLSASNRVFEPLTFNW
LVNPQILSIKASEDYIVPGYKVDLIAITESLTKKRSIVDVTWRVEPKSKLIEVKDNKLSV
DPSVTDISEVKVYCSSKNNPNHKAERIFRVAREPRKGQLIHFIKKDEQYLGQDFSWDLWT
YDEKGKTRPKSLSKKSDFGLYADCVNKNIIARKRTWSTYWQNDWAEQTSSFKIDEDHDNY
YIVYGDHDIYTSLSDVVNRTNARINYAVLDEPNKIEAYLSDTPLIGTIFELWINSKKVTN
AVNIVKYKSKKVIFTNLPSELKPSDLIEIRANNTFMPTKVLFGNFLDKYYYPNDDMGVVF
SNDTVSFRIWAPTAKHAELLIYHEDDNDKHEMPDDAFNLIPELEYGTHSACIPRDLCENK
FYIYRLYFDDIDYRGNKYTKITYAIDPYAVGLGANGRKGFILDLNSDELSPESWKNSYFH
TPQNPQDTVIYELHVRDFSIGSDNGIPENIKGKFLGTVYEGSEITTPNGELSVSTGIDSL
HELGVTHVHLLPIFDFSSVDESNANIKDNRNWGYDPQNYNAPDGSYSINPFDPTQRIKGA
REMIAGFHNKGIGVVMDMVYNHMTDTSNFDNIVPKYYFRTDSQGHFTNGSGCGNELDTEK
PMVRKFIKDSVLHWVKNYKINGLRFDLMELIDLDTIKEITEEVKQIDPGIIVYGEPWKAG
DSPLRNGTYRGTQRNQDFCVFNDTFRDAIRGNNSPGNGYINGDAHNPANIGKVMEGLRGS
IHDLTANPKETINYVDAHDNYILWDQIEKSLQRNIQAGDYRKNIPENIFESRRVRQNGLA
LGILLTSQGVPFLHGGCEFLRTKQGDHNSYKSGDDINAFHWQDKLQYKPFFDYVKGLIKI
RKEHPAFRITSPEDISKHLIVSAAYHDLHSGVIVSHLKDNANGDMWKNIVIVYNATAIDN
YDINDIVPTTETNVWHVIANHERAGTETIEKTTKGKLPPLRAYSMLIIHS
NT seq 3213 nt   +upstreamnt  +downstreamnt
atgcagtcattaaataatatatggatagaaaaagacagcatcttcgaaaagttcgatgct
gaatactctctagaccaagacccagatacaaacagtattagatttagaataaatgcgcat
ggcttctcatacggttatgttacagggcaatttaatcaatggaaaaaagaagatagatat
aggctaatatgggaagctgaccctgatgatggtagcttatggctgacaaaaaatattctt
aagatctctgggcttatcaatggctcaaatcaatatacttttattttgatagatctagag
ggcaatgaaagaagactttctgcaagcaatagagtttttgaaccactgactttcaactgg
cttgtaaatcctcagattctttcaataaaagcatctgaagactatatagtaccaggttat
aaagttgacctgatagcgataacagagtctttaacaaaaaaaagaagtattgttgatgtt
acatggcgagtagagccaaaatcaaagcttattgaagtcaaagataataaattaagtgtt
gacccttctgtaacagatataagtgaagtcaaagtatattgtagtagcaaaaacaatcct
aaccataaagcagaaagaatttttagagtagctagggaacctcgtaaaggtcaacttatt
cactttataaaaaaggatgaacaatatctaggacaggactttagttgggatttatggacg
tatgatgaaaaaggaaaaacacgcccaaaatcactttctaaaaagagcgactttggacta
tatgctgattgtgtaaataaaaacataatagcgcgcaaaagaacatggagcacgtactgg
cagaacgattgggctgaacaaacaagctcattcaaaatagatgaagatcatgataactat
tatatagtttatggagatcatgatatttatacttctctaagtgatgttgtcaacagaact
aatgccagaataaattatgctgtacttgatgagccaaataaaatagaggcttatttatca
gatactcctctgataggtactatatttgaactatggataaattcgaaaaaagttacaaac
gctgtaaatatcgttaagtataagtctaaaaaagttatatttaccaatttgccttctgag
cttaagccaagcgatttaatagaaattcgtgcaaataatacctttatgccaacgaaagta
ttattcggtaactttttggataaatactactatccaaatgatgatatgggtgttgtcttc
tctaatgacacagtatcatttaggatatgggctccaacagcgaaacacgccgagcttttg
atatatcatgaagatgataatgacaaacacgagatgcctgatgatgcatttaatttaatt
ccagaattagaatatggtacacatagtgcctgtatacctagagacctctgtgaaaataaa
ttctatatatatcgactttattttgatgatatagactatcgtggtaataagtatacaaaa
ataacttatgctatagatccttatgcagttggacttggtgccaatggtagaaaaggattc
atactagaccttaactcagatgagctatctcctgaaagctggaaaaacagctacttccat
acacctcaaaaccctcaggatactgttatctatgagttacatgtcagagatttctctatt
ggctccgataatggaataccagaaaacatcaaaggcaagtttttaggtacagtatatgaa
ggatctgaaataactactccaaatggtgagctatctgtttcaacgggtatagatagtctt
catgaacttggtgtcactcatgtacatctattaccaatatttgatttttcatcagttgat
gagtcaaatgccaatatcaaagataatagaaactggggatatgatccacaaaactacaat
gcaccagatggaagctactctattaatccttttgatccaactcaaagaatcaaaggtgct
agagaaatgattgccggattccataacaaaggtattggtgtcgttatggatatggtatat
aaccatatgactgatacatcgaactttgacaatattgtgccaaaatattatttcaggact
gatagccaaggccactttaccaatggttctgggtgtggtaatgaacttgataccgaaaaa
ccaatggtgcgcaagtttatcaaagactctgttctgcactgggtcaaaaactataaaatc
aatggtctaagatttgacttaatggaactaattgatcttgatactatcaaagaaattact
gaagaagtaaaacaaatagatccaggtattatagtctatggggaaccatggaaagctggt
gactcacctctaagaaatggtacatataggggcactcagagaaaccaagacttctgtgta
tttaatgatacattcagggatgcgattagaggcaataatagtccaggtaatggttacatc
aatggagatgctcataatccagctaatatcggcaaggttatggaaggtcttagaggctct
atacatgatctaactgctaaccctaaagagactatcaactatgtagatgctcacgataac
tatatactttgggaccaaattgaaaaaagcctgcaaaggaacatccaagctggagattat
cgaaaaaatattcccgaaaatatctttgaaagccgtagagttcgccaaaacggtttagcc
cttggtattttattaacatctcaaggagtgccattcttgcatggtggttgtgagtttttg
agaacaaagcaaggtgatcataacagttataagagtggtgatgatattaatgcttttcac
tggcaagataaattacaatacaagcctttttttgattatgtaaaaggacttataaagata
agaaaagaacaccctgcttttagaataactagtcctgaggatatcagtaaacacctaatt
gtttcagcagcataccatgatcttcattctggagttatcgtatctcatctcaaggataat
gccaatggagatatgtggaaaaatattgttatagtttataatgcaacagcaattgataac
tatgacatcaacgatattgttccaactaccgaaactaatgtgtggcatgtgattgcaaat
catgaaagagctggtacggagactatagaaaaaacaactaaaggcaagctccctcctctt
agagcatactcaatgttaattattcatagctaa

  All links  
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 (4)   
   Pfam (4)   
All databases (21)   

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