Francisella philomiragia subsp. philomiragia ATCC 25015 O#319L: BZ13_1744
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Entry
BZ13_1744 CDS
T03764
Symbol
pulA
Name
(GenBank) pullulanase, type I
KO
K01200
pullulanase [EC:
3.2.1.41
]
Organism
fpt
Francisella philomiragia subsp. philomiragia ATCC 25015 O#319L
Pathway
fpt00500
Starch and sucrose metabolism
fpt01100
Metabolic pathways
fpt01110
Biosynthesis of secondary metabolites
Module
fpt_M00855
Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:
fpt00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
BZ13_1744 (pulA)
Enzymes [BR:
fpt01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.41 pullulanase
BZ13_1744 (pulA)
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Gene cluster
GFIT
Motif
Pfam:
Alpha-amylase
pulA_all-beta
Pullul_strch_C
CBM_48
Motif
Other DBs
NCBI-ProteinID:
AJI74201
LinkDB
All DBs
Position
complement(1768922..1772134)
Genome browser
AA seq
1070 aa
AA seq
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MQSSNNIWIEKNNIFEKFNAEYTLDQDPDTNSIRFRINAHGFSYGYVIGHFNHWKKEDRY
KLVWEADPDDGSLWLTKNVLKISSLINGSNQYSFVLVDLEGNERRLSASNRTFEPLTFNW
CVNPQILSIKASEDYIVPGYKVDLVAITESLTKKRSIVDVTWRVEPKSKLIEIKNNQLII
DPAITDISEVKVFCSSKNNPNHRAERVFRIAREPREGQLVHFVKKDDQYLGQDFSWELWT
YDEKGKTRPKSLSKKSDFGLYADCVNKNIIARKRTWNMYWQNDWAEQTGSFKTNEEHDNF
YIVYGDYDIYTSLNDVINRTNARINYAVLDEPNKIEAYLSDTPLVGTIFELWINSKKVTH
AVSIIKYKSKKVIFTNLPTDLNPSDLIEIRANNTFMPTKVCIGNFLDKYYYPNNDMGVTF
SNDIVSFRIWAPTAKHVELLIYHEDDNDKHEMPDDAFNLIPEPEYGTHSVSIAREFCENK
FYLYRFYFDDIDYRGNKYTKITYAIDPYAVGLGANGRKGFILDLNSEDLAPESWKNSYFH
TPKNPQDTIIYELHVRDFTISPDSNIPDNIRGKFLGTVYEGSEITSPDGELSVSTGIDSL
HELGVTHVHLLPIFDFSSVDESNANIKDNRNWGYDPQNYNAPDGSYSINPFDPTQRIKGA
REMIAGFHNKGIGVIMDMVYNHMTDTSNFDSIVPKYYFRTDSLGHFTNGSGCGNELDTEK
PMVRKFIKDSVLHWVKNYKVNGLRFDLMELIDLDTIKEITEEVKQIDPGIIVYGEPWKAG
DSPLRNGTYRGTQRNQDFSVFNDAFRDAIRGNNSPGNGYVNGDAHNPANIGKVMEGLKGS
IHDLTANPKETINYVDAHDNYTLWDQIEKSLNRNIQAGNYRQNIQENIFDSRRVRQNSLA
LGIVLTSQGVPFLHGGCEFLRTKQGDHNSYKSNDDINAFHWQDKLQYKPFFDYVKGLIKI
RKEHPAFRMTSPEDISKHLIVSAAYHDLHSGVIVSHLKDNANGDMWKNIVVVYNATAIEN
YDINDIVPITETNEWHVVANHERAGTETIEKTTKGKLPPLRAYSMLIIHS
NT seq
3213 nt
NT seq
+upstream
nt +downstream
nt
atgcagtcatcaaataatatatggatagaaaaaaataatattttcgaaaaattcaatgcc
gaatatacactcgatcaagatccagatacaaatagtattagatttagaatcaatgcacat
ggcttctcatatggatatgttataggacatttcaatcattggaaaaaagaagatagatat
aaacttgtttgggaagcagatcctgacgatggtagtctatggctaacaaaaaatgtactt
aaaatctctagtcttatcaatggttcaaatcaatactcttttgtattagttgatttagaa
ggtaatgaaagaagactatcagcaagcaatcgtacttttgaaccattaactttcaattgg
tgtgtaaatcctcagattctttcaataaaagcatctgaagactatatagtacctggttat
aaagtagacctagttgcaataacagaatcattgacaaaaaagagaagtattgtagatgtt
acatggcgagtagaacctaaatcaaaacttattgaaatcaaaaacaatcaactaattata
gatccagcaataactgatattagtgaagttaaagttttctgcagtagcaaaaacaatcct
aatcatagagcggaaagagtttttagaatagctagagaacctagagaaggtcaactcgtt
cattttgtcaaaaaggatgatcaatacttaggacaggactttagttgggaattatggaca
tatgatgaaaaaggcaaaacacgacctaaatcattatccaaaaaaagtgattttggctta
tatgctgattgtgtaaataagaatattattgctcgcaaaagaacatggaatatgtattgg
caaaatgattgggctgaacaaacaggctcattcaaaacaaatgaagagcatgataatttt
tatatagtttatggtgattatgatatctatacatcactaaatgatgttattaatcgaact
aacgctagaataaattatgcagtattagatgaacctaataaaattgaggcatacctatct
gatacgcctcttgtcggcactatatttgaactatggatcaactcaaaaaaagtaacccat
gcggtaagtattatcaaatataaatctaaaaaagttatatttactaatttgcctacagat
ttaaatcctagtgatttgatagaaatacgtgcaaataatacctttatgccaactaaagta
tgtatcggaaacttcttggataaatattattacccaaataatgatatgggtgtgacattt
tctaatgatattgtatcttttagaatatgggctccgacagcaaaacacgttgagcttttg
atatatcatgaagatgataatgataagcatgagatgccagatgatgcatttaatctaata
cctgagccagagtatggtactcatagtgtaagtattgctagagaattctgtgagaataag
ttctatctgtatagattttattttgatgatatagactatcgtggtaataagtatacaaaa
ataacttatgctatcgatccttatgcggttggacttggtgctaatggtagaaaaggcttt
atactcgatcttaactccgaagatcttgctcctgaaagctggaaaaacagctacttccat
acacctaagaatcctcaagacactattatatacgaactacatgttagagattttacaatc
agccctgacagtaatatcccagataatattcgtggcaaattcttaggtacagtatatgaa
ggatctgagataaccagtccagatggtgagctatctgtttcaacaggtatagatagtctt
catgaacttggagtaacccatgtgcatctattaccaatatttgatttctcatcagttgat
gagtcaaatgctaatatcaaagataatagaaattggggatatgatccacaaaactataac
gctcctgatggaagctactctatcaacccttttgatccaactcaaagaatcaaaggtgct
agagagatgattgccggattccataacaaaggtattggtgtaatcatggacatggtttat
aaccatatgactgatacatcgaactttgacagtatcgttccaaaatactatttcagaaca
gatagcttaggccattttactaatggttccggatgcggtaatgagcttgataccgaaaaa
ccaatggtacgtaagtttattaaagattctgttttgcattgggttaaaaactataaagtc
aatggactaagatttgacttaatggaactaatcgatttggatactatcaaagaaattact
gaagaagtaaaacaaatagatccaggtattatagtctatggtgagccatggaaagctggt
gattcacctcttagaaatggtacctacagaggcacacaaagaaaccaagatttctctgta
tttaatgatgccttcagagatgctattcgaggtaataatagtccaggtaatggctatgtt
aatggtgatgctcataatcccgctaatattggcaaggttatggaaggattaaaaggatcc
atacatgatctaactgctaaccctaaagaaactatcaactatgttgatgctcatgataac
tatacactttgggatcaaatagagaagagtttgaatagaaatatacaagctggtaactat
agacaaaacatccaagaaaatatctttgacagtcgtagagttcgccagaatagtttagct
cttggcatagtattgacatctcaaggtgtaccattcttacatgggggttgtgaatttctt
agaacaaaacaaggcgatcataacagttataaaagtaatgatgatatcaatgctttccac
tggcaagacaaattacaatacaagcctttttttgattatgtgaaaggacttataaagata
agaaaagaacaccctgcttttagaatgacctctcctgaagatattagtaaacatctaatt
gtttcagcagcataccatgatcttcattctggagttatcgtatctcatcttaaggataat
gctaacggcgatatgtggaaaaatatagttgtagtgtataatgcgacagctatagaaaat
tacgatatcaatgatattgtccctattaccgaaactaatgagtggcatgttgtcgcaaat
catgaaagagctggtacggagactatagaaaaaacaactaaaggcaagctacctcctctt
agagcatactcaatgttaattattcatagctaa
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