Vibrio gigantis: MID13_16670
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Entry
MID13_16670 CDS
T08202
Symbol
pulA
Name
(GenBank) pullulanase-type alpha-1,6-glucosidase
KO
K01200
pullulanase [EC:
3.2.1.41
]
Organism
vgi
Vibrio gigantis
Pathway
vgi00500
Starch and sucrose metabolism
vgi01100
Metabolic pathways
vgi01110
Biosynthesis of secondary metabolites
Module
vgi_M00855
Glycogen degradation, glycogen => glucose-6P
Brite
KEGG Orthology (KO) [BR:
vgi00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
MID13_16670 (pulA)
Enzymes [BR:
vgi01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.41 pullulanase
MID13_16670 (pulA)
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Pullul_strch_C
Pullulanase_N2
CBM_48
PUD
Pullulanase_Ins
Alpha-amylase
X25_BaPul_like
AMPK1_CBM
DUF4437
GlgB_N
Motif
Other DBs
NCBI-ProteinID:
ULN67353
LinkDB
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Position
2:complement(246343..249984)
Genome browser
AA seq
1213 aa
AA seq
DB search
MTKKRSFKRSTLAKAILPLFTATLIAGCGSDNDSDTDAGNSGLYKAGENEVVVYYKRDVA
AASTSSSTYDGWGLHLWNGEGCTSTDLVSMGLSETGTDWNSPYEYDGISDTYGAYYVLKV
DPDASDPHKCMNFILHNGDEKAFGSANSKVELTKLGDSQGVFGFHGSSELYYDPISERPV
NIDGQKAHWLDAETIAWEAASNADSLKLFYALDNSITMNDKEIVGGTAVELTKDGELSSE
LKERFRHLASLPALSIDVDDNTLRTILKSQIILVAYNANGDITSSTEVQKPGVLDAVFAS
KDAGNAMGEELGAIVEGGAATFKLWAPTAQDVELVLYSEDLQSSQVIPMTESTETGIWAT
DAVSNAVNSYYRYQVKVYHPTTGNIETRLVTDPYSLSLSKNSAYSQVIDLNDSTLKPASW
DDYERPTVEKDEDHVLYESHLRDFSFSDKLGTASLNGKYLALTEADRESVKHLQALKDAG
LTTLHILPAFDIATVDEDEASRVDITDTVGKLCDLKPEATLCGNEDENKVIEDVLDGYDP
STGDAQALMNDLRMLDSFNWGYDPFHYTVPEGSYATDPNGSKRILEFRQMVKATHDMDLK
LIMDVVYNHTNASGVNDKSVLDKIVPGYYHRLNVNTGGVENSTCCDNTATENLMMGKLMV
DSLKVWADDYKVDGFRFDLMGHQPKDVMVEALAEVRKIDANTLFYGEGWDFGEVADNARF
DQANQINMAGTEIGTFSDRLRDAVRGGSPFDGGVDSEGKHPLRFNQGFGNAAIANEETKV
DQDSINGRLHNQDLVRLGMAGNLAEYVLIDYKGDTKLGKNVDYNGAPAGYTKMPSENISY
VSKHDNQTLWDNNAYKIATGTSSAERARMQSVSLSTVMLGQGIPFIHMGSELLRSKSMQR
DSYDSGDWYNRVMFDGTDNNWNVGLPRQDKDGANWDLIKTIIADSTAKPDADDIELTKQQ
FLELLKIRSSSELFRLDTADEVMKRVDFRNVGEDQVEGLIVMSIDDGVSAGENLDPTNDA
IVAVVNSTNESQSFKITGATGFTLHDVQQNSADDTVKGANFSAETFTVPALTTAVFVQAQ
NGDVQGAGLPVDNSDKDVSSIPPYGQTTVYVRGDMNGWGSTDDWAMSFVANGVYSVTSNL
EAGDYGFKFADADWKTPNFGCDSVELADGSIDLGTGGNCQLSVTEAGSYTFTLNSIHELD
DDVEKAVVSVTKN
NT seq
3642 nt
NT seq
+upstream
nt +downstream
nt
attacaaaaaagagaagcttcaaacgctcaacactagccaaagcgatattgcctctcttc
actgccacccttatcgcaggctgtggtagcgataacgacagcgacacggatgctggcaac
agtggcttatacaaagctggcgaaaacgaagtcgttgtttactacaaacgtgatgtcgcg
gctgcgagcacgtctagctcgacctatgatggctgggggttgcatttatggaatggcgaa
ggctgcaccagcacagacttagtcagtatggggttgagtgaaaccggaaccgattggaac
agcccttacgaatacgatggtatcagtgatacttacggtgcctactatgtattaaaagta
gacccagatgcctctgacccacataaatgcatgaacttcatcttgcacaatggtgatgag
aaagcatttggcagtgcgaactcaaaagtcgagttaactaagcttggtgattcgcaaggt
gtattcgggttccatggcagcagcgagttgtactacgacccaatctcagagcgcccagtg
aatattgatggccaaaaagcacactggttagacgccgagactatcgcttgggaagcggca
agcaacgctgactctctgaaactgttctatgcactagataacagcatcactatgaacgac
aaagagattgtgggaggcactgccgttgaattaaccaaagatggcgaactatcttctgaa
ttaaaagagcgtttccgtcatctagcaagcctacctgctttatcgatcgatgttgacgat
aatacgttacgcaccatcttaaaatctcagataattcttgttgcctacaatgctaatggt
gacatcacctcttcaactgaggttcaaaagcctggtgtgcttgatgcggtatttgctagc
aaagatgctggtaatgcgatgggtgaagaactaggcgcgattgttgaaggcggtgcggct
accttcaaactttgggctcctactgcacaagatgttgaactcgtcctgtacagcgaagat
ctccagagctcacaagtcatcccgatgacggagagtacggaaacgggaatttgggcaaca
gacgcagtatcgaacgcagtgaacagttattaccgttaccaagtgaaggtctaccaccca
actacaggcaatatcgaaactcgacttgtcacagacccgtactctctcagcttgtcaaag
aactcagcatactctcaagtgattgacctgaatgattcaactttgaaaccagcgagctgg
gacgactacgaacgaccaaccgtagagaaagacgaagaccatgtactttacgagtcacac
ctccgtgattttagtttcagcgacaagttaggcactgcaagcttgaacggaaaatacctt
gcgcttacggaagcggatcgtgaatcggtcaaacaccttcaagctctgaaagatgccggt
ttgacaactctgcatatcctgccagctttcgatatagctaccgttgatgaagatgaagca
agccgtgtcgatattactgacaccgtaggtaagctatgtgatttaaaacctgaggctact
ttatgtggtaacgaagacgaaaataaagtcatcgaagatgtactcgatggttatgaccct
tcaacaggcgatgcacaagcgttgatgaatgacctacgcatgttggacagcttcaactgg
ggctacgacccattccattacacggttccagaggggagttacgcgacagatcctaatggt
tcgaagcgtattctagagttccgtcaaatggtgaaagccacgcacgacatggatctcaag
ctgatcatggacgtggtatacaaccacaccaatgcgtctggtgtgaacgataagtcggta
ctggataagattgtccctgggtactaccaccgtcttaatgtaaacactggtggcgtcgaa
aactcaacctgttgtgacaacactgcgactgaaaacctaatgatgggtaaattaatggtc
gactcacttaaggtatgggctgacgattataaagtggatggtttccgttttgacttaatg
gggcaccaaccaaaagatgtgatggtagaggctcttgctgaagtacgtaaaatcgacgct
aacacactgttctacggtgagggttgggatttcggcgaagtagccgataatgcacgcttc
gatcaagcgaaccaaatcaacatggcaggcactgagataggtacattctcagaccgtttg
cgtgacgctgttcgtggcggtagcccattcgatggtggcgtagattcagaaggcaaacac
ccacttcgctttaaccaaggcttcggtaacgccgcgatcgccaatgaagaaaccaaagta
gatcaagattcgatcaacggtcgtttacacaaccaagatcttgttcgtttagggatggca
ggtaacctcgcagaatacgtgttgattgattacaaaggcgataccaaactgggtaaaaac
gttgattacaacggcgcgcccgctggctacaccaagatgccttcagagaacatctcttac
gtttctaaacacgataaccaaacactttgggataacaacgcttacaagatcgccactggt
actagctctgctgagcgtgcgcgtatgcagtctgtgtcgctttctaccgtgatgttaggc
caaggtataccattcatccatatgggctctgaactgctacgttcaaagtctatgcagcgt
gattcttacgattcaggtgactggtacaaccgcgtaatgtttgatggtactgacaacaac
tggaatgttggcttaccacgtcaagataaagatggtgctaactgggatttgatcaaaacg
atcattgctgacagcacggctaaacccgacgcagacgacattgagctgactaagcaacaa
ttcctagaactactaaaaatccgtagctcaagtgaactattccgcttagacacagcagac
gaagtcatgaagcgtgtcgatttccgaaatgttggcgaagatcaagtcgaaggcctgatt
gtaatgtctattgatgatggtgtgtctgcgggggaaaatcttgaccctaccaatgatgcg
attgtagcagttgtaaactcaaccaatgaatctcagtcgttcaaaatcaccggagctact
ggctttacacttcacgatgttcaacaaaactcggctgacgatacagtgaaaggcgcaaac
ttttccgctgaaaccttcacagtgcctgcattaacaacagcagtgttcgtacaagcccaa
aatggcgatgtacaaggagctggtctaccggttgataactcagacaaagatgtgtcaagc
atcccgccatacggccaaacgacggtttacgttcgaggcgacatgaatggatggggttca
actgatgattgggcgatgagctttgttgccaatggggtttattctgtaacaagcaacttg
gaagctggcgattatggcttcaagtttgcggatgcagattggaaaacacctaactttggt
tgtgactcagttgagcttgctgatgggtctatcgacctaggcactggtggtaattgccaa
ttgagcgtaacagaagcgggtagctacacgttcactctgaattcgattcatgagttggat
gacgatgtagaaaaggcggtcgtttcagtaaccaagaattaa
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