Thermogladius calderae: TCELL_0558
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Entry
TCELL_0558 CDS
T02127
Name
(GenBank) pullulanase
KO
K01208
cyclomaltodextrinase / maltogenic alpha-amylase / neopullulanase [EC:
3.2.1.54
3.2.1.133
3.2.1.135
]
Organism
thg
Thermogladius calderae
Pathway
thg00500
Starch and sucrose metabolism
thg01100
Metabolic pathways
thg01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
thg00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
TCELL_0558
Enzymes [BR:
thg01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.54 cyclomaltodextrinase
TCELL_0558
3.2.1.133 glucan 1,4-alpha-maltohydrolase
TCELL_0558
3.2.1.135 neopullulanase
TCELL_0558
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Motif
Pfam:
Alpha-amylase
Glyco_hydro_70
pulA_all-beta
Malt_amylase_C
Alpha-amylase_C
Motif
Other DBs
NCBI-ProteinID:
AFK50983
UniProt:
I3TDZ5
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Position
505251..507272
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AA seq
673 aa
AA seq
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MKSTMPSLKKTLGAAVLVSILALILANELWVLTQQGREQISTQTKTSSQVSTTTTYTPST
TSSAYTTTPGTTTSPNSATAFPVEEYLGSGGSSAVFNPADPAFLSVADGGVVLRLTTPAG
TYSSVYVVVNGTSIEMKRQLKWSGYEMWYARVDGVGPFEYYFVLATSEGRRVYLYNTTER
PLFNFDGVDRFPQVRWVVGSVGYQIFPDRFYNGDPTNDLLANRTDELCLNAFSTSRPAFS
NWSDPITPLHCCHQYFGGDLKGITMKLGYLKSLGVDMIYLNPIFLSGSVHGYDTYDYLVV
DPKYGTQEDLRNLIIRAHDLGIRVIFDFVPDHVGIGFWAFLDVYEKGPSSKYWYWFTIYK
WPFKLGDSSAYRCWWGFGSLPQLNTTNPEVRDYLLNVALYWMDFGFDGMRIDTPTDLLGA
KDFFRELRALVKSKYPQAYIVGEIWDLDPSWLKGDLFDSLMFYSLGRGVLLAFSSGKITG
TQAAEALSVFYASIGANVAGMGFNVVDSHDTSRVLTDLGGGRLGDKPSYESIQRLKLLTV
LQFTMPGMPVIFQGDERGALGDKNHFDEQRYPIQWDQLIPEVYNHYLYLTTLKHTLPGLN
TSIIRVLYSSDDLLVYTRGYNDEVLVIANNGLIDHEVQLPEGAWRVVYPAGYQAVVVNKI
RVSPLSALILVKE
NT seq
2022 nt
NT seq
+upstream
nt +downstream
nt
gtgaagtcgacgatgccatcgctgaagaaaacgttaggggcggctgttctcgtctctatc
ctagccttaatactcgcaaacgagttgtgggttttaacccagcaagggcgtgaacagatt
tcgacgcagaccaagacgtcttcccaggtttcgactacaacaacctacacccctagtact
acgagttccgcctacacgacaacaccgggtactacgaccagtccgaatagcgctacggcc
ttcccggtggaggaatacctaggtagcgggggatcgagcgctgtgttcaacccggccgac
ccggcgttcctctccgtggcagacggtggcgtagtactgagattgacgacacccgcgggg
acctactcgagcgtctatgtcgtcgtcaatgggacttcgatagagatgaagagacagctc
aagtggagcgggtacgagatgtggtacgcaagggtcgacggtgtaggccccttcgagtac
tactttgtgctcgcgacgagtgaaggtcggagagtctacctgtacaacaccactgagagg
ccactgttcaacttcgacggcgttgacaggttcccgcaggtaaggtgggtggtcggctcg
gtcggttaccagatcttccccgacaggttctataatggagacccaacgaacgacctccta
gcgaacaggacggacgagttgtgcctgaacgctttctccacgtcgagacccgctttctcg
aactggagtgaccctataacgccgctgcactgctgtcaccagtacttcggcggtgacttg
aagggcatcaccatgaagctaggctacttaaagagcctcggggtggacatgatataccta
aaccccatcttcctctcgggtagcgtccacgggtacgacacttacgactacctggttgta
gaccccaagtacgggacgcaggaggacctcaggaacttgataataagggcacacgaccta
ggcatacgggtgatattcgacttcgtaccggaccacgtcggcataggcttctgggccttc
ctagacgtctacgaaaagggcccctcgagcaagtactggtactggttcacgatctacaag
tggccgttcaagctcggagactcatcggcctacaggtgctggtggggcttcggaagtcta
ccacagttgaacaccactaacccggaagtgcgggactacctgctgaacgtggcgctctac
tggatggacttcggcttcgacgggatgaggatagacaccccgacagacctcctcggcgcg
aaggacttcttcagggagttgagggctctcgttaagagcaagtacccccaagcctacatc
gtcggcgagatctgggacttggacccctcctggctcaaaggagatttattcgactcgctt
atgttctactcgcttggcagaggggttctcctcgcgttcagtagtggtaagataactggt
acccaggcagccgaggctctttcggtcttctacgcctccataggtgccaacgtagcgggt
atgggcttcaacgtggtcgacagccacgacacatcgcgcgttttgactgatctcggcggg
ggcagactgggcgataagcccagttacgagtctatacagaggctcaaactactaaccgtg
ctccagttcactatgccgggcatgcccgtgatattccagggcgacgagagaggtgctctg
ggcgacaaaaaccacttcgacgagcagaggtaccccatccagtgggatcaactgataccc
gaggtctacaaccactacctgtacttaacgacccttaagcacactctaccagggctcaac
acgagtatcatacgtgtactgtactcgagcgatgacttactagtgtacactcgaggatac
aacgacgaagtcctagtgatagcgaataacggcctaatagaccacgaggttcagctaccc
gaaggggcttggagagtggtttacccggccggttatcaggctgtagtcgtcaacaagatc
cgtgtcagcccgctctctgcgctgatcctcgtgaaagagtag
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