| Entry |
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| Name |
(GenBank) Alpha-glucosidase
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| KO |
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| Organism |
tmt Thermoanaerobacter mathranii
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| Pathway |
| tmt01110 | Biosynthesis of secondary metabolites |
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| Brite |
KEGG Orthology (KO) [BR:tmt00001]
09100 Metabolism
09101 Carbohydrate metabolism
00052 Galactose metabolism
Tmath_1715
00500 Starch and sucrose metabolism
Tmath_1715
Enzymes [BR:tmt01000]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.20 alpha-glucosidase
Tmath_1715
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
complement(1717991..1720393)
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| AA seq |
800 aa
MIKENYLFKLTKNEDNVIDFKLVEGNTYVKVFVLEEDIIRFLMYEKELKLDRTWLVAPGM
DDIEKEGRNRLDISPFSKPEYILHYDDLTCTIETSKIKLVINLNGMKTTWYAKLNGSEVK
FASDRKTQAYNIEGSLGKGVFHYLERSINEQYYGLGEKAGIAERHGRSFKMMNVDAMGYD
AETTDPLYKHVPFYITRNKETGISFGIFYDNLSTSIFDMGKELDNYHGYYRYYYAEDGDL
DYYIILGPKIKDVTQKFSYLTGRTIFPPKWSIGYSGSSMHYTDAPNAQERLQKFIELCKK
YDIPCDSFHLSSGYTSIGKKRYVFNWNRDKFPSPEDIVNYYHENGVKLCANIKPVLLIDH
PMYKELEENKMFVRDKTGEKTEIVQFWDDLGAYVDFTNPKAYDWWKKQVTEKLLKYGIDS
TWNDNNEYEIWDNDAKAYGFGKEISIGQIRPLMSLLMMKASYEAQKEYNPHIRPYLISRS
GCPGMQRYVQTWSGDNRTCYKTIKFNIKMGIGLSLSGIYNFGHDVGGFAGPAPEPEMFVR
WVQNGIFYPRFTIHSWNDDGTATEPWMYPEVLPYIRQAIKFRVKITPYIYNLLYRAHEYY
EPIIRPTFYNFENDPKTFEDCDDFMLGDDMLIASVVEKGQYEREVYLPKHNDGWYDYHTG
LWYEGGQKVKVPAPLDYSPLLIRGGAIIPINDADITFETKSRDERGFMIFPHKHNGRTEF
KLYEDDGYTNDYKKGIFTFVNVNMDCDDEKINIKIFAEGKYKLPYDVVRIYLPKSEARQI
IINGKTFDKNNENIYETYIG |
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| NT seq |
2403 nt +upstreamnt +downstreamnt
atgataaaagaaaattatctatttaaactgacaaaaaatgaagataatgtaatagatttc
aagttagtagaaggaaatacttatgtaaaggtatttgtgcttgaagaagatataataaga
tttttaatgtatgagaaggaacttaaattagacagaacttggcttgtagcaccaggcatg
gatgatatagaaaaagaaggaagaaacagattggatatttcccccttctctaaacctgag
tacattttgcattacgatgatcttacatgtacgatagaaacttctaaaataaagttagtt
attaaccttaatggtatgaagacaacatggtatgcaaagcttaatggcagtgaagttaag
tttgcgagcgatagaaagacacaagcctataatatagaaggatcgttaggtaaaggggta
tttcattatttagagaggagtattaatgaacaatattatgggttaggagaaaaagcagga
atagcggaaagacacggaagaagctttaagatgatgaacgttgatgctatgggatacgat
gctgaaactactgatccactatataagcatgtacccttctatataacaaggaacaaggag
acaggaatatcctttggaattttttatgataatttatcaacgtctatatttgatatggga
aaagaattggacaattatcacggatattacagatattactatgcagaggatggagattta
gattattacattatacttggaccaaaaataaaagatgttacacaaaaattttcctattta
acaggaaggactatatttcctccaaaatggagtatagggtattcaggctcttcaatgcat
tatacagatgcaccaaatgcacaggaaaggcttcagaaattcatagagttgtgtaaaaaa
tacgatataccctgtgattcattccacctatcttctggatatacttcgattggtaaaaaa
agatatgtattcaactggaacagagataagtttccttctcctgaagatattgtaaattac
taccatgaaaatggagtaaagctctgtgcaaacataaaacctgtattattaattgatcat
ccaatgtataaagagcttgaagagaataaaatgtttgttcgtgataaaactggagagaaa
acagagatagttcaattttgggatgatttaggagcatatgtggattttacaaatcctaag
gcctatgattggtggaaaaaacaggttactgaaaaattgttaaaatatggaatagactca
acatggaacgacaacaatgaatatgaaatctgggataatgatgcaaaagcttatggattt
ggcaaagaaataagcatagggcagataagaccattgatgtcactgctcatgatgaaggcc
tcctatgaagctcaaaaagaatataaccctcatataaggccttaccttatttcaagatct
ggatgccctggaatgcaaagatatgttcagacatggtcaggggataataggacatgctat
aaaaccataaagtttaatataaaaatgggtattgggcttagccttagcggtatttataat
tttggccatgatgttggaggcttcgcaggtcctgcacctgagcctgaaatgtttgtaaga
tgggttcaaaatggtatattttatccaagatttacaatacattcctggaatgacgatggc
actgcaactgagccgtggatgtatcctgaggttcttccttatataagacaagctattaaa
ttcagggttaaaataactccatatatatataatctactttacagggcccatgaatattat
gaacctataataagaccaaccttttataattttgaaaatgatcctaaaacctttgaagac
tgtgatgattttatgctgggagatgatatgctaattgcatctgtagttgaaaaaggacag
tatgaaagagaagtatatcttccaaagcataatgacggttggtatgattatcacactggc
ttgtggtatgagggaggtcaaaaggtaaaagttcctgccccattggattattcgccttta
ttaataagaggaggagcaataataccaattaatgatgcagatattacttttgaaactaag
tcaagggatgagaggggctttatgatattccctcataaacataatggaagaactgaattt
aaactttatgaagatgatggatatacaaatgactataaaaagggtatatttacatttgta
aatgttaatatggattgcgatgatgaaaaaataaatataaaaatttttgctgaaggaaag
tataaactaccctatgacgtagtaagaatatatctcccaaaatccgaggcaagacaaatt
ataattaacggaaaaacatttgataaaaacaatgaaaatatttatgaaacttatataggt
tga |
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