| Entry |
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| Symbol |
tktB
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| Name |
(GenBank) transketolase 2, thiamin-binding
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| KO |
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| Organism |
cst Acetoanaerobium sticklandii
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| Pathway |
| cst00710 | Carbon fixation by Calvin cycle |
| cst01110 | Biosynthesis of secondary metabolites |
| cst01120 | Microbial metabolism in diverse environments |
|
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| Module |
| cst_M00007 | Pentose phosphate pathway, non-oxidative phase, fructose 6P => ribose 5P |
|
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| Brite |
KEGG Orthology (KO) [BR:cst00001]
09100 Metabolism
09101 Carbohydrate metabolism
00030 Pentose phosphate pathway
CLOST_1766 (tktB)
09102 Energy metabolism
00710 Carbon fixation by Calvin cycle
CLOST_1766 (tktB)
09109 Metabolism of terpenoids and polyketides
01051 Biosynthesis of ansamycins
CLOST_1766 (tktB)
Enzymes [BR:cst01000]
2. Transferases
2.2 Transferring aldehyde or ketonic groups
2.2.1 Transketolases and transaldolases
2.2.1.1 transketolase
CLOST_1766 (tktB)
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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(1893002..1894987)
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| AA seq |
661 aa
MKKIDERAINSIRFLSIDSINKANSGHPGLPMGAAPMAYTLWSKFLRISPQNPTWENRDR
FVLSAGHGSMLLYSLLHLFNYGLPLEELKNFRQFDSKTPGHPEYGHTVGVETTTGPLGQG
FANAVGMAIAERHLAGKFNTSKFDIVDHYTYVLAGDGDMMEGITYEAASLAGTLKLDKLV
ALYDDNKITIDGSTDISFSEDVKKRFEAMHWNVIVVKDGNDAGLIRKAIIKAHKSKGKPT
LIMVKTIIGFGSPNKAGTSKVHGSPLGKDEAMLTREALGWNDYSEFEIPEDVKDHFMRLS
KKKEKTFKEWQSKLVDYAKENPELYREWKRYNSNEISKELYEDKSIFETSSDSMATRASG
GDILNKIAKYVPNIVGGSADLNESTKTYLKEKGDFLVDDMGANIFFGIREHAMGAIVNGI
VLHGGLRAYGSTFLVFSDYMRTPIRLASLMNIPAMFIFTHDSIGVGEDGPTHQPIEHVSS
LRMMPGLSVWRPADYMETGFSYVAAFEKTDGPSVMVLTRQNLPKLDGVNENVKKGGYILS
KEEKATPDAILMGSGSEVSLLVEAKKVLKEKGLDVRIVSMPNMNVFEMQSKEYKEEVLPS
DVEARVSVEAGVTMPWYRYLGNKGTAIGIDTFGASAPIEKLMKHFGFSVDNVVDKVLEVV
K |
|---|
| NT seq |
1986 nt +upstreamnt +downstreamnt
gtgaaaaaaatcgatgaaagagctataaactcgataagatttttatctatcgatagcatc
aataaagctaactctggccatcctggattaccaatgggtgcagcaccaatggcatataca
ctatggagcaaatttttaagaatttctcctcagaatcctacatgggaaaatagagataga
ttcgtactatcggctgggcacggctcaatgcttctttattcactacttcatctatttaac
tatggattacctttagaagagcttaaaaactttagacaatttgatagcaagactccaggg
catcctgaatatggtcatactgtaggcgtggaaactactacaggaccactagggcaaggc
tttgcaaatgcggtgggtatggctatagcagaaagacatttagctggaaagtttaataca
tctaaatttgacatagtagatcactatacctatgtacttgctggggacggcgatatgatg
gaaggaatcacatatgaagcagcatcacttgcaggaacgcttaagctagataagctagtt
gctctttatgatgataataaaattactatagatggaagtactgatatttcttttagcgaa
gatgtaaaaaagagatttgaggcaatgcactggaatgttatcgtagttaaggacggtaat
gatgctggtcttataagaaaagctataataaaggctcataagtcaaaaggcaagcctaca
cttattatggttaagaccataataggctttggaagtcctaataaagcaggtacttctaaa
gttcatggttctccacttggcaaggacgaagctatgctaacaagagaggctcttggatgg
aatgattatagcgagtttgaaatccctgaagatgtaaaagaccactttatgagacttagc
aagaaaaaagaaaagacttttaaagagtggcagtcaaagcttgtggattatgcaaaggaa
aatccagagctttatagagaatggaaaagatataatagcaatgagatttctaaggaattg
tatgaagacaaatctatatttgaaacttctagtgatagtatggctactagagcttcaggt
ggagatatactaaataaaatcgcaaaatatgttccaaatatagtaggagggtcagctgac
ctaaatgaatctacaaagacttatcttaaagaaaaaggtgattttttagtagatgatatg
ggagcaaatatattctttggtatcagagaacatgccatgggagctatagtaaacggtata
gtacttcacggaggactaagagcttatggttctactttccttgttttctctgattatatg
agaacacctattagactggcttctcttatgaatataccggctatgtttattttcactcat
gattcaataggagtaggagaagatggaccgactcatcagcctatagagcacgtttcaagc
ttaagaatgatgccaggacttagcgtgtggagaccagcagattacatggagacaggtttt
tcatatgttgcggcatttgaaaaaactgatggtccaagcgttatggttctaacaagacaa
aaccttccaaagctagatggagtaaatgaaaatgttaagaagggtggatacatcctatct
aaagaagaaaaagctactcctgatgcaattcttatgggttctggctctgaggtttcatta
ctagttgaagctaaaaaagtattaaaagaaaaaggtctggatgtaagaatagtatcaatg
ccaaacatgaatgtgtttgaaatgcaatctaaagaatataaagaagaggtacttcctagc
gatgtagaagcgagagtatctgtagaagctggagttactatgccatggtatagataccta
gggaataaaggaacagcaataggaatagatacctttggggcttctgctcctatagaaaaa
ttaatgaagcattttggttttagtgttgacaacgtagtagataaagttcttgaggtagtt
aaatag |
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