Taylorella equigenitalis ATCC 35865: KUI_1343
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Entry
KUI_1343 CDS
T02186
Symbol
tktA
Name
(GenBank) transketolase 1
KO
K00615
transketolase [EC:
2.2.1.1
]
Organism
tea
Taylorella equigenitalis ATCC 35865
Pathway
tea00030
Pentose phosphate pathway
tea00710
Carbon fixation by Calvin cycle
tea01100
Metabolic pathways
tea01110
Biosynthesis of secondary metabolites
tea01120
Microbial metabolism in diverse environments
tea01200
Carbon metabolism
tea01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
tea00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00030 Pentose phosphate pathway
KUI_1343 (tktA)
09102 Energy metabolism
00710 Carbon fixation by Calvin cycle
KUI_1343 (tktA)
09109 Metabolism of terpenoids and polyketides
01051 Biosynthesis of ansamycins
KUI_1343 (tktA)
Enzymes [BR:
tea01000
]
2. Transferases
2.2 Transferring aldehyde or ketonic groups
2.2.1 Transketolases and transaldolases
2.2.1.1 transketolase
KUI_1343 (tktA)
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Gene cluster
GFIT
Motif
Pfam:
Transketolase_N
Transket_pyr
Transketolase_C_1
Transketolase_C
DXP_synthase_N
E1_dh
Motif
Other DBs
NCBI-ProteinID:
AFN36395
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Position
complement(1455965..1457989)
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AA seq
674 aa
AA seq
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MNKPQVPDSYLANAIRSLTMDAVQKANSGHPGAPMGMAEMAVALWHKNLKHNPLNPKWYD
RDRFVLSNGHASMLLYSLLFLTGYGLSIEDLKDFRQLHSKTPGHPEFGITPGVETTTGPL
GQGIGNAVGFALSEALLAQEFNRDEHKIVDHFTYAFAGDGCLMEGVSHEVFSLAGTLKLN
KLIVLYDSNGISIDGQIHPWFNENTKLRFESYGWQVIDGIDGHDVSAVDLAIKKAQEFSR
QLDTGPTLIICKTVIGKGSPKVQGSEKAHGSPLGSDEILETRKTLGINYGDFEVPKDVLD
SWSHITKGAGQQAVWDSVWASYKVQYPDLANEYERRMTGQLPSDFEAKFKTYIEQVLGEQ
KSIATRKSSQNVITKLAEILPELLGGSADLTSSNLTSWPEAKPVRSGTGNITFGRHINYG
VREFGMAAIMNGVSLHGGYLPFGGTFLTFSDYSRNGIRMSALMNQKVVHVFTHDSIGVGE
DGPTHQSIEHAWSLRLIPNLDVWRPCDTTETAYAWGSAVTRNGPSALLLSRQNLPFIARD
EESLSNISKGGYVLRAIVNPKAIIIATGSEVQIAMDAQVQLKEEGIPVTVVSMPSTTVFD
RQSEEYKEEVLPRKLPKIVIEAGTTGPWYKYVGLDGAVLGIDSFGESAPANDLFNYFGLT
SEKLIKLVKTSIKE
NT seq
2025 nt
NT seq
+upstream
nt +downstream
nt
atgaataagcctcaagttcctgattcatacctcgcaaacgcaatacgttcattaactatg
gacgcagtccaaaaagctaattctggtcatccaggtgctcccatgggtatggcagagatg
gctgttgccctttggcataaaaatttaaaacacaatccacttaacccaaaatggtatgac
agggatagatttgttttatctaatggtcatgcttctatgcttttgtactcattgcttttt
cttactggttacggtctgagcattgaagatttaaaggattttaggcagcttcactcaaaa
actcctggtcatccagagtttgggattaccccaggagtagaaactacaactggtccttta
ggtcagggtatcggaaatgctgtgggattcgccttatctgaagccttactagctcaggaa
tttaatagagatgagcataagatagttgatcattttacatatgcatttgctggtgatggt
tgtcttatggagggtgtgtcgcatgaggttttctcattggcagggacacttaagttaaat
aagcttatagttctttatgatagtaacggcatatcaattgatggtcagatacatccatgg
tttaatgaaaatacaaaacttcgctttgaatcttatggctggcaggttatagatggtatt
gatgggcatgacgttagtgctgttgatttagctataaaaaaagcccaagaattttctcgt
caactagatacgggacctactctaatcatatgcaaaactgtaattggtaaaggatctcca
aaagttcaagggtcagaaaaagctcatggttctcctcttggttcagatgaaatcctagaa
actaggaaaactcttggtattaattatggggactttgaagtacctaaagatgtattagat
tcatggagtcacattactaaaggagctggtcaacaggctgtatgggattccgtatgggct
agttataaggttcagtaccctgatttagcaaatgagtacgaacgacgcatgactggacaa
ttgccttccgacttcgaagctaaatttaagacttatatagaacaagttttaggtgagcag
aaatctattgccaccagaaaatcatctcaaaatgttattacaaaattagctgagattctt
ccagagttgttaggggggtcggctgatttaacctcatcaaatttaacaagctggccggaa
gctaaacctgtgagatctggtacaggtaatattacatttggtcgccacataaattatggt
gttagagaatttggtatggcggccattatgaatggagtttcattgcacggtggatacctt
ccgttcggtggcacttttttaacgttttcggattattccagaaatggtatccgcatgtcg
gctcttatgaatcaaaaagttgttcatgtgtttactcatgattccataggtgtgggggaa
gatggacctacacaccaatccatagagcatgcttggagccttagattaattccaaatctt
gatgtttggagaccatgcgatactacggaaaccgcctatgcatggggttctgccgttaca
agaaatggtccaagtgctcttttgctttctagacaaaatctaccttttattgcaagagat
gaagaaagtctatccaatatatccaaaggcggatatgttcttagggctattgttaatcct
aaagccattattattgctacaggttctgaagtacaaattgctatggatgcacaagtacag
ttaaaagaggagggcattcctgtgactgttgtttccatgccttccacaacagtttttgat
aggcagtcagaagaatacaaagaagaagtactacctagaaaacttcctaaaatcgttatt
gaagcgggtactactggtccttggtataaatacgtagggcttgacggtgctgttttaggc
atagattcatttggcgagtcagcccctgctaacgatctttttaattacttcggtctcaca
tcagaaaaattaataaaactagttaaaacttcaattaaggagtaa
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