Reinekea forsetii: REIFOR_02283
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Entry
REIFOR_02283 CDS
T05208
Name
(GenBank) pyruvate dehydrogenase E1 component
KO
K00163
pyruvate dehydrogenase E1 component [EC:
1.2.4.1
]
Organism
rfo
Reinekea forsetii
Pathway
rfo00010
Glycolysis / Gluconeogenesis
rfo00020
Citrate cycle (TCA cycle)
rfo00620
Pyruvate metabolism
rfo00785
Lipoic acid metabolism
rfo01100
Metabolic pathways
rfo01110
Biosynthesis of secondary metabolites
rfo01120
Microbial metabolism in diverse environments
rfo01200
Carbon metabolism
rfo01210
2-Oxocarboxylic acid metabolism
Module
rfo_M00307
Pyruvate oxidation, pyruvate => acetyl-CoA
Brite
KEGG Orthology (KO) [BR:
rfo00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
REIFOR_02283
00020 Citrate cycle (TCA cycle)
REIFOR_02283
00620 Pyruvate metabolism
REIFOR_02283
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
REIFOR_02283
Enzymes [BR:
rfo01000
]
1. Oxidoreductases
1.2 Acting on the aldehyde or oxo group of donors
1.2.4 With a disulfide as acceptor
1.2.4.1 pyruvate dehydrogenase (acetyl-transferring)
REIFOR_02283
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Motif
Pfam:
PDH_E1_M
Transketolase_C_1
Transketolase_N
Transketolase_C
Motif
Other DBs
NCBI-ProteinID:
ATX77414
UniProt:
A0A2K8KW96
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Position
2463856..2466513
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AA seq
885 aa
AA seq
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MEHDIDTIETQEWLDALSSVVREEGADRAQFLLKRLSDQVTHTGDSVPFAINTPFRNTIR
LEEEPKYPGDNELERKIRAIIRWNAVAMVVRANKSGDDLGGHISSFQSSATLYDIGFNHF
WRAPTATHPGDMVYFQGHISPGIYARSFVEGRLSEDQLHNFRREVDGNGLSSYPHPWLMP
DYWQFPTVSMGLGPIQAIYQAHVMRYMENHEKIEKGGRVWAFLGDGEMDEPESLGAISLA
GRENLDNLNFVVNCNLQRLDGPVRGNGKIIQELEGMFRGAGWNVVKVVWGRHWDRLFAND
TKGLLQKRMDEVVDGELQSYKSHGGSYTREHFFGKYPELAELVKDLSDEDIFRLNRGGHD
PYKVYAAFNRAVNDNNGKPTVILAHTVKGYGIEAGEAKNMTHSLKKLSVDDLKQFRDRCG
VPVSDADLDAGQIPFYRPDENSPEMQYIRNHRNTLGGYIPIRRREAEGKVTVPTLEAFDS
ITKDSGDREISTTMNFVRLLSQLMKDKAIGERIVPIVPDEARTFGMEGMFRQFGIYSALG
QTYIPQDKNQVMWYKEDLKGQILQEGINESGAMSSWIAAATSYSTYNYQLVPFYAYYSMF
GFQRIGDLAWAAGDLQARGFLIGATSGRTTLNGEGLQHQDGHSHILAGTIPNCVTYDATY
GYEIATIVQDGLRRMIENQENVFYYITTLNENYQHPGLEPEMIDGIKKGMYLLEDGVKKS
KQAVQLFGSGSILQEVRAAAEMLRNDYKVEVDVWAVTSYNELTRDGLEVDRQNLLHPEAD
QAEAYVTQMLKARRGPVISASDYMKNYGNQIRKWVPQSYTVLGTDGFGRSDSRAKLRHFF
EVDRNWITVAALKALADEGVIEAKVVTKAIKKYALDVNKPNPMTV
NT seq
2658 nt
NT seq
+upstream
nt +downstream
nt
atggaacatgatattgataccattgaaacgcaagagtggctcgacgcactaagttctgta
gtgcgcgaagaaggcgctgatcgcgcgcaattcttattgaaacggctttctgaccaggtg
acacacacgggcgactcggtcccctttgctattaatacaccctttcgcaataccatccgt
ttggaagaagaacctaaataccccggtgacaacgagctggagcgaaaaatccgcgccatc
attcgttggaacgcggtcgccatggtggttcgcgccaacaagtccggcgatgatctgggt
ggccatatttccagcttccagtcttctgcgaccctctatgacattggctttaaccacttt
tggcgggcacctaccgcgacccatccgggtgacatggtctacttccaaggccatatatcc
ccgggtatctacgcacgctccttcgttgaaggtcggttaagcgaagaccaattgcacaac
tttcgtcgtgaagtcgacggtaatggcctgtcgtcctatccgcacccctggttgatgccc
gattactggcagttcccgaccgtttcgatgggcttgggaccgatacaggcaatctatcag
gcgcatgttatgcgctatatggaaaaccacgaaaagattgaaaaaggtggccgagtttgg
gcgttcctgggtgacggcgagatggacgagccggaatccttaggcgctatatcgctcgcc
ggtcgcgagaacctagacaacctcaattttgtcgtcaactgcaacctgcagcggctcgac
gggccggtgcgcggcaacggtaagatcatccaagaattggaaggtatgttccgcggcgct
ggctggaatgtggtcaaggtcgtctggggtcgccattgggatcgactgtttgctaacgat
accaaaggcttgttgcaaaaacgtatggacgaggtcgtcgatggcgaattgcaatcctat
aaatctcatggcggcagctacactcgtgagcacttctttggtaagtatcctgaattggcg
gaattggttaaagatctctccgatgaggatatcttccgtttgaaccgtggtggccacgac
ccttataaggtgtatgcggcgttcaatcgtgcggttaacgacaacaacggcaaaccgact
gtcatcttggcgcataccgtcaagggttatggcatcgaagccggtgaagcgaagaacatg
actcattcgctgaaaaaactatcggttgatgacctaaagcagttccgtgaccgatgcggt
gtgcccgtttccgatgccgatctcgatgcaggtcagattcctttttatcgtccggacgaa
aacagtcctgagatgcagtacatccgcaaccaccggaataccttgggcggttatatcccg
atccgtcgcagagaagccgaaggcaaggtcaccgtgccaacgctcgaggccttcgactcg
atcaccaaagattctggtgaccgtgagatatccaccacgatgaacttcgttcgtctgtta
tcccagttgatgaaagacaaggcgatcggcgaacgtatcgtgccgattgtcccggacgaa
gcccggacctttggtatggaaggcatgttccgccaatttggtatctattcggcattggga
cagacctatatcccgcaggataagaatcaggtcatgtggtacaaagaagatctcaaaggc
caaattctgcaagagggtatcaacgaatccggtgccatgagctcgtggattgccgcggcg
acctcttacagtacctataattaccagctggtgccgttctacgcctactattccatgttt
ggtttccagcgtatcggtgacttggcttgggccgcaggcgatttgcaggcacggggcttc
ttgattggcgcgacctccggtcggaccaccctcaacggtgagggtttgcagcatcaggat
ggccacagtcatatactggctggcaccattccgaactgtgtgacctatgacgctacctat
ggctatgaaattgccaccatcgtccaagacggtttacgccggatgatcgagaatcaggaa
aatgttttctactacattaccaccctgaacgagaactaccagcatcccggcttagagcct
gagatgatcgatggcatcaagaaaggcatgtatttgctggaagatggcgttaagaagagc
aagcaggctgtgcagctgttcggctctggctccatcttgcaggaagttcgtgccgcagcc
gaaatgctgcgtaacgactataaagtcgaagtcgatgtttgggcggtcaccagctataac
gaactgacccgtgatggtcttgaagtcgaccggcagaacctcttgcatccggaagcggac
caggctgaagcctatgtcacgcagatgctcaaagcgcgccgtgggccagttatttcggcc
agtgactatatgaaaaactatggtaatcagatccgcaagtgggtaccccagtcctatacc
gtgttgggtaccgatgggtttggccgcagtgactcgcgcgccaagctgcgtcacttcttt
gaagtagatcgcaactggatcacggtggcggcattaaaagccttggccgatgagggtgtg
atcgaagccaaggtagtgaccaaagcgattaaaaaatatgcattggacgtcaacaaaccc
aatccaatgacagtatga
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