Macrococcoides bohemicum: HT586_06760
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Entry
HT586_06760 CDS
T07164
Name
(GenBank) 2-oxoglutarate dehydrogenase E1 component
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
mboe
Macrococcoides bohemicum
Pathway
mboe00020
Citrate cycle (TCA cycle)
mboe00785
Lipoic acid metabolism
mboe01100
Metabolic pathways
mboe01110
Biosynthesis of secondary metabolites
mboe01120
Microbial metabolism in diverse environments
mboe01200
Carbon metabolism
mboe01210
2-Oxocarboxylic acid metabolism
Module
mboe_M00009
Citrate cycle (TCA cycle, Krebs cycle)
mboe_M00011
Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:
mboe00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
HT586_06760
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
HT586_06760
Enzymes [BR:
mboe01000
]
1. Oxidoreductases
1.2 Acting on the aldehyde or oxo group of donors
1.2.4 With a disulfide as acceptor
1.2.4.2 oxoglutarate dehydrogenase (succinyl-transferring)
HT586_06760
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Gene cluster
GFIT
Motif
Pfam:
E1_dh
Transket_pyr
OxoGdeHyase_C
2-oxogl_dehyd_N
DUF6378
Motif
Other DBs
NCBI-ProteinID:
QRN49898
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Position
complement(1322986..1325772)
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AA seq
928 aa
AA seq
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MTKGKNLDEAPPRFGTNLGILLEMFDQYLVDPSSVSDELQILFSSIQGGRPALSGNLNSV
GNADTEKVKRVLKLIDNIRLYGHLTADIYPLYRPHRENLPALTLEDFNLSEDDLKSLPAG
LISERYAQQFDNALEAINHLQAAYQSTIGFEISHINDANEREWLIEQIESREHHQLSKDE
KINLLKSLAHVEGFEKYIHKNFVGAKRFSIEGVDALVPMLENVLRIANKENIRNIEIGMA
HRGRLNVLTHILEKPYEMMLSEFMHTDPLKFLPEDGSLVVTKGWTNDVKYHLGGKKTTTK
YGNEQVVSLANNPSHLEIVAPVVLGKTRAVQEVTTDVNKPEQDFNKALAVLIHGDAAFPG
QGINFESMNLSNLDGYSVGGSLHIITNNRVGFTTEPYDSRSTTYATDVAKGYDLPIIHVN
ADDVEACMEAIHLAMAFRQKFHKDFVIDLVGYRRYGHNEMDEPTITNPMLYKEVKGHPSI
EIKYGKELVAEGVITEDEMNAIFDGVTAEMRTAHDKIDKSTKNNDSEMLAPVEVTEGYES
VETGVSSDRLRKLNEEMLSTPETFTVFNKLQKILERRNDPFTKDGLIDWGHAELLAYGTI
IQDGKPVRHTGQDAERGTFAHRHAVLNDENNGDKYVPLQHISDAKASFDIHNSPLSEAAV
VGFEYGYNLENNDALAVWEAQYGDFANMAQMIFDNFVSSANAKWGERSGLTLLLPHAYEG
QGPEHSSARLERFLQLAGENNWTVANVTSTANYFHLLRRQAHYLNTLQMRPLVLMSPKSL
LRNNFVADTVDKFTEGSFKPIISESYKKTKVKKLLIASGKVAIDLYTELQKNPNDTIHLI
RLEQLYPLPKDEIQAIINDLRGLTEIGFVQEEPENQGAWQYVYPELLDMARGIDIKYYGR
VRRAAPSEGDNEIHKLVQTKIINEALNL
NT seq
2787 nt
NT seq
+upstream
nt +downstream
nt
atgacaaaaggtaaaaacctagatgaagcaccacctagatttggaacgaacttaggtatt
cttttagaaatgttcgatcaatatctagtggatccatcgtcggtatctgatgagttacaa
attttattttcaagtattcagggggggcgaccagcactatcagggaatttaaatagtgta
ggtaatgccgatactgagaaagttaagcgtgtgttaaagttaattgataatattagattg
tatggacatcttacagctgatatctatccattataccgtccacatagagaaaatttacca
gcattaacacttgaggattttaatctgtcggaagatgatttaaaatctttgccagctgga
ctaatatctgaacgttatgcgcaacaatttgacaatgctttagaagcaatcaatcattta
caagctgcttatcaaagtacaataggttttgaaatctcgcatataaatgatgcaaatgaa
cgtgaatggttaattgaacaaatcgaatcacgtgagcatcatcaattaagtaaagacgaa
aagattaatctattaaaaagtcttgcacacgtagagggcttcgaaaaatatatccataaa
aatttcgtaggagcaaaacgtttctcaattgaaggtgtagatgctttagtaccaatgtta
gagaatgtattgcgtattgcaaataaagaaaacatcagaaacattgaaattggtatggct
caccgtgggcgattaaatgtcttgacacacattttagaaaagccatacgaaatgatgtta
tctgaatttatgcatactgatcctctgaaattcttacctgaagatggttcgcttgttgta
acaaagggttggacgaatgatgttaaataccatttaggtggtaagaagacaacaacgaag
tacggtaacgagcaagtcgtttcgcttgcgaacaacccatctcacttagaaattgttgca
ccagtcgttttaggtaagacacgtgcagttcaggaagtaacgactgacgtgaataaacca
gaacaggatttcaataaagcattagcagtattaattcatggagatgcagcatttcctggg
caaggtattaactttgagagtatgaatttaagcaatttagatggttactctgttggtggt
tcgctgcatattattacaaataaccgtgtaggatttacaactgagccatatgattcaaga
tctactacgtatgcaactgacgttgccaaaggttatgacttaccgattattcatgtcaat
gctgatgatgttgaagcttgtatggaagcgattcaccttgcaatggctttccgtcaaaaa
tttcacaaagatttcgtaattgatttagtaggttatcgtcgttacggtcataatgaaatg
gatgaaccaacgattacgaacccaatgttatataaagaagtaaaaggacatccaagtatt
gaaattaaatacggtaaagagcttgtagcagaaggtgttattactgaagatgaaatgaat
gcaatttttgatggtgttactgctgaaatgcgtactgcacatgataaaattgataagagt
acgaaaaataatgacagtgaaatgcttgcacctgttgaagtgacagaaggttatgaaagt
gtggaaacaggtgtttcatctgatcgtttgagaaaactaaatgaagaaatgttaagtact
ccagagacatttacagtattcaataagcttcaaaaaattcttgagcgtcgaaatgatccg
tttactaaagatggattaattgactggggccatgctgaacttttagcttatggaacaatc
attcaagacggaaaacctgtaagacatacgggtcaggatgcggagcgaggaacatttgca
catcgtcatgcggtattaaatgatgaaaataatggagataagtatgtacctttgcaacac
atttctgacgcaaaagcatcttttgatattcataattctccgttatcagaagctgctgtt
gtaggttttgaatatggctacaatttagaaaataatgatgcattagcagtatgggaagct
cagtatggagattttgctaatatggcacaaatgatttttgataattttgtatcaagtgca
aatgctaaatggggagaacgcagtgggttaaccttactgcttcctcacgcatatgaaggt
caaggtccggaacactcttctgcacgtttagagcgtttcttacagcttgccggtgaaaat
aactggacggtagcgaatgtgacttcaacagcaaactatttccacttattacgtcgtcag
gcacattatttaaatacgttacagatgcgaccacttgtattaatgagtccaaagagctta
ttacgaaataacttcgtagcagatacggttgataagtttactgaaggaagctttaaacct
attatttctgaaagttataaaaagacgaaagttaagaagttgttaattgcaagtggaaaa
gtcgctattgacttatacactgaattgcagaaaaatccaaatgatacaattcatttaatt
cgattagaacaattgtatccattaccaaaggatgaaattcaagcaattataaacgattta
cgtggtttaactgaaatcggatttgttcaggaagaacctgaaaatcaaggtgcgtggcaa
tatgtttatccagaattactggatatggcgcgaggtattgacattaagtattatggtcgt
gtacgtcgtgctgcaccatctgaaggcgataatgagattcataaacttgttcaaacaaaa
atcatcaatgaagctttaaacttataa
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