| Entry |
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| Name |
(GenBank) pyruvate flavodoxin/ferredoxin oxidoreductase domain protein
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| KO |
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| Organism |
shc Staphylothermus hellenicus
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| Pathway |
| shc01110 | Biosynthesis of secondary metabolites |
| shc01120 | Microbial metabolism in diverse environments |
| shc01210 | 2-Oxocarboxylic acid metabolism |
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| Brite |
KEGG Orthology (KO) [BR:shc00001]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
Shell_1005
00020 Citrate cycle (TCA cycle)
Shell_1005
00620 Pyruvate metabolism
Shell_1005
00650 Butanoate metabolism
Shell_1005
09102 Energy metabolism
00720 Other carbon fixation pathways
Shell_1005
Enzymes [BR:shc01000]
1. Oxidoreductases
1.2 Acting on the aldehyde or oxo group of donors
1.2.7 With an iron-sulfur protein as acceptor
1.2.7.3 2-oxoglutarate synthase
Shell_1005
1.2.7.11 2-oxoacid oxidoreductase (ferredoxin)
Shell_1005
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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 |
963882..965663
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| AA seq |
593 aa
MGDPRMAAKNSIQVLIAGPAGSGNITSGLVIARALHKLGYHVIGVSEYPSLIRGGHTVYW
VRAGVEKIYELYRTSDYIVTFDETTYTRQEKDFRGDSIVVFDPDLVKRDPPRGIKYEAPM
RKIIREYKLKPITTNMLATGVIAGLMGIPLEEVAWSIKYQFRGKEKVIEENVKAAMIGYE
YVAKHPLTAQTYRLEPSKPWGPRILLTGNEAIGLGFVKGDLRLYVAYPMTPASPLLHFMV
RVMKDKNIPVIQAENEIAAAQMALAATWAGVRAATGTSGGGFALMNETLSEAGMLELPLT
IVLAMRPGPSTGMATHSAQEDMLYSLFAGHGEFPRIVVAPADQEDAYYRAVEVLNLGWKY
RVPAIILVDKHLAESIRSVPAFREDLSLDYGALIPREEAEKRIGEGWEFKPYMDTETGVP
PWVPPGTKGALVKADSSEHDERGIVTEDPVNADKQYRRRMRKEGYLRRELEEKYEVLRVY
GEEPDKTDLVILTWGSAAWASLEAKKLLSKDGVDLSIVQVIYLWPFPRRTFIETMKKYKD
KPIVTVEYNYRGQLGILAYMETGVKTSGHIGKVDGRPFRAEDLASKIKEFLKS |
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| NT seq |
1782 nt +upstreamnt +downstreamnt
atgggtgatccacgtatggctgcaaagaattccatccaggtcttaatagctggtccagct
ggaagcggaaacattacaagcggtttagttattgctagagcccttcataagctaggatat
cacgtaataggtgtatccgagtatcccagtcttataagagggggacacacagtatactgg
gtgagagcaggagtagaaaaaatctatgaactatataggacaagcgattatattgttaca
tttgatgaaacaacatatactaggcaagaaaaggatttccgcggagacagtattgtagtg
tttgatcccgatctcgtaaaacgtgatcctccacgaggaattaaatacgaagcacctatg
agaaaaattattcgtgaatacaagttaaaacctataacaacgaacatgttagccacaggt
gtgatcgctggattaatggggattcctctcgaggaagtggcttggtcaataaagtatcag
tttagaggaaaagagaaagtaattgaagaaaacgttaaagcagctatgattggctacgaa
tacgtagctaaacacccattaacagctcagacttatcgtttagaaccatcgaaaccatgg
ggtccaagaatactgttgacgggtaatgaagcaataggcttaggattcgttaaaggggat
ctaagactatatgtagcatatcctatgacccctgcttctccactcttacacttcatggtt
agagtgatgaaagataagaacataccagtaatacaggcggagaacgaaatagctgctgca
caaatggctctcgcagctacgtgggcaggggttagagccgctacaggtacgagtggtggt
ggattcgcattgatgaatgaaacacttagtgaagctggtatgttagagctaccgctaacc
atagttttagctatgaggcctggtccaagcactggaatggctactcattcagcacaagaa
gatatgctctatagcttatttgctggacatggggaattcccgagaatagttgttgcacca
gctgatcaggaggatgcatattatagagcggttgaagtattaaatcttggctggaaatac
cgggttccagcaataatattagttgataaacacctagctgaaagcattagatcagttccc
gcattcagagaagatctaagccttgattatggagcattaataccgagagaagaagctgag
aagagaataggggagggatgggagtttaaaccatacatggataccgaaacaggtgttcca
ccatgggtaccgccgggtacgaagggagcattggttaaggcagatagtagtgagcatgat
gaaagaggtattgtaacagaagatcctgttaatgctgataaacaatataggagaaggatg
aggaaggaaggatatcttagaagagaacttgaagaaaaatatgaggtactaagagtatat
ggtgaagaaccagataaaactgacctagttattttaacgtggggttcggcggcttgggca
agcttggaggcgaagaaactattgtctaaagacggcgttgatttaagtatagtacaagtg
atttatctatggcctttcccaagaagaacatttatagagacaatgaagaaatacaaggat
aaacctattgttaccgtggaatacaattatcgtggacaactagggattttagcatatatg
gagacaggtgtgaagacaagtgggcatataggaaaagttgatggaagaccgtttagagca
gaagaccttgcatctaagatcaaagaatttttaaaatcttaa |
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