Reduction potentials of some biologically important redox couples
|
Generic |
Table - link |
N/A |
105830 |
Harold, F. M. The Vital... |
Most negative redox potential in nature-photosystem I between thylakoid lumen and stroma
|
Generic |
-1 |
Volts |
103906 |
Amunts A, Drory O, Nelson... |
Redox potentials of cofactors in reaction centers of green bacteria
|
Green photosynthetic bacteria |
Table - link |
N/A |
104495 |
Olson JM. Chlorophyll... |
Midpoint redox potential for excitation and quenching of P680 reaction centre of photosystem II
|
Generic |
1.1 |
Volt |
104349 |
Robert E. Blankenship... |
Midpoint redox potentials for excitation and quenching of P700 reaction center of photosystem I
|
Generic |
490 |
mV |
104351 |
Robert E. Blankenship... |
Redox potential of electron donors and electron acceptors involved in Electron Transfer Pathway (ETP)
|
Various |
Table - link |
N/A |
104432 |
Thauer RK, Jungermann K... |
Redox potential of menaquinone after aerobic and anaerobic growth on glucose and various electron acceptors
|
Bacteria Escherichia coli |
-80 |
mV |
104412 |
Unden G, Bongaerts J.... |
Standard reduction potentials (E°) of redox systems involved in biological electron transfer at pH 7
|
Generic |
Table - link |
V |
114118 |
Rojas-Andrade MD et al.... |
Midpoint redox potential of plastocyanin, Association rate constant and photosystem I reduction constant
|
Cyanobacteria Prochlorothrix hollandica |
Table - link |
N/A |
104020 |
Navarro JA, Myshkin E... |
Standard redox potentials of different electron donors of the photosynthetic light reaction
|
Generic |
Table - link |
N/A |
104561 |
Jorg Overmann and Ferran... |
Most prominent redox reactions in landfill leachate plumes
|
Biosphere |
Table - link |
N/A |
104565 |
Christensen et al, B... |
Fraction of total cell iron that is present in the redox-active form (50–100 μM)
|
Unspecified |
<5 |
% |
114079 |
Valko M et al., Redox-... |
Gibbs free energy for redox transfer across the Inner Chloroplast Envelope Membrane
|
Spinach Spinacia oleracea |
-13 |
kJ/mol |
103335 |
Heineke D, Riens B, Grosse H... |
Redox potential of ubiquinone after aerobic and anaerobic growth on glucose and the electron acceptors Os, nitrate, fumarate or DMSO
|
Bacteria Escherichia coli |
110 |
mV |
104411 |
Unden G, Bongaerts J.... |
Metabolic rates and redox ratios in perfused livers from fed rats
|
Rat Rattus norvegicus |
Table - link |
N/A |
111354 |
Soboll S, Scholz R, Heldt... |
Metabolic rates and redox ratios in perfused livers from starved rats
|
Rat Rattus norvegicus |
Table - link |
N/A |
111355 |
Soboll S, Scholz R, Heldt... |
Average net conversion rates (qi), expressed per Cmol of biomass (X), and carbon and redox recoveries of the steady-state aerobic glucose-limited chemostat cultivations
|
Bacteria Escherichia coli |
Table - link |
N/A |
109827 |
Taymaz-Nikerel H, de Mey M... |
Total cellular concentrations
|
Budding yeast Saccharomyces cerevisiae |
glutamate ∼75: glutathione ∼15: ATP ∼2.5 |
mM |
115810 |
Theillet FX et al., ... |
Percentage of proteins with functions in amino acid metabolism, redox regulation and TCA cycle/organic acid transformation functions out of all synthesized proteins on a molar basis
|
Thale cress Arabidopsis thaliana |
5 to 6 |
% (each group) |
107770 |
Piques et al., Ribosome... |
Estimated thioredoxin reducing potential
|
Bacteria Escherichia coli |
-0.26 to -0.28 |
V |
113978 |
Hwang, C., Sinskey, A. J.... |