Standard reduction potential of nitric oxide/nitrous oxide
|
Generic |
1175 |
mV |
104498 |
Berks BC, Ferguson SJ... |
Distribution of iron
|
Human Homo sapiens |
bound to hemoglobin ~65%: bound to ferritin and hemosiderin ~25%: in oxygen carrier proteins ~10% |
% |
114059 |
Valko M et al., Redox-... |
Rate constant of peroxynitrite formation
|
Unspecified |
~10^10 |
M^-1×sec^-1 |
114080 |
Valko M et al., Redox-... |
Rate constant of reaction in which superoxide oxidizes one ferrous ion into a ferric ion
|
Unspecified |
~10^8 - 10^9 |
M^-1×sec^-1 |
114081 |
Valko M et al., Redox-... |
Accumulated amount of iron in the human body
|
Human Homo sapiens |
≤20 |
g |
114082 |
Valko M et al., Redox-... |
Daily amount of exchanged iron in uptake of transferrin and release of iron in the endosome
|
Unspecified |
~0.03 |
g |
114083 |
Valko M et al., Redox-... |
Average amount of zinc in human body and level of free intracellular zinc in rat
|
Mammals |
in human body ~1.5-2.5g: free intracellular zinc in rat ≥0.5nM |
N/A |
114084 |
Valko M et al., Redox-... |
Distribution of zinc in body (total of ~1.5 - 2.5g)
|
Human Homo sapiens |
in skeletal muscle and bone ~85-90%: in skin and liver 8-10%: in other tissues the rest |
% |
114085 |
Valko M et al., Redox-... |
Standard reduction potential of nitrate/nitrite
|
Generic |
420 |
mV |
104496 |
Berks BC, Ferguson SJ... |
The capacity of hydrogenotrophic anaerobic bacteria to compete for traces of hydrogen
|
bacteria |
Table - link |
N/A |
104556 |
Ralf Cord-Ruwisch, H... |
Comparison of the specific Bchl a, c and d content per mg protein of Chlorobium limicola strain 1230 and Chlorobium vibrioforme strain 8327 under different culture conditions
|
Green sulfur bacteria Chlorobium spp. |
Table - link |
N/A |
107751 |
Sabine Fuhrmann, Jörg... |
Efficiency of photon use in thylakoid membrane-ratio between electron moved from water to NADP+ and photons absorbed in photosystems I and II
|
Unspecified |
47 (Table - link) |
% |
105061 |
John A. Raven Functional... |
Highest glucose uptake rate that still allows the maximal NADH formation rate
|
Bacteria Escherichia coli |
2.4 |
mmol/(gCDWхh) |
109673 |
Blank LM, Ebert BE, Bühler B... |
Dehydrogenations-electron-donating, formally hydrogen-forming reactions of energy metabolism
|
Generic |
Table - link |
N/A |
104506 |
Thauer RK, Jungermann K... |
The reductance degree of biomass
|
bacteria |
4.29 (Table - link) |
N/A |
108676 |
Liu Y, Zhang YG, Zhang RB... |
Reduction potential of flavin in mitochondrial complex I at pH7.5
|
Cow Bos Taurus |
-0.38 |
V |
109180 |
Hirst J. Mitochondrial... |
Reduction potential of NAD+
|
Cow Bos Taurus |
-0.34 |
V |
109181 |
Hirst J. Mitochondrial... |
Oxidation reduction potentials, absorbance bands and molar absorbance of compounds used in biochemical studies
|
Generic |
Table - link |
N/A |
105664 |
Loach, Paul A. Oxidation... |
Occupancy of total inner membrane area by electron transport chain complexes when fermentation typically occurs
|
Bacteria Escherichia coli |
8 - 9 |
% of total inner membrane area |
114708 |
Szenk M, Dill KA, de... |
Fraction of all inner membrane proteins that are proteins that serve metabolic functions, predominantly electron transport chain
|
Bacteria Escherichia coli |
~1/3 |
of all inner membrane proteins |
114709 |
Szenk M, Dill KA, de... |