Results
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Property | Organism | Value | Units | ID | Details |
---|---|---|---|---|---|
Per unit volume energy production rate in liver mitochondria | Rat Rattus norvegicus | ~0.1 | pW/μm^3 | 107138 | Schwerzmann K, Cruz-Orive LM... |
Metabolite and currency metabolite concentrations | Various | Table - link | N/A | 103402 | Maskow T, von Stockar... |
Energy cost without core metabolic energy | Bacteria Escherichia coli | 68mmolATP/gDW (equal to ~12*10^9 ATP/cell) | N/A | 110423 | Feist AM, Henry CS, Reed JL... |
Fraction of whole body basal metabolic rate (BMR) that is ATP consumption to maintain protein levels in the absence of growth in vivo | Mammals | ~20 | % | 113244 | Brown GC. Total cell... |
Number of subunits in F0F1 ATP synthase | Various | bacterial plasma membrane 8 chloroplast thylakoid 9 mammalian mitochondria ≥15 yeast mito. ≥17 | subunits | 111974 | F Dabbeni-Sala, AK Rai... |
Amount of ATP, αB, needed to produce E. coli biomass aerobically on glucose | Bacteria Escherichia coli | ~1.8E10 | ATPs/femtoliter of cell volume | 114702 | Szenk M, Dill KA, de... |
F0F1 ATP synthase molecular mass | Unspecified | 540 - 585 | kDa | 111973 | F Dabbeni-Sala, AK Rai... |
ATP synthesis rate of F1F0 ATP synthase | Bacteria Escherichia coli | at room temperature ∼0.060-0.10 μmol/min/mg of membrane protein : at 37°C 0.20 | μmol/min/mg of membrane protein | 115175 | Tomashek JJ, Glagoleva OB... |
Synthesis rate of ATP by F0F1 ATP synthase | Unspecified | >100 | ATP/sec | 111975 | F Dabbeni-Sala, AK Rai... |
Fraction of total respiration rate that is due to proton leak | Rat Rattus norvegicus | 39 (Table - link) | % of total respiration rate | 116171 | Buttgereit F, Brand MD.... |
Fraction of total respiration rate that is due to unidentified ATP consumers | Rat Rattus norvegicus | 5.7 (Table - link) | % of total respiration rate | 116170 | Buttgereit F, Brand MD.... |
Fraction of membrane proteins that is F1F0 ATP synthase (in rich medium. For fraction in minimal medium see 'Method') | Bacteria Escherichia coli | 3.3 | % | 115176 | Tomashek JJ, Glagoleva OB... |
Complete oxidation of 1 mol of glucose, glycerol and acetate leads to a theoretical maximum yield of ATP of | Bacteria Escherichia coli | 1 mol glucose 26mol ATP: 1 mol glycerol 15mol ATP: 1 mol acetate 7mol ATP | mol ATP | 114969 | Kaleta C, Schäuble S... |
Rate of ATP production | Rat Rattus norvegicus | 7.05E-19 (Table - link) | mol ATP/mitochondria/sec | 107137 | Schwerzmann K, Cruz-Orive LM... |
Cost of biosynthesis of methionine (most expensive amino acid) from glucose | Bacteria Escherichia coli | 18 | mol ATP | 114973 | Kaleta C, Schäuble S... |
Total cellular concentrations | Budding yeast Saccharomyces cerevisiae | glutamate ∼75: glutathione ∼15: ATP ∼2.5 | mM | 115810 | Theillet FX et al., ... |
Cost of maintenance of enzymes and RNA | Cow Bos Taurus | for milk protein production ~5 mol ATP/mol monomer: during animal growth ~20 | mol ATP/mol monomer | 117033 | Penning de Vries FW,... |
Increase in steady state matrix volume in the mitochondria following opening of mKATP (mitochondrial ATP-sensitive potassium) channels | Rat Rattus norvegicus | 15 - 20 | % | 116933 | Anastacio MM et al.,... |
Growth energetics during glucose-limited continuous cultures | Bacteria Escherichia coli | Table - link | N/A | 113372 | Kayser A, Weber J, Hecht V... |
Turnover number of F1F0 ATP synthase | Bacteria Escherichia coli | 13 – 33 | sec^-1 | 115177 | Tomashek JJ, Glagoleva OB... |