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Property | Organism | Value | Units | ID | Details |
---|---|---|---|---|---|
Empirical elemental formula for biomass | Bacteria Escherichia coli | C:H(1.77):O(0.49):N(0.24) | N/A | 101800 | von Stockar, U. Liu,... |
Nitrogen asssimilation flux at specific growth rate of 1.0hour^-1 | Bacteria Escherichia coli | 1.4 | mM/s=mmole/(liter×s) | 106345 | Boogerd FC, Ma H, Bruggeman... |
Chemical formula for protein | Generic | C100 H159 N26 O32 S0.7 | N/A | 109413 | Wang Z et al., Total... |
Human molecular formula (empirical) | Human Homo sapiens | See "Measurement Method" section | N/A | 111243 | An encyclopedia of human... |
Elemental composition of biomass | Cyanobacteria Synechocystis PCC 6803 | 51.4% C, 6.8% H, 11.3% N, 27.5% O, and 3.3% others | N/A | 105530 | Shastri AA, Morgan JA.... |
The 'cell formula' of yeast in relation to macromolecular composition | Yeast Candida glabrata | Table - link | N/A | 108198 | Wolfgang Babel and Roland... |
Human empirical elemental formula | Human Homo sapiens | See "Measurement Method" section | N/A | 111244 | No peer review evidence.... |
Comparison of the entropies of biomass and Gibbs energies of combustion of biomass reported in the literature | Various | Table - link | N/A | 104860 | von Stockar, U. Liu,... |
Example calculation of DNA macromolecular formula for A. acidocaldarius with 61.9% GC content, assuming a polymer length of 1 monomer | Bacteria Alicyclobacillus acidocaldarius | Table - link | N/A | 115481 | Ashley E. Beck, Kristopher... |
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... |
Measured elemental composition (% of dry weight) of E. coli biomass at different dilution rates (D) and glucose concentrations in the feed (CS,in) | Bacteria Escherichia coli | Table - link | N/A | 111459 | Taymaz-Nikerel H, Borujeni AE... |