Table 1 Literature values (Table 28) of Ks and calculation of \({{V}}_{{h}}=\frac{{\lambda }}{{{K}}_{{s}}}\), for different chemostat experiments using hexoses as substrates.
From: Insights from Microbial Transition State Theory on Monod’s Affinity Constant
Ks reported [\({\boldsymbol{\mu }}{\boldsymbol{g}}{\boldsymbol{/}}{\boldsymbol{L}}\)] for E. Coli ML 30 | λ (gS/gX) *Estimated by Energy dissipation Method (Supplementary Material) **Measured during experiment | Vh[L/gX] | Vh[μm3/cell] (cell dry weight: 2.8 10−13gr/cell) (Ref: 16 BNID: 103904 Neidhart et al.) | Radius \([{\boldsymbol{\mu }}{\boldsymbol{m}}]\) of a sphere of volume \({V}_{h}\) |
|---|---|---|---|---|
33 (Ref: 17) | \({\lambda }^{\ast }=1.89\) | \(4.91\cdot {10}^{4}\) | \(1.6\cdot {10}^{7}\) | 156 |
33 (Ref: 17) | \({\lambda }^{\ast }=1.88\) | \(4.85\cdot {10}^{4}\) | \(1.6\cdot {10}^{7}\) | 156 |
53 (Ref: 15) | \({\lambda }^{\ast }=1.88\) | \(3.02\cdot {10}^{4}\) | \(9.94\cdot {10}^{6}\) | 133 |
72 (Ref: 15) | \({\lambda }^{\ast }=1.88\) | \(2.22\cdot {10}^{4}\) | \(7.32\cdot {10}^{6}\) | 120 |
76 (Ref: 18) | \({\lambda }^{\ast \ast }=2.22\) | \(2.92\cdot {10}^{4}\) | \(8.19\cdot {10}^{6}\) | 125 |
90 (Ref: 18) | \({\lambda }^{\ast \ast }=2.22\) | \(2.47\cdot {10}^{4}\) | \(6.91\cdot {10}^{6}\) | 118 |
100 (Ref: 18) | \({\lambda }^{\ast \ast }=2.22\) | \(2.22\cdot {10}^{4}\) | \(6.22\cdot {10}^{6}\) | 114 |
132 (Ref: 18) | \({\lambda }^{\ast \ast }=2.22\) | \(1.68\cdot {10}^{4}\) | \(4.71\cdot {10}^{6}\) | 104 |
125 (Ref: 18) | \({\lambda }^{\ast \ast }=2.22\) | \(1.77\cdot {10}^{4}\) | \(4.98\cdot {10}^{6}\) | 105 |
