It already reaches the maximum biomass yield in the first half of the year.
But maximum biomass yield (250.6 qt/ha) was obtained from 50 cm furrow and 20 cm plant spacing interaction.
Elementary mode analysis was previously employed to identify among 1691 possible pathways for cell growth the most efficient pathway with maximum biomass yield.
Optimum conditions for maximum biomass yield were identified to be inoculum at 15%, light intensity to be 1500 lx and pH 8.5.
The maximum biomass yield, 0.48 ± 0.02 Cmol/Cmol, and the maximum PHB yield, 9.97 ± 0.07 Cmmol/Cmol, were obtained when the mixed-substrate was fed at 0.05 h-1.
The maximum biomass yield and CMCase production (450 mg g−1 and 9.1 U mL−1 respectively) was obtained at 117.2 and 468.8 µg Ni2+ mL−1 of the nickel ions, respectively (Fig. 4).
Results showed that the maximum biomass yield of 4.28 g/L was predicted when the concentrations of glucose, MgSO4·7H2O, KNO3 and NaCl were 25 g/L, 1.33 g/L, 1.30 g/L and 3.02 g/L, respectively.
Rather, a vector-valued objective function or multiple objective functions must be considered, resulting in the Pareto optimal set to represent the metabolic fluxes [27], where the influential objective function may be the maximum ATP yield, maximum biomass yield, and minimum sum of absolute fluxes (which corresponds to minimum enzyme investment).
The maximum biomass yield was obtained experimentally and in silico under fully aerobic conditions (case 1).
The maximum biomass yield was achieved with a 9% glycerol concentration, which decreased only slightly at higher concentrations.
