Maximum growth rates were achieved for both strains (L11 and B1) under moderate aW levels.
Mathur, J., Bansal, N. K. & Wagner, H.-J. Dynamic energy analysis to assess maximum growth rates in developing power generation capacity: case study of India.
Maximum growth rates of sucrose resulted at intermediate rather than high supersaturation levels in the presence of the additives.
The maximum growth rates were predicted to be 1.92 ± 0.01 mm/d in SSF and 192.1 ± 0.0 mg/L per day in SLF.
The maximum growth rates in wheat were commensurate with highest levels of water use as well as nitrogen use observed during the 60 90 DAS period of growth.
Using said device, batch and semicontinuous cultures of P. lutheri were maintained at maximum growth rates and biomass productivities – hence avoiding photoinhibition, and consequent waste of radiant energy.
The growth of the strains using the purified carbohydrates as the sole carbon source was evaluated by recording the culture optical density and calculating maximum growth rates and lag phase parameters.
Maximum growth rates were observed at ratios of 50 50 (v/v) (groundwater: drilling fluid) for the Akeyo and Toki lower groundwaters, and ratios of 90:10 (v/v) (groundwater:drilling fluid) for the Toki upper and Granite groundwaters.
Growth curves and maximum growth rates under different cultivation conditions.
Quantitative predictions can then be made for the maximum growth rates of localized instabilities of small amplitude, using asymptotic analysis as in geometric optics.
The tendencies are different for the maximum growth rates, since there is no distinction between induced and non-induced cultures.
