Sentence examples for maximum spore yield from inspiring English sources

A five-level four-factor central composite design was employed to determine the maximum spore yield at optimum levels for lactose, tapioca, ammonium sulfate and peptone.

The critical variable concentrations for predicted maximum spore yields were as follows: corn meal (x5) = 9.0 g/L and soybean meal (x6) = 9.5 g/L, respectively.

Substrates supplemented with nutrients showed comparatively higher spore production, with maximum spore production in rice husk (1.8 × 109 spore/g).

Maximum spore production was observed in rice husk, while jatropha seed cake showed least spore production.

The optimum concentration points for maximum spore production was determined based on the quadratic Eq. (1).

The rice husk with highest C/N ratio of 22.7, showed maximum spore production in both types of medium.

Response surface plots were drawn to study the interactive effects of metal ions on sporulation and to determine their optimum concentrations for maximum possible spore yields (Fig. 2a c).

Hence, a two-stage strategy with biomass production in exponential phase under the optimal growth conditions in the first stage followed by the second stage in stationary phase under the optimal conditions for sporulation was thus adopted to obtain a maximum probiotic biomass yield of 4.3 g l−1 and spore yield of 9 × 1011 spores g−1 of dry biomass for the formulation of effective nutraceuticals.

The prediction spore yield was 5.93 × 108 (no/mL).

The results indicated that the spore yield detected by fluorimetry assay were consistent to that by plate counting assay.

Literature reports on B. bassiana spore production on some other seed cakes as; gingelly seed cake (5.35 × 1010 spores/100 g) and cotton seed cake (4.31 × 1010 spores/100 g) medium, observed comparatively higher spore yield (Abraham et al. 2003).