Sentence examples for cell productivity from inspiring English sources
By recent genome and transcriptome sequencing a basis was created for future investigations of genotype phenotype relationships and for improvement of CHO cell productivity and product quality.
There were significant differences (P < 0.05) in maximum viable cell concentration, viable cell yield, viable cell productivity, lactic acid production, yield and productivity obtained for both batch and fed-batch fermentations.
Increased in agitation speed from 200 to 300 rpm showed improvement in maximum viable cell concentration, viable cell yield, viable cell productivity, lactic acid production, lactic acid yield and lactic acid productivity (Table 4).
The cell productivity, the oxygen transfer rate, substrate and O2 utilization and CO2 production rates were calculated and the specific interfacial area, a, and volumetric mass transfer coefficients, kLa, were evaluated as function of the longitudinal distance from the aerator in non limited, substrate limited as well as oxygen transfer limited growth ranges.
It provides an indication on the relationship between the cell productivity and the main factors.
This trend was similar to the viable cell productivity where 300 rpm showed the highest viable cell productivity (1.5 × 1011 cfu/mL h) compared to 200 (9.9 × 1010 cfu/mL h) and 400 rpm (8.3 × 1010 cfu/mL h).
Due to their diversity and their different boosting properties, dipeptides emerge as feasible defined medium components able to improve cell productivities.
Thus, further experimental optimization would have to be performed to validate the use of porous microcarriers for the expansion of stem cells and to resolve difficulties associated with cell productivities and harvesting.
These data are presented using a technology S-curve as well as windows of operation to identify the combination of cell productivities and scale of single-use bioreactors required to meet future lot sizes.
Avignone-Rossa and Mignone ([1995]) reported the highest cells productivity for B. thuringiensis (1.6 × 1010 CFU/ml or 36.8 g/L, Table 3) up to date.
Environmental factors have an influence on cells productivity, and it has been recently shown in Pichia pastoris that cultivating this fungus below its optimal growth temperature results in a more efficient secretion of heterologous proteins due to a general decrease of folding stress at lower temperatures (Dragosits et al. 2009).
