Sentence examples for to optimize the impact of from inspiring English sources

Mechanical properties were evaluated using response surface method (RS M to optimize the impact of pore size, porosity, and BC contents.

Future studies directed towards increasing our knowledge of the variability between motoneuron subtypes might be leveraged to optimize the impact of growth factors, which, while promising [39], have so far failed to translate into ALS therapies.

This weakness in vaccination service delivery is common to many countries and appropriate steps must be taken urgently in order to optimize the impact of increasing vaccination coverage.

Those designing effective CHW programmes should aim to optimize the impact of the complementary roles of the community and the health system in identifying and providing a contextually appropriate incentive package that has benefited from the deliberations of key local stakeholders.

These results engender cautious optimism that the subsidy will succeed in adding effective drugs into the marketplace at prices in line with older medications, but they emphasize the need to better understand if and how supply chains will need to be augmented or supplemented in order to optimize the impact of the initiative.

These findings are likely to obtain in several countries and should be addressed by programme managers in order to improve and optimize the impact of the immunization coverage rates.

A factorial design of experiments and response surface methodology was performed to assess and optimize the impact of both operating conditions at 40 °C and 12 gCO2 min−12

Rotatable central composite design (RCCD) and response surface methodology (RSM) were used to investigate and optimize the impact of critical factors, namely duration of homogenization, agitation speed and volume ratio of organic solvent phase to external aqueous phase, on the response properties of the yielded NPs, such as mean particle size and entrapment efficiency [11, 12].

A 3 level, 3 factor Box Behnken Design was used to investigate and optimize the impact of extraction time (20, 40, 60 min), temperature (30, 45, 60 °C) and induced calorimetric power (38.50, 53.25, 68.00 W) on total phenolic content (TPC), total flavonoid content (TFC), Ferric reducing/antioxidant power assay (FRAP) and half maximal inhibitory concentration (IC50) of bitter gourd (BG) extract.

A thorough understanding of the reason(s) for these significant migration rates across BC will be critical to inform resource allocation and optimize the impact of HIV treatment.

A thorough understanding of these issues will be critical to inform resource allocation aimed at optimizing the impact of cART.