Sentence examples for more efficient protective from inspiring English sources

A better understanding of coating effects on wood is a crucial step to design more efficient protective mixtures.

Among other things, the report recommends studies on how to conduct medical triage on a large scale, the development of new biohazard detection equipment, better anthrax and smallpox vaccines, and more efficient protective gear.

Furthermore, immunization of mice with engineered DCRMAT/J558-IL-4 DCRMAT/J558-IL-4 DCRMAT/J558-IL-4mor-specific cytotoxic T lymphybrids(CTL) relicited in vitro and induced more efficient protective immunity (10/10 mice; tumor free) againstrongertumor challenge in vivo than DCRMAT/J558 hybrid vaccines.

More research is urgently needed to study protection mechanisms in suitable standardized model systems and to develop safer and more efficient protective agents.

After the second infection, the mean of FEC and female length decreased and the prepatent period increased whatever the group, suggesting the development of a more efficient protective response.

The submergence-tolerant cultivars must have acquired more efficient protective system to suppress the level of active oxygen species and lower the extent of lipid peroxidation upon exposure to air (Kawano et al. 2002; Ella et al. 2003 a ), thus showing early recovery and faster growth.

The company is aiming its vehicle, which retails for about $4,000, at small businesses who might need something a bit more efficient and protective than a bike to make their deliveries.

However, while existing in the case of T. evansi, it is not clear why IgM-mediated phagocytosis would be more efficient and protective than IgG-mediated phagocytosis of opsonised trypanosomes, which is classically reported [ 191].

In the future, these findings may aid the development of vaccines that are more efficient at generating protective Tfh cells to prevent infectious diseases.

For example, APC may be engineered to have reduced activity toward degradation of factors Va and/or VIIIa, or increased affinity for EPCR, resulting in more efficient EPCR-dependent protective signaling in endothelial cells with reduced bleeding complications.

UV-coloration produced through structural colour is likely less costly over the long-term than that produced using pigments because they are more durable (Sun et al., 2013), and thus more efficient for UV-protective coatings.