Sentence examples for better knowledge for from inspiring English sources

The present phenolic fingerprinting contributes to generate a better knowledge for using all the potential of these wild species of plants.

To contribute to a better knowledge for the use of all the potential of these wild species of plants, leaves, fruits, and calyces of five wild species of the genus were analyzed for their phenolic composition and antioxidant properties.

The identification of strong interactions between carboxylate groups and zinc II) ions in 1 may provide better knowledge for the improved design of receptor-targeted zinc II) cyclams in anti-HIV agents.

These findings will provide forest resource managers and private forest land owners with better knowledge for conserving herpetofaunal species when implementing these oak regeneration methods in upland hardwood forests of the Cumberland Plateau.

Also having a smoker in the house may predict having better knowledge for lung disease (p = 0.06).

I would hope that generally contemporary composers get better knowledge of composing for the human voice.

In conclusion, the consensus high-density WGMM is a valuable resource with the potential for adding additional value as more information accumulates, such as better knowledge of QTL hotspots for cotton fiber development, roles of different RGA clusters in conferring pest resistance genes and QTL, global association studies of cotton, and/or genome structure and variation.

High-Arctic terrestrial slopes have received limited systematic research interest, but increased vulnerability related to regional warming has driven the call for better knowledge of the dynamics of these systems.

To avoid adverse effects of 177Lu-octreotate and to determine the tolerance dose to kidneys, there is a need for better knowledge of the renal biodistribution, biokinetics, and dosimetry of 177Lu-octreotate and of relevant radiobiological and toxicity factors [4, 5, 11].

This report confirms that clinical course of SOD1-related ALS may be modulated by other causative or associated genes, including ANG and suggests that extensive screening of ALS-associated genes in patients with an already identified mutation may be helpful for better knowledge of genetic architecture of ALS.

The ongoing emergence of human infections originating from wildlife highlights the need for better knowledge of the microbial community in wildlife species where traditional diagnostic approaches are limited.