Sentence examples for improvement of tolerance from inspiring English sources

These observations indicate the DREB1 regulon is conserved in rice and DREB1-type genes are useful for improvement of tolerance to environmental stresses in transgenic plants including rice.

It has been successfully applied on at least 24 bacterial and 14 fungal species, but also on plants, dinoflagellates, and other microbial communities for the improvement of tolerance to medium components, to increase cellular growth and production of cellular biomass, to enhance enzyme activity, and to increase the production of various chemicals.

An example of the application of the ISIde platform in terms of functionalities and results that can be achieved is reported by means of a case study concerning the improvement of tolerance to heat stress around flowering in the Oristanese rice district (Italy).

While the resulting significant increases in tolerance are modest from the viewpoint of industrial application, the methodology used in this study should be directly applicable for further improvement of tolerance to these and other compounds.

Understanding the functional genetic basis of stress tolerance in rye will facilitate the improvement of stress tolerance in wheat (Triticum aestivum L). and barley (Hordeum vulgare L).

The heat stress responsive genes identified in this study will facilitate our understanding of molecular basis for heat tolerance in different wheat genotypes and future improvement of heat tolerance in wheat and other cereals.

A 100 g oral glucose tolerance test was performed every 6 months to detect improvement of glucose tolerance.

As a first step towards improvement of drought tolerance via genetic engineering in plant, genes with functions in drought tolerance should be cloned and characterized.

The reevaluation of QTLs from FR13A and moderately tolerant varieties lacking SUB1A-1 may enable further improvement of submergence tolerance.

In order to facilitate improvement of cold tolerance in this important crop species, we aimed to develop molecular markers associated with cold tolerance in Elaeis guineensis.

These results are very important to provide novel clues for understanding the mechanisms in Cd tolerance of barley and open prospective for excavating novel genes and for the genetic improvement of plant tolerance to Cd stress.