Sentence examples for adaptation will provide from inspiring English sources

The identification of novel genes, the determination of their expression patterns in response to stress, and an understanding of their functions in stress adaptation will provide us with the basis for effective genetic engineering strategies for improving the tolerance of rice to various stresses [28].

A successful adaptation will provide a valid and reliable outcome measure for use in PH clinical practice and clinical trials at German speaking centres.

Complementing the longitudinal trajectory of host-parasite coevolution in this system [ 38] with the spatial dimension of local adaptation will provide a better understanding of the evolution of specificity as well as the selective landscape of host-parasite coevolution.

The identification of novel genes, determination of their expression patterns in response to different stress conditions, and an improved understanding of their functions in stress adaptation will provide basic knowledge to design effective engineering strategies for enhancement of stress tolerances.

The study of these interactions and adaptations will provide an excellent framework to build and test these new theories and to evolve newer systems with complementary characteristics.

An understanding of these adaptations will provide important insights into the structure/function relationships of proteins, particularly in relation to protein stability and enzyme catalysis under the extremes of environmental stress.

Any such function will provide self adaptation of diffusivity of the Lévy flights, and we simply choose two functions begin{array}{*{20}l} f_{i}(t):=frac{2}{1+e^{b_{i}-t}}, i=1,2, end{array} (26).

25 The Obama administration is enthusiastically pursuing a new national adaptation policy that it hopes will provide public health officials with the tools they need to predict and respond to public health crises caused by rising temperatures, increased drought, more extensive rains, sea-level rise, and more days with poor air quality.

Continued in-depth studies on the molecular basis of adaptation by changes in gene regulation will provide essential background for following up on whole-genome expression studies.

Understanding behavioural adaptations to parasites in wild animals will provide insights into host parasite dynamics and parasite-driven regulation of animal behaviours and population dynamics.

The adaptation of this system to high-throughput analysis will provide an unprecedented opportunity to identify and characterize novel regulatory factors.