Sentence examples for environment adaption from inspiring English sources

In addition, the two environment adaption mechanisms applied in Falcon help us achieve the same thermal control ability in different ambient temperature environment, especially in high ambient temperature cases.

Genome sequencing and comparative analysis are helpful in further understanding the biology, evolution, and environment adaption of P. chrysogenum, and provide a new tool for identifying further functional metabolites.

This process, finally, ends up in population evolution of members having a better adaption to environment than the initial generation that is, in fact, their parents (Beasley et al. 1993).

A similar pattern was observed in elements cycles and pathways associated with adaption to environment and land use types.

Rehabilitation aims to enable return to full sporting activity, prevent reinjury and minimise the progression to OA by facilitating a mechanical environment for the local adaption and remodelling.

Currently, several other ecologically relevant traits mediated by endosymbionts are being investigated, including defense toward pathogens and parasites, adaption to environment, influences on insect-plant interactions, and impact of population dynamics.

Historically, care in private practice is single-physician based, thus a shift towards team-based approaches may be more difficult to implement in such an environment and the necessary adaption of private practice care is only gradually moving forward [ 19, 20].

Gene pools in environments were proposed to explain the adaption of prokaryotes under changeable environments [ 31, 43].

The difference between the strains of the same origin is resulted from long adaption to ecological environment, artificial selection and cross breeding.

Cellulases from bacteria with some special characteristics drew great attention due to its fast growth speed, wide adaption to harsh environment, and production of multi-function cellulases.

A few examples are described to illustrate the feasibility of tuning the field-driven oxide growth via the Mott potential and its adaption to the environment.