Sentence examples for operating at different stages from inspiring English sources

Likewise – with all due respect for the evolutionary insights developed in "Collective evolution and the genetic code" [ 190] – calling "Evolution of the genetic code, translation, and cellular organization itself" a "Lamarckian process" also appears misleading by the implied suggestion of a basic difference between dynamic modes operating at different stages of the emergence of life.

Our results strengthen the assumption that educational health differences in adulthood result from factors operating at different stages of the life course [ 48] as childhood social circumstances explained a substantial part of the educational differences in health in young adulthood.

(In the female germline, retrotransposon silencing is accomplished by multiple other mechanisms operating at different stages during oocyte development and growth, Lim et al., 2013).

Our cross-sectional design precludes further parsing of the factors operating at different stages of life to influence the structural covariance.

It might be possible that HvEZ is a common member of the different PcG complex variants that may be operating at different stages of barley development.

One major contribution is the concept of life course influence how biological and social factors operating at different stages of life contribute to inequalities in adult health., Empirical evidence suggests that health selection is not an important cause of later socio-economic position (SEP).

Such differences may help shed some light on the molecular factors that operate at different stages of lesion development since in vitro studies indicate that small HSPs respond in different ways to certain stressors.

Systematically identifying improvement options can advance a holistic understanding of the range of behavioural strategies targeting consumer choices that operate at different stages in the supply chain.

Here I discuss recent results that support a model by which HR responds to replication stress through replicative and repair activities that operate at different stages of the cell cycle (S and G2, respectively) and in distinct subnuclear structures.

Data at different scales can help identify processes operating at different scales.

Although the genes investigated in yeasts function in determining cell identity and during meiosis, thus presumably operating at different developmental stages than the genes investigated herein, our studies point in the direction of a high turnover of fungal genes involved in sexual reproductive processes.