Sentence examples for consequence of different genetic from inspiring English sources

The variation in time point and penetrance of embryonic lethality could be a consequence of different genetic backgrounds of various Brca1 mouse strains.

Although derived from the same cell type, different thyroid neoplasms show specific histological features, biological behavior, and degree of differentiation, as a consequence of different genetic alterations (Shahedian et al. 2001, Ouyang et al. 2002, Nikiforova et al. 2003).

In summary, we argue that development of a robust predictive framework for evaluating the epidemiological and evolutionary consequences of different genetic and spatio-temporal deployment options in the context of what is feasible from a farming perspective represents a major research goal with real application potential for managing disease.

In other words, the intellectual differences we observe between the sexes are not the result of different genetic birthrights but are a consequence of what we expect a boy or a girl to be.

However, these differences were proposed to be a consequence of comparing cells of different genetic origins [ 60], laboratory-to-laboratory variation [ 61], and the iPSC passage number [ 62].

This process is akin to using the same battery of standardized neuropsychological tests to evaluate the behavioral consequences of a number of different genetic disorders and then trying to make inferences about what are the specific profiles of strengths and weaknesses unique to each disorder.

Reduced penetrance is likely to be a consequence of the combination of a variety of different genetic and environmental factors.

Our studies provide a foundation on which to examine the effects of different genetic and environmental effects on these genes and their down-stream consequences.

Moreover, we cannot rule out that a different pattern of association could be observed in other African populations as a consequence of a different genetic background.

These divergent effects may be a consequence of the different genetic backgrounds in response to different glutamine concentrations for 24 h in our cell lines.

She obtained a detailed description of the consequences of the different genetic defects on AChR expression and function using patch and cell recordings from Xenopus oocytes, or from HEK (human embryonic kidney) 293 cells transfected with the mutant or wild-type genes.