Sentence examples for basis for variability in from inspiring English sources

Differential selection in heterogeneous environments can result in adaptive radiation when there is a genetic basis for variability in organisms' success in exploiting alternative resources [ 1- 5].

In summary, all these results support a relatively minor contribution of the phenotypic plasticity to the ecotype differences observed in the proteome expression, suggesting an important genetic basis for the variability in gene expression in this species.

Our results support a relatively minor contribution of genetic factors to the TYP and LON morphological forms differences observed in the three gene markers, suggesting an important phenotypic plasticity basis for the variability in morphology, life history, and ecology in S. japonica.

The results presented here for the first time in mice may suggest a genetic basis for variability of the evaluated traits, thus opening the possibility to be implemented in selection schemes.

Other modeling approaches to incorporate development rate variation stochastically by treating development rate as a random variable dependent on the variability in the level of catalytic enzymes [ 126- 128], positing a biophysical basis for variability.

Getting at the developmental genetic basis for variability is different from the developmental genetic basis of phenotypic variation in specific developmental contexts.

The basis for marked variability in clinical presentation and disease severity is unknown.

Understanding the basis for biologic variability in the acute effect of tobacco smoke on NMC may advance our understanding of pathogenesis of chronic effects of ETS.

Identifying and understanding the neuroendocrine basis for this variability in rats and other species will be important for understanding the evolutionary physiology of reproductive strategies and for understanding genetic variation in brain function.

Although the substrate-dependent spin state regulation for some CYPs is well documented, the molecular basis for the variability in the substrate-free ferric spin equilibrium has not been determined.

Monteith et al. (2011b suggested that plasticity in mule deer migration might allow the species to avoid such mismatches; however, if there is a genetic basis for the variability in migration among individuals, there may be less plasticity and more natural selection at work (Nelson 1998).