Sentence examples for biological processes that can from inspiring English sources

Statistically significant higher frequencies of these genes (p<0.05) were associated with biological processes that can be broadly classified as neural differentiation, embryo development and metabolism (fig 2d), suggesting that the differentiation potential especially neural differentiation potential of E-RoSH cells was reduced relative to ESCs.

A review of other otitis-prone mouse models highlights the diverse biological processes that can influence susceptibility to this condition.

Other biological processes that can create topological incongruence between gene trees include lineage sorting, paralogy, and lateral gene transfer [ 23].

Our approach enables the monitoring of biological processes that can serve as a basis for generating new testable hypotheses.

Our approach is useful for discovering candidate biological processes that can serve as a basis for generating new testable hypotheses.

This approach enables the monitoring of biological processes that can serve as a basis for generating new testable hypotheses.

Tully says, "Memory is a biological process that can be manipulated by modern biology like anything else.

Says Tully: "Memory is a biological process that can be manipulated by modern biology like anything else.

Clearly, in this case, validating a diagnosis is thought of as understanding its underlying causal structure: a diagnosis is valid if it rests on a biological process that can be identified by experiment and observation using the methods of the biological and cognitive sciences.

Someone committed to a strong version of the medical model sees validating a diagnosis as understanding its underlying causal structure: a diagnosis is valid if it rests on a biological process that can be identified by experiment and observation using the methods of the biological and cognitive sciences.

The elaborate architecture of its catalyst, which supports a complex reaction mechanism for dinitrogen reduction, has long been the subject of interest, not only from the viewpoint of evolutionary perspective and system complexity, but also as a fundamental biological process that can be exploited to develop new strategies for agricultural soil fertilization.