Sentence examples for responsive to environmental changes from inspiring English sources

In a comparison with traditional clustering approaches, such as k-means and self-organization mapping, the new skellam model has more biological relevance, equipped with a capacity to test whether a given group is responsive to environmental changes and how this plastic response is related with, or induced by, an environmental cue.

In addition, the presence of selected functional groups can make these networks responsive to environmental changes.

Nanovehicles are engineered to be responsive to environmental changes in temperature or pH for efficient release of a drug at a target site.

Because plants are not motile, they have to be highly responsive to environmental changes, including stress conditions.

This architecture makes the cell highly robust to perturbations of gene configurations as well as highly responsive to environmental changes.

The models have boundary condition nodes that decouple them from their environment, and state variable nodes that are responsive to environmental changes.

When comparing the expression change in the ancestral population to the expression difference in either evolved population, there was a slight reduction in the slope term of the linear model, suggesting that many genes are somewhat less responsive to environmental change.

Since children, especially, are responsive to environmental and cultural changes, and adjust their behaviors in response to such changes [35], [36], motor learning and active play in childhood may provide an important opportunity for promotion of physical activity and fitness.

In this paper, the authors present research into autonomously responsive architectural systems that adapt to environmental changes using hygroscopic material properties.

Also, TEs can facilitate the transfer of additional genetic material and play an important role in the responsive capacity of their hosts to environmental changes (Frost et al. 2005; Casacuberta and González 2013).

We found that mice are responsive to environmental cues that predict social distress, that their heart rate changes when distress vocalizations are emitted from conspecifics, and that genetic background substantially influences the magnitude of these responses.