Sentence examples for understanding the multiple from inspiring English sources

These findings are relevant to understanding the multiple functions of adolescent substance use.

Therefore, detailed knowledge of promoter architecture as well as gene regulation is important in understanding the multiple cellular processes mediated by RPGs.

All students showed a substantial increase in their knowledge about the benefits of multicellularity (question 7). a High school students showed the most improvement in understanding the multiple origins of multicellularity (question 1) and cellular division of labor (question 2).

Although previous studies have documented associations of human-caused fire ignitions with road corridors, less consideration has been given to understanding the multiple influences of roads on the fire regime at a broader landscape-scale.

So, the accomplishment of knowing how to secure business, coupled with the life experience of understanding the multiple moving parts that make a successful business has made me a much stronger entrepreneur and prepared me to execute better in my current business.

Thus, our separation-of-function alleles provide new insight into understanding the multiple roles of Swi1-Swi3 in fork protection during DNA replication, and into understanding how replication forks are maintained in response to different genotoxic agents.

Understanding the apparent multiple effects of cadmium is particularly challenging because of its ability to increase basal levels of oxidative DNA damage and to inhibit DNA repair [ 22, 39, 40].

For a given cell, the challenge of understanding the action of multiple ligands on many GPCRs linked to multiple signaling routes can now be addressed using systems biology approaches to deconvolute the spatiotemporal phenomena of intracellular signal integration [91].

Understanding the impact of multiple environmental and chemical stressors on ecosystems is one of the greatest challenges in ecotoxicology.

Understanding the role of multiple functionalities in the reaction on catalytically relevant surfaces, particularly with regard to deoxygenation chemistry, is paramount.

Understanding the effect of multiple weak interactions on the polymorphs is a theoretical guide to design novel organic semiconductors with efficient charge transport ability.