Sentence examples for understanding of exposure from inspiring English sources

The example of "filling in" exposure over the life course to understand etiology as described above clearly informs our understanding of exposure and disease etiology.

Methods for characterizing the degree of exposure intimacy of human populations to manufactured chemicals could improve understanding of exposure pathways and assist in studies that aim to understand biologically relevant exposures (i.e., those associated with a disease) (Cohen Hubal 2009).

Schultz, C. et al. Analytical approaches to support current understanding of exposure, uptake and distributions of engineered nanoparticles by aquatic and terrestrial organisms.

Finally, we provide recommendations for future research to advance the understanding of exposure to airborne nanomaterials indoors, such as studies into indoor chemistry of nanomaterials, better nanomaterial reporting and labeling in consumer products, and safer design of nanomaterial-containing consumer products.

Thus, additional research is required to further the understanding of exposure treatment methods in C-OCD.

Because many diarrhoeic pathogens like Cryptosporidium and Giardia are zoonotic, (organisms that can be transmitted between animals and people), monitoring herds for diarrhoeal disease may improve understanding of exposure risks.

Validated biologic markers may be useful in identifying early effects to improve our understanding of exposure-response relationships and clarify susceptibility.

A systems approach, which enables real-time integration of the role of mitochondrial function in multiple cellular sensing and response pathways including redox signaling, nutrient sensing, and multiple biosynthetic pathways would enhance our understanding of exposure-induced mitochondrial dysfunction.

These methods provide new quantitative tools for assessing biological response to cumulative environmental exposure, thereby affording expanding opportunities to gain an in-depth understanding of exposure-related events that occur along the pathway from human contact with environmental mixtures to eventual environmentally-induced discomfort, dysfunction, disability, disease, and death.

Mendelian randomisation represents a technique that can aid understanding of exposures that may or may not be causally related to depression and anxiety.

An improved ability to capture and classify where people spend their time can help to increase our understanding of exposures and behaviors that may be harmful to human health.