Sentence examples for understanding the complex interaction from inspiring English sources
Understanding the complex interaction between locomotive action and the spinal cord and brain is something that benefits a number of fields.
Thus, exploring the determinants of formation of AFB1-albumin adducts may contribute to understanding the complex interaction among multiple risk factors involved in hepatocarcinogenesis.
Only by understanding the complex interaction of various estrogen metabolites and mechanism behind these two pathological conditions, we will be able to manage cancer morbidities in RA.
If positive, understanding the complex interaction between VEGF-A, EGFL7 and miRNA-126 will become even more important from the clinical point of view.
In conclusion, population-based approaches for control and prevention of diabetes by physical activity should be innovative while addressing the patient's concepts and community perspectives of health and illness and understanding the complex interaction between barriers and facilitators across the different levels of the individual, family, community and society.
Understanding the complex interactions between ecotourists and ecodestinations is important to ecotourism decision making, including regulatory, operating, and marketing decisions.
As for aircraft autopilot, a virtual patient may help "debug" the very first ECP versions but also aid understanding the complex interactions between rules and achieving preclinical validation.
This study focuses on understanding the complex interactions between hydrological and biogeochemical processes and specifically how these interactions are affected by spatial heterogeneity at the column scale.
Understanding the complex interactions that occur between heterologous and native biochemical pathways represents a major challenge in metabolic engineering and synthetic biology.
Understanding the complex interactions of retroviral proteases with their ligands is an important scientific challenge in efforts to achieve control of retroviral infections.
Since humic substances typically dominate subsurface organic matter, these results may prove crucial to understanding the complex interactions of engineered nanomaterials in both the natural and engineered environment.
