Sentence examples for understanding of complex mechanisms from inspiring English sources

The lack of full understanding of complex mechanisms related to the interaction between these issues imposed the adoption of conservative safety limits.

However, biological knowledge is still needed to improve the understanding of complex mechanisms such as plant immune responses.

When combined with genomic data, proteomics may enable a deeper understanding of complex mechanisms that regulate gene function and dysfunction in cancer.

Although advances have been made in both our biological understanding of chemical toxicity and bioengineering principles, there continues to be a need to fill major gaps in our scientific and technical understanding of complex mechanisms of hepato-toxicity and our ability to extrapolate what is observed in an artificial culture system to what may or may not occur in vivo.

For the understanding of complex mechanisms, such as the process of drought stress tolerance and drought stress induced leaf senescence as a basis for future breeding activities it is of prime importance to understand how and when regulatory genes are activated and where they are located in the barley genome.

The development of more physiologic, organotypic hepatic culture systems that maintain liver structure and function over longer periods of time will also permit further understanding of complex mechanisms of hepatotoxicity, the identification of key stress pathways and development of more predictive computational models (Judson et al., 2010; Clewell et al., 2008; Houck and Kavlock, 2008).

The prior research shows that it is essential for the study to be based on a comprehensive consideration of the multiple biological data to grasp an in-depth understanding of the complex mechanisms of the human diseases and the identification of disease markers.

Even though CS process offers great promises, the realization of its full potential is limited by lack of understanding of the complex mechanisms involved.

Transgenic animals with altered expression of key oncogenes provide a tractable system to facilitate the understanding of the complex mechanisms of carcinogenesis.

The information obtained in this study helps to gain a better understanding of the complex mechanisms of ion exchange and adsorption processes involving multi-component systems.

In this review we provide a critical analysis of current animal models of G × E relevant to psychotic disorders and propose that dimensional perspective will advance our understanding of the complex mechanisms of these disorders.