Sentence examples for understanding of complex biological from inspiring English sources

The understanding of complex biological systems is still hampered by limited knowledge of biologically relevant quaternary protein structures.

It virtually uses advanced computer software for collecting, analyzing, and monitoring data in real biological functions or characteristics to get a better understanding of complex biological activities.

Our understanding of complex biological systems is based on high-quality proteomics tools for the parallelized detection and quantification of protein interactions.

In conclusion, systems science methods can decipher detailed information about individual enzymes and metabolites within metabolic networks and provide further understanding of complex biological networks.

He established PMG in the fall of 2017 with the goal of bringing together scientists, mathematicians and researchers from multiple disciplines to work toward a quantitative understanding of complex biological systems.

The Adverse Outcome Pathways (AOPs) are designed to provide mechanistic understanding of complex biological systems and pathways of toxicity that result in adverse outcomes (AOs) relevant to regulatory endpoints.

Tools for observing and controlling specific molecular or physiological pathways in intact cells and tissues are opening up new frontiers in the understanding and engineering of complex biological systems and even pointing the way toward novel kinds of therapy and prosthetic for treating human disease.

Systems biology aims at understanding the organization of complex biological systems with a combination of mathematical modelling, experiments, and advanced computational tools.

Here we focused on understanding the role of complex biological environments on VEGF release from hydrogels functionalized with specific VEGF-binding peptides (VBPs).

We envisage the development of an efficient tool for understanding the dynamics of complex biological systems that can model the multi-scale biological process at a coarse grain accuracy.

In recent years, his research has focused on understanding the genetic basis of complex biological adaptations.