Sentence examples for understanding of molecular processes from inspiring English sources

Molecular dynamics (MD) simulations are a computational technique capable of providing detailed atomic level understanding of molecular processes.

Defining the quaternary structure of functional modules at a proteome-wide scale under close-to in vivo conditions has the potential to increase the understanding of molecular processes in health and disease but has so far remained elusive.

Because many micromixers are used as microreactors, a fundamental understanding of molecular processes is important for designing devices with length scale in the micrometer to centimeter range.

This preparation technique makes possible routine imaging/profiling MS analysis of individual cultured cells, allowing for understanding of molecular processes within individual cells.

I discuss how the architecture of molecular protein networks has informed disease biology, and how these data are now being computationally integrated with the newest genomic technologies, in particular genome-wide association studies and exome-sequencing projects, to improve our understanding of molecular processes perturbed by genetics in human diseases.

Optical and spectroscopic technologies working at subcellular resolution with quantitative output are required for a deeper understanding of molecular processes and mechanisms in living cells.

The archived DNA sequences form one of the bedrocks of modern biological science, and are the basis of our understanding of the molecular processes of all life.

Our results highlight the limitations of our understanding of the molecular processes involved at each step of the prion propagation cycle.

In this concept, existing clinical boundaries are of less importance for the understanding of the molecular processes involved.

Taken together, these and further investigations using the microtube cell culturing system described above will help increase our understanding of the molecular processes involved in the mechanotransduction of extracellular signals within the 3D spatial and mechanical configuration of tissues.

Decades of research have provided a good understanding of the molecular processes underlying RNA synthesis, both RNA replication and gene transcription, for these two families of viruses.