Sentence examples for understanding the cellular processes from inspiring English sources

Protein Protein interaction (PPI) is one of the most important data in understanding the cellular processes.

Future work is essential for understanding the cellular processes especially infected (Lysogenic) host species.

Understanding the differential expression of sperm proteins is the key to understanding the cellular processes and or/pathways that may be implicated in male infertility [ 19].

The efforts aiming to identify cancer-specific somatic mutations in these cancer types may ideally provide clues to understanding the cellular processes underlying tumor development and lead to diagnostic and therapeutic advances.

Future EBOV research should therefore focus on understanding the cellular processes involved in EBOV replication and pathogenesis, using broad genomics and proteomics approaches, combining data obtained in experimental settings in vitro and in vivo.

Published: August 29, 2013 Substantial research effort is presently focused on understanding the cellular processes maintaining genome integrity and allowing faithful replication after DNA damage (Branzei and Foiani, 2010).

The current wealth of preclinical information promises better understanding of the cellular processes underlying MDR reversing activity of metal derivatives of NG and thus exposes several cellular targets for rational designing of new generation of Schiff base metal chelates as MDR reversing agents.

Research advancements have been made but a better understanding of the cellular processes and their response to environmental stimuli are critical for commercialization.

Two different technologies, microarray gene expression analysis and 10-colour flow cytometry, were used to obtain a more complete understanding of the cellular processes and populations and to identify novel gene expression patterns at this important site of disease transmission.

These results advance our understanding of the cellular processes altered by CUG RNAs and provide a proof-of-concept data that Drosophila DM1 models can be successfully utilized for chemical screens.

However, ability to detect the extremely low expression and account for it in the experiment design opens new prospective for better, more complete understanding of the cellular processes, better account for potential adverse effects in medication and more precise biology in general.