Sentence examples for diverse cellular environments from inspiring English sources

Costantini, L. M. et al. A palette of fluorescent proteins optimized for diverse cellular environments.

This observation is often attributed to the fact that proteins that are expressed in more diverse cellular environments are subjected to stronger functional constraints [ 14, 15, 17].

Regulating DNA replication and cell division may not only be a requirement for successful intracellularity, but also the key to adaptation to diverse cellular environments, temperatures, and host ranges in insect hosts.

This malarial parasite has a lifecycle that alternates between a human host and mosquito vector, requiring multiple morphological and biological adaptations to successfully invade, colonise and divide within diverse cellular environments.

We speculate that the acquisition of novel cell division and DNA replication machinery may influence the efficiency of bacterial growth and allow coordination with host cell activities facilitating adaptation to diverse cellular environments (Wren 2000; Schoen et al. 2007).

These are critical not only for adjusting membrane properties to diverse cellular environments but also for preventing the accumulation of free sterols, which is toxic both to individual cells and to whole organisms (Goldstein et al., 2006; Espenshade and Hughes, 2007; Maxfield and van Meer, 2010).

Again it is interesting to note the crucial role of a metabolite which suggests that the integration of diverse cellular processes and the environment in which the cell resides is decisive on defining the pattern of genes that will be expressed or repressed.

They add to the current notion that PrPC may be part of large multi-molecular complexes, depending on the cellular context and environment, and thereby contribute to diverse cellular functions [57].

Membrane rafts are membrane domains highly enriched in specific lipids and proteins, and play important roles in the regulation of diverse cellular processes including communication between cells and the extracellular environment.

Cells can adapt to environment and development by reconstructing their transcriptional networks to regulate diverse cellular processes without altering the underlying DNA sequences.

The responsiveness of OAS-TL to changing cellular and physiological environment has been elucidated in Arabidopsis, cereals, and legumes, experiencing diverse cellular and metabolic alterations during stress [ 1, 4, 15].