Sentence examples for cell exploitation from inspiring English sources

On-going progress in cell-based therapeutics, progenitor cell exploitation, growth factor delivery and advanced formulation strategies will provide a more general and versatile basis for advanced combination device strategies.

In recent years he deployed several more times to Afghanistan with the Combined Explosives Exploitation Cell – a unit whose mission is to collect evidence from improvised explosive devices, deconstruct them and build the intelligence for NATO forces to kill or capture those responsible.

In addition, due to the epigenetic difference in MIR125B promoter between normal cell and cancer, exploitation of Nrf2 activator or other miR-125b modulator is expected to be a strategy for the rescue of kidney from cisplatin toxicity.

Indeed, acetate can trigger apoptosis in cancer cells, suggesting its exploitation as an anticancer compound.

It was concluded that the 636 bispecific antibody was highly effective in targeting the toxic moiety of the molecule to CEA-expressing cells, and allowed exploitation of the additional ability of the B chain to facilitate cellular incorporation.

One of the most important differences of the social cheater hypothesis is that is does not start with a mutually beneficial interaction and the gradual integration of two cells into one, but with exploitation of one cell by another one.

Thus, yeast genetic tools represent a powerful yet largely untapped resource poised for exploitation of cell death mechanisms.

The hypothesis highlights the importance of social exploitation in cell evolution and how a social environment can buffer drastic cellular transformations that would be lethal for planktonic forms.

The dimorphic yeast C. albicans undergoes substantial transcriptional rewiring in switching between white and opaque cell types, controlling niche exploitation and mating (Zordan et al. 2007; Lohse and Johnson 2009; Sasse et al. 2012).

Three papers by L. Berg et al., A. K. Chaudhary et al., and P. Jeandet et al. add new insights into the concept of microbial cell factories and their exploitation as platforms for the biosynthesis of numerous molecules.

This finding demonstrates the feasibility of the combination of the up-converting materials with quantum dot-sensitized solar cells to extend the exploitation of the solar light to a wider range thus enabling the fabrication of highly efficient solar cells.