Sentence examples for cell will provide from inspiring English sources

Factors determining whether or not the isolated cell will provide high-quality molecular information were tested next.

In a general sense a dynamic and bidirectional exchange between the metabolic status of the cell generated by mitochondria and genetic profile of a cell will provide a better understanding of metabolites and unexplored signaling mechanisms.

When the first pass is completed, the best scoring cell will provide all the necessary information for reconstructing the alignment: the start of the alignment, the intersection with each cut-point, and its end, which is the cell itself.

In the future, culture models containing all mammary cell types, as well as those amenable to examining ductal branching, modelling the stem cell niche and even assessing whether an isolated cell is a stem cell, will provide fertile avenues for analysis [ 44].

Engineered bacteria and synthetic genetic circuits that specifically detect and destroy neoplastic cells will provide momentum to future cancer therapies.

Clarifying the mechanism of downregulation of p53 in iTSCM cells will provide a new strategy for breaking immune checkpoint mechanisms.

Definition of the diverse Htt structures in cells will provide an avenue to link the impact of therapeutic agents to aggregate populations and morphologies.

Therefore, understanding the regulation and functions of miRNAs in cancer cells will provide us with useful information for designing more efficacious treatment regimens.

Beyond that, this tinkering with cells will provide useful technologies for genomics and biomedical research, and will inspire thinking about what might be synthesized to recapitulate the functions of the cell and how the cell might be co-opted for new functions13,14.

To define the reciprocal metabolic interplay between CAFs and cancer cells will provide a better understanding of molecular mechanisms by which the treatment resistance occurs,and aid in the rational design of metabolism-based approaches to enhance the efficacy of immunotherapy.

Future studies to define the molecular processes that regulate CaL channel expression in vascular smooth muscle cells will provide a rational basis for designing antihypertensive therapies to normalize CaL channel expression and the development of anomalous vascular tone in hypertensive pathologies.