Sentence examples for understanding of differentiation from inspiring English sources

Understanding tissue morphogenesis is important to enhance our understanding of differentiation but also to understand the breakdown of tissue architecture during disease formation.

One student showed insufficient understanding of differentiation of a natural logarithmic function in the chain rule as she differentiated ln sec2 x as ln sec2 x ⋅ 2 sec x ⋅ sec x tan x.

It would also appear that elucidation of the processes underlying nuclear programming is likely to prove a crucial factor in improving our understanding of differentiation and cellular aging.

This approach may not only serve as a hypothesis engine to derive understanding of differentiation and mechanisms across the immune cell lineage, but also help identify possible immune lineage specific and common lineage mechanism in the cells protein networks.

Sequencing approaches have enhanced our understanding of differentiation within inverted regions by being able to detect double-crossover events or historical gene flux due to conversion within an inverted region (Rozas and Aguade 1994; Wesley and Eanes 1994; Hasson and Eanes 1996; Betran et al. 1997; Laayouni et al. 2003; Schaeffer and Anderson 2005; Nobrega et al. 2008; White et al. 2009).

The approach outline here not only may serve as hypothesis engine to derive understanding of differentiation and mechanisms across the immune cell lineage, but also help identify possible immune lineage specific and common lineage mechanism with the protein networks of the various cell types.

A greater understanding of the differentiation potential and differentiation bias of multiple cell types is needed to allow researchers to select the cell type that best suits the research or clinical need at hand.

It is an ongoing effort to develop efficient tools for the better understanding of reprogramming, differentiation, and trans-differentiation.

These epigenomic data appear useful for further understanding mechanisms of differentiation and function of human blood lineages.

The study of differences in gene expression patterns is one of the most promising approaches for understanding mechanisms of differentiation, development, and disease pathogenesis.

72 In conclusion, the recent advances made in understanding control of differentiation, proliferation, and survival of myofibroblasts will hopefully lead to new therapeutic approaches to limit scarring and improve healing in the not-too-distant future.