Sentence examples for critical contribution of from inspiring English sources

One of the more astounding claims in Pinker's "The Blank Slate" is that parents do not, in fact, exercise much influence on their children at all, apart from the critical contribution of the parental DNA.

This finding further corroborates previous structure/function studies indicating the critical contribution of the hNET C-terminus to transporter trafficking, stability and function [37,38].

By leveraging Niche PSO in our context, we can avoid local optima and achieve a more revenue and energy-efficient VN embedding solution in the evolution process, which is the critical contribution of this thesis.

Blanchard et al. accept that this depiction of labor market regimes is something of a caricature and is incomplete in not addressing the (critical) contribution of collective bargaining structures to flexibility.

Under pathological conditions such as tumor growth and graft-versus-host disease, the documented accumulation of MDSCs in patients and mice suggested a critical contribution of MDSCs to these immunosuppressive conditions (Almand et al., 2001).

Toxic RNA diseases, and in particular myotonic dystrophy, clearly illustrate the critical contribution of animal models of disease in translational research: from gene mutation to disease mechanisms, and ultimately to therapy development.

The critical contributions of independent consultants toward assisting Japanese manufacturers in defense of both real and spurious product defect allegations is discussed at length.

In remembering the discovery 30 years ago of the HIV virus, let's remember, too, the critical contributions of the social sciences.

The critical contributions of emerging and seasoned scholars such as Sharon Fries-BriTiffanyFountainetaine, Marybeth Gasman, Kimberly Griffin, Mary Howard-Hamilton, Rebecca Neal, Lori Patton Davis, Marissa Vasquez Urias, and countless others have been foundational to the literature base.

Based on the critical contributions of working memory deficits to the clinical characterization of dyslexia, the current results have significant implications for understanding the neurophysiological underpinnings of dyslexia in human populations.

Taken together, our studies highlight the critical contributions of the p32 protein to the morphology of mitochondria and ER under normal cellular conditions, as well as important roles of the p32 protein in cellular metabolism and various stress responses.