Sentence examples for basic science understanding and from inspiring English sources

The following represents an overview of the advances in basic science understanding and imaging of the exstrophy epispadias spectrum and discusses their possible and future effects on the management of CBE and CE.

Connecting the rapidly growing basic science understanding of sleep- and wake- promoting brain centers to the behavioral manifestation of arousal state transitions requires improved understanding of transition dynamics.

She is interested in increasing our basic science understanding of these interactions and also developing new novel therapies that stem from this work to expand treatment options for a wide variety of pediatric and adult diseases.

The resources to enroll patients in studies, develop the epidemiologic databases, laboratory testing, and basic science understanding will be enormous in order to uncover the mechanisms of pancreatic disease and develop treatments that target these mechanisms.

These improvements will increase our basic science understanding of a complex biogeochemical process and our ability to manage widespread nitrogen pollution problems.

In my field of pediatric pulmonary disease, the rapid advancement of basic science understanding into improved clinical care has been, to use an appropriate term, breathtaking.

In addition, basic science understanding such as the function of the SMN protein could be probed.

Basic science understanding of novel mechanisms for hypoxia tolerance in this special population of flies may spur future translational applications, but this is not directly a disease model.

A highly promising area is the translation of cognitive neuroscience discoveries to gain a basic-science understanding of behavioral and pharmacological treatment outcomes.

The role of clinical and translational science and research is becoming more important than ever, as we attempt to meet the future needs of clinical and translational medicine, to form more global opinion leaders to bridge the gap between understanding basic science and human disease, and to define the content, regulation and policy of clinical and translational medicine.

This article reviews the current basic science and clinical understanding of commercially available synthetic and extracellular matrix scaffolds for rotator cuff repair.