Sentence examples for diagnostic understanding from inspiring English sources

The positive attributes of Clinical Outcomes are demonstrated: (a) easily interpretable results, (b) close relationship with concept of non-overlapping data, (c) minimal data assumptions, (d) minimal statistical expertise required, (e) multiple contrasts possible for diagnostic understanding, (f) exact confidence intervals for results, and (g) close relationship to Pearson R effect size family.

Those who struggled the most to come to terms with a medicalized, diagnostic understanding of their mental health symptoms and issues in Canada tended to be those from cultures with non-medicalized concepts of mental illness.

However, given the limitations of present-day microbiologic evaluation and treatment and cardiac imaging at the ICU bedside, the autopsy remains an invaluable tool for retrospective diagnostic understanding of difficult cases, medical education, and quality assurance.

The findings are assisting in global health improvements, including surveillance science, diagnostic technologies, understanding of viral evolution, and ecological driver identification.

A combination of diagnostic imaging, understanding of patterns of spread and tumor characteristics, and clinical experience may raise or lower the level of clinical suspicion for synchronous primaries.

Such diagnostics allowed understanding the advantageous role of the reactive gas pulsing process (RGPP) to synthesize titanium oxynitride compounds.

This review provides a historical perspective on the types of experimental models used in over 100 years of research and outlines new opportunities to refine those methods for bovine and human tuberculosis and to contribute to improved diagnostics, advanced understanding of immunology and vaccine design.

Increased success in rare disease drug discovery will require better diagnostics, an understanding of disease that provides good translational biomarkers, and clearer clinical development programs.

Besides its growing importance in clinical diagnostics and understanding the genetic basis of Mendelian and complex diseases, whole exome sequencing (WES) is a rich source of additional information of potential clinical utility for physicians, patients and their families.

Starting in 2005, Tulane University and partners began receiving considerable funding from the US National Institutes of Health (NIH) for Lassa fever projects based out of Kenema primarily focused on developing diagnostics and understanding cellular mechanisms and disease pathogenesis.

The remote and isolated nature of Ebola zoonotic transmission events, paired with the relatively poor diagnostics and understanding of the disease transmission routes in early outbreaks, mean that under-reporting of previous outbreaks is probable.