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David McFadden on Muck Rack

David McFadden

As seen in: MSN, MSN Canada, UOL Notícias, Business Insider, MSN India, MSN South Africa, The Washington Post, TIME, USA Today, Yahoo News and
Communications pro & storyteller, highlighting research in medicine, climate, enviro. Former @AP correspondent. Truth seeker, father, husband. 🇺🇸 in 🇨🇦

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Articles

Loss of heterozygosity exposes germline mutations in complex I and drives Warburg metabolism in oncocytic carcinoma of the thyroid

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By Fernanda Juarez Anaya, Viola Heinrich, Yu Zhao, Celia de la Calle Arregui, Anderson Frank, Kelvin Mun, Jiwoong Kim, Kuntal Majmudar, Justin Bishop, Cheryl Lewis, Yang Xie, David McFadden
| Science Magazine Verified
Abstract INTRODUCTION RESULTS DISCUSSION MATERIALS AND METHODS Acknowledgments Supplementary Materials REFERENCES Information & Authors Metrics & Citations View Options References Figures Tables Media Share Abstract Oncocytic (Hürthle cell) carcinoma of the thyroid (OCT) is characterized by widespread loss of heterozygosity (LOH), mitochondrial accumulation, and recurrent mitochondrial DNA mutations leading to impairment of complex I.
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Every body tells a story: Honouring donors who teach silently at the uOttawa Faculty of Medicine

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By David McFadden
| University of Ottawa
For uOttawa Faculty of Medicine students, some of their most influential teachers never utter a word. Known as “silent teachers,” body donors are individuals who make the decision to donate their bodies to medical education and science after death. Their vision allows the next generation of top clinicians, researchers and other health professionals to study anatomy while gaining a deeper appreciation for the humanity at the very core of medicine.
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Study reveals trigger controlling brain stem cells, opening new paths for regenerative medicine

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By David McFadden
| University of Ottawa
An international study led by a University of Ottawa Faculty of Medicine investigator reveals that the tiny hair-like structures that extend from the surface of neighboring cells play a critical role in controlling the behavior of adult neural stem cells. This discovery could redefine our understanding of how stem cells are regulated in living tissues across the body.
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