Ryan Chang on Muck Rack

Ryan Chang

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Hong Kong
As seen in: Reuters, ViuTV, Nature, Wiley Online Library, BMJ Open Diabetes Research & Care, South China Morning Post, ACS Publications, Business 2 Community, SitePoint, General Assembly, The Penny Hoarder, Kerrang! and

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Articles

Effect of caloric restriction on cardiovascular‐kidney‐metabolic health in young adults: A secondary analysis of the randomised CALERIE trial

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By Ryan Chang , Brian Claggett, Leanne M Redman, Eric Ravussin
| Wiley Online Library
CONFLICT OF INTEREST STATEMENT Brian L. Claggett reports personal fees from Alnylam, personal fees from Cardior, personal fees from Cardurion, personal fees from Corvia, personal fees from Cytokinetics, personal fees from CVRx, personal fees from Intellia, personal fees from Rocket, outside the submitted work. Eric Ravussin reports consulting fees from Energesis Pharmaceuticals, Eli Lilly USA, Merck, Amway, Novo Nordisk, Altimmune, AbbVie, Amgen Inc., Orbimed and Boehringer Ingelheim. Caroline M.
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TOMATO: Former SFUO executives apply for club funding, denied faster than a U-Pass Refund Request

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By Andrew Wilimek , Ryan Chang 
| The Fulcrum (Canada)
Reading Time: 2 minutes In a shocking return from the graveyard of history, the University of Ottawa Students’ Union (UOSU) has reported they have received a club status request and funding request from a group of former executives from the now-disbanded Student Federation of the University of Ottawa (SFUO). The UOSU has confirmed that the request was quickly and firmly denied despite protests from the group.
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Inducible, virus-free direct lineage reprogramming enhances scalable generation of human inner ear hair cell-like cells

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By Robert Rainey, Ryan Chang , Sam D. Houman, Louise Menendez
| biorxiv.org
Abstract Mammalian inner ear sensory hair cells are highly sensitive to environmental stress and do not regenerate, making hearing loss progressive and permanent. The paucity and extreme inaccessibility of these cells hinder the development of regenerative and otoprotective strategies, Direct lineage reprogramming to generate large quantities of hair cell-like cells in vitro offers a promising approach to overcome these experimental bottlenecks.
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