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Charles Lam on Muck Rack

Charles Lam

California
As seen in: Wiley Online Library, Aol, NBC News, Boston University, BioRxiv, WAVY-TV (Portsmouth, VA), JD Supra, KC Kingdom
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Articles

Influence of Age on Fracture Healing in Young and Middle‐Aged Mice in a Proximal Femur Fracture Model

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By Charles Lam, Miriam Kalbitz, Tabea Schmid, Anna Kanewska
| Wiley Online Library Verified
1 Introduction Osteoporotic fractures cause considerable pain and disability, leading to substantial limitations in everyday life and notable decline in the quality of life of those affected [1]. In 2010, approximately 5.5 million men and more than 22 million women in the EU27 were living with osteoporosis [2]. The incidence of osteoporosis will increase even more due to an ageing society as the porosity of the bone increases significantly in older individuals [3].
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Innovating Medical Materials for Today and Tomorrow

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By Charles Lam
| trinseo.com
In today's evolving healthcare landscape, medical device manufacturers face the complex challenge of delivering high-performance products while addressing demands for durable and sustainably advantaged* solutions. At Trinseo, we are building on our legacy of innovative medical grade materials for today and tomorrow by addressing these challenges head on. The foundation of medical device success has always been performance and reliability—patient safety depends on it.
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Deep behavioral phenotyping tracks functional recovery following tibia fracture in mice

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By Jonathan E Layne, Molly Czachor, Charles Lam, Dustin M. Snapper
| BioRxiv
Abstract Introduction: An estimated 178 million fractures occur worldwide each year, with lower limb fractures in particular showing a high incidence of poor healing, and these often lead to reduced mobility and chronic pain. Bone healing and the ability to bear weight are closely tied to the mechanical stability of the fracture site.
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