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Dr. Charles K.F. Chan: From Stem Cells to Cartilage – Arthritis Research

Dr. Charles K.F. Chan: From Stem Cells to Cartilage

After understanding the story and science of Dolly the sheep’s cloning (from an adult cell), Dr. Charles K.F. Chan realized cloning could have therapeutic applications for humans and could influence molecular rejuvenation, essentially reverse aging.

This realization became the genesis for his career focus on stem cell research, including the project “A Chemical Niche to Regenerate and Rejuvenate Cartilage in Osteoarthritis,” which he initially received funding for in 2019 and then second-year funding. His research explores which factors are required to drive stem cells to become new cartilage, the dose necessary and the ideal time to administer the factors to optimize results.

An Assistant Professor at Stanford in the Department of Surgery, Division of Plastic and Reconstructive Surgery, with co- appointments in the Immunology Program and the Stem Cell Institute, Dr. Chan’s latest research is being recognized in key media and a top tier academic publication:

 

  • Losing your hair? You might blame the great stem cell escape., The New York Times — In a research paper published by a professor of pathology out of Northwestern University seeks to answer why people and animals have a distinct shared sign of aging: hair loss. Chan’s role as a stem-cell researcher and his work is recognized. He then compares an animal’s body to a car: “If you run it long enough and don’t replace parts, things wear out,” he said. In the body, stem cells are like a mechanic, providing replacement parts, and in some organs like hair, blood and bone, the replacement is continual.

 

  • Aged skeletal stem cells generate an inflammatory degenerative niche, Nature Published in the weekly international journal publishing peer-reviewed science and technology research, Dr. Chan’s and his coauthor’s latest research paper discusses the science behind the research that connects the aging of stem cells with the degeneration of bone marrow and increase in inflammation. This research serves as a prelude to the further reporting on their work in WSJ and NYTimes.

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