
Dr. Michael Chivers
FRS lead instructor with expertise in human movement and sports science. Contributes to the discussion on the Functional Range Systems Internal Strength Model.
Top 3 podcasts with Dr. Michael Chivers
Ranked by the Snipd community

14 snips
Jul 2, 2020 • 1h 54min
Ep.7: The Range of Motion Compendium - A Conversation with Dr. Michael Chivers
Dr. Michael Chivers, a sports specialist chiropractor and instructor in Functional Range Systems, shares insights from his extensive work with professional athletes. They delve into vital topics like range of motion, emphasizing its role in injury prevention and performance. The conversation critiques traditional soft tissue therapy and discusses the importance of active range versus passive flexibility. Chivers also touches on yoga's relevance in sports and how injury history can shape an athlete's potential, advocating for a nuanced approach to training and rehabilitation.

Mar 31, 2022 • 1h 38min
BONUS EPISODE: FRS Internal Strength Model® Roundtable
Dr. Michael Chivers, an expert in human movement, John Quint, a strength training specialist, and Dewey Nielsen, a martial arts authority, join Dr. Andreo Spina's discussion on the Functional Range Systems Internal Strength Model. They explore the evolution of strength training, emphasizing the shift from skill to strength training complexities. The team critiques traditional models, highlights individualized training approaches, and addresses the 'volume problem' in athletics, advocating for strategies that enhance performance and prevent injuries.

Jul 19, 2022 • 1h 47min
Ep 20: The Volume Problem
Join strength training expert John Quint and neurology specialist Dr. Michael Chivers as they unravel the complexities of training volume. They discuss why 'more' doesn't always mean 'better' and how excessive volume can lead to injuries. Key topics include the importance of intensity over mere volume in programming, the concept of strength signaling, and personalized training for athletes. Discover how tailored approaches can enhance performance while addressing the pitfalls of traditional methods.