Playback speed×Share postShare post at current timeShare from 0:000:00/Preview122How Neurological Tightness at the Hip Joint Leads to Neurological Inhibition at the Hamstrings Part 2 of the Christian Watson case study.Dr. Michael Chivers and John QuintJul 21, 2024∙ Paid122ShareSubscribeResources that will provide more context to this discussion.Christian Watson: Highlighting the Amplification of the NFL's Reactive Strength ProblemDr. Michael Chivers and John Quint·June 11, 2024Read full storyFrom the Clinic: Neurological TightnessJohn Quint and Dr. Michael Chivers·February 27, 2024Listen nowAbsolute's Reactive Strength VisualDr. Michael Chivers and John Quint·January 7, 2024Read full storyHamstring Injuries: Understanding the Internal Ecology of Injury Dr. Michael Chivers and John Quint·December 14, 2023Read full storyShare Absolute: The Art and Science of Human PerformanceLeave a commentContinue reading this post for free, courtesy of Dr. Michael Chivers.Claim my free postOr purchase a paid subscription.Absolute: The Art and Science of Human PerformanceSubscribeAuthorsDr. Michael ChiversJohn QuintRecent PostsPoint A: The Athlete as the Feedback Loop for Programming23 hrs ago • Dr. Michael Chivers and John QuintMax Effort PIMAs Physiological Response When Neurological Shielding is Present Oct 11 • Dr. Michael Chivers and John QuintPenn State Football Biological Point B Mark LatashOct 4 • Dr. Michael Chivers and John QuintCaleb Williams Reactive Strength Hamstrings Injury Sep 27 • Dr. Michael Chivers and John QuintJohn Baker Founders Meeting (Recording)Sep 20 • Dr. Michael Chivers and John QuintNeurological Abundance, Biological ScarcitySep 13 • Dr. Michael Chivers and John QuintMeeting a Real Sports Scientist: Neurological Stagnation (Paul Skenes), Signal, and Collaboration Sep 6 • Dr. Michael Chivers and John QuintRonald Acuna Jr: Neurological Point B with a Reactive Strength DeficitAug 30 • Dr. Michael Chivers and John Quint