Returning an athlete to sport after injury has traditionally relied on measures such as strength, hop testing, range of motion, and movement quality. But what
Returning an athlete to sport after injury has traditionally relied on measures such as strength, hop testing, range of motion, and movement quality. But what if the brain is telling us something those tests miss? A recent study published in
This article examines how interval throwing programs (ITPs) for baseball players can be better structured using biomechanical workload data to guide return-to-throw progression after injury. Traditionally, ITPs have been a standard part of rehabilitation, helping athletes gradually resume throwing activity
This qualitative study by Martin and colleagues explores how collegiate baseball pitchers and training staff perceive the use of biomechanical devices in practice, specifically a wearable pitching sleeve and a portable force plate. As interest grows in using sports biomechanics
This original research by Reinold and colleagues presents an updated interval throwing program for baseball pitchers returning to sport after injury or surgery, including UCL reconstruction and Tommy John rehabilitation. Traditional interval throwing programs have been used for decades, but
