Why do hamstring injuries keep happening even as our prevention strategies get more sophisticated? In this post, Chris Bramah, physiotherapist, researcher and biomechanics specialist at Manchester Institute of Health and Performance, unpacks the gap between what the science says and what actually works on the ground. Chris shares insights from his Sprint Mechanics Assessment Score (S-MAS) system and explains how tissue type shapes every loading decision, revealing the framework behind his approach to some of the most complex hamstring cases in professional sport.
Sprint Rehab Performance Insights
Understanding Modern Injury Detection
In modern sport, injuries may appear more common than ever. However, this increase is not always due to athletes getting hurt more often. Instead, advancements in MRI technology now allow practitioners to detect smaller tissue changes and injury details that were previously difficult to identify. As a result, clinicians can make more informed decisions throughout the rehabilitation process.
The Value of the S-MAS System
The Sprint Mechanics Assessment Score (S-MAS) was developed to provide coaches and practitioners with a practical way to evaluate sprint mechanics in the field. Previously, detailed biomechanical assessments were often limited to injured athletes. However, S-MAS makes it possible to assess movement quality across an entire squad, helping identify areas for improvement before problems arise.
Why Early Movement Matters
One of the most important principles in rehabilitation is encouraging movement early in the recovery process. While protection has its place, excessive caution can delay progress. Therefore, athletes should gradually return to meaningful movement as soon as appropriate. This performance-focused approach helps rebuild confidence while restoring physical capabilities.
Managing Plyometric Training Wisely
Plyometric exercises are valuable for developing power and athleticism. Nevertheless, timing matters. Performing intensive plyometric sessions immediately after high-volume endurance training may place excessive stress on tendons and bones. Consequently, practitioners should carefully consider fatigue levels when designing training programs to reduce unnecessary injury risk.
Looking Beyond MRI Results
Although MRI scans provide useful information, they should not be the sole factor guiding return-to-play decisions. In many cases, imaging may still show signs of healing long after an athlete is performing well. Therefore, clinical markers, functional testing, and rehabilitation milestones often provide a more accurate picture of readiness for competition.
🔑Highlights from the episode:
– Is MRI technology the real reason we’re seeing more injuries
– How an impossible Premier League request birthed the S-MAS model
– Why “protective medicine” might actually be failing our athletes
– The hidden danger of plyometrics after heavy endurance training
– Why rescanning injuries before returning to sport might be a waste
🎥 Watch full episode on YouTube
🔗 https://www.youtube.com/@preparelikeapro
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