Differential Learning for ACL Rehab: A Basketball Single-Case Study
ACL rehab still has a big problem: we can restore ROM, strength, and hop symmetry, then watch athletes break down
Science-Backed Injury and Rehab Articles to Improve Your Return to Performance Outcomes.
ACL rehab still has a big problem: we can restore ROM, strength, and hop symmetry, then watch athletes break down
Maladaptive functioning of the fast SSC can impair force production, energy utilization, and attenuation in the short timeframes required in
In sports, we throw around the phrase "muscle damage" as if it means one thing. It doesn’t.
Youth soccer is full of sprints, cuts, and jumps. Those actions drive performance and also load hamstrings, adductors, and hips,
Muscle damage is usually blamed on eccentric work, but this paper tests whether that is really about contraction type or
Almost three decades ago, The Notorious B.I.G. warned us: “Mo Money Mo Problems.” In sport, it translates perfectly.
Coaches typically assume tendons only adapt under heavy loads. Low-load BFR is popular in rehab and return-to-play settings, but we
Lower-limb muscle injuries remain one of the biggest performance and availability issues in rugby. Hamstring and hip/groin injuries often
If training loads are too frequent, without rest, tendons may strain more and break down. This study tested how the
When most coaches think about building stronger hamstrings, they think about muscle. But behind every strong hamstring is an equally
Soccer is loaded with decels, landings, and turns and these actions are exactly where ACL injuries happen. Rehab for ACL
For years, strength and conditioning coaches have leaned on eccentric training as the gold standard for adding sarcomeres in series