Association Between Supervised Strength Session Attendance and Isokinetic Recovery Trajectory in Male Footballers Following ACL Reconstruction: A 6-Year Retrospective Cohort...
A series of recent publications and expert events highlight a shift toward integrated, data‑driven strength training in football. A 2025 framework proposes micro‑dosing strength sessions to improve load tolerance while minimizing fatigue for male players. In 2026, researchers introduced a movement‑based periodization model that directly ties gym work to on‑pitch performance for women’s football. The 2019 PSG Strength Training Summit reinforced the role of strength work in performance optimization, injury prevention, and post‑ACL rehabilitation.
Rest at MD+2 Promotes Player Freshness Across the Microcycle in Professional Soccer
A recent sport‑science study examined how the timing of a full rest day affects elite soccer players during a weekly microcycle. The researchers compared a rest day on match‑day +1 (MD+1) versus match‑day +2 (MD+2) and measured GPS‑derived high‑intensity running, perceived fatigue...
From Rule of Thumb to Mechanistic Formula: An AI-Assisted Model for Shuttle Run Distance Correction in HIIT
Researchers led by Martin Buchheit have unveiled an AI‑assisted, mechanistic formula that corrects shuttle‑run distances in high‑intensity interval training (HIIT). The model replaces traditional rule‑of‑thumb adjustments with a data‑driven approach that accounts for biomechanics, fatigue dynamics, and environmental variables. Validation...
Movement-Based Approach in Strength Training Weekly Periodization for Women’s Football: Linking the Gym with the Pitch
Recent research highlights a movement‑based weekly periodization model that bridges strength work in the gym with on‑pitch performance for women’s football. Studies from PSG’s 2018 summit, a 2021 strength‑speed correlation analysis, and a 2025 micro‑dosing framework demonstrate that frequent, low‑volume...