Sports Genomics: Hockey
Hockey — both field and ice — demands a unique combination of speed, agility, endurance, strength, and hand-eye coordination. Sports genomics is revealing how genetic factors influence a player’s natural strengths, injury susceptibility, and training response in hockey.
Key Genetic Traits for Hockey Performance
Muscle fibre composition (ACTN3) — determines the ratio of fast-twitch (speed/power) to slow-twitch (endurance) muscle fibres, influencing a player’s natural playing style and position suitability
Aerobic capacity (ACE, PPARGC1A) — influences cardiovascular endurance and the ability to sustain high-intensity efforts across a full match
Injury risk (COL1A1, COL5A1) — influences tendon and ligament strength, affecting susceptibility to groin strains, knee injuries, and ankle sprains common in hockey
Recovery speed (IL6, CRP) — influences inflammatory response and recovery time between training sessions and matches
Bone density (VDR, LCT) — influences bone strength and fracture risk, relevant for contact sports like hockey
How Genetic Testing Helps Hockey Players
By understanding their genetic profile, hockey players and their coaches can make more informed decisions about training load, position suitability, injury prevention protocols, and recovery strategies — helping players reach their peak performance and stay injury-free for longer.
Unlock Your Genetic Athletic Profile
Myfitgene by MapmyGenome reveals your genetic predispositions for sprint vs endurance performance, muscle fibre composition, injury risk, and recovery — helping athletes and coaches make smarter training decisions.
