Sensorimotor training for ice hockey players

This study looks at how common hand and wrist problems are among ice hockey players in Sweden and how these problems affect their playing ability. Researchers want to understand the impact of these injuries on players' performance and quality of life.

This study tests a training device called TopSpin360 that might help ice hockey players improve their skills. It looks at how the device affects your brain and body while you skate.

This study tests whether training in a low-oxygen environment (hypoxia) can boost strength and power in ice hockey players. Researchers want to see if it helps improve your explosive movements and muscle function.

This study measures ankle strength and balance in children ages 9–10 who play ice hockey compared to those who don't play organized sports. It aims to see if ice hockey training affects ankle control and injury risk.

This study tests if special exercises can help improve physical health and performance for professional esports players. It might reduce injury risk and help you play better.

This trial tests a special exercise program that blends quick, explosive moves (plyometrics) with endurance training for female hockey players. It aims to see if this combined training can improve your performance on the field.