Isokinetic Strength and Performance in Collegiate Women's Soccer.

Area of Science:

• Exercise Science
• Sports Medicine
• Biomechanics

Background:

• Limited research exists on female soccer players compared to male athletes.
• Physiological and biomechanical variables in women's soccer require further investigation.
• Understanding performance determinants is crucial as female soccer participation grows.

Purpose of the Study:

• To investigate anthropometric, physiological, and biomechanical correlates of performance in female collegiate soccer players.
• To identify key variables influencing ball velocity and kicking accuracy.
• To contribute data specific to female athletes in soccer.

Main Methods:

• Twenty-two NCAA Division I female soccer athletes participated.
• Evaluated body composition, muscular strength, explosive power, aerobic power, acceleration, speed, and agility.
• Measured knee torque (KT), hip torque (HT), kicking accuracy, and kicking velocity (KV).

Main Results:

• High correlation found between knee torque (KT) and kicking velocity (KV) (r=0.93).
• Vertical jump also showed a strong correlation with kicking velocity (KV) (r=0.91).
• Aerobic power, agility, and vertical jump were highly correlated with body fat percentage (BF%).

Conclusions:

• Significant relationships exist between strength, power, agility, and soccer-specific performance metrics like kick velocity.
• Peak knee and hip torque are important predictors of kicking performance in female soccer players.
• This research provides essential data for female soccer athlete development and performance enhancement.