The female athlete's knee.

Area of Science:

• Sports Medicine
• Biomechanics
• Neuromuscular Physiology

Background:

• Female athletes exhibit higher vulnerability to knee injuries and stress syndromes compared to male athletes.
• Anatomical differences like reduced muscle mass and increased joint laxity contribute, but inadequate basic motor skills are a primary factor.
• Female athletes often have less training, conditioning, and preparticipation fitness focus than males.

Purpose of the Study:

• To define normal motor function in terms of flexibility and coordination for clinical assessment.
• To investigate the neuromuscular mechanisms underlying postural control and movement efficiency.
• To identify key assessment areas for female athletes to prevent common injury patterns.

Main Methods:

• Defined normal flexibility as the unimpeded range of motion for running.
• Defined normal coordination as efficient and self-protective posture and movement.
• Proposed clinical examination to detect deviations from primary neuromuscular mechanisms due to poor training.

Main Results:

• Inadequate basic motor skills, specifically poor flexibility and coordination, are identified as primary reasons for female athlete injury disparity.
• Faulty coordination results from poor motor training or reflex inhibition, leading to the substitution of less efficient neuromuscular mechanisms.
• Clinical examination can detect these changes, highlighting the importance of assessing flexibility and coordination.

Conclusions:

• Assessment of flexibility and coordination are paramount in evaluating female athletes due to their direct relation to common injury patterns.
• Understanding the underlying neuromuscular physiology of postural control is essential for effective therapeutic strategies.
• Targeted training to improve basic motor skills can mitigate injury risk in female athletes.