| 1. | | You are 6 times more likely than a male athlete to tear you ACL.
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| 2. | | 80% of ACL injuries in women result from non-contact.
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| 3. | | ACL surgery requires six to nine months of recovery time.
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| 4. | | Estrogen levels in female athletes produces more relaxed ligaments that are more susceptible to injury.
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| 5. | | Your Q angle is wider than a male athletes and therefore places greater rotational stress on the knee.
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| 6. | | Foot pronation is more pronounced in female athletes leading to rotational stress on the knee.
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| 7. | | Hip weakness in female athletes, particularly in the abductors and external rotators also place increased rotational stress on the knee.
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| 8. | | Weak abdominals often leads to a sway back position that again put the knee under greater rotational stress.
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| 9. | | Quadricep dominate female athletes tend to land straight legged when jumping or cutting which places the knee in an unstable position.
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| 10. | | Knee flexion in female athletes is key to proper absorption of impact and stabilization of the knee joint.
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| 11. | | Your intercondylar notch, the space within your knee where the ACL and posterior cruciate ligaments cross is smaller than in male athletes, thus placing greater stress on your ACL.
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| 12. | | Neuromuscular imbalance in female athletes leads to over reliance on the quadriceps and under utilization of the hamstrings and glutes.
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| 13. | | Internally facing patellas (knee caps) in female athletes may contribute to the rotational stresses placed on their knee joints.
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| 14. | | Hamstrings and gluteal muscles must be strengthened in female athletes to help protect against the forces of rapid deceleration.
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