Sports Medicine Quiz & Flashcards

Proper warm-up prepares the body and reduces injury risk, unlike just wearing gear or overtraining.

Cross-training enhances overall fitness and reduces injury risk, unlike focusing on one skill.

Reduced balance is a symptom of a concussion, while enhanced memory and energy are not.

Antioxidants reduce oxidative stress, unlike causing dehydration or directly increasing muscle mass.

Biomechanical analysis improves movement efficiency, not unrelated factors like weather or calorie intake.

Lactate threshold indicates aerobic capacity, not temperature or hydration, and helps optimize training.

Omega-3s reduce inflammation, unlike causing cramps or enhancing dehydration.

RICE stands for Rest, Ice, Compression, and Elevation, unlike other unrelated terms.

A cool-down gradually decreases heart rate and aids recovery, not increasing strain or dehydration.

Tendinitis is common from overuse, while fractures and bruises are not typically overuse injuries.

Plyometric training enhances explosive power, not increasing body fat or reducing flexibility.

Dehydration decreases cognitive ability and performance, not increasing endurance or focus.

Sports psychologists improve mental focus, not diagnosing injuries or prescribing medication.

Mental imagery helps visualize success, not directly affecting physical strength or calorie intake.

The triad involves disordered eating, amenorrhea, and osteoporosis, not unrelated combinations.

Altitude training increases red blood cell production, enhancing oxygen delivery, not decreasing it.

Sports drinks are not necessary for all athletes; water often suffices for hydration.

Steroids pose health risks despite enhancing performance, not without risk or decreasing muscle mass.

Kinesiology tape supports muscles, not increasing mass or reducing flexibility.

Agility training improves coordination, not increasing injury risk or decreasing speed.

Proper hydration enhances cognitive function and performance, not decreasing endurance or flexibility.

A sports dietitian creates nutrition plans, not designing training programs or prescribing medication.

Functional training improves performance in daily activities and sports, not reducing flexibility.

Muscle memory automates movements, enhancing efficiency, not increasing injury risk.

The primary goal is to promote athlete health and performance, not simply increasing muscle mass.

Overhydration can lead to hyponatremia, a serious condition, not enhancing performance.

Sports massages enhance recovery by manipulating soft tissues, not causing cramps or decreasing flexibility.

An ACL injury is a knee ligament tear, not related to the ankle, shoulder, or wrist.

Yoga improves flexibility and mental focus, not increasing injury risk or dehydration.

Caffeine enhances endurance and alertness, not increasing hydration or reducing strength.

A stress fracture is a small crack in a bone, not a complete break or muscle tear.

VO2 max is the max rate of oxygen consumption during exercise, not heart rate or breathing rate.

Cryotherapy reduces pain and inflammation, not increasing temperature or dehydration.

Proper footwear provides support and cushioning, reducing injury risk, not enhancing dehydration.

Periodization is a systematic training plan, not random exercises or immediate enhancements.

Overtraining syndrome decreases performance and energy, not enhancing muscle growth or sleep.

Physiotherapists rehabilitate and improve movement, not designing nutrition or prescribing medication.

Core stability enhances balance and reduces injury risk, not reducing flexibility or increasing risk.

Altitude sickness reduces performance due to lower oxygen availability, not improving endurance.

Protein aids muscle repair and growth, not increasing fat storage or decreasing mass.

Ergogenic aids are substances that enhance performance, not solely dietary or hydration methods.

Sports anemia is a decrease in hemoglobin levels due to physical activity adjustments, not muscle mass.

Adequate sleep enhances recovery and performance, not decreasing recovery or strength.

Sports medicine optimizes health and performance, addressing more than just physical injuries.

Hydration improves performance and prevents fatigue, not reducing endurance or increasing dehydration.

Plyometric training improves explosive power, not decreasing flexibility or increasing injury risk.

Flexibility enhances movement range and reduces injury risk, not decreasing strength or performance.

Altitude training increases red blood cell production for better oxygen delivery, not decreasing it.

Mental health influences performance and motivation, not enhancing dehydration or affecting only strength.

Proper footwear provides support and reduces injury risk, not increasing it or enhancing dehydration.

Biomechanics improves technique and efficiency, not increasing injury risk or reducing muscle mass.