Explore common questions about sports performance, injury prevention, and performance genetics for athletes.
More training doesn’t always mean better performance. Many athletes improve by optimizing fueling, hydration, sleep, and recovery. When your body is properly fueled and recovered, it adapts to training more effectively, allowing you to gain strength, endurance, and speed without increasing injury risk.
If you constantly feel fatigued, struggle to recover between sessions, or see your performance plateau, you may not be eating enough to support your training. Athletes need adequate carbohydrates, protein, and total calories to sustain high training loads and support recovery.
Common signs include persistent fatigue, declining performance, trouble sleeping, frequent soreness, or loss of motivation to train. When these symptoms appear, it may mean your body is not recovering adequately between training sessions.
Yes — especially for prevention. It can help guide decisions before injury, burnout, or overtraining occur.
The best way to reduce injury risk is by balancing training intensity, recovery, and strength training. Gradually increasing your workload, maintaining proper technique, and allowing your body enough recovery time helps prevent many common sports injuries.
Yes. Strength training helps stabilize joints, strengthen muscles, and improve movement mechanics, which can reduce the risk of strains, sprains, and overuse injuries. It’s an important part of injury prevention for athletes in almost every sport.
Recovery allows your muscles, tendons, and joints to repair and adapt after training stress. Without proper recovery—such as sleep, nutrition, and rest days—the body becomes fatigued and more vulnerable to injury.
If you experience sharp pain, swelling, instability, or pain that worsens with activity, it’s important to stop training and seek evaluation. Continuing to train through pain can turn a minor issue into a more serious injury.
As an athlete, your body is under constant physical stress from training and competition. Understanding how your body responds to medications and training can help ensure that treatments support your recovery and health without negatively affecting your performance.
Yes. Genetic differences can influence how your body responds to medications often used by athletes, such as pain relievers or anti-inflammatory medications. Some athletes may get stronger effects, weaker effects, or more side effects depending on their genetics.
Learning about your genetics can help you and your healthcare provider make more personalized decisions about medications, helping you avoid unnecessary side effects and choose options that better support your health, recovery, and training.
Yes. Genetic differences can make certain medications less effective or more likely to cause side effects for some people. By understanding how your body processes medications, you and your healthcare provider can make more informed decisions about which treatments may work best for you.