Muscle injuries occur frequently in high-performance athletes. If you have ever had a hamstring strain while sprinting down the field or a strained calf during a match, then you know that muscle injuries are painful, can derail progression, undermine confidence, and take a long time of no training or competition! Thankfully, most muscle injuries can be prevented with a number of practices of your choice. Now, let's look at what elite athletes are doing to help keep their muscles strong, healthy, and resilient to injury.

Know Your Risk — The Most Vulnerable Muscle Groups
Identifying which muscles are most likely to sustain an injury is step one. The usual suspects? Hamstrings, quads, calves, groin muscles and hip flexors. These areas are constantly being used and stressed in a dangerous manner during explosive movement-type activities such as sprinting, jumping and changing direction rapidly; all of which are common movements in sports like football, soccer, basketball, and track & field.
One area is especially susceptible to strain, especially for runners and martial arts athletes, and soccer players - the hip flexor. When the hip flexor is tight or weak, it can create ongoing discomfort or chronic hip flexor pain if not treated early on.
Get Moving Before You Go Hard
Save the deep holds for the cooldown — before activity, focus on mobility and movement.
You could easily find yourself on the shelf with an injury since you don't perform a proper warm-up. If you want to be intelligent when performing performance resistance training, then perform a decent warm-up high enough to increase blood flow and awareness through the nervous system and prepare your muscles to perform maximal muscle contraction. However, one must distinguish this process, shape, and form for warm-up potential. Not all warm-ups are the same.
Dynamic movements such as leg swings, lunges, and high knees will serve you much better as a warm-up than static stretching before a workout. Save the deep holds for the core workout cooldown, and for now, prioritize your mobility and movement before activity.
Build Strength to Stay Strong
Muscle strength is incredibly important for injury prevention. When your muscles are balanced and conditioned, they can take more of a stress without breaking down. Specific strength training (eccentric exercises in particular) builds resilience. For example, there is significant evidence that Nordic hamstring curls can reduce the risk of hamstring injury, while core and stability training helps you align your body and control how you move.
Recovery: The Often-Ignored Secret Weapon
Recovery isn’t a luxury — it’s essential. Your muscles need time to repair and grow stronger after training. That means consistent sleep, proper hydration, and good nutrition. Adding active recovery days, foam rolling, and massage into your routine can make a big difference, too.
Athletes who build recovery into their schedule are less likely to suffer overuse injuries and more likely to see consistent performance gains.
Pay Attention to the Warning Signs
Your body usually gives you clues before something serious happens. Lingering soreness, tightness, or reduced range of motion are all signs to watch for. Ignoring them could turn a small issue into a long-term problem.
Smart athletes adjust their workload when something feels off. That doesn't mean stopping altogether — just shifting focus to let the body catch up.
Final Thoughts
Staying off the sideline is not just luck - it is about smart preparation, regular care, and an understanding of your body. By understanding injury risk factors, and being proactive in training, warm-up, strength training and recovery, an athlete can remain at their best for longer, and perform at their best when it counts.
Related Pages
- The Importance of Knee Support in Injury Prevention in Sports
- Injury Prevention for Athletes
- Sport specific injury treatment and prevention
- See also the section on stretching for athletes
- Treatment of injuries and other medical conditions
- Functional Movement Screening — accessing movement patterns and identifying deficiencies that may increase injury risk.

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