What Are The Common Causes Of Sports Injuries?
How Can Sports Massage Help In Rehabilitation?
Why Is Sports Massage Recommended?
What Areas Will Be Massaged?
Who Can Benefit?
Sports massage is particularly beneficial when an athlete is in training for an event. It’s also helpful for anyone who routinely stretches physical limits through movement. Swimmers, weight lifters, runners, golfers, ball players, skaters, dancers, tennis players, musicians, and boxers, as well as weekend warriors and those who practice strength training or aerobics, have benefited from sports massage.
How Is Sports Massage Administered?
Sports massage should be a regular part of every athlete’s training program. Athletes have different massage needs at different times. There are three basic categories:
Pre-Event. A quick treatment (rhythmic pumping) is a supplement to warm-up. It boosts circulation and increases flexibility and range of motion, thereby reducing muscle pain and soreness, leaving muscles relaxed and ready for action. Pre-event massage can help prevent muscle and tendon injuries and reduce the strain and discomfort of training. It also can be a great psychological advantage in competition.
Post-Event. Recovery after a competition involves not only the normalization and repair of tissue, but also general relaxation and mental calming. Post-event sports massage increases circulation to quicken the removal of fatigue toxins, relieve muscle spasms, and prevent soreness. It is used to assist athletes in recovery and in regaining their pre-event condition by relaxing tight, fatigued muscles, tendons, and ligaments.
Training. Throughout training and rigorous regular athletic activity, massage helps prevent injuries. Areas of muscular stress can result from repetitive or stressful motion and are typically precursors to injury. Sports massage assists in relieving muscular stress and preventing injuries, enabling harder and more consistent
training. Adequate recovery is also a major factor in avoiding nagging minor injuries that inhibit maximum performance.