Dynamic Stretching Research Paper

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When you wake up, you might feel stiff. It’s because your muscles are tight. Two powerful brain chemical systems work together to paralyze skeletal muscles during rapid eye movement sleep, or REM sleep. When your muscles are not in motion for a certain period, they tend to firm up. That’s why some scientists recommend stretching when you wake up.
Stretching is essential in your everyday life. It pulls and contracts the muscles to relax them. It’s recommended not to stretch cold muscles. It can lead to pulled muscles and tears. Warm-ups are used to warm up the body and muscles. Warm-ups include brisk walking, light jogging, jump rope, or any other total body movement. According to Brad Walker, there are many ways to perform a stretching exercise. …show more content…

When you do this type of stretch, you have to hold it for a certain amount of time. Scientists love this type of stretch because it gives the muscles time to stretch and relax. This type of stretching gets rid of soreness and cramps. Dynamic stretching is the opposite of static stretching. Dynamic stretching uses momentum to extend the muscle and stretch it out. They help prepare the body for the workout or competition. According to Margaret Alic, Dynamic stretching should follow a warm-up and static stretching should follow a cool down.
Although stretching is supposed to decrease the risk of injuries, it can also increase them. Using improper techniques can cause injuries as well. During static stretches, it is important not to bounce. Bounces in your stretching routines can cause small muscle tears that leave scar tissue, further tightening muscles, decreasing flexibility, and potentially causing pain (Alic). It can cause pulled muscles, tears, and strains. While during dynamic stretches, it is best to go at a confortable pace. Going to fast can cause muscle strains and tears. Even thought stretching uses force it should not …show more content…

This can cause bruising, swelling, and sometimes a dent where the torn is. After finding out his injury, he had to go through treatment and rehabilitation. It consists of: stem, R.I.C.E, and ultrasound therapy. According to Richard Cole, stem therapy uses two channels of electrical stimulation create a third current that penetrate the affected tissues with little resistance. This stimulation helps control pain and muscle contractions. An ultrasound is similar to stem, but it doesn’t use currents, it uses waves. Ultrasound uses acoustic energy at a high frequency. A continuous wave produces thermal effects. These thermal effects include increased blood flow, a reduction of stiffness and spasm, an increase in flexibility of tendon and joint capsules, and decreased pain (Cole). Our trainer also used R.I.C.E therapy on him. R.I.C.E is an acronym, which stands for: Rest, Ice, Compression, and Elevation. Where the R.I.C.E. regimen has been used immediately after the occurrence of an injury, it has been shown to significantly reduce recovery time (Walker, Injury). It is recommended to use this therapy for the first seventy-two hours of your

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