Top 4 Badminton Overuse Injuries

Overuse injuries are commonly experienced by badminton players. Due to overtraining and improper use of techniques, stress is constantly impacted on the same parts of the body, leading to tendon tears and chronic pain over time if left untreated. The pain comes gradually and may not affect the performance of players immediately. As such, many ignore the symptoms until the condition worsens.

  1. Tennis Elbow

Also called the Lateral Epicondylitis, Tennis Elbow is caused by the repetitive motion of using backhand to hit the shuttlecock. Patients would feel pain in the elbow and arm, especially when raising the hand or gripping an object. Other causes that contribute to the injury could also be the high tension of the strings and unsuitable racket grip size. While the backhand move is necessary for all racket sports, it is important to use the correct techniques and warm up before every training session.

  • Jumper’s Knee

Another name for Jumper’s Knee is Patellar Tendonitis. It is called the Jumper’s Knee as the condition is usually caused by the action of jumping during sports, with the impact striking the knees upon landing. Patients complain of pain and aching on the front side of the knee though they have never had an injury in the area before. It may not be felt significantly in the early stages but eventually, if left untreated, can result in tendon rupture.

  • Golfer’s Elbow

Golfer’s Elbow, or Medial Epicondylitis, is the damage to the elbow muscles and tendons that control the wrist and fingers. It is caused by the repetitive flicking motion of the wrist required in badminton. Usually due to compensation from inadequate use of arm strength, the force used with the wrist might be more than the muscles can take. Patients would feel pain and tenderness on the inside of the elbow and along the forearm, with stiffness and difficulty to grip. Tape and elbow guard can be worn to give more support to the arm. However, it is best to stop all activities and allow the arm to rest once pain is felt during or after training.

  • Shoulder Injuries

One common shoulder injury is a shoulder strain. Due to the nature of the sport which requires impactful swinging of the shoulders, the rotator cuff of the shoulder is often strained or damaged over time. Symptoms to look out for are pain and stiffness that gradually worsens with activity. Injury could be avoided by using the correct techniques and getting plenty of rest to allow the muscles to recover.

5 Applications of Shockwave Therapy

Extracorporeal shock wave therapy or more commonly known as Shockwave therapy is a non invasive medical treatment that sends acoustic waves to injured parts of the body with the intent to reduce pain and promote healing. The shockwaves used for Shockwave therapy is similar to those used to break down kidney stone, but it is only at one tenth of the intensity, rendering it rather safe for the body. There are many uses of shockwave therapy and it can be widely applied to treat different injuries. Let’s take a look at some of the common applications of Shockwave Therapy.

Decrease pain

Shockwave therapy promotes hyperaemia which is actually the increase in blood flow to a targeted part of the body. Hyperaemia is the basis of shockwave therapy and the increase in blood flow provides extra energy and loosens up the muscles and path interactions between the actin and myosin. This will reduce muscle tension and decrease pain.

Dispersion of substance P

Substance P is a neuropeptide in the body and it functions as a transmitter and modulator for nerve communication. The main purpose of substance P is to modulate inflammation. Shockwave therapy can efficiently disperse substance P and increase the secretion of histamine. Dispersion of substance P also helps to reduce pain in the affected area and reduce the risk of developing oedema or fluid retention.

Increases collagen production

Collagen is the main protein that is found in the connective tissues throughout the body. It works together with elastin to provide structure and flexibility to the skin. Collagen is also the pre-requisite for any repair mechanism in the body that is due to a damaged ligament structure. Shockwave therapy will help to stimulate collagen production in the deeper layers of the tissues and this is something that you can never achieve just by taking collagen supplements.

Increases metabolism

Shockwave therapy removes nociceptive metabolites and helps to increase oxygen levels in the body and increasing the energy source. It also helps to reduce histamine which is acidic and increases the metabolism rate in the body.

Plantar fasciitis

Shockwave therapy will over stimulate nerves that are responsible for the transmission of pain to the brain, reducing pain immediately. It will also trigger the healing mechanism of the body and increases the formation of blood vessels in the affected area, speeding up the recovery process.

Shockwave therapy is a non-invasive treatment method that can be used for treating soft tissue injuries. Since it is non-invasive, there is minimal downtime and a hospital stay is not required. However, shockwave therapy may be painful for some but it is otherwise tolerable.