Medial Epicondylitis in Golfers – Causes and Treatment

The most common symptoms of this injury include pain in the area of the medial articulation of the shoulder bone and pain radiating downward in the arm when grasping objects and bending the wrist intermittently. Additionally, squeezing the hand into the fist and protruding the forearm with resistance cause painful discomfort. This injury is often accompanied by weak grip strength.

The primary causative factor of this condition stems from repetitive, uniform mechanical stresses that provoke microtrauma within the connective tissue structures of the flexor muscle insertions onto bone. This syndrome, clinically termed *medial epicondylitis* or *golfer’s elbow*, predominantly affects individuals engaged in sports requiring vigorous throwing motions. In these patients, chronic forced valgus deformation of the elbow joint is observed, accompanied by systematic overstretching of the forearm flexor apparatus. Such pathology represents a common affliction among tennis, badminton, and squash players, as well as athletes in other disciplines reliant on dynamic projectile movements.

The management of this condition commences with the immediate cessation or substantial modification of physical activities that induce excessive strain and resultant pain symptoms. A critical component involves identifying the underlying cause of inflammation through consultation with a specialist in orthopedics or sports medicine. Concurrently, it is imperative to rectify technical errors in movement execution that contribute to overuse. During the acute phase, cryotherapy—such as localized ice packs or cooling gels—is strongly recommended to mitigate swelling and alleviate pain effectively. Pharmacological support may include the topical application of nonsteroidal anti-inflammatory drugs (NSAIDs) in the form of anti-inflammatory ointments, with the explicit exclusion of warming agents, which could exacerbate symptoms. Following the resolution of acute inflammation and a significant reduction in pain, a structured strengthening regimen targeting the muscles of the elbow, wrist, and rotator cuff complex should be gradually introduced. Particular emphasis must be placed on reinforcing the wrist flexors, alongside systematic stretching of the forearm and wrist musculature, to reduce tension and promote long-term pain relief. The exercise protocol should follow a progressive model: initiating with low-resistance activities and minimal repetitions, advancing to moderate-intensity exercises with increased repetition volumes, performed three times daily. In the initial rehabilitation phase (typically up to four weeks), range-of-motion exercises are paramount to prevent adhesive fibrosis and scarring of healing tissues. A return to full physical activity is permissible only upon restoration of complete elbow mobility, complete pain resolution, and a muscle strength deficit of no more than 10% compared to the contralateral limb. Adherence to these guidelines is critical, as disregarding symptoms or premature resumption of load-bearing activities may precipitate a chronic inflammatory state, specifically chronic medial epicondylitis, thereby complicating subsequent treatment and rehabilitation efforts.