Tennis and Golfer’s Elbow Rehabilitation

What Is Tennis Elbow (Lateral Epicondylitis)? Causes and Symptoms

Tennis Elbow is a tendinopathy (tendon disorder) that occurs in the tendons of the muscles that attach to the bony prominence on the outer side of the elbow (lateral epicondyle) and move the wrist upward (extension). Although it is often referred to as "inflammation" (the "-itis" suffix), in chronic cases the tendon structure more commonly shows degeneration (wear and tear).

Causes:

• Repeated upward movement (extension) of the wrist and fingers.
• Forceful gripping and twisting movements.
• Activities such as tennis (especially backhand strokes), painting, carpentry, plumbing, and intensive keyboard and mouse use.
• Improper technique or unsuitable equipment use.
• Imbalance in muscle strength or flexibility.

Symptoms:

• Tenderness and pain on the bony prominence on the outer side of the elbow.
• Pain may radiate toward the forearm and wrist.
• Increased pain when gripping an object, shaking hands, turning a doorknob, or lifting something heavy.
• A feeling of stiffness in the elbow in the mornings.
• Weakness in the affected arm.

What Is Golfer’s Elbow (Medial Epicondylitis)? Causes and Symptoms

Golfer’s Elbow is a tendinopathy that develops in the tendons of the muscles that attach to the bony prominence on the inner side of the elbow (medial epicondyle) and move the wrist downward (flexion). It occurs less frequently than tennis elbow.

Causes:

• Repeated downward bending (flexion) of the wrist and fingers.
• Forceful and repetitive gripping movements.
• Activities such as golf (especially swing technique), throwing sports (baseball, javelin), weightlifting, carpentry, and assembly work.
• Improper technique or unsuitable equipment.

Symptoms:

• Tenderness and pain on the bony prominence on the inner side of the elbow.
• Pain may radiate to the inner forearm and wrist.
• Increased pain when squeezing an object, bending the wrist downward, or rotating it inward.
• Stiffness in the elbow or forearm.
• Decreased grip strength, sometimes numbness or tingling (especially in the little and ring fingers, if the ulnar nerve is affected).

How Is It Diagnosed? (Prof. Dr. Bozkurt’s Approach)

When diagnosing Tennis and Golfer’s Elbow at his clinic in Ankara, Prof. Dr. Murat Bozkurt first listens to the patient’s detailed history. He gathers information about when and how the pain started, which movements worsen it, and the patient’s occupation, hobbies, and sports activities. He then performs a comprehensive physical examination.

• Physical Examination: Tender points, swelling, and range of motion in the elbow are assessed. Special provocative tests (for example, the Cozen test, the Mill test, the Golfer’s Elbow test) are used to try to identify the source of the pain. Grip strength is measured.
• Imaging Methods: Imaging methods such as X-ray or MRI are generally not needed for diagnosis. However, if another problem is suspected (osteoarthritis, nerve compression, fracture, etc.) or the diagnosis is unclear, Prof. Dr. Bozkurt may request these tests. Ultrasonography can help demonstrate degeneration and thickening in the tendons.

Main Goals of Tennis and Golfer’s Elbow Rehabilitation

The main goals of a successful rehabilitation program are:

• Reducing or eliminating pain and tenderness.
• Supporting tendon healing.
• Maintaining and improving elbow and wrist range of motion.
• Restoring flexibility to the forearm muscles (both flexors and extensors).
• Increasing the strength and endurance of the affected muscle-tendon unit.
• Improving grip strength.
• Enabling a pain-free and safe return to daily activities, work, and sports.
• Educating the patient to minimize the risk of recurrence.

The Rehabilitation Process: A Phased and Comprehensive Approach

Tennis and Golfer’s Elbow rehabilitation is usually an individualized, phased program. Prof. Dr. Murat Bozkurt manages this process in close collaboration with physiotherapists for his patients in Ankara.

• Acute Phase: Controlling Pain and Inflammation, Protection (Usually the first few days – 1/2 week)
  
  • Goals: Reducing pain and any inflammation, resting the affected tendons, preventing further damage.
  • Interventions: Avoiding activities that trigger pain (active rest), ice application (15-20 minutes several times a day), use of an elbow or wrist brace (epicondylitis strap/brace) to reduce the load on the tendon, short-term anti-inflammatory medication as recommended by the doctor. Very gentle, passive or active-assisted range-of-motion exercises within the pain-free range.
• Subacute Phase: Increasing Range of Motion and Gentle Strengthening (Usually 1/2 – 6 weeks)
  
  • Goals: Achieving full, pain-free joint range of motion, increasing flexibility, and beginning to gently activate and strengthen the muscles.
  • Interventions: Gentle stretching exercises for the forearm muscles (targeting the wrist flexors and pronators for tennis elbow, and the wrist extensors and supinators for golfer’s elbow – Correction: these are stretches for the wrist extensors in tennis elbow and the wrist flexors in golfer’s elbow.), isometric strengthening exercises (contraction without movement), and initiation of low-resistance isotonic exercises (with concentric contractions).
• Chronic Phase (Remodeling): Progressive Strengthening, Flexibility, and Endurance (Usually 6 – 12+ weeks)
  
  • Goals: Fully restoring muscle strength, endurance, and flexibility, with particular emphasis on improving eccentric muscle control.
  • Interventions: Eccentric strengthening exercises form the foundation of this phase (for example, the Tyler Twist exercise with a FlexBar for tennis elbow, slow negatives with weights). Concentric strengthening is continued. Grip strength exercises and functional exercises involving the entire kinetic chain (shoulder, back).
• Functional Phase and Return to Sport/Activity: Skill Development and Prevention (Usually 3-6+ months)
  
  • Goals: Enabling the patient to fully return to work, hobbies, or sport without pain, and developing strategies to prevent recurrence.
  • Interventions: Gradual practice of sport- or work-specific movements and skills, technique corrections (for example, tennis or golf swing technique), equipment evaluation, ergonomic adjustments, and consideration of using a protective elbow brace.

Effective Methods Used in Rehabilitation

• Exercise Therapy: The stretching, isometric, concentric, and especially eccentric strengthening exercises mentioned above form the foundation of rehabilitation.
• Manual Therapy and Soft Tissue Techniques: Techniques applied by a physiotherapist, such as joint mobilizations, deep friction massage, and trigger point therapy, can help reduce pain, improve circulation, and speed up tissue healing.
• Taping and Brace (Elbow Strap) Use: Kinesiology taping or an epicondylitis strap/brace can relieve pain by reducing stress on the tendon and provide support during the healing process.
• Ergonomic Adjustments and Activity Modification: Making changes in daily life and at work to reduce the load on the elbow (for example, adjusting keyboard and mouse position, taking breaks, and learning proper lifting techniques).
• Patient Education: Education is essential so that the patient understands their condition, learns to manage pain, performs exercises correctly, and adopts measures to prevent recurrence.
• Other Modalities: In some cases, physical therapy modalities such as heat-cold applications, ultrasound, laser therapy, and ESWT (shockwave therapy) may also be used. Prof. Dr. Murat Bozkurt evaluates the suitability of these methods based on the patient’s condition.

Prof. Dr. Murat Bozkurt’s Role in Tennis and Golfer’s Elbow Rehabilitation and His Treatment Philosophy in Ankara

In Ankara, Prof. Dr. Murat Bozkurt’s primary goal for patients presenting with tennis and golfer’s elbow complaints is to establish an accurate differential diagnosis. His treatment philosophy relies on non-surgical, conservative methods whenever possible. Rehabilitation is at the center of this approach.

• Accurate Diagnosis: He performs a differential diagnosis to rule out other elbow problems that can cause similar symptoms (nerve compression, intra-articular problems, etc.).
• Personalized Rehabilitation Program: He plans, or develops together with experienced physiotherapists, an individualized rehabilitation program based on the patient’s age, activity level, symptom severity, and underlying causes.
• Other Conservative Treatments: When necessary, in addition to rehabilitation he may recommend treatments such as injection therapies (PRP, corticosteroid – cortisone should be used carefully and sparingly) or ESWT.
• Priority for Non-Surgical Solutions: The vast majority of cases heal successfully with conservative treatment and rehabilitation. Surgical treatment is rarely considered, and only in severe, resistant cases that do not respond to prolonged, intensive conservative treatment.
• Collaboration with Physiotherapists: For the effectiveness of the rehabilitation process, he works in close communication and coordination with experienced physiotherapists in Ankara.

Ways to Prevent Tennis and Golfer’s Elbow

• Proper Technique: Use correct body mechanics and technique, especially during sports or repetitive tasks.
• Warm-Up and Cool-Down: Perform appropriate warm-up exercises before activity and cool-down exercises afterward.
• Gradual Increase: Increase training intensity or workload gradually rather than abruptly.
• Strengthen and Stretch Your Muscles: Regularly strengthen and stretch your forearm, shoulder, and back muscles.
• Proper Equipment: If you play sports, make sure your racket’s or golf club’s size, weight, and grip thickness are suitable for you. Make sure your work tools are ergonomic.
• Rest and Recovery: Allow your body adequate rest and recovery time.
• Ergonomic Adjustments: Make ergonomic adjustments in your work environment to reduce the load on your elbow.