The pain on the inside of the elbow is not a typical "golf problem". It affects strength athletes during pulling and curls, office workers who work intensively with the mouse, craftsmen who frequently screw and grip, as well as individuals who type a lot on their smartphones. These complaints are often due to the so-called golfer's elbow (medial epicondylitis) – an overuse reaction of the flexor tendons in the forearm.
This blog explains how pain arises, why simple rest is rarely the solution, and how a structured exercise program can promote long-term stability, resilience, and pain relief.
What happens in the body with golfer's elbow?
Golfer's elbow results from repeated strain, causing micro-injuries at the tendon insertions of the forearm flexors. These insertions are located on the inside of the elbow. When the strain becomes too great or the recovery insufficient, the tissue responds with:
- Irritation and hypersensitivity
- Pain upon pressure on the inside of the elbow
- Discomfort when gripping, lifting, or twisting
- Loss of strength in the forearm
Important: It is often not a classic acute inflammation, but rather an overuse reaction with structural irritation. This is precisely why active therapy is crucial.
Why simple rest is not enough
Many affected individuals take a complete break and then resume with the same intensity. The problem is: Without targeted loading progression, the tissue remains vulnerable.
Tendons need dosed, controlled load to adapt. Eccentric exercises, isometric tensions, and coordinative movements play a central role in this.
Effective exercises against golfer's elbow
The following exercises combine mobilization, isometric stability, and eccentric strengthening – three crucial components for sustainable improvement.
Overview Table: Exercises for Golfer's Elbow
| Exercise | Goal | Execution | Repetitions | Benefit |
|---|---|---|---|---|
| Wrist Flexor Stretch | Tension Reduction | Extend arm, pull hand backwards | 3 × 20–30 sec. | Relieves irritated structures |
| Isometric Pressing | Pain Relief & Activation | Press hand against resistance without movement | 3 × 10–20 sec. | Reduces pain perception |
| Eccentric Wrist Flexion | Tendon Adaptation | Slowly lower weight | 3 × 12–15 | Promotes tissue regeneration |
| Forearm Rotation with Band | Stabilization | Slow internal/external rotation | 3 × 12 | Improves joint control |
| Grip-Opening Exercise | Muscle Balance | Open fingers against resistance | 3 × 15 | Strengthens antagonist muscles |
Training Principles for Rapid Progress
An effective rehabilitation and prevention program follows clear principles:
Gradually increase load
Perform movements controlled
Consider pain scale (mild training pain is often tolerable)
Focus on regularity over intensity
Especially eccentric training has shown particularly good results for tendon issues in studies. The slow, controlled downward movement stimulates adaptation processes in the tissue.
Everyday Life and Ergonomics: The Overlooked Factor
Besides exercises, load management in daily life plays a significant role:
- Ergonomic mouse and keyboard position
- Check grip technique during training
- Avoid excessive gripping of weights
- Regular movement breaks
In the fitness area, analyzing exercise execution during curls, rowing, or pull-ups is also worthwhile. Excessive grip tension or volume can exacerbate complaints.
How Long Does Healing Take?
This depends on the duration and intensity of the complaints. Light overuse can improve within a few weeks. Chronic complaints often require several months of structured loading progression.
Patience is crucial. Tendons react more slowly than muscles – but the results are sustainable with consistent implementation.
Conclusion
Golfer's elbow is not a destiny, but usually the result of overuse without sufficient adaptation. Targeted stretching, strengthening, and stabilization exercises can significantly improve tendon resilience.
Those who train regularly, pay attention to clean technique, and intelligently manage load can not only reduce pain but also increase forearm strength in the long term – in everyday life, at work, and in sports.
