Golfer’s elbow improves with rest and targeted rehabilitation in most cases, though full recovery typically takes several weeks to a few months depending on severity. The condition affects the tendons on the inner side of your elbow where the forearm muscles attach, and treatment focuses on reducing load, rebuilding tendon strength, and correcting the movements that caused the problem in the first place.
What’s Actually Happening in Your Elbow
Despite the name “medial epicondylitis,” golfer’s elbow isn’t really an inflammatory condition. Repeated stress on the forearm muscles responsible for wrist flexion and forearm rotation causes microtrauma in the common flexor tendon. Over time, this leads to degeneration of the tendon tissue, including fibrosis, calcification, and disorganized blood vessel growth rather than a straightforward inflammatory response. This distinction matters because it explains why treatments aimed purely at reducing inflammation (like popping ibuprofen indefinitely) won’t fix the underlying problem. The tendon needs to be progressively loaded and rebuilt.
You’ll feel it as tenderness about 5 to 10 millimeters below and in front of the bony bump on the inner side of your elbow. Pain typically flares with gripping, turning a doorknob, shaking hands, or any activity that involves bending your wrist or rotating your forearm against resistance.
First Steps: Rest, Ice, and Pain Relief
The initial priority is reducing the load on the irritated tendon. That doesn’t mean complete immobilization, but it does mean backing off from the activities that provoke your pain. If a particular grip, swing, or work task triggers symptoms, modify or avoid it temporarily.
Ice is your most accessible tool early on. Apply ice packs to the inner elbow for 15 to 20 minutes at a time, three to four times a day for the first several days. Wrap the ice in a thin towel to protect your skin. You can also try ice massage: rub an ice cube directly over the sore spot for about five minutes, two to three times daily. Over-the-counter pain relievers like ibuprofen, naproxen, or acetaminophen can help manage discomfort during this phase, but they’re best used as a short-term bridge to get you comfortable enough to start rehabilitation, not as an ongoing solution.
Rehabilitation Exercises
Progressive loading is the most important part of treatment. Once your acute pain settles (usually within the first week or two), you should begin a structured exercise program targeting the forearm flexors and pronators. The goal is to gradually stress the tendon so it adapts and strengthens.
Eccentric exercises are the cornerstone. These involve slowly lowering a weight with your wrist, emphasizing the lengthening phase of the muscle contraction. A simple version: hold a light dumbbell (1 to 3 pounds to start) with your palm facing up, your forearm resting on a table with your wrist hanging off the edge. Curl the weight up with both hands assisting, then slowly lower it using only the injured arm over a count of three to five seconds. Aim for three sets of 15 repetitions, once or twice daily. Increase the weight gradually as the exercise becomes pain-free.
Forearm pronation and supination exercises (rotating your forearm palm-down and palm-up against light resistance) also help strengthen the muscles that attach at the medial epicondyle. Grip strengthening with a stress ball or hand gripper, starting at low resistance, rounds out a basic rehab program. You should expect some mild discomfort during exercises, but sharp or worsening pain means you need to reduce the load.
Using a Counterforce Brace
A counterforce brace (a strap that wraps around your forearm) can reduce strain on the tendon during activities. Place it around the thickest part of your forearm, about two finger widths below your elbow. The strap disperses the force that would otherwise concentrate at the tendon’s attachment point. It’s most useful as a tool that lets you continue light activity or work while recovering. It won’t heal the tendon on its own, but it can meaningfully reduce pain during daily tasks.
Injection Therapies
If conservative treatment stalls after several weeks, injection therapies are a common next step. The two main options are corticosteroid injections and platelet-rich plasma (PRP) injections, and they work on very different timelines.
Corticosteroid injections provide rapid pain relief, with maximum effect around six to eight weeks. The catch: symptoms tend to recur afterward. They’re essentially a short-term reset that can be useful if pain is preventing you from doing rehab exercises, but they don’t address the underlying tendon degeneration and may even weaken tendon tissue with repeated use.
PRP injections, which use a concentrated preparation of your own blood platelets, work more slowly but show better long-term results. Improvements continue building over months and have been sustained for up to two years in studies, with no regression of positive effects. The main downside is some local discomfort at the injection site and the slower onset. If you’re looking for a lasting fix and can tolerate a more gradual improvement curve, PRP has the stronger evidence for durable relief.
Shockwave Therapy
Extracorporeal shockwave therapy is a non-invasive option for chronic cases. The treatment delivers focused acoustic waves to the damaged tendon, stimulating blood flow and tissue repair. A typical course involves three to five sessions at weekly intervals, with each session combining two types of shockwaves directed at the tendon attachment and the surrounding muscle tissue. It’s generally offered when the condition has persisted beyond three to six months despite other conservative measures. Sessions are done in an office setting and don’t require anesthesia, though the treatment can be uncomfortable during delivery.
When Surgery Becomes an Option
Surgery is reserved for refractory cases, meaning the condition hasn’t responded to months of conservative treatment. The procedure involves releasing or debriding the damaged portion of the tendon at the medial epicondyle. Outcomes are generally good: in surgical case series, patients have shown significant improvement in pain scores and function, with pain provocation tests turning negative after the procedure. Recovery from surgery takes longer than conservative treatment, and it requires a graduated return to activity. This path is uncommon since most people improve without it.
Fixing the Cause: Form and Equipment
Treatment only sticks if you address what’s overloading the tendon. For golfers specifically, the most common culprit is an incorrect weight shift during the swing, sometimes described as “hitting from the top” or throwing the club down at the ball. This dramatically increases activation of the inner forearm muscles during the acceleration phase. The fix is transferring your weight smoothly from back foot to front foot while keeping your shoulders level through the swing.
The trailing arm isn’t the only one at risk. A right-handed golfer can develop golfer’s elbow in the left arm if the follow-through relies on flipping the wrist palm-up rather than rotating through the body. Lessons focused on swing mechanics are one of the most effective preventive measures, especially for newer players.
Equipment changes can also reduce strain. If you’re experiencing elbow pain, try wider, softer grips on your clubs. Oversized grips reduce the compressive forces in your hand and forearm while holding the club. Pay attention to grip pressure too: the club should sit in your fingers, not be squeezed in your fist. If you feel like you’re white-knuckling every swing, you’re generating unnecessary tendon load. Club fitting can help match your equipment to your body mechanics and reduce compensatory strain.
These principles apply beyond golf. Repetitive gripping and wrist flexion in occupations like plumbing, carpentry, or desk work with poor ergonomics cause the same problem. Evaluate your tools, workstation setup, and movement patterns with the same attention a golfer would give their swing.