Golfer's Elbow and SoftWave: Getting Back on the Course Pain-Free

By Dr. Farhan Abdullah, DO | Medical Director, Magnolia Functional Wellness | Southlake, TX

You set up over the ball, take your normal swing, and a sharp ache lights up the inside of your elbow. Not the outside, where tennis players usually complain. The inside. That bony bump near where your forearm meets the joint suddenly feels like someone's been hammering it. By the back nine you're gripping the club like it's made of broken glass, and the next morning even lifting a coffee mug makes you wince. Sound familiar?

I see this pattern constantly in my practice. Golfers, yes, but also weekend warriors who never touch a club: pickleball addicts, CrossFit folks, plumbers, carpenters, and plenty of people whose only "sport" is hauling groceries and typing all day. The condition is medial epicondylitis, better known as golfer's elbow, and it's one of the most frustrating overuse injuries I treat. Patients come to me at Magnolia Functional Wellness in Southlake after months of rest, braces, and anti-inflammatories that barely moved the needle. They're not crazy. The standard playbook for this injury is genuinely underwhelming, and there's a real reason why.

What I want to walk you through here is what golfer's elbow actually is at the tissue level (it's probably not what you think), why the usual treatments so often disappoint, and how SoftWave shockwave therapy approaches the problem from a completely different angle. By the end you'll understand why so many of my patients get back to swinging, lifting, and living without that nagging inner-elbow pain.

What Golfer's Elbow Really Is (Hint: It's Not Inflammation)

Here's where most people get it wrong, and frankly where medicine got it wrong for decades. The "-itis" in epicondylitis implies inflammation. We assumed these tendons were inflamed, so we treated them with ice, rest, and anti-inflammatory drugs. Then researchers actually looked at the tissue under a microscope. What they found surprised everyone.

In chronic golfer's elbow, there's very little active inflammation. Instead, the tendon that anchors your forearm flexors to the medial epicondyle (that bump on the inside of your elbow) shows degeneration. The collagen fibers, which should be neatly organized like the strands of a rope, become disorganized and frayed. Blood vessels grow into areas where they don't belong. The tendon essentially fails to heal itself properly. The accurate term is tendinosis, not tendinitis, and that distinction matters enormously for how we treat it.

Why does this happen? Repetitive load is the usual culprit. Every time you grip and flex your wrist, those forearm tendons take tension at their anchor point. Do that ten thousand times across a season of golf, or across years of manual work, and microscopic damage accumulates faster than your body can repair it. Age plays a role too. Tendon blood supply diminishes as we get older, which is part of why I see far more of this in my patients over 40 than in twenty-somethings. Throw in the things that quietly impair healing across the board (poor blood sugar control, low testosterone, vitamin D deficiency, smoking) and you've got a tendon that's stuck in a failed repair loop.

So when someone tells me they've "rested it for three months and it's still there," I'm not surprised at all. Rest stops you from making it worse. It doesn't do much to actively rebuild a degenerated tendon. The tissue needs a stimulus to start healing again, and that's the whole problem with the conventional approach.

Why Rest, Braces, and Cortisone Keep Letting You Down

Let's be fair to the standard treatments. They aren't useless. They're just incomplete, and some carry real downsides that don't get talked about enough.

Rest and activity modification make sense early on. If you keep aggravating an angry tendon, you'll never give it a chance. The counterstrap or forearm brace can offload the tendon and take the edge off during daily tasks. Physical therapy, especially eccentric strengthening, has decent evidence behind it and is something I genuinely recommend. But here's the catch: all of these are passive or slow. They create conditions where healing might happen, but they don't actively trigger the repair process in degenerated tissue. For a lot of people, that's not enough.

Then there's the cortisone injection, which deserves a closer look because it's still handed out so freely. A steroid shot can feel like a miracle for a few weeks. The pain melts away. The problem? Cortisone is a powerful anti-inflammatory, and as we just covered, chronic golfer's elbow isn't really an inflammatory problem. Worse, corticosteroids can actually weaken and degrade tendon tissue over time. Several studies on tennis elbow (the lateral cousin of this condition) have shown that while cortisone beats placebo in the short term, the steroid group often does worse than doing nothing at all at the one-year mark. You trade a few good weeks for a potentially weaker tendon down the road. That's a deal I rarely think is worth it, and I tell my patients so directly.

What's missing from every one of these options is a treatment that does what the body failed to do on its own: kick-start genuine tissue regeneration. That's the gap SoftWave is designed to fill.

How SoftWave Therapy Actually Works

SoftWave is a form of extracorporeal shockwave therapy, but the technology matters, so stick with me. It delivers acoustic pressure waves into the tissue from a special applicator. These aren't sound waves you can hear and they're not electrical stimulation. They're mechanical energy pulses that travel into the tendon and the surrounding area. SoftWave specifically uses a patented unfocused, electrohydraulic wave that spreads the energy over a broader treatment zone rather than concentrating it on a single pinpoint, which is part of why patients tolerate it well.

So what do those waves actually do once they're in the tissue? A few things, and they're genuinely fascinating from a regenerative standpoint.

First, there's mechanotransduction. Your cells can sense mechanical force and convert it into biochemical signals. The shockwaves essentially "wake up" cells in a stalled, degenerated tendon and tell them it's time to get back to work. Second, the waves stimulate angiogenesis, the formation of new blood vessels. Remember how degenerated tendons have a poor blood supply? SoftWave helps rebuild the vascular network that delivers oxygen, nutrients, and healing cells to the area. Third, and this is the part I find most compelling, the treatment recruits and activates the body's own resident stem cells. There's research showing shockwave exposure increases the expression of stem cell markers and growth factors at the treatment site, essentially mobilizing your own repair crew to the scene.

The result is that instead of masking pain, you're prompting the tendon to remodel and rebuild. It's a regenerative stimulus, not a band-aid. And because it's noninvasive, there are no needles into the tendon, no incisions, and no real downtime. Most of my patients walk in, get treated in well under half an hour, and drive themselves home. A typical course runs several sessions spaced a week or so apart, because tissue regeneration is a process, not a single event.

What the Research Actually Shows

I'm a physician first, so I'm not going to hand-wave my way through the evidence. Let me be straight with you about what the science supports and what it doesn't.

The strongest direct elbow evidence comes from the lateral side, tennis elbow, simply because it's been studied more. A 2024 double-blind randomized clinical trial by Perveen and colleagues, published in Scientific Reports, compared shockwave therapy against ultrasound plus deep friction massage in patients with lateral epicondylitis. Both groups improved, but the shockwave group did significantly better on the patient-rated tennis elbow evaluation by the seven-week mark. You can read that trial here. Golfer's elbow shares the same underlying tendinosis biology as tennis elbow, just on the opposite side of the joint, so it's reasonable to expect a similar response, and that matches what I see clinically.

Zooming out to tendons in general, the evidence for shockwave gets quite robust. A 2024 systematic review and meta-analysis by Xue and colleagues in BMC Musculoskeletal Disorders pooled sixteen randomized controlled trials covering more than a thousand patients with rotator cuff tendinopathy. Shockwave therapy produced significant improvements in both pain and function compared to control groups. That review is available here. Different tendon, same principle: shockwave reliably helps degenerated tendons heal.

And for the broader picture in active people, a 2021 review in Current Sports Medicine Reports by Schroeder, Tenforde, and Jelsing out of the Mayo Clinic and Spaulding Rehabilitation surveyed the use of shockwave across sports medicine injuries, including lateral elbow tendinopathy, rotator cuff disease, patellar and Achilles tendinopathy, and plantar fasciopathy. Their takeaway was that shockwave is a safe, effective option that often requires little or no time away from activity, which matters a lot to the in-season golfer who doesn't want to lose a whole summer. That paper is here.

Where I'll stay honest: head-to-head trials specifically on medial epicondylitis are thinner than I'd like, because researchers have favored the more common tennis elbow. So I won't overpromise. What I can say is that the biological mechanism is sound, the evidence across closely related tendon conditions is strong and growing, and the safety profile is excellent. That combination is exactly why SoftWave has earned a place in how we treat stubborn elbow pain at our clinic.

What Treatment Looks Like at Magnolia

When a golfer or weekend warrior comes to see me about inner-elbow pain, I don't just zap the spot and send them out. We start with an actual evaluation. Is this truly medial epicondylitis, or is there an element of ulnar nerve irritation, a partial tendon tear, or even neck-referred pain mimicking the symptoms? The treatment plan depends on getting that right.

Assuming SoftWave is a good fit, a session is straightforward. You'll feel a series of rapid pulses over the inner elbow and forearm. Some areas feel more tender than others, and interestingly, the spots that are most "talkative" during treatment often correspond to the most damaged tissue. We can adjust intensity as we go. There's no anesthesia needed and no recovery period afterward. You can drive, work, and yes, even play, though I usually counsel patients to ease back into heavy gripping while the tendon remodels.

For tougher or longstanding cases, I'll sometimes pair SoftWave with other regenerative tools. Platelet-rich plasma injections can deliver a concentrated dose of your own growth factors directly to the tendon, and the two approaches complement each other nicely. I also pay attention to the systemic factors I mentioned earlier. If your testosterone is in the basement, your vitamin D is low, or your blood sugar is running high, your tendons are healing with one hand tied behind their back. Optimizing those is part of how we get durable results rather than a temporary fix. You can learn more about our SoftWave shockwave therapy approach on our services page.

One more thing I always bring up, especially with the golfers. Pain is information. That inner-elbow ache after a round at one of the courses around Southlake isn't just bad luck, it's your tendon telling you the load exceeded its capacity. Addressing the swing mechanics, the grip size, and the forearm conditioning alongside the SoftWave treatment is what keeps the problem from coming right back next season.

Golfer's elbow is stubborn, but it's far from hopeless. If you've already done the rest-and-brace routine and you're still favoring that arm, you don't have to just live with it or jump straight to a cortisone shot that might cost you down the road. A regenerative approach that actually rebuilds the tendon is available, and for a lot of my patients it's been the difference between a swing that hurts and a swing that doesn't. If that inner elbow has been holding you back, it's worth finding out whether SoftWave is right for you here at Magnolia Functional Wellness in Southlake.