Tennis elbow: why it’s not just for tennis players.

If you hear “tennis elbow” and picture weekend backhands and racquets, you’re not alone — but that image totally misses the mark. As a physical therapist who works with lifters, recreational athletes, and the everyday active population, I can tell you confidently: the majority of people who walk into my clinic with lateral epicondylitis didn’t get it from tennis.

They got it from loading the extensor side of the forearm over and over again — heavy deadlifts, kettlebell work, long hours on a computer mouse, gripping tools, pulling straps, or high-volume wrist extension. Lifters, gym goers, manual laborers, and people with repetitive gripping tasks make up the real bulk of cases.

What actually is lateral epicondylitis, and how does it start?

“Tennis elbow” is a tendinopathy of the wrist extensor tendon group, most commonly the extensor carpi radialis brevis (ECRB). Pain typically sits just off the lateral elbow and lights up with gripping, lifting, or resisted wrist extension.

The key point: this isn’t a classic inflammation issue. It’s a degenerative tendon problem—microscopic tendon breakdown, poor collagen organization, and failed healing from chronic overload.

Most gym-related cases build slowly:

• Repetitive gripping
• Technique issues (especially with pulling/lifting)
• High-volume wrist and forearm loading
• Poor shoulder and thoracic mechanics transferring excessive stress to the elbow
• A significant jump in training load without giving the tendon time to adapt

How common is it?

Lateral epicondylitis affects 1–3% of adults annually, with the highest rates in ages 35–54 — right in the wheelhouse of working adults and recreational athletes.

Why early intervention matters

While some cases resolve with time, “waiting it out” can take 6–12 months, often with frustrating flare-ups and training setbacks. Early PT can shorten recovery significantly because we:

• Control symptoms early
• Modify training loads smartly, not drastically
• Start progressive tendon loading right away
• Address kinetic-chain mechanics to prevent recurrence
  

The earlier someone understands what’s driving their symptoms, the faster they can start moving in the right direction.

What I do in the clinic (performance-first, evidence-driven)

When someone walks in with lateral elbow pain, my approach blends assessment, education, targeted loading, and hands-on work — all aimed at getting them back to lifting, working, and moving with confidence.

1. Load management + education

We identify the lifts and tasks that are stirring symptoms up and modify them without fully stopping activity. Tendons like load — they just need the right amount.

2. Isometrics for immediate pain relief

These are great early on for decreasing pain and providing a bridge into strengthening.

3. Progressive loading

We use:

• Eccentric and concentric strengthening
• Supination/pronation control
• Grip strengthening
• Shoulder, scapular, and thoracic work
  

This is the backbone of long-term success.

Where manual therapy and dry needling come in (and why they help)

This is a big part of what I bring into the treatment plan. Hands-on interventions don’t replace exercise — but they absolutely help speed up the early phase of recovery by reducing pain, improving mobility, and normalizing soft tissue tone so the patient can tolerate loading sooner.

Dry needling

For tennis elbow, dry needling is one of the most effective adjuncts I use. Here’s why:

• It improves local blood flow to the tendon region
• It disrupts dysfunctional trigger points in the wrist extensors
• It reduces pain sensitivity, allowing better tolerance to exercise
• It can quickly restore wrist extension and gripping strength inhibited by pain
  

Many patients feel a noticeable change in pain within 24–48 hours, which helps them progress faster into the strengthening phase.

Manual therapy

Well-targeted hands-on work can make a huge difference, especially early on:

• Soft tissue mobilization of the wrist extensors
• Cross-friction techniques to stimulate tendon healing
• Joint mobilization of the humeroulnar and radioulnar joints
• Radial nerve glides when neural tension is contributing
• Manual shoulder and thoracic mobility to reduce strain transferred to the elbow
  

These techniques reduce stiffness, improve movement quality, and allow the tendon to handle more load earlier in the rehab process — which is key to faster recovery.

Why these matter

Dry needling and manual therapy don’t "fix" the tendon on their own. What they do is open the door to better loading, better mechanics, and quicker progress. In other words: they accelerate the part of rehab that actually creates long-term change.

A simple progression I often start with

Once pain is managed:

1. Isometric wrist extension holds – 20–30 seconds
2. Eccentric wrist extension work – slow and controlled
3. Supination/pronation strengthening
4. Grip progression
5. Shoulder + thoracic mobility and strength
   

We progress by monitoring:

• Pain during the session
• Pain 24 hours after
• Grip strength
• Tolerance under load
  

The bottom line

• Tennis elbow is rarely caused by tennis — lifters, gym goers, and repetitive workers get it more often.
• Catching it early is huge: it reduces pain, prevents chronic degeneration, and gets you back to training sooner.
• The combination of targeted strengthening, load management, dry needling, and manual therapy is one of the fastest, most effective ways to treat it.
• The earlier you get a plan in place, the easier it is to avoid the long, drawn-out recovery timeline that tendon issues are known for.