Tennis Elbow Treatment: Causes, Options and Regenerative Care in Bangkok

What is tennis elbow?

Tennis elbow, or lateral epicondylitis (also called lateral elbow tendinopathy), is pain on the outer side of the elbow caused by overload of the tendon that attaches the forearm extensor muscles to the bone, mainly the extensor carpi radialis brevis. Despite the name, most people who develop it do not play tennis.

Common symptoms for tennis elbow include:

• Pain and tenderness on the bony bump on the outside of the elbow
• Pain that spreads down the forearm
• Pain when gripping, lifting, turning a door handle, shaking hands or using a keyboard and mouse
• Weak grip strength
• Stiffness in the morning

The NHS tennis elbow page and the Mayo Clinic tennis elbow guide provide more detail.

Causes and risk factors

• Repetitive gripping and wrist extension at work, such as manual trades, plumbing, painting, cooking or long computer use
• Racquet sports with poor technique or equipment
• Age between about 35 and 55
• Smoking and obesity
• Sudden increases in activity, such as DIY projects or a new sport

Diagnosis: when imaging helps

Tennis elbow is diagnosed clinically, from typical symptoms and tenderness, plus pain with resisted wrist or middle-finger extension. Imaging is not needed for most people. Ultrasound can show tendon thickening, degeneration and partial tears, and guides injections. MRI helps when symptoms persist, a significant tear is suspected, or other causes need excluding, such as joint problems or nerve entrapment (radial tunnel syndrome). Pain referred from the neck can also mimic tennis elbow.

If your elbow has hurt for more than six months despite exercise, you can send your ultrasound or MRI for a doctor review.

Conventional tennis elbow treatment

• Activity modification. Reduce or adapt the gripping and lifting that provoke pain, without complete rest.
• Exercise. Physical therapy for tennis elbow uses progressive strengthening, including isometric and eccentric wrist extensor exercises, plus shoulder and grip work. This has good evidence.
• Forearm brace (counterforce strap). May reduce pain during activity for some people.
• Pain relief. Topical or short-term oral anti-inflammatories.
• Shockwave therapy. Evidence is mixed; some people benefit.
• Steroid injection. Gives short-term relief, but the Coombes trial (JAMA, 2013) found worse one-year outcomes and higher recurrence compared with placebo injection.
• Surgery. Release or debridement of the damaged tendon for persistent, disabling symptoms after 6 to 12 months of non-surgical care. Some trials question its benefit over placebo surgery.

Regenerative options: what the evidence says

Tennis elbow is one of the most studied uses of platelet-rich plasma.

• PRP therapy: in a randomised trial by Peerbooms and colleagues (American Journal of Sports Medicine, 2010), PRP produced better pain and function scores than steroid injection at one year. A multicentre trial by Mishra and colleagues (2014) also reported benefit over a control injection at 24 weeks. Other studies show smaller or no differences, so meta-analyses rate the evidence as promising but mixed. See PubMed trials of PRP for lateral epicondylitis.
• Stem cell therapy: small pilot studies of fat-derived or other cultured cells for chronic lateral epicondylitis report improvements, but controlled evidence is lacking. See PubMed research on stem cells for tennis elbow.
• Exosome therapy: tendon research is mostly laboratory and animal based.

PRP is legal and widely used but is not routine first-line care in many public systems. Stem cell products for tennis elbow are not approved in the US, UK or Australia; the US FDA warns about unapproved stem cell therapies.

Comparing tennis elbow treatment options

Option	When used	Evidence	Effect over time	Main downside
Activity change and time	First line	Strong (natural recovery)	Most settle in 6–12 months	Slow
Strengthening exercise	First line	Good	Builds over weeks	Needs consistency
Brace	Symptom relief	Limited	During activity	Does not treat cause
Steroid injection	Short-term relief	Good short term, worse at 1 year	Fast then fades	Higher recurrence
Shockwave therapy	Persistent cases	Mixed	Months	Several sessions
PRP injection	Persistent cases	Moderate, mixed	Gradual, may last longer	Post-injection soreness
Stem cell injection	Experimental	Small pilot studies	Uncertain	Unproven
Surgery	Persistent, disabling	Mixed	Months	Surgical risks

Self-help for tennis elbow

• Lift with your palm facing up, and use both hands where possible
• Use thicker grips on tools and racquets, and take regular breaks
• Set up your workstation so your wrist stays neutral when typing
• Do your strengthening exercises daily, accepting mild discomfort
• Avoid repeated steroid injections as a long-term solution

Who may be a candidate for regenerative treatment?

• Tennis elbow for more than three to six months despite activity changes and an exercise program
• Tendon changes or partial tears confirmed on ultrasound or MRI
• People who prefer to avoid repeated steroid injections or surgery
• Willingness to follow a rehabilitation program afterwards

Who should not have regenerative treatment

• Elbow pain from another cause, such as arthritis, nerve entrapment or neck problems
• Complete tendon rupture needing surgical repair
• Active infection, bleeding or platelet disorders, active cancer or pregnancy
• Recent steroid injection into the elbow (a waiting period usually applies)

Risks and side effects

PRP and cell injections into the elbow commonly cause pain and swelling for several days, sometimes longer than after a steroid injection. Rare risks include infection, nerve irritation and allergic reaction. Steroid injections can cause skin thinning and loss of pigment. Cell-based treatments using your own fat or marrow add harvest-site soreness. Cells used in our programmes are prepared in ISO 9001:2015-certified partner laboratories.

What a tennis elbow treatment trip to Bangkok looks like

1. Before travel: send your ultrasound, MRI or reports on WhatsApp. A doctor reviews whether a regenerative program is reasonable.
2. Day 1: consultation, elbow and neck examination and ultrasound assessment.
3. Day 2: ultrasound-guided injection according to the protocol.
4. Following days: review and a staged forearm loading program.

Most elbow programmes need around 3 to 5 days in Bangkok. Patients travel from Australia, the UK, the US and Canada. See how it works. No outcome can be guaranteed.

Recovery and aftercare at home

• Rest the arm from heavy gripping for the first few days
• Avoid anti-inflammatory medicines for the period your doctor recommends after PRP
• Start gentle stretching, then progress to strengthening over several weeks
• Return to sport and heavy work gradually
• Update the medical team on WhatsApp; improvement usually develops over weeks to months

Increasing redness, heat or fever after an injection needs urgent medical care.