Tennis Elbow Treatment in Faridabad
Tennis elbow (lateral epicondylitis) is one of the most common overuse injuries treated at Realign Rehab Clinic in Faridabad. Despite its name, less than 5% of patients have ever played tennis. It affects office workers, homemakers, painters, plumbers, carpenters, cooks, and anyone who performs repetitive forearm and wrist movements.
The condition causes pain and tenderness on the outer (lateral) side of the elbow, often radiating down the forearm. Simple activities like gripping a pen, shaking hands, lifting a cup of tea, or turning a door handle can become agonisingly painful.
What Causes Tennis Elbow?
Tennis elbow develops from repeated micro-tearing of the extensor carpi radialis brevis (ECRB) tendon -- the tendon that attaches the forearm extensor muscles to the bony prominence on the outside of the elbow (lateral epicondyle). Over time, these micro-tears overwhelm the tendon's ability to repair itself, leading to a degenerative process called tendinopathy.
Common Causes in Faridabad Patients
- Prolonged typing and mouse use in IT and office workers
- Repetitive cooking and kitchen work
- Construction and manual labour tasks (using screwdrivers, hammers)
- Racquet sports (badminton, squash, tennis)
- Cricket batting -- gripping and swinging a bat
- Painting and plastering
- Sustained gripping of tools or machinery handles
Symptoms of Tennis Elbow
- Pain and burning on the outer elbow, especially during gripping activities
- Weakness of grip -- difficulty lifting objects, carrying bags, or opening jars
- Pain that worsens with wrist extension movements
- Tenderness when pressing on the lateral epicondyle
- Stiffness in the morning that eases with movement
- In severe cases, pain at rest and during sleep
Our Physiotherapy Approach for Tennis Elbow
At Realign Rehab Clinic, Dr. Vaishali Suri (P.T.) uses a comprehensive, evidence-based programme that addresses the tendon degeneration, reduces pain, and restores full strength and function. Most patients avoid surgery entirely with our approach.
1. Eccentric Loading and Tendon Rehabilitation
The most strongly evidence-supported treatment for tennis elbow is a progressive eccentric loading programme targeting the wrist extensor tendons. These controlled exercises stimulate tendon remodelling and repair without overloading the damaged tissue. We use the Tyler Twist protocol and Flexbar exercises as part of this programme.
2. Manual Therapy
- Mobilisation with movement (MWM) technique -- evidence shows immediate pain reduction during gripping
- Soft tissue massage to the forearm extensor muscle group
- Trigger point release for the extensor carpi radialis, brachioradialis, and supinator
- Neural mobilisation for the radial nerve (commonly sensitised in tennis elbow)
3. Electrotherapy Modalities
- Therapeutic ultrasound to promote tendon healing and reduce inflammation
- TENS (Transcutaneous Electrical Nerve Stimulation) for pain management
- Low-level laser therapy (LLLT) to accelerate tissue repair
- Shockwave therapy for chronic, treatment-resistant tennis elbow
4. Splinting and Activity Modification
- Counterforce forearm brace to reduce load on the tendon during activities
- Wrist support splinting for severe acute presentations
- Ergonomic modification of workstation setup for office workers
- Technique correction for sports players
5. Strengthening and Conditioning
Once acute pain is controlled, a progressive strengthening programme builds tendon load tolerance and prevents recurrence. This includes wrist extensor strengthening, forearm rotation exercises, grip strengthening, and shoulder stabilisation work to offload the forearm.
Why Physiotherapy Is Better Than Cortisone Injections
While cortisone injections provide short-term pain relief, research consistently shows they have worse long-term outcomes than physiotherapy. Cortisone can weaken tendon tissue and increase the risk of tendon rupture with repeated injections. Physiotherapy addresses the root cause and builds lasting tendon health.
Recovery Timeline
Acute tennis elbow (under 3 months): significant improvement in 4-8 weeks with consistent physiotherapy.
Chronic tennis elbow (over 3 months): 8-16 weeks of treatment. Shockwave therapy may be added for stubborn cases.
Most patients return to full activity without surgery.
Benefits of Physiotherapy for Tennis Elbow at Realign Clinic
- Complete pain elimination without cortisone injections or surgery
- Full restoration of grip strength and wrist function
- Return to sports, work, and daily activities
- Prevention of recurrence through strengthening and technique correction
- Personalised home exercise programme for continued progress
Who Should Seek Tennis Elbow Physiotherapy?
- Anyone with outer elbow pain lasting more than 2 weeks
- IT professionals and office workers with typing-related elbow pain
- Athletes with elbow pain affecting performance
- Patients who have tried rest alone without improvement
- Those wanting to avoid cortisone injections or surgery
Frequently Asked Questions -- Tennis Elbow
Q: How long does tennis elbow take to heal with physiotherapy?
Most patients notice significant improvement within 4-8 weeks. Chronic cases may take 12-16 weeks. Consistency with exercises is the biggest factor in recovery speed.
Q: Can I continue working during tennis elbow treatment?
Usually yes. We provide ergonomic advice and activity modifications to allow you to continue work while the tendon heals. A counterforce brace often allows pain-free work.
Q: Is tennis elbow the same as golfer's elbow?
No. Tennis elbow affects the outside of the elbow (lateral epicondyle). Golfer's elbow affects the inside (medial epicondyle). Both respond well to physiotherapy.
Q: Should I get a cortisone injection for tennis elbow?
Research shows physiotherapy achieves better long-term outcomes than cortisone. Injections may provide short-term relief but often lead to higher recurrence rates. We recommend trying physiotherapy first.
Q: Can tennis elbow come back after treatment?
It can recur if the underlying cause is not addressed. Our programme includes activity modification, ergonomic advice, and a maintenance exercise routine to prevent recurrence.