Tennis elbow—medically known as lateral epicondylitis—is an overuse condition of the tendon on the outside of the elbow where several forearm muscles attach (often involving the extensor carpi radialis brevis, ECRB). Repetitive gripping, lifting with the palm down, and forceful wrist extension can exceed the tendon’s capacity, leading to pain, reduced grip strength, and stiffness during tasks like pouring a kettle, carrying groceries, typing, or a backhand swing. Despite the name, anyone with repetitive forearm use can develop it.
What’s Happening Inside the Elbow
The key structures
Lateral epicondyle: bony anchor on the outer elbow
Common extensor tendon: shared tendon for wrist/finger extensors
ECRB: the portion most commonly irritated
Why tendons hurt
Repeated stress without adequate recovery causes microscopic changes that lower the tendon’s tolerance to load. Pure rest rarely fixes it; tendons improve with graded loading (progressively challenging exercise).
Who’s at Risk
Common activity patterns
Repetitive tool use (plumbing, carpentry, culinary, hair styling)
Prolonged mouse/keyboard work with poor ergonomics
Racquet/paddle and throwing sports, climbing, certain gym moves (heavy pronated pulls)
Contributing factors
Sudden spikes in workload or training volume
Suboptimal technique (locked elbow, wrist extension under load)
Reduced shoulder and upper-back support
Most common ages: 30–55, but possible at any age
Typical Symptoms
Hallmark signs
Localized pain/tenderness on the outer elbow, sometimes traveling down the forearm
Pain with resisted wrist extension or middle-finger extension
Reduced grip strength (opening jars, lifting a pan, shaking hands)
Morning stiffness; “warms up then flares later” after overuse
Diagnosis
What a clinician looks for
History of aggravating tasks and load spikes
Targeted tests (resisted wrist or finger extension)
Point tenderness at the lateral epicondyle
When imaging is used
Imaging is rarely necessary unless symptoms are atypical or not improving with good conservative care.
What Actually Helps
The most reliable plan combines load management (short term) with progressive exercise (medium to long term), supported by selected adjuncts.
Load Management (Short Term)
Temporarily modify aggravating tasks (heavy palm-down lifts, long mousing sessions, sustained gripping)
Take 30–60-second micro-breaks every 30–45 minutes
Favor neutral-grip carries and keep the wrist aligned with the forearm
Use heat or ice for comfort—whichever feels better
Consider a counterforce strap during high-load activities
Progressive Exercise (Medium to Long Term)
Early phase
Pain-tolerant isometric wrist-extension holds (e.g., 5×30–45 seconds once or twice daily)Middle phase
Slow eccentric and then concentric-eccentric wrist-extension drills with a light dumbbell
Grip-strength work to restore functional capacitySupportive strength
Shoulder external rotation, rows, scapular control so the elbow doesn’t overworkLater phase
Heavy, slow resistance within tolerance
Task/sport-specific progressions (work simulations, swing drills, technique cues)
24-hour rule: mild soreness that settles by the next day is acceptable; sharp or lingering pain means adjust the dose.
Treatment of Tennis Elbow (Internal Links Ready)
A multi-faceted approach helps most people. Link each item to your service pages.
Physiotherapy
A structured plan uses graded loading to restore tendon capacity, complemented by manual techniques and movement coaching. Expect education on pacing, ergonomic fixes, and a phased, personalized exercise program.
See: Physiotherapy
Osteopathy
Focuses on restoring musculoskeletal balance and improving mobility of related joints and soft tissues to reduce local overload at the tendon.
See: Osteopathy
Acupuncture
May provide short-term analgesia and reduce muscle guarding around the elbow and forearm, helping participation in progressive exercise.
See: Acupuncture
Shockwave Therapy (ESWT)
For persistent cases, extracorporeal shockwave therapy can stimulate tissue-healing responses and reduce pain when paired with a solid rehab plan. Often considered after 6–12 weeks if progress plateaus.
See: Shockwave Therapy
Bracing & Orthotics
A counterforce strap (worn just below the painful area) can lower tendon stress during gripping and lifting. Wrist supports may be used selectively and short term.
See: Bracing & Orthotics
Ergonomics & Workplace Setup
Optimizing workstation height, mouse placement, keyboard position, and grip strategy reduces repeated spikes in tendon load.
See: Ergonomics Assessment
Sample Home Exercise Progression
Education only—adjust sets/reps to tolerance; if pain lingers >24 hours, reduce the load.
1) Isometric Wrist Extension
Forearm supported, palm down
Hold the wrist gently into extension against immovable resistance for 30–45 seconds
4–5 holds
2) Eccentric Wrist Extension
Help the wrist up with the other hand, then slowly lower for 3–4 seconds with the affected side
3×10–12 reps
3) Grip–Release Sets
Moderate squeezes on putty or a soft ball: 3 seconds on, 3 seconds off
2–3 sets of 10–15
4) Proximal Support Work
Rows and shoulder external rotation 2–3 sessions/week, steadily progressing load and tempo
Ergonomics & Technique Tips
Workstation pointers
Keep the mouse close to your body; elbow near 90°, wrist neutral, and grip relaxed
Use a light touch; avoid resting on the wrist edge for long periods
Lifting & sport
Hinge at the hips/knees, keep the load close, avoid cranking the wrist into extension
For racquet sports, ensure correct grip size and appropriate string tension; progress court time gradually
Recovery Timeline & Expectations
What to expect week by week
Many improve within 8–12 weeks of consistent, well-dosed rehab
Long-standing cases may take longer; expect occasional flare-ups
The real goal
Not just “less pain,” but more capacity—a tendon that comfortably tolerates your work, sport, and daily life.
FAQs
Do I have to stop working out or playing?
Usually not. Modify the provocative lifts (heavy pronated pulls, long straight-elbow carries) while you build capacity. Gradual return is part of recovery.
Will a brace fix it?
A counterforce strap can reduce pain during tasks, but the long-term solution is progressive loading plus technique and ergonomic changes.
Is imaging required?
Most cases are diagnosed clinically. Imaging is considered if symptoms are atypical or not improving with a high-quality plan.
When should I seek help?
If pain persists for several weeks, limits daily function, or includes numbness/weakness or a traumatic onset, book an assessment