Tennis Elbow (Lateral Epicondylitis): Treatment for Non-Tennis Players
- Feb 13
- 18 min read
If you've never picked up a tennis racquet but you're experiencing persistent pain on the outside of your elbow, you're not alone. Despite its name, 95% of people with tennis elbow have never played tennis. In fact, as a physiotherapist serving patients in Brampton, Mississauga, North Brampton, and the Dixie and Mayfield area, I treat far more office workers, tradespeople, and homemakers for tennis elbow than I do actual tennis players.
That nagging ache when you grip your coffee cup, the sharp pain when you turn a doorknob, the weakness that makes shaking hands embarrassing—these are the hallmark signs of lateral epicondylitis, commonly known as tennis elbow. And if you work at a desk using a mouse all day, you're in a manual trade, or you've recently taken up gardening or home renovations, you're at significant risk.
After eight years of treating tennis elbow in people from all walks of life, I can tell you this: it's one of the most frustrating conditions patients deal with because it can be stubborn, it affects everyday activities, and many people don't seek treatment until it's become chronic. But here's the good news—when treated properly with the right combination of exercises, activity modification, and hands-on therapy, tennis elbow has excellent recovery rates.
Let me explain what tennis elbow really is, why it happens to non-tennis players, and most importantly, how to treat it effectively so you can get back to work and life without constant elbow pain.
What Is Tennis Elbow (Lateral Epicondylitis)?
Understanding the anatomy and injury:
The Anatomy
Lateral epicondyle: The bony bump on the outside (lateral side) of your elbow where several forearm muscles attach via their tendons.
Extensor muscles and tendons: A group of muscles that:
Run along the back of your forearm
Extend (lift up) your wrist and fingers
Attach to the lateral epicondyle via a common tendon
Primary muscle involved:
Extensor Carpi Radialis Brevis (ECRB): The most commonly affected muscle/tendon in tennis elbow
Also involved: Extensor Digitorum, Extensor Carpi Radialis Longus, Extensor Carpi Ulnaris
What Actually Happens
It's NOT tendinitis (inflammation): Modern understanding has changed dramatically. What we call "tennis elbow" is actually:
Tendinopathy: Degenerative changes in the tendon, not inflammation
Breakdown of collagen fibers
Disorganized tendon structure
Poor blood supply to the area
Incomplete healing attempts creating scar tissue
Microscopic tears that don't heal properly
Why the name change matters:
Anti-inflammatory medications (NSAIDs) don't help much because there's minimal inflammation
Cortisone injections provide temporary relief but may worsen long-term outcomes
Rest alone doesn't heal degenerated tendons
Treatment focuses on tendon loading and strengthening, not reducing inflammation
How Tennis Elbow Develops
The degenerative cascade:
Repetitive stress: Gripping, wrist extension, twisting movements
Microtrauma: Small tears in tendon fibers with each repetition
Failed healing: Body attempts repair but stress continues before healing completes
Degeneration: Tendon tissue quality deteriorates, becomes weaker
Pain and dysfunction: Degenerative tissue is painful and prone to further injury
Chronic cycle: Without proper treatment, problem perpetuates
Why it's so persistent:
Poor blood supply to tendon (healing is slow)
Continued use prevents healing
Degenerative tissue doesn't spontaneously regenerate
Compensatory patterns develop, spreading problem
Who Actually Gets Tennis Elbow?
The real risk groups (non-tennis players):
Office Workers and Computer Users
Why they're at risk:
Mouse use: Repeated clicking, sustained wrist extension, grip tension
Keyboard typing: Wrist extension while typing
Poor ergonomics: Mouse too far from body, no armrest support
Duration: 6-8+ hours daily of repetitive gripping and wrist movements
Common presentation:
Right elbow pain (right-handed mouse users)
Pain develops gradually over weeks/months
Worse at end of workday
Difficulty with mouse clicking
Occupations most affected:
Data entry specialists
Graphic designers (extensive mouse use)
Software developers
Administrative assistants
Call center workers (computer use + phone handling)
Manual Laborers and Tradespeople
High-risk occupations:
Carpenters: Hammering, gripping tools, screwdriver use
Plumbers: Pipe wrenching, repetitive turning motions
Painters: Brush/roller grip, overhead work
Mechanics: Tool use, repetitive gripping
Electricians: Wire stripping, tool manipulation
Construction workers: Repetitive lifting, tool use
Why they're vulnerable:
Heavy tool use requiring firm grip
Repetitive wrist/forearm movements
Vibration from power tools
Sustained gripping
Awkward wrist positions
Common presentation:
Dominant arm affected
Sudden onset after heavy work day or new project
Significant functional impairment (can't work)
Often more severe than office worker cases
Homemakers and DIY Enthusiasts
Common triggering activities:
Gardening: Pulling weeds, using hand tools, pruning
Home renovations: Painting, screwing, hammering
Cleaning: Wringing mops/cloths, scrubbing, vacuuming
Cooking: Chopping, stirring heavy pots, opening jars
Childcare: Repetitive lifting, carrying toddlers
Typical scenario:
Spring gardening spree after winter
Weekend renovation project
Taking on new repetitive hobby (knitting, woodworking)
Common presentation:
May not connect activity to elbow pain initially
Bilateral (both elbows) possible if activities use both arms
Often delays seeking treatment ("it'll get better on its own")
Musicians
At-risk musicians:
Guitarists (fretting hand)
Violinists
Drummers
Piano players
Why music causes it:
Repetitive fine motor movements
Sustained grip positions
Long practice sessions
Tension from performance pressure
Age and Gender Factors
Peak incidence:
Ages 35-55 most common
Can occur at any age with risk activities
Gender:
Affects men and women equally
Some studies suggest slightly higher rates in men (may reflect occupational exposure)
Other risk factors:
Previous elbow injury
Smoking (impairs tendon healing)
Diabetes (affects tendon health)
Repetitive work for 2+ hours daily
Poor technique with tools/equipment
Symptoms: How to Know If You Have Tennis Elbow
Classic presentation:
Primary Symptoms
Pain location:
Outer (lateral) elbow, specifically over bony prominence
May radiate down forearm toward wrist
Rarely radiates above elbow
Pain characteristics:
Aching pain, can be sharp with certain movements
Gradual onset (develops over weeks/months typically)
Worse with gripping, lifting, wrist extension
Can be present at rest in severe cases
Triggering activities:
Shaking hands (painful and weak)
Turning doorknobs
Lifting coffee cup, especially with extended wrist
Typing or mouse use
Using screwdriver or wrench
Opening jars
Carrying briefcase or grocery bags
Pouring from heavy pot or kettle
Secondary Symptoms
Grip weakness:
Objects feel heavier
Dropping things (coffee cup, phone, tools)
Difficulty holding objects firmly
Weakness testing positive (weaker than unaffected side)
Stiffness:
Morning stiffness in elbow
Difficulty fully straightening arm in severe cases
Forearm tightness
Tenderness:
Pain with direct pressure over lateral epicondyle
Tender to touch on outside of elbow
Severity Stages
Mild (Early Stage):
Pain only during/after provocative activities
Full strength maintained
Minimal impact on daily function
Pain resolves with rest
Moderate:
Pain with most gripping activities
Noticeable weakness
Affecting work performance
Pain lingers after activity
Severe (Chronic):
Constant pain, even at rest
Significant weakness
Unable to perform job duties
Pain at night
Difficulty with basic daily tasks (dressing, eating)
Present for 6+ months
Diagnosis: Confirming Tennis Elbow
How it's diagnosed:
Clinical Examination
Medical history:
Onset of symptoms (gradual vs. sudden)
Occupation and activities
Previous elbow injuries
Prior treatments attempted
Physical examination:
Palpation:
Point tenderness over lateral epicondyle (very specific sign)
May also have tenderness along extensor muscles in forearm
Special tests:
Cozen's Test:
Patient makes fist and extends wrist
Examiner resists wrist extension
Positive: Pain at lateral epicondyle
Mill's Test:
Examiner passively flexes wrist and pronates forearm
Elbow straightened
Positive: Pain at lateral epicondyle
Maudsley's Test (Middle Finger Test):
Patient extends middle finger against resistance
Positive: Pain at lateral epicondyle
Very specific for ECRB involvement
Grip strength testing:
Measured with dynamometer
Compare to unaffected side
Typically 25-50% reduction in severe cases
Imaging Studies
Usually NOT necessary for diagnosis:
Clinical examination is highly accurate
Imaging mainly to rule out other conditions
When imaging may be ordered:
X-rays:
Rule out arthritis, bone spurs, fractures
May show calcification in chronic cases
Normal X-ray doesn't rule out tennis elbow
Ultrasound:
Can visualize tendon changes
Shows thickening, tears, calcification
Useful for guided injections if needed
Less expensive than MRI
MRI:
Gold standard for tendon imaging
Shows extent of tendon degeneration
Rules out other pathology
Expensive, usually reserved for:
Severe cases not responding to treatment
Surgical planning
Unclear diagnosis
Nerve conduction studies:
Only if nerve compression suspected (radial tunnel syndrome)
Helps differentiate tennis elbow from nerve issues
Differential Diagnosis (What Else Could It Be?)
Conditions that can mimic tennis elbow:
Radial tunnel syndrome:
Compression of radial nerve in forearm
Similar pain location
More neurological symptoms (tingling, numbness)
Tender spot slightly below lateral epicondyle
Cervical radiculopathy:
Nerve compression in neck
Radiating pain to elbow and arm
Neck pain usually present
Neurological changes
Elbow arthritis:
Joint stiffness and swelling
Reduced range of motion
Visible on X-ray
Referred pain from shoulder:
Shoulder pathology can refer to elbow
Shoulder examination reveals source
Proper diagnosis is critical: Treatment differs significantly between these conditions. What helps tennis elbow may worsen radial tunnel syndrome.
Why Traditional Treatments Often Fail
Common approaches that provide minimal benefit:
1. Complete Rest
Why people try it:
Pain with activity, so rest seems logical
"Give it time to heal"
Fear of making it worse
Why it fails:
Tendons need loading to heal (rest weakens them further)
Degenerated tissue doesn't spontaneously regenerate
Muscle atrophy occurs with disuse
Pain often returns immediately upon resuming activity
Research shows exercise superior to rest
When rest is appropriate:
Very short term (few days) during acute flare-up
Modified rest (avoiding specific movements, not complete inactivity)
Always combined with other treatments
2. Anti-Inflammatory Medications (NSAIDs)
Common medications:
Ibuprofen (Advil, Motrin)
Naproxen (Aleve)
Diclofenac gel
Why limited effectiveness:
Tennis elbow is degenerative, not inflammatory
May provide temporary pain relief
Doesn't address underlying tendon pathology
Long-term use has side effects (GI issues, cardiovascular risk)
Research shows:
No significant benefit over placebo at 6-12 weeks
May actually impair long-term tendon healing
When they might help:
Severe acute pain affecting sleep/function
Short-term use (1-2 weeks maximum)
Always combined with rehab, never alone
3. Cortisone Injections
What they do:
Powerful anti-inflammatory injected into area
Provide significant short-term pain relief (70-80% within days)
Why they're problematic:
Pain relief only temporary (6-12 weeks typical)
Don't address degenerative process
May weaken tendon further (cortisone degrades collagen)
Higher recurrence rates than physiotherapy
Multiple injections increase tendon rupture risk
Research evidence:
Short-term: Better than placebo or physiotherapy (first 6 weeks)
Medium-term: No benefit over physiotherapy (3 months)
Long-term: WORSE outcomes than physiotherapy (6-12 months)
Higher recurrence rates
When they might be considered:
Severe pain preventing participation in physiotherapy
Important short-term functional need (upcoming event)
Should be combined with physiotherapy, not used alone
Maximum 2-3 injections lifetime
My approach: I rarely recommend cortisone. If patient has already had injection, I wait 2-4 weeks before starting loading exercises.
4. Passive Treatments Only
Common passive approaches:
Massage only
Ultrasound therapy
Electrical stimulation
Ice/heat
Acupuncture alone
Why insufficient:
Provide temporary symptom relief
Don't build tendon capacity
Don't address underlying degeneration
Patient becomes dependent on treatments
When they have a role:
As adjuncts to active exercise program
Pain management during rehab
Never as sole treatment
5. Bracing Without Exercise
Counterforce braces (tennis elbow straps):
Worn on forearm just below elbow
Compress extensor muscles
May reduce pain during activity
Evidence:
Modest short-term pain relief
No long-term benefit
Don't improve strength or function
Can create dependency
Proper use:
Temporary aid during painful activities
Always combined with exercise program
Weaned off as strength improves
NOT a long-term solution
6. Wrong Exercises or Poor Progression
Common mistakes:
Generic stretching only (doesn't load tendons)
Too much too soon (aggravates condition)
Incorrect exercise selection
Poor form reinforcing bad patterns
Giving up too early (2-3 weeks insufficient)
Why proper exercise prescription matters:
Specific exercises for ECRB tendon loading
Careful progression critical
Form must be perfect
Consistency for 8-12 weeks minimum
Evidence-Based Treatment: What Actually Works
The gold standard approach:
1. Eccentric Exercise Program (Most Important)
What are eccentric exercises?
Muscle lengthens under load
Opposite of concentric (muscle shortens)
Example: Lowering a weight slowly (eccentric) vs. lifting it (concentric)
Why eccentrics work for tendinopathy:
Stimulate collagen production
Improve tendon structure and strength
Increase load tolerance
More effective than concentric exercises
Supported by extensive research
The proven eccentric wrist extension protocol:
Equipment needed:
Small dumbbell (start very light: 1-2 lbs or even no weight)
Chair or table for support
Exercise technique:
Sit with forearm resting on table, wrist hanging off edge
Palm facing down
Use unaffected hand to lift wrist up (assisted concentric phase)
Remove helping hand, slowly lower weight with affected side (eccentric phase)
Lower over 3-5 seconds
Repeat
Dosage:
3 sets of 15 repetitions
Perform daily or twice daily
Should feel mild to moderate discomfort (4-5/10) during exercise
Pain should not persist more than 24 hours after
Progression:
Week 1-2: No weight or 1 lb
Week 3-4: Increase to 2-3 lbs
Week 5-6: 3-5 lbs
Week 7-8: 5-8 lbs
Progress based on symptoms, not time
Critical points:
Perfect form essential
Must be true eccentric (slow lowering)
Don't do concentric phase with painful arm (use other hand to lift)
Some discomfort during exercise is EXPECTED and necessary
Consistency is everything—missing days significantly delays progress
Timeline:
Weeks 1-3: May not notice much improvement
Weeks 4-6: Pain reduction becomes noticeable
Weeks 8-12: Significant improvement in most people
Full recovery: 12-16 weeks typical
2. Isometric Exercises (Pain Management)
What are isometrics?
Muscle contracts but no movement occurs
Example: Pushing against immovable object
Why they help:
Reduce pain acutely (pain relief lasting 45+ minutes)
Don't aggravate tendon like other exercises might
Can be done during painful phases
Prepare tendon for eccentric loading
Isometric wrist extension:
Sit with forearm on table, palm down
Place other hand on back of affected hand
Push down against resistance (no movement should occur)
Hold 30-45 seconds
Relax 30 seconds
Repeat 5 times
When to use:
Before eccentric exercises (warm-up)
When eccentrics too painful initially
During pain flares
Before activities that typically aggravate
3. Progressive Strengthening
Once pain improves (weeks 6-8+):
Wrist extension with resistance:
Similar to eccentric exercise but now include concentric phase
Lift weight up AND lower slowly
3 sets of 10-12 reps
Grip strengthening:
Squeeze therapy putty or stress ball
Hold 5 seconds, repeat 10-15 times
Progress to grip strengthener device
Forearm pronation/supination:
Hold hammer or weighted stick
Rotate forearm back and forth
Strengthens muscles that support wrist extensors
Finger extension against rubber band:
Place rubber band around fingers and thumb
Spread fingers apart against resistance
10-15 reps, 2-3 sets
4. Stretching (Supportive, Not Primary Treatment)
Wrist flexor stretch:
Extend arm straight, palm up
Use other hand to gently pull fingers back
Hold 30 seconds
Repeat 3 times, 2-3 times daily
Wrist extensor stretch:
Extend arm straight, palm down
Make fist, bend wrist down
Use other hand to gently press fist toward body
Hold 30 seconds
Repeat 3 times
Important notes:
Stretching alone doesn't cure tennis elbow
Helps maintain flexibility
Never stretch into pain
Always secondary to strengthening
5. Manual Physiotherapy
What I provide:
Soft tissue release:
Deep friction massage to tendon (breaks up scar tissue)
Myofascial release for forearm muscles
Trigger point therapy for tight spots
Can be uncomfortable but therapeutic
Joint mobilizations:
Elbow joint mobilization
Wrist mobilization
Improves joint mechanics
Reduces compensatory stiffness
Nerve mobilization:
Radial nerve gliding if nerve involvement
Reduces neural tension
Acupuncture:
For pain management
Trigger point release
Some evidence for tendinopathy
Benefits:
Reduces pain and muscle tension
Improves tissue quality
Enhances exercise tolerance
Provides immediate relief
Limitations:
Temporary benefits without exercise
Must be combined with loading program
Not a standalone cure
6. Activity Modification
Identify and modify aggravating activities:
For office workers:
Ergonomic mouse (vertical or trackball)
Position mouse closer to body
Use keyboard shortcuts (reduce mouse clicks)
Armrest support
Frequent breaks (every 30 minutes)
Switch mouse hands periodically if possible
For manual workers:
Lighter grip on tools
Use power tools instead of manual when possible
Proper tool selection (ergonomic handles)
Work rotation (vary tasks)
Anti-vibration gloves
Proper technique training
Daily activities:
Use two hands for heavy lifting
Keep wrist neutral (not extended) when gripping
Use adaptive equipment (jar openers, ergonomic kitchen tools)
Lift with palm up when possible (reduces extensor load)
Sports/hobbies:
Reduce intensity/duration temporarily
Modify technique
Proper equipment (correct racquet grip size, etc.)
Gradual return
7. Load Management
The critical principle:
Tendons need loading to heal, but too much load aggravates. Finding the right balance is essential.
The traffic light system:
Green (acceptable):
No pain during activity
Mild discomfort (1-3/10) during exercise, resolves quickly
No increase in morning stiffness
Action: Continue current program
Yellow (caution):
Mild pain (3-5/10) during activity
Pain settles within 24 hours
Slight increase in morning stiffness
Action: Monitor closely, may need to reduce load slightly
Red (too much):
Moderate-severe pain (5+/10) during activity
Pain persists beyond 24 hours
Significantly increased morning stiffness
Action: Reduce load immediately, may need to modify exercises
Application:
Some pain with eccentric exercises is expected (yellow zone okay)
Sharp pain or lasting pain means too much too soon
Better to progress slowly than aggravate and set back progress
Treatment Timeline and Expectations
Realistic recovery with proper treatment:
Acute/Early Phase (Weeks 1-4)
Symptoms:
Recent onset (less than 6 weeks)
Pain with specific activities
Minimal pain at rest
Treatment focus:
Eccentric exercises (start light)
Isometrics for pain relief
Activity modification
Manual therapy weekly
Expected progress:
Weeks 1-2: May not see dramatic improvement, exercise tolerance building
Weeks 3-4: Noticeable reduction in pain, better function
Patient role:
Daily exercises absolutely critical
Modify aggravating activities
Be patient—tendon healing is slow
Subacute Phase (Weeks 5-12)
Symptoms:
Progressive improvement
Reduced pain frequency
Stronger grip
Treatment focus:
Continue eccentrics, increasing load
Add progressive strengthening
Gradual return to activities
Physiotherapy every 2-3 weeks
Expected progress:
Week 6: Significant improvement (50-70% better)
Week 8: Further gains (70-85% better)
Week 12: Most people 80-90% improved
Chronic Phase (3+ Months from Onset)
Symptoms:
Long-standing pain (present for months/years)
Significant functional limitation
Treatment focus:
Same exercises but may take longer
Address compensatory patterns
More intensive physiotherapy initially
Patience and persistence
Expected progress:
Slower improvement than acute cases
May take 4-6 months for full recovery
Some people need 6-12 months
Small percentage develop chronic pain requiring long-term management
Factors predicting slower recovery:
Symptom duration >6 months
Severe initial pain
Bilateral (both elbows)
Manual labor occupation
Poor compliance with exercises
Preventing Tennis Elbow
For those at risk or preventing recurrence:
Workplace Prevention
Office workers:
Proper ergonomic setup (see RSI blog for details)
Vertical or ergonomic mouse
Adequate armrest support
Regular breaks (every 30 minutes)
Keyboard shortcuts to reduce mouse use
Alternate mouse hands if able
Manual laborers:
Proper tool selection (right size, ergonomic grips)
Maintain tools (dull tools require more force)
Anti-vibration gloves
Adequate rest between high-grip tasks
Proper lifting technique (palm up reduces extensor load)
Strength and conditioning program
Strengthening Program
Maintenance exercises (after recovery):
Eccentric wrist extensions 2-3x/week
Grip strengthening
Forearm stretches
Total time: 10 minutes, 2-3x/week
Think of it as: Brushing teeth for your elbows—regular maintenance prevents problems.
Proper Technique
Sports/activities:
Tennis players: Proper racquet grip size, two-handed backhand, technique coaching
Golfers: Proper club fitting, swing technique
Musicians: Ergonomic positioning, frequent breaks, technique training
Work tasks:
Training on proper tool use
Demonstrate techniques that reduce elbow stress
Encourage workers to report early symptoms
Early Intervention
Don't ignore warning signs:
Mild elbow discomfort after repetitive activity
Tenderness over lateral epicondyle
Slight grip weakness
Take immediate action:
Begin stretching and gentle strengthening
Modify aggravating activities
See physiotherapist if symptoms persist >2 weeks
Prevention is easier than treatment: Addressing early symptoms prevents progression to chronic, debilitating tennis elbow.
When Surgery Is Considered
Surgical options for resistant cases:
Indications for Surgery
Surgery considered only after:
6-12 months of proper conservative treatment
Failed physiotherapy (with documented compliance)
Significant functional impairment
Unable to work or perform daily activities
Important: Studies show 80-95% of people improve with conservative treatment. Surgery is rarely needed.
Surgical Procedures
Arthroscopic or open debridement:
Removes degenerated tendon tissue
Releases tendon from bone
Stimulates healing response
Success rates:
80-90% report improvement
Return to work: 3-6 months typical
Full recovery: 6-12 months
10-20% have persistent symptoms
Post-surgical rehabilitation:
Physiotherapy essential
Progressive loading program similar to conservative treatment
Longer timeline than conservative recovery
Not a quick fix
My Treatment Approach
At PinPoint Health in Mississauga, serving patients throughout Brampton, Mississauga, North Brampton, and the Dixie and Mayfield area:
Comprehensive Assessment
Initial evaluation includes:
Detailed history:
Occupation and daily activities
Onset and progression of symptoms
Previous treatments and results
Impact on work and life
Physical examination:
Palpation for exact tenderness location
Special tests (Cozen's, Mill's, Maudsley's)
Grip strength measurement
Range of motion assessment
Muscle flexibility and strength
Posture and ergonomic evaluation
Functional assessment:
Observation of work/activity movements if possible
Identification of provocative activities
Ergonomic risk factors
Individualized Treatment Plan
Tailored approach based on:
Severity and chronicity of symptoms
Occupation and activity demands
Treatment goals and timeline
Previous treatment response
Treatment includes:
Progressive exercise prescription:
Eccentric loading program (cornerstone of treatment)
Isometrics for pain management
Progressive strengthening
Detailed written program with photos/videos
Regular progression based on response
Manual therapy:
Soft tissue release and friction massage
Joint mobilizations
Trigger point therapy
Nerve mobilization if indicated
Acupuncture for pain management
Activity modification guidance:
Specific ergonomic recommendations
Work task modifications
Equipment suggestions
Gradual return to activities plan
Education:
Understanding tendinopathy and healing
Pain science (why some pain during exercise is necessary)
Load management principles
Long-term prevention strategies
Realistic timeline expectations
Brace fitting if appropriate:
Proper counterforce brace selection
Correct positioning and use
Weaning plan
Ongoing Support and Monitoring
Regular reassessment:
Typically weekly or bi-weekly initially
Objective measurements (pain scales, grip strength)
Exercise progression adjusted
Problem-solving barriers to recovery
Long-term:
Gradual reduction in visit frequency as you improve
Maintenance program creation
Periodic check-ins to prevent recurrence
Open-door policy for questions
Insurance and Accessibility
Financial access:
Direct billing to most major insurance providers (Sun Life, Manulife, Green Shield, Canada Life)
Extended health benefits cover physiotherapy
WSIB claims for work-related tennis elbow
Focus on recovery, not paperwork
Real Patient Success Stories
Case 1: Software Developer with Chronic Tennis Elbow
Raj, 38, works in Mississauga tech company, right elbow pain 8 months
Initial presentation:
Pain 7/10 with mouse use
Severe grip weakness (could barely open jars)
Tried rest, NSAIDs, wrist brace—no improvement
Considering cortisone injection
Significant impact on work (using left hand for mouse, very slow)
Contributing factors:
Mouse positioned too far from body
No armrest support
8-10 hours daily mouse-intensive work
Gaming in evenings (more mouse use)
Treatment approach:
Eccentric exercise program starting very light
Ergonomic assessment and mouse repositioning
Vertical mouse provided by employer
Manual therapy for forearm tightness
Temporary reduction in evening gaming
Education about loading and healing
Results:
Week 4: Pain reduced to 4/10, grip improving
Week 8: Pain 2/10, working normally
Week 12: Pain 1/10, back to gaming moderately
Week 16: Discharged with maintenance program
1 year later: Remains pain-free with maintenance exercises 2x/week
Key factor: Commitment to daily eccentric exercises despite initial lack of improvement. Ergonomic changes prevented re-injury.
Case 2: Carpenter with Bilateral Tennis Elbow
Mike, 45, self-employed carpenter in Brampton, both elbows painful 6 months
Initial presentation:
Pain 8/10 both elbows
Unable to work full days
Severe weakness (couldn't swing hammer)
Financial stress from reduced work capacity
Prior cortisone injection: helped 3 weeks, then returned
Contributing factors:
Heavy tool use daily
Tight grip on tools
Recent large renovation project (onset trigger)
No breaks during workday
Weak grip strength baseline
Treatment approach:
Eccentric program both arms
Manual therapy twice weekly initially
Counterforce braces for work
Load management: reduced work hours initially, gradual increase
Tool modifications (ergonomic grips, lighter hammer)
Work pacing strategies
Progressive return to full duties
Results:
Week 6: Working 75% capacity, pain 5/10
Week 10: Working full days, pain 3/10
Week 14: Back to full work, pain 1-2/10
Month 6: Pain-free, continues maintenance exercises
Key factor: Realistic load management—didn't push through severe pain. Bilateral involvement required patience. Work modifications allowed continued employment during recovery.
Case 3: Homemaker with Gardening-Triggered Tennis Elbow
Susan, 52, North Brampton, right elbow pain 3 months
Initial presentation:
Pain 5/10 with daily activities
Started after spring gardening (pulling weeds, using hand tools)
Difficulty lifting kettle, opening jars
Tried rest and ice—minimal improvement
Concerned about needing surgery
Contributing factors:
Sudden increase in repetitive hand/wrist activity
Poor ergonomic gardening tools
Pre-existing weak grip strength
Sedentary lifestyle (no regular strength training)
Treatment approach:
Eccentric exercise program
Overall upper body strengthening (weak shoulders/back)
Manual therapy
Gradual return to gardening with proper tools
Ergonomic tool recommendations (long-handled weeder, etc.)
Education about gradual activity progression
Results:
Week 3: Pain 3/10, functional improvement
Week 8: Pain 1/10, back to all activities including gardening
Week 12: Pain-free, continues exercises for prevention
Following spring: Gradual gardening increase, no recurrence
Key factor: Addressed overall deconditioning, not just elbow. Learned to pace activities and use proper tools.
Frequently Asked Questions
Q: How long does tennis elbow take to heal? A: With proper treatment: Mild cases 6-8 weeks, moderate cases 10-16 weeks, chronic cases 4-6+ months. Improvement should be noticeable by 6-8 weeks. Full resolution typically 3-6 months. Timeline varies based on severity, chronicity, and compliance with treatment.
Q: Can I continue working with tennis elbow? A: Usually yes, with modifications. Office work: Adjust ergonomics, take breaks, use proper equipment. Manual labor: May need modified duties initially, gradual return to full duties. Complete time off rarely necessary except severe cases. Work with physiotherapist and employer for appropriate accommodations.
Q: Will tennis elbow go away on its own? A: Some mild cases resolve with rest and activity modification. However, most cases persist without proper treatment. Research shows exercise rehabilitation produces better and faster outcomes than "wait and see." Without treatment, tennis elbow can become chronic and debilitating.
Q: Should I get a cortisone shot? A: Generally not recommended as first-line treatment. Cortisone provides short-term relief (6-12 weeks) but has worse long-term outcomes than physiotherapy. May weaken tendon and increase re-injury risk. Consider only if: severe pain preventing physiotherapy participation, short-term relief needed for important event, always combined with rehab program.
Q: Do I need to stop all use of my arm? A: No. Complete rest weakens muscles and tendons. Continue normal activities that don't significantly aggravate pain. Modify painful activities temporarily. Some discomfort (especially with exercises) is expected and necessary for healing. Avoid sharp pain or activities that significantly increase symptoms.
Q: Why does my tennis elbow keep coming back? A: Common reasons: Didn't complete full rehab (stopped exercises when pain improved), returned to same activities/ergonomics that caused it, insufficient strengthening, underlying weakness not addressed. Prevention requires: continuing maintenance exercises 2-3x/week, proper ergonomics, load management, addressing early warning signs.
Q: Will strengthening exercises make it worse? A: Properly prescribed eccentric exercises may cause some discomfort but promote healing. Some pain during/after exercise is expected (4-5/10 acceptable). Pain should not persist >24 hours or worsen baseline symptoms. If exercises cause sharp pain or lasting aggravation, load is too high—reduce weight/reps. Never do exercises that cause severe pain.
Q: Can I play tennis/golf with tennis elbow? A: Eventually yes, but initially may need to avoid or significantly modify. Return to sport only after: pain-free daily activities, adequate strength recovery (80-90% of other side), successful sport-specific training. Timeline: Typically 8-16 weeks minimum. Ensure proper technique and equipment to prevent recurrence.
Q: Is surgery my only option if physiotherapy doesn't work? A: Not necessarily. Before considering surgery: Ensure you've completed proper physiotherapy (8-12 weeks minimum of consistent eccentric exercises), addressed all ergonomic factors, tried all conservative options (bracing, activity modification, injections if appropriate). Second opinion from another physiotherapist sometimes helpful. Surgery should be last resort after truly failed conservative care.
Q: What's the difference between tennis elbow and golfer's elbow? A: Location and muscles involved. Tennis elbow (lateral epicondylitis): Outside of elbow, wrist extensor tendons. Golfer's elbow (medial epicondylitis): Inside of elbow, wrist flexor tendons. Similar treatment principles (eccentric exercises, load management) but different specific exercises.
Q: Can I use a brace instead of doing exercises? A: Brace provides temporary symptom relief but doesn't heal tendon or address underlying weakness. Brace alone is insufficient. Use brace as adjunct during painful activities while completing exercise program. Wean off brace as strength improves. Relying solely on brace leads to chronic dependence without true healing.
Q: Why do I have tennis elbow in both elbows? A: Bilateral tennis elbow suggests: Systemic issue (work or activity affecting both arms), compensatory pattern (started one side, then overused other), underlying predisposition (weak forearm muscles, poor technique). Treatment same but may take longer. Address both elbows simultaneously with eccentric program.
The Bottom Line
What you need to know about tennis elbow:
✓ It's a tendon degeneration problem, not inflammation (anti-inflammatories and cortisone have limited benefit)
✓ Eccentric exercises are the gold standard treatment (most important intervention)
✓ Recovery takes time—typically 8-16 weeks minimum (requires patience and consistency)
✓ Most people recover without surgery (80-95% improve with proper conservative treatment)
✓ Activity modification is essential (continuing aggravating activities prevents healing)
✓ Complete rest doesn't work (tendons need loading to heal)
✓ Prevention requires ongoing maintenance (continue exercises 2-3x/week long-term)
✓ Early intervention is easier (chronic cases take much longer to treat)
The key to success: Proper diagnosis, evidence-based eccentric exercise program performed consistently for minimum 8-12 weeks, activity modification during healing, hands-on physiotherapy to support recovery, gradual return to activities, and long-term maintenance to prevent recurrence.
Don't suffer in silence or accept that tennis elbow is permanent. With proper treatment, the vast majority of people achieve full recovery and return to all activities pain-free.
Ready to finally resolve your tennis elbow? Book an appointment at PinPoint Health in Mississauga, serving patients throughout Brampton, Mississauga, North Brampton, and the Dixie and Mayfield area. I'll provide comprehensive assessment, hands-on manual therapy, and evidence-based eccentric exercise prescription designed to heal your tendon and get you back to work and activities without pain. Direct billing available to most major insurance providers including WSIB for work-related tennis elbow.
Tired of elbow pain affecting your work and daily life? Contact me today for a thorough evaluation and personalized treatment plan that addresses the root cause of your tennis elbow using proven techniques that actually work.
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