Hip Bursitis (Trochanteric Bursitis): Why Your Hip Hurts When You Lie on It
- Jan 17
- 19 min read
If you can't sleep on your side because of sharp, burning pain on the outside of your hip, you're likely dealing with trochanteric bursitis—or what we now more accurately call greater trochanteric pain syndrome (GTPS). This frustrating condition keeps people in Brampton, Mississauga, North Brampton, and Caledon awake at night, makes climbing stairs painful, and can significantly impact daily activities.
As a registered physiotherapist with eight years of experience treating hip conditions, I've helped hundreds of patients overcome this debilitating hip pain. The good news? Hip bursitis responds extremely well to physiotherapy—often better than injections or medication—when you address the underlying causes, not just the symptoms.
Let me explain what's really causing your hip pain, why it hurts to lie on your side, and most importantly, how to fix it for good.
What Is Hip Bursitis (Trochanteric Bursitis)?
Understanding the anatomy:
The greater trochanter is the bony prominence on the outside of your upper thigh bone (femur)—it's the part you feel when you press on the side of your hip. Several structures surround this area:
Bursae (fluid-filled sacs):
Subgluteus maximus bursa: Between gluteus maximus muscle and greater trochanter
Subgluteus medius bursa: Between gluteus medius tendon and bone
Subgluteus minimus bursa: Between gluteus minimus tendon and bone
Function of bursae: These small, slippery sacs reduce friction between tendons, muscles, and bone during movement. When healthy, you don't even know they exist.
What happens in "bursitis":
Traditionally thought to be inflammation of one or more of these bursae
Recent research shows the problem is actually more complex
Often involves tendon degeneration (tendinopathy) of gluteal muscles
Bursa inflammation may be secondary, not the primary problem
This is why we now call it Greater Trochanteric Pain Syndrome (GTPS) rather than just "bursitis"
Why the name change matters: Understanding that this is primarily a tendon problem, not just bursa inflammation, completely changes treatment approach. Anti-inflammatory medication and cortisone injections target inflammation, but if the root cause is tendon weakness and degeneration, these treatments only provide temporary relief.
Why Your Hip Hurts When You Lie on It
The side-sleeping problem explained:
Direct pressure on inflamed area:
When you lie on your side, your body weight compresses the greater trochanter
This pressure squeezes the irritated bursa and tender gluteal tendons
Blood flow to the area decreases under pressure
Pain signals intensify when compressed tissues are already sensitive
Increased tension during rest:
Hip muscles may be in shortened position while side-sleeping
Tendons under tension are more sensitive to pressure
Inflammation increases pain sensitivity (everything hurts more)
The vicious cycle:
Pain disrupts sleep
Poor sleep reduces pain tolerance
Fatigue makes you less active during day
Reduced activity weakens hip muscles
Weak muscles worsen the underlying problem
Pain continues
Why it's often worse at night:
Inflammatory chemicals accumulate during rest
Temperature changes affect pain perception
Lack of distraction makes pain more noticeable
Position maintained for hours (vs. moving during day)
Important distinction: If you have pain lying on your side, but no pain with activity, you likely have true bursitis. If you have pain both lying down AND with activities like climbing stairs or standing from sitting, you likely have gluteal tendinopathy (the more common scenario).
Common Symptoms of Hip Bursitis/GTPS
Do you experience:
Pain location and characteristics:
Sharp, burning pain on outside of hip (over greater trochanter)
May radiate down outer thigh (sometimes to knee)
Point tenderness when you press on bony prominence
Aching pain that can be constant or intermittent
Pain intensity: mild to severe (can be debilitating)
Positional pain:
Side-lying: Cannot sleep on affected side (most common complaint)
Sitting: Pain with prolonged sitting, especially with legs crossed
Standing: Worse when standing on affected leg
Lying flat: May hurt to lie on back if hips are in certain positions
Activity-related pain:
Climbing stairs (especially going up)
Getting in/out of car
Rising from seated position
Walking (especially long distances or uphill)
Running (often forces runners to stop training)
Standing from lying position
Rolling over in bed
Stiffness and weakness:
Hip stiffness after sitting or first thing in morning
Feeling of weakness in affected leg
Limping, especially when pain is severe
Difficulty standing on one leg (affected side)
Reduced range of motion bringing knee toward opposite shoulder
Associated symptoms:
Lower back pain on same side (compensation)
Knee pain on same side (altered gait)
Buttock pain (gluteal muscle involvement)
Snapping or clicking sensation over hip (in some cases)
Functional limitations:
Difficulty putting on shoes and socks
Trouble getting in/out of bathtub
Cannot exercise or participate in sports
Struggling with household tasks (vacuuming, carrying groceries)
Sleep deprivation affecting daily function
What Causes Hip Bursitis/GTPS?
Understanding the root causes guides effective treatment:
1. Gluteal Tendinopathy (Most Common Cause)
What it is: Degeneration and weakness of the gluteus medius and minimus tendons that attach to the greater trochanter.
Why it happens:
Overuse: Repetitive activities like running, hiking, stair climbing
Age-related degeneration: Tendons weaken with age (most common in people 40-60, especially women)
Poor biomechanics: Hip dropping during walking/running due to weak hip stabilizers
Sudden increase in activity: Weekend warriors who dramatically increase exercise
The compressive load theory:
Gluteal tendons are compressed against greater trochanter during certain positions
Hip adduction (crossing midline) increases compression
Standing with hip hitched out to one side
Sitting with legs crossed
Lying directly on side
Prolonged compression causes tendon degeneration
Why women are affected more:
Wider pelvis creates greater hip adduction angle during walking
Hormonal changes (especially post-menopause) affect tendon health
Different gait mechanics compared to men
2. Hip Muscle Weakness and Imbalance
The gluteal weakness pattern:
Weak muscles:
Gluteus medius: Primary hip stabilizer—weakness causes hip drop
Gluteus minimus: Works with medius to stabilize pelvis
Deep hip rotators: Control hip rotation and position
Overactive/tight muscles:
Tensor fasciae latae (TFL): Compensates for weak gluteus medius
IT band: Becomes tight due to TFL overactivity
Hip flexors: Shortened from prolonged sitting
The compensation cycle:
Gluteal muscles weaken (from disuse, aging, or injury)
TFL and IT band compensate for weak glutes
IT band runs directly over greater trochanter
Tight IT band compresses bursa and tendons
Compression causes pain and inflammation
Pain reduces activity, further weakening glutes
Problem perpetuates
3. Biomechanical Factors
Gait and movement patterns:
Trendelenburg gait:
Hip drops on opposite side during single-leg stance
Indicates gluteus medius weakness
Places excessive compression on weight-bearing hip
Common in people with chronic hip bursitis
Hip adduction during activities:
Knees collapsing inward when walking, running, or squatting
Increases compression of gluteal tendons
Often caused by weak hip abductors and external rotators
Leg length discrepancy:
Real or functional difference in leg length
Longer leg side more prone to bursitis
Alters gait mechanics and hip loading
Foot and ankle problems:
Flat feet (overpronation) affects hip mechanics
Ankle stiffness changes walking pattern
Poor footwear lacking support
4. Postures and Positions That Aggravate
Daily habits contributing to problem:
Prolonged sitting:
Hip flexors shorten
Glutes weaken from disuse ("gluteal amnesia")
Sitting with legs crossed compresses structures
Standing postures:
Hip hitched out to one side (common in people who stand a lot)
Weight shifted predominantly to one leg
Creates chronic compression on weight-bearing side
Sleeping positions:
Side-sleeping without pillow between knees
Hip adducted (crossing midline) all night
Direct pressure on greater trochanter for hours
Work-related positions:
Drivers sitting for long periods
Retail workers standing on hard surfaces
Healthcare workers frequently bending/lifting
5. Sudden Activity Changes
Common triggering events:
Starting new exercise program:
Began running without proper progression
Started hiking or walking long distances
New exercise class or sport
Too much, too soon
After period of inactivity:
Returning to activity after injury or illness
Vacation involving lots of walking after sedentary period
Spring gardening after winter inactivity
Life changes:
New job requiring more standing/walking
Moved to home with multiple floors (more stairs)
Started walking for weight loss
6. Direct Trauma
Less common but possible:
Fall directly onto hip
Impact during sports (collision)
Motor vehicle accident
Sudden forceful contraction (sprinting, jumping)
How trauma causes bursitis:
Direct bruising of bursa
Bleeding into bursal sac
Acute inflammatory response
May trigger chronic problem if not rehabilitated properly
7. Other Contributing Factors
Conditions that increase risk:
Spine problems:
Lower back arthritis or disc issues
Altered gait from back pain
Nerve irritation affecting hip muscle function
Hip arthritis:
Osteoarthritis changes hip mechanics
Compensation patterns develop
Bursitis may coexist with arthritis
Previous hip surgery:
Total hip replacement (bursitis is common after THR)
Hip arthroscopy
Altered biomechanics post-surgery
Systemic conditions:
Rheumatoid arthritis (inflammatory)
Diabetes (affects tendon health)
Thyroid disorders (impact connective tissue)
Obesity:
Increased load on hip structures
Often combined with muscle weakness
Weight loss frequently helps symptoms
Diagnosis: Is It Really Hip Bursitis?
How to know what you're dealing with:
Clinical Assessment
What I look for during evaluation:
History questions:
When did pain start? Gradual or sudden?
What makes it better or worse?
Can you sleep on that side?
Pain location and radiation pattern
Previous injuries or hip problems
Activity level changes
Physical examination:
Palpation:
Point tenderness over greater trochanter (very specific sign)
Tenderness along IT band
Trigger points in gluteal muscles
Range of motion testing:
Hip flexion, extension, abduction, adduction
Internal and external rotation
Pain with certain movements (especially adduction and internal rotation)
Strength testing:
Hip abduction strength (gluteus medius)
Hip extension strength (gluteus maximus)
Single-leg stance test (does hip drop on opposite side?)
Special tests:
FABER test: Flexion, Abduction, External Rotation—helps differentiate hip joint vs. bursa
FADDIR test: Flexion, Adduction, Internal Rotation—provocative for impingement and bursitis
Trendelenburg test: Single-leg stance—assesses gluteus medius strength
Resisted hip abduction: Pain indicates gluteal tendinopathy
Gait analysis:
Watch you walk to identify compensations
Single-leg stance observation
Stair climbing assessment
Imaging Studies
When imaging is helpful:
X-rays:
Rule out arthritis, fractures, bone spurs
Assess hip joint alignment
Check for calcification in tendons or bursa
Usually first imaging if ordered
Ultrasound:
Can visualize bursa and tendon changes
Shows fluid in bursal sac (if inflamed)
Identifies tendon tears or degeneration
Relatively inexpensive, no radiation
Can be done during movement (dynamic imaging)
MRI:
Gold standard for soft tissue evaluation
Shows tendon quality, tears, degeneration
Visualizes bursa inflammation clearly
Identifies other hip pathology
Expensive, usually reserved for unclear cases or surgical planning
Important note: Imaging is often NOT necessary. Clinical examination is usually sufficient for diagnosis. Many people have bursal changes or tendon abnormalities on imaging without symptoms—findings don't always correlate with pain.
Differential Diagnosis (What Else Could It Be?)
Conditions that mimic hip bursitis:
Hip joint problems:
Osteoarthritis: Pain in groin more than lateral hip
Labral tear: Clicking, catching, groin pain
Femoroacetabular impingement (FAI): Activity-related groin pain
Spine-related:
L2-L3 nerve irritation: Can refer pain to lateral hip
Lumbar radiculopathy: Often includes numbness/tingling
Other soft tissue:
IT band syndrome: More common in runners, pain shifts with activity
Gluteal muscle strain: More acute onset, specific injury
Referred pain:
Sacroiliac joint dysfunction: Lower hip/buttock pain
Piriformis syndrome: Deep buttock pain radiating to leg
Serious conditions (rare but important to rule out):
Stress fracture: Recent increase in activity, pain at rest
Tumor: Constant pain, night pain, systemic symptoms
Infection: Fever, warmth, recent illness or surgery
Why accurate diagnosis matters: Treatment differs significantly between these conditions. For example, stretching helps IT band syndrome but can worsen gluteal tendinopathy. Proper assessment ensures you're treating the right problem.
Why Traditional Treatments Often Fail
Common approaches that provide only temporary relief:
1. Cortisone Injections
What they do:
Powerful anti-inflammatory injected into bursa
Provide significant short-term pain relief (70-80% of patients)
Effects typically last 6-12 weeks
Why they fail long-term:
Don't address underlying tendon weakness
May actually weaken tendons further (cortisone degrades collagen)
Pain returns when injection wears off
Multiple injections increase tendon rupture risk
Research shows physiotherapy produces equal or better outcomes at 6-12 months
When injections may be appropriate:
Severe pain preventing participation in physiotherapy
Short-term relief needed for specific event
Used as bridge to start exercise program
Should always be combined with physiotherapy, not used alone
My approach: I occasionally recommend injections for patients with severe pain (8+/10) that prevents any activity, but only if they commit to starting physiotherapy immediately after. Injection alone rarely provides lasting solution.
2. Rest and Activity Avoidance
The "wait and see" approach:
Stop aggravating activities
Avoid side-sleeping
Rest until pain resolves
Use ice and anti-inflammatories
Why this doesn't work:
Inactivity further weakens already weak glutes
Muscle atrophy accelerates
Tendons need loading to heal (complete rest is harmful)
Pain may decrease temporarily but returns with activity resumption
Doesn't address biomechanical causes
Research shows: Tendons need progressive loading to heal. Complete rest allows pain to settle but doesn't create lasting improvement.
3. Stretching Alone
Common recommendation:
Stretch IT band and TFL
Foam rolling lateral hip
Stretch hip flexors
Why it's insufficient:
Stretching doesn't strengthen weak glutes
May actually compress tendons further (adduction during certain stretches)
Foam rolling can irritate already inflamed bursa
Addresses tightness but not underlying weakness
The problem with IT band stretching: Recent research shows aggressive stretching of the IT band (especially positions that adduct the hip) can worsen gluteal tendinopathy by increasing compression. This is why some people feel worse after stretching.
4. General Strengthening Without Proper Progression
Random hip exercises:
Generic "hip strengthening" routines from internet
Exercises that cause pain but pushing through
No attention to form or compensation patterns
Too much volume too soon
Why this fails:
Wrong exercises for gluteal tendinopathy (some exercises compress tendons)
Poor form reinforces faulty movement patterns
Excessive volume overwhelms degenerative tendons
Lack of proper progression causes setbacks
5. Treating Only the Symptoms
Symptom-focused approach:
Medication for pain
Ice for inflammation
Modalities (ultrasound, electrical stimulation)
Massage for tight muscles
Why symptoms return:
Doesn't address weak glutes, poor biomechanics, or aggravating postures
Provides temporary relief without lasting change
Patients feel better, return to same activities that caused problem
Problem recurs because root cause unchanged
Evidence-Based Physiotherapy Treatment
What actually works for hip bursitis/GTPS:
Phase 1: Pain Management and Protection (Weeks 1-2)
Goals:
Reduce acute pain and inflammation
Identify and modify aggravating activities
Begin gentle muscle activation
Educate about condition and healing
Treatment includes:
Activity modification:
Avoid hip adduction positions: No crossing legs, no standing with hip hitched
Modify sleeping: Pillow between knees when side-lying, try sleeping on unaffected side or back
Reduce compression activities: Limit stairs, prolonged standing, long walks temporarily
Continue low-impact activity: Swimming, cycling, gentle walking (maintain fitness)
Manual therapy:
Gentle soft tissue release of tight TFL and IT band
Hip joint mobilizations to improve mobility
Trigger point therapy for gluteal muscles
Myofascial release techniques
Pain relief modalities:
Ice application (15-20 minutes, 3-4x daily)
Acupuncture for pain management
Positioning advice for sleeping
Isometric exercises (pain-free):
Isometric hip abduction: Lying on side, press top leg against wall, hold 10 seconds
Isometric hip extension: Standing, press heel backward into wall, hold 10 seconds
Gluteal squeezes: Lying on back, squeeze buttocks together, hold 10 seconds
Dosage: 10-15 reps, 2-3 sets, daily
Why isometrics first: Build strength without moving through painful ranges, load tendons gently, prepare for progressive exercises.
Expected outcome: 30-50% pain reduction, improved sleep, better understanding of condition
Phase 2: Progressive Loading and Strengthening (Weeks 3-8)
Goals:
Build gluteal strength systematically
Improve hip control and stability
Correct movement patterns
Gradually increase activity tolerance
Key exercises (evidence-based for gluteal tendinopathy):
Side-lying hip abduction (correct form is critical):
Lie on unaffected side
Keep hips stacked vertically (don't roll back)
Top leg slightly behind body (hip extended 10-15 degrees)
Lift leg to about 30 degrees (no higher—excessive height compresses tendons)
Lower slowly with control
Dosage: 15-20 reps, 3 sets, 4-5x/week
Why this works: Strengthens gluteus medius without excessive compression when performed correctly. Form is everything—poor form worsens the problem.
Standing hip abduction:
Stand on unaffected leg (use wall for balance)
Lift affected leg out to side, keeping toes forward
Only lift to comfortable height (about 30 degrees)
Control lowering phase
Progression: Add resistance band around ankles
Dosage: 12-15 reps, 3 sets, 4-5x/week
Single-leg bridge:
Lie on back, one knee bent, opposite leg extended
Lift hips by squeezing glutes
Keep hips level (don't let affected side drop)
Hold 2-3 seconds at top
Lower with control
Dosage: 10-12 reps per side, 3 sets, 4-5x/week
Why this works: Strengthens gluteus maximus and medius without hip adduction, functional exercise pattern.
Single-leg stance progression:
Stand on affected leg (light finger support on wall if needed)
Keep pelvis level (don't let opposite hip drop)
Hold 20-30 seconds
Progression: Remove wall support → stand on unstable surface → add head turns or arm movements
Dosage: 3-5 reps of 20-30 seconds, 2-3 sets, daily
Why this works: Improves hip stability, addresses Trendelenburg pattern, translates to better walking mechanics.
Clamshells (with caution):
Lie on side, knees bent, heels together
Lift top knee while keeping feet together
Critical: Only lift to point where pelvis stays stable (usually 30-45 degrees)
Don't let pelvis roll backward
Dosage: 15-20 reps, 2-3 sets, 4-5x/week
Note: Some research suggests clamshells may compress tendons in certain people. If this exercise increases pain, substitute with standing hip abduction instead.
Step-ups (forward):
Step up onto 6-8 inch step with affected leg
Push through entire foot (not just toes)
Keep knee aligned over foot (don't let it collapse inward)
Step down with control
Progression: Increase step height, add weights
Dosage: 10-12 reps per leg, 3 sets, 3-4x/week
Important progression principles:
Increase resistance/difficulty every 1-2 weeks
Some mild muscle soreness is okay (sharp pain is not)
If exercise causes pain during or significantly increases pain after (>2/10 increase), modify or skip temporarily
Load management is critical—tendons need challenge but not overload
Phase 3: Advanced Strengthening and Return to Activity (Weeks 8-12+)
Goals:
Build strength to or above pre-injury levels
Return to desired activities (hiking, running, sports)
Develop movement strategies to prevent recurrence
Transition to independent maintenance program
Advanced exercises:
Single-leg squats:
Stand on affected leg
Squat down to comfortable depth (partial initially)
Keep knee aligned over foot
Control both descent and ascent
Progression: Increase depth, add weight
Dosage: 8-12 reps, 3 sets, 3x/week
Lateral step-ups:
Stand sideways to step
Step up with affected leg (leg closer to step)
Emphasizes gluteus medius
Dosage: 10-12 reps per side, 3 sets, 3x/week
Single-leg Romanian deadlifts:
Stand on affected leg
Hinge forward at hip, reaching toward ground
Keep back straight, balance on one leg
Return to standing by squeezing glutes
Progression: Hold weight in hand
Dosage: 8-10 reps per leg, 3 sets, 2-3x/week
Lateral band walks:
Resistance band around ankles
Slight squat position
Step sideways, maintaining tension
Keep toes pointing forward
Dosage: 15-20 steps each direction, 3 sets, 3x/week
Plyometric exercises (if returning to running/sports):
Lateral hops
Single-leg hops
Box jumps (when appropriate)
Introduced gradually, monitored carefully
Sport/activity-specific training:
Gradual return to running (walk-run progressions)
Hiking with progressive distances and inclines
Sport-specific drills
Return based on strength testing and pain levels
Return-to-activity guidelines:
Minimal or no pain with daily activities (0-2/10)
Strength testing shows 90%+ of unaffected side
Can perform advanced exercises without pain
Sleep normally on affected side
Single-leg stance for 30+ seconds without hip drop
Throughout All Phases: Critical Modifications
Avoid positions that compress gluteal tendons:
No hip adduction:
Don't cross legs when sitting
Don't stand with weight shifted to one side (hip hitched)
Don't sleep with knees together without pillow
Avoid stretches that pull hip across body
No prolonged compression:
Don't sit directly on hard surfaces for long periods
Use cushion if needed
Take regular standing breaks
Modify sleeping:
Pillow between knees (makes huge difference)
Try sleeping on back if side-sleeping too painful
Firmer mattress may help some people
Activity pacing:
Gradual increase in walking/standing time
Don't jump back to previous activity level suddenly
Listen to your body's response (some discomfort okay, sharp pain is not)
What About Stretching?
The nuanced approach to stretching with hip bursitis:
Stretches That May Help
Hip flexor stretch:
Tight hip flexors contribute to altered biomechanics
Kneel on affected side, opposite foot forward
Tuck pelvis under slightly
Lean forward until stretch felt in front of hip
Hold 30-45 seconds, 2-3 reps, 2x/day
Piriformis stretch:
May help if piriformis tightness present
Lie on back, affected ankle crossed over opposite knee
Pull opposite knee toward chest
Hold 30 seconds, 2-3 reps, 2x/day
Gentle gluteal stretch:
Lie on back, pull affected knee toward opposite shoulder
Keep movements gentle (don't force into pain)
Hold 20-30 seconds, 2 reps, 1-2x/day
Stretches to AVOID or Do Carefully
IT band stretches that adduct hip:
Standing cross-over stretch
Side-bending stretches
Any position pulling hip across midline
Why: Increase compression on gluteal tendons
Foam rolling directly over greater trochanter:
Can irritate inflamed bursa
Excessive pressure on tender area
Alternative: Foam roll TFL (front/side of hip) gently if tolerated
Aggressive stretching:
Forcing into painful ranges
Bouncing or ballistic stretching
Stretching to point of significant pain
General principle: Strengthening is more important than stretching for hip bursitis. If you only have time for one, choose strengthening exercises.
My Treatment Approach
At PinPoint Health in Mississauga, serving patients throughout Brampton, Mississauga, North Brampton, and Caledon:
Comprehensive Initial Assessment
What I evaluate:
Detailed history:
Timeline of symptom onset
Specific aggravating activities and positions
Sleep quality and positions
Previous treatments tried
Activity level and goals
Physical examination:
Palpation for point tenderness
Range of motion assessment
Strength testing (especially hip abductors)
Single-leg stance and gait analysis
Special tests to confirm diagnosis
Assessment of contributing factors (spine, foot/ankle, opposite hip)
Functional assessment:
How you walk, climb stairs, sit to stand
Single-leg balance
Movement quality during basic exercises
Identification of compensation patterns
Individualized Treatment Plan
Tailored to your specific situation:
Manual therapy:
Soft tissue release of tight TFL, IT band, hip flexors
Hip joint mobilizations
Trigger point therapy
Gentle techniques—never aggressive manipulation on inflamed area
Progressive exercise prescription:
Starting point based on your current pain and strength
Exercises selected based on research for gluteal tendinopathy
Form coaching (critical for success)
Clear home program with written instructions and videos if helpful
Education:
Understanding the condition and healing timeline
Activity modification strategies
Sleeping position guidance
Return to activity planning
Prevention strategies for long-term
Load management:
Guidance on how much activity is safe
Progression timelines
What pain is acceptable vs. concerning
Adjustments based on your response
Ongoing Monitoring and Adjustment
Regular reassessment:
Pain levels tracked objectively
Strength measurements repeated
Functional improvements noted
Program adjusted based on progress
Troubleshooting:
If progress stalls, identify why
Modify exercises causing increased pain
Address barriers to compliance
Referral for injection if truly needed (rare)
Collaboration When Needed
Working with other healthcare providers:
Referral to physician if:
Severe pain not responding to conservative treatment after 8-12 weeks
Suspicion of other pathology requiring imaging
Consideration of corticosteroid injection
Rare cases requiring surgical consultation (bursectomy—very uncommon)
Communication with other providers:
Share assessment findings
Coordinate treatment if patient seeing multiple providers
Ensure consistent message and approach
Insurance and Accessibility
Making treatment accessible:
Direct billing to most major insurance providers (Sun Life, Manulife, Green Shield, Canada Life)
Extended health benefits cover physiotherapy
WSIB claims if work-related
Focus on getting you better, not managing paperwork
Timeline Expectations
Realistic recovery with proper treatment:
Acute Hip Bursitis (Recent Onset)
Weeks 1-2: Pain reduction 30-50%, improved sleep with modifications
Weeks 3-6: Pain reduced 50-70%, strengthening progressing, returning to modified activities
Weeks 6-12: Pain 80-90% improved, near full function, continued strengthening
Total timeline: 8-12 weeks for most people
Chronic Hip Bursitis (Present for Months/Years)
Weeks 1-4: Gradual pain reduction, learning proper movement patterns
Weeks 5-12: Significant strength gains, functional improvements
Weeks 13-20: Continued progress, returning to higher-level activities
Total timeline: 12-20 weeks typical, sometimes longer for very chronic cases
Factors affecting timeline:
Severity and duration of symptoms
Consistency with home exercises (most important factor)
Age and overall fitness level
Ability to modify aggravating activities
Presence of other conditions (arthritis, spine problems)
Important note: Some improvement should be evident within 4-6 weeks. If zero improvement after 6 weeks of proper physiotherapy, reassessment and possibly imaging or specialist referral warranted.
Prevention: Staying Pain-Free Long-Term
Once you're better, how to prevent recurrence:
Continue Strengthening Program
Maintenance exercises:
Hip abduction exercises 2-3x/week
Single-leg balance exercises 2-3x/week
Progressive challenges to maintain strength
Total time: 15-20 minutes, 2-3 times weekly
Think of it as: Brushing teeth for your hip—ongoing maintenance prevents problems.
Avoid Prolonged Compression
Lifetime modifications:
Never sit with legs crossed (this is most important)
Don't stand with hip hitched (distribute weight evenly or alternate)
Always use pillow between knees when side-sleeping
Take breaks from prolonged sitting or standing
Proper Footwear
Shoe considerations:
Supportive shoes for walking/standing
Replace running shoes every 400-500 miles
Avoid completely flat shoes (minimal support)
Consider orthotics if significant foot mechanics issues
Activity Progression
Return to exercise safely:
Gradual increases in distance, duration, intensity (10% per week rule)
Cross-training (vary activities to avoid overuse)
Listen to early warning signs (mild increase in symptoms = back off temporarily)
Maintain hip strength even during active training
Weight Management
If applicable:
Maintain healthy body weight
Reduces load on hip structures
Weight loss often helps symptoms significantly
Combined with strengthening for best results
Address Other Issues
Related problems:
Treat lower back pain if present (affects hip mechanics)
Address foot/ankle problems
Maintain overall fitness and flexibility
Manage stress (affects pain perception and muscle tension)
When to Seek Help
See a physiotherapist if you have:
Hip pain lasting more than 1-2 weeks
Pain preventing sleep on your side
Difficulty with stairs or walking
Pain with daily activities (getting dressed, car entry)
Previous episode that resolved but has returned
Want to prevent problem from worsening
See a doctor if you have:
Severe pain not improved with basic activity modification after 2 weeks
Sudden onset severe pain after trauma
Hip pain with fever or feeling unwell
Pain associated with unexplained weight loss
Numbness or weakness in leg
No improvement after 8-12 weeks of proper physiotherapy
Frequently Asked Questions
Q: How long does hip bursitis take to heal? A: With proper physiotherapy, most people see significant improvement (70-80% better) within 8-12 weeks. Chronic cases may take 12-20 weeks. Complete resolution often requires 3-6 months of continued strengthening and maintenance.
Q: Will I need a cortisone injection? A: Most people don't need injections if they commit to physiotherapy. Injections provide temporary relief (6-12 weeks) but don't address underlying weakness. I reserve injection recommendations for severe pain (8+/10) preventing participation in rehabilitation.
Q: Can I still exercise with hip bursitis? A: Yes, but modify activities. Continue swimming, cycling, gentle walking. Avoid activities causing sharp pain (running, hiking, prolonged standing initially). Gradually return to full activities as pain improves and strength increases.
Q: Why does it hurt more at night? A: Inflammatory chemicals accumulate during rest, direct pressure on bursa when side-lying, lack of distraction making pain more noticeable. Using pillow between knees and sleeping on back or unaffected side helps significantly.
Q: Is walking good or bad for hip bursitis? A: Walking is generally helpful if it doesn't cause sharp pain. Start with shorter distances (10-15 minutes), gradually increase as tolerated. Walking maintains fitness and loads tendons appropriately for healing. Long walks or hills may need to be temporarily reduced.
Q: Should I foam roll my IT band? A: Be cautious. Gentle foam rolling on the TFL (front/side of hip, not directly on greater trochanter) may help if tolerated. Aggressive foam rolling directly over the painful area can irritate inflamed bursa. Strengthening is more important than foam rolling.
Q: Will hip bursitis come back? A: It can recur if you don't maintain hip strength and return to aggravating postures (crossing legs, standing with hip hitched). Continued strengthening 2-3x/week and avoiding compression positions significantly reduces recurrence risk.
Q: Can hip bursitis be cured permanently? A: Yes, with proper treatment addressing underlying causes (weak glutes, poor biomechanics), most people achieve lasting resolution. It's not a condition you'll have forever if you address root causes and maintain good habits.
Q: Why does my other hip sometimes start hurting too? A: Common. You compensate by overusing the opposite hip, similar movement patterns affect both sides, or bilateral weakness. Treating affected side and including exercises for both hips helps prevent this.
Q: Is surgery ever needed for hip bursitis? A: Rarely. Less than 5% of cases require surgery. Bursectomy (removing bursa) or tendon repair may be considered if no improvement after 6-12 months of proper conservative treatment. Surgery has good outcomes when truly indicated, but vast majority improve with physiotherapy.
Q: What's the difference between hip bursitis and IT band syndrome? A: Location of pain (hip bursitis is over hip bone, IT band syndrome is more on outer thigh/knee), mechanism (bursitis from compression, IT band from friction), and treatment emphasis (both benefit from hip strengthening but IT band syndrome may involve more running mechanics work).
Q: Can physiotherapy really help or do I just need rest? A: Research clearly shows physiotherapy is more effective than rest alone. Rest may reduce pain temporarily, but doesn't address weak glutes and poor mechanics. Tendons need appropriate loading to heal—physiotherapy provides this in structured way.
The Bottom Line
What you need to know about hip bursitis:
✓ It's primarily a tendon problem, not just bursa inflammation (gluteal tendinopathy is the root cause in most cases)
✓ Strengthening weak glutes is the most important treatment (more important than stretching, massage, or injections)
✓ Avoid positions that compress tendons (no crossing legs, use pillow between knees, don't stand with hip hitched)
✓ Physiotherapy works better than injections long-term (research shows equal or better outcomes at 6-12 months)
✓ Recovery takes time but is very achievable (8-20 weeks typical, most people improve significantly)
✓ Prevention requires ongoing hip strengthening (2-3x/week maintenance prevents recurrence)
✓ Surgery is rarely needed (less than 5% of cases)
The key to success: Proper diagnosis, evidence-based exercises performed correctly and consistently, activity modification during healing, and patience with the timeline.
You don't have to live with hip pain that keeps you awake at night. With the right approach, most people achieve lasting relief and return to all their desired activities.
Ready to resolve your hip bursitis for good? Book an appointment at PinPoint Health in Mississauga, serving patients throughout Brampton, Mississauga, North Brampton, and Caledon. I'll provide comprehensive assessment, hands-on treatment, and evidence-based exercise prescription designed to strengthen your hips, eliminate pain, and get you back to sleeping comfortably and living actively. Direct billing available to most major insurance providers.
Tired of hip pain keeping you awake at night? Contact me today for a thorough evaluation and personalized treatment plan that addresses the root cause of your hip bursitis—not just the symptoms.
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