Gluteal Tendinopathy

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What Is Gluteal Tendinopathy?

The gluteus medius and gluteus minimus tendons insert onto the greater trochanter of the femur. As these tendons pass around the bony contour of the greater trochanter, they are subject to both tensile and compressive load — tensile load from the contraction of the gluteal muscles, and compressive load from the iliotibial band (ITB) pressing the tendons against the trochanter whenever the hip moves into adduction. It is this compressive mechanism that drives the condition [137].

Gluteal tendinopathy is the most common cause of lateral hip pain in adults, with a prevalence of 10–25% across the general population, and significantly higher in postmenopausal women [136]. It is frequently misdiagnosed as trochanteric bursitis — a label that has persisted despite imaging studies consistently failing to demonstrate pathological bursae. The diagnosis of gluteal tendinopathy is supported by the compressive mechanism, the characteristic symptom behaviour, and the clinical findings on assessment.

The compression mechanism

Grimaldi and Fearon's cadaveric and biomechanical analysis established that the ITB exerts approximately 4N of compressive force on the gluteal tendons in a neutral hip position, rising to approximately 106N at 40° of hip adduction [137]. This means that any position or movement that brings the hip into adduction — crossing the legs while seated, sitting with the hip dropped to one side, standing with the knee resting on the opposite leg, lying with the upper hip dropping forward — dramatically increases the compressive load on the gluteal tendons. These are the positions patients most commonly identify as provocative or painful.

The relevance of this mechanism is not just explanatory — it is directly therapeutic. Understanding which positions compress the tendon allows for immediate load modification, and it explains why some apparently simple movements are more provocative than others.

Presentation overview

Feature	Detail
Pain location	Lateral hip / greater trochanteric region; may refer down the lateral thigh
Symptom pattern	Worse on stairs, uphill walking, prolonged walking, standing on one leg; night pain lying on affected side
Provocative positions	Hip adduction, crossing legs, hip drop, prolonged sitting with hip in medial rotation
Key clinical test	Single leg stance (100% sensitivity, 97.3% specificity for compressive load) [137]
Night pain	Characteristic; caused by hip drop in side-lying; sleeping with a pillow between knees often helps
Most affected	Middle-aged women (especially postmenopausal), distance runners, people with sudden activity increase

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Who Typically Experiences This?

Postmenopausal women

Gluteal tendinopathy has a marked predilection for women in the fifth decade and beyond. Oestrogen influences tendon cell biology and load capacity, and the decline in oestrogen at menopause is associated with reduced tendon matrix quality. Combined with the broader hip mechanics of women — wider pelvis, higher Q-angle, greater natural hip adduction moment in single-leg stance — this population carries elevated compressive load through the gluteal tendons with every stride [136]. Postmenopausal women presenting with lateral hip pain that has been attributed to "hip bursitis" represent a significant clinical group in whom gluteal tendinopathy is the more accurate diagnosis.

Distance runners

Runners are at elevated risk due to the combination of high repetitive loading, the single-leg stance demand of running gait, and the ITB tension that accompanies each stride. Runners with a narrow running stance — where the foot strikes closer to the midline — generate more hip adduction per stride, increasing compressive load on the gluteal tendons. Rapid increases in training volume or the introduction of hill running are frequent precipitating events [137].

People who sit for long periods

Extended sitting in a position with the hip internally rotated and the knee angled toward the opposite foot — as commonly occurs in slouched or asymmetric chair postures — maintains the gluteal tendons in a compressed position for hours at a time. This sustained low-level compression, rather than high-load activity, is often the primary driver in people with predominantly sedentary lifestyles who develop lateral hip pain without a clear activity trigger.

Gym users returning to heavy lower limb loading

After a period of detraining — illness, injury, or a planned break — the gluteal tendons' load tolerance decreases. Returning to heavy squatting, lunging, or loaded single-leg work without gradual progression can trigger a reactive tendinopathy response. The same mechanism applies when gym-goers introduce lateral exercises (lateral band walks, cable hip abduction) at high loads without building baseline tolerance first.

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The Fascial Lens: Why We See This Differently

The ITB is a fascial compressor — and it is influenced from above

The iliotibial tract is the lateral condensation of the fascia lata — the deep fascial sleeve of the thigh. Its tension is determined not only by the tensor fascia latae and gluteus maximus, but by the entire lateral thigh fascial system, including its connections to the lateral intermuscular septum and the proximal attachments at the greater trochanter and iliac crest. When the lateral thigh fascial system is densified — altered hyaluronan viscosity reducing normal gliding between fascial layers — the ITB is held under greater resting tension. This increases the baseline compressive load on the gluteal tendons even in neutral positions, and amplifies the compressive spike when the hip moves into adduction.

Fascial Manipulation directed at the lateral thigh — identifying and treating the centres of coordination in the lateral thigh fascial system — can restore normal fascial gliding in this region, reducing the resting tension in the ITB and the compressive environment around the greater trochanteric region. This is a component of our approach that complements, rather than replaces, the load management and strengthening work.

The lateral stability sling: neuromuscular co-ordination at the hip

The gluteus medius does not work in isolation. Its stabilising function during single-leg stance involves coordinated activity with the contralateral quadratus lumborum and the lumbopelvic stabilisers — a pattern of neuromuscular co-ordination that keeps the pelvis level during the stance phase of gait. When this co-ordination is disrupted — whether through pain inhibition, deconditioning, or movement habit — the hip drops on the swing side, increasing hip adduction on the stance side and amplifying the compressive load on the gluteal tendons with every stride.

Restoring this co-ordination, rather than simply strengthening the gluteus medius in isolation, is central to changing the mechanics that drive the condition in the longer term.

Compression avoidance is a treatment, not just a precaution

The evidence base for gluteal tendinopathy management places compression avoidance at the centre of the early rehabilitation programme — not as a passive restriction, but as an active intervention that allows the compressed tissue to recover while loading is progressively reintroduced through positions and loads that do not maintain the tendon in compression [136, 137]. This is the same principle that underlies the proximal hamstring tendinopathy approach: the compressive environment must change before progressive loading can succeed.

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What Does the Research Say?

Education and exercise substantially outperform corticosteroid injection

The LEAP trial — a three-arm randomised controlled trial comparing education plus exercise (EDX), corticosteroid injection (CSI), and wait-and-see (WS) — found that EDX achieved a 77.3% success rate at 8 weeks compared to 58.5% for CSI and 29.4% for WS. At 52 weeks, the CSI advantage over WS had disappeared, while EDX remained superior to both. The number needed to treat for EDX versus WS at 8 weeks was 2.0 — a clinically meaningful result [136].

Compression, not friction, is the primary pathomechanical driver

Grimaldi and Fearon's analysis established that the ITB exerts compressive force on the gluteal tendons that scales steeply with hip adduction: from approximately 4N at neutral to 106N at 40° of adduction. Single leg stance sensitivity is 100% (specificity 97.3%) for identifying compressive load-related gluteal tendinopathy, confirming the clinical importance of this mechanism [137].

Corticosteroid injection provides short-term relief but does not modify the condition

CSI produced faster initial symptom relief than EDX in the LEAP trial — but this advantage was not maintained at 12 months. The 52-week data confirm that injection does not alter the course of gluteal tendinopathy; it temporarily reduces pain without addressing the mechanical drivers. The LEAP trial data support injection as a short-term bridge in highly symptomatic patients, not as a primary treatment [136].

Fascial Manipulation — evidence across MSK conditions

A systematic review of fascial manipulation across musculoskeletal conditions found evidence supporting its effectiveness for pain and disability in MSK presentations [19]. Applied to the lateral thigh fascial system, FM aims to restore normal gliding in the ITB-fascial complex, reducing the compressive environment around the greater trochanter.

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How We Approach Gluteal Tendinopathy

Compression load assessment

Our assessment maps the provocative positions and activities — identifying where hip adduction is generating compressive load — and establishes the current tendon irritability. We use the single-leg stance test and hip adduction provocative positions to confirm the compressive driver, and take a full loading history to understand the precipitating event and the current symptom pattern [137].

Compression avoidance education

We provide specific guidance on the positions that most significantly compress the gluteal tendons: crossing legs, sitting with a hip drop, lying without support, leaning on the hip, taking stairs two at a time. Modifying these positions — particularly in the early phases of rehabilitation — reduces the compressive load between sessions and allows treatment to take effect [136].

Fascial Manipulation assessment

We assess the lateral thigh fascial system for centres of coordination where densification is contributing to resting ITB tension. Using the Stecco FM approach, treatment at identified points aims to restore fascial gliding in the lateral thigh and reduce the compressive environment around the greater trochanteric region [19].

Progressive loading programme

Consistent with the LEAP trial evidence, we build a progressive hip strengthening programme beginning with positions that avoid full hip adduction — isometric hip abduction in slight abduction, supine hip abductor loading — and advancing toward functional single-leg work as tendon tolerance improves. The programme is calibrated to the current irritability level and monitored by the 24-hour response rule [136].

Movement retraining

Once sufficient strength is established, we address the gait and movement patterns that produce the provocative hip adduction during walking, running, and stair climbing — reducing the compressive load at the tissue level during the activities that matter most.

Please note: The information on this page describes our general clinical approach and is intended for educational purposes only. Individual presentations vary, and your assessment and management will be tailored specifically to you. Nothing on this page constitutes clinical advice for your individual situation. Please consult a registered health practitioner for advice about your specific condition.

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What Can You Do Right Now?

1. Stop crossing your legs immediately

Leg crossing is one of the highest-compression positions for the gluteal tendons. It maintains the hip in adduction under load for extended periods. Eliminating this single postural habit — at the desk, while watching television, in the car — is one of the most effective immediate steps available.

2. Modify your sitting and sleeping positions

Sitting with the hip dropped to one side or with the knee angled inward compresses the tendon. Aim for a neutral, level pelvis when seated. When sleeping on your side, place a pillow between your knees to prevent the upper hip from dropping into adduction — this simple change is often the most effective way to reduce the night pain that disrupts sleep.

3. Begin isometric hip abduction loading

Isometric exercises — holding the hip abductors under tension without movement — are a safe entry point for tendon loading when the tendon is irritable. Side-lying hip abduction held at the top position for 30–45 seconds, or resistance band isometric abduction standing, loads the tendon without the adduction compression of functional movement.

4. Avoid aggressive stretching of the lateral hip

Piriformis and hip external rotator stretches that cross the leg over the midline (cross-body stretch, figure-four in gravity) place the gluteal tendons in a compressed position under tension — often making irritable tendons worse despite providing short-term relief. If lateral hip mobility work is part of your routine, seek advice on which stretches are compatible with the current tendon state.

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Take the Next Step

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