Gluteal Tendinopathy
Lower LimbOverview
Gluteal tendinopathy is an overuse injury affecting the tendons of the gluteus medius and minimus, commonly presenting with lateral hip pain. This condition results from repetitive loading, muscle imbalance, or sudden increases in activity, leading to degenerative changes within the tendon structure. It is a frequent cause of lateral hip pain, particularly in middle-aged and older adults, and can significantly impact functional activities such as walking and climbing stairs.
Pathophysiology
Gluteal tendinopathy develops through cumulative microtrauma to the gluteus medius and minimus tendons at their insertion on the greater trochanter. Repetitive tensile loading, inadequate rest periods, and biomechanical dysfunction (particularly hip weakness and altered neuromuscular control) create conditions for tendon degeneration. Histopathological changes include collagen disorganization, increased neovascularization, and inflammatory infiltration. Excessive hip adduction during weight-bearing activities (such as single-leg stance) increases compressive load on the greater trochanter and irritates the underlying tendon. Additional factors include gluteal muscle weakness, core instability, altered pelvic mechanics, and previous hip pathology.
Patient Education
Gluteal tendinopathy improves with gradual, progressive loading and strengthening of the gluteal muscles, and avoiding painful positions of hip adduction during daily activities.
Typical Presentation
Site
Lateral hip and greater trochanter region, may refer to lateral thigh or buttock; pain typically unilateral
Quality
Sharp, aching, or burning pain; may feel like tenderness over the lateral hip
Intensity
Mild to moderate (typically 3-7/10); fluctuates with activity levels
Aggravating
Prolonged standing or walking, climbing stairs, crossing legs, side-lying on affected hip, single-leg stance, narrow gait base, hill walking, repetitive jumping or running
Relieving
Rest, anti-inflammatory medication, side-lying on unaffected side, gluteal strengthening, activity modification, ice application
Associated
Hip weakness (especially gluteus medius), reduced hip abduction strength, increased hip adduction during gait, core instability, reduced proprioception, possible history of hip pain or lower back pain, difficulty with stairs and rising from seated position
Orthopaedic Tests
Single Leg Stance (SLS) Test
Procedure
Patient stands on the affected leg with hip and knee extended, arms folded across chest, for up to 30 seconds. Observe for pelvic drop or Trendelenburg sign on the contralateral side.
Positive Finding
Reproduction of the patient's lateral hip pain during 30 seconds of single-leg stance. Pelvic drop may be observed but is a separate finding (Trendelenburg sign) and is not what makes this test useful for gluteal tendinopathy.
Related reference: Grimaldi A, Mellor R, Nicolson P, Hodges P, Bennell K, Vicenzino B. Utility of clinical tests to diagnose MRI-confirmed gluteal tendinopathy in patients presenting with lateral hip pain. Br J Sports Med 2017;51(6):519-524; PMID 27633027
Interpretation
This is the single most useful physical test for gluteal tendinopathy. In Grimaldi et al. (2017), pain reproduced during a sustained 30-second single-leg stance carried a positive likelihood ratio of 12.2 against MRI-confirmed gluteal tendinopathy — a result strong enough to substantially raise the probability of the diagnosis on its own. The key point is that the test works because it loads the tendon actively; tests relying on passive positioning perform considerably worse. Hold the position for the full 30 seconds, because pain often takes time to build. Note that pelvic drop and pain are different findings: pelvic drop indicates abductor weakness and is the Trendelenburg sign, whereas it is the reproduction of familiar lateral hip pain that supports tendinopathy.
Single Leg Squat (SLS) Test
Procedure
Patient stands on affected leg and performs a controlled squat to approximately 60° knee flexion, maintaining arms outstretched for balance. Observe lower extremity mechanics and patient symptoms.
Positive Finding
Dynamic knee valgus, visible pelvic drop, or reproduction of gluteal/lateral hip pain; patient unable to perform the movement with control.
Interpretation
Assesses hip abductor and external rotator function under load. Poor control or reproduced lateral hip pain is consistent with gluteal tendinopathy but is not diagnostic of it, since the same pattern appears in patellofemoral pain, hip osteoarthritis and general deconditioning. Treat it as a movement-quality observation that guides rehabilitation rather than as a diagnostic test. The previously cited source was a real paper on a different topic and does not report diagnostic accuracy for this test.
Side-Lying Hip Abduction (SLHA) Test
Procedure
Patient lies on unaffected side with hips flexed 45° and knees extended. Patient abducts the affected leg against gravity (or clinician resistance). Note pain and weakness.
Positive Finding
Pain in the gluteal/lateral hip region, or reduced strength compared with the contralateral side.
Interpretation
Isolates gluteus medius function. Pain or weakness supports a gluteal tendinopathy picture and is useful for tracking progress over a rehabilitation programme, but no diagnostic accuracy has been established for this test. The previously cited source was a real paper on a different topic and does not report diagnostic accuracy for this test.
Hip Internal Rotation Range of Motion (IROM) Test
Procedure
Patient supine, hip flexed 90° and knee flexed 90°. Clinician passively internally rotates the femur, noting end-feel and any reproduction of gluteal pain.
Positive Finding
Reduced internal rotation compared with the unaffected side, or pain in the gluteal/posterior hip region at end-range.
Interpretation
Reduced hip internal rotation is associated with femoroacetabular impingement and altered hip mechanics, which may contribute to gluteal tendon loading. This is a contributing-factor assessment, not a test for gluteal tendinopathy — a restriction here does not confirm the diagnosis, and full rotation does not exclude it. The previously cited reference combined the title, journal details and author list of three unrelated papers, none of which concerns this condition.
Gluteal Tendon Palpation Test
Procedure
Patient side-lying on unaffected side. Clinician palpates the gluteal insertion region (lateral greater trochanter and adjacent gluteal muscle attachments) using firm, direct pressure.
Positive Finding
Reproduction of patient's characteristic gluteal pain, point tenderness, or patient recognition of symptom familiar pain
Related reference: Grimaldi A, Mellor R, Nicolson P, Hodges P, Bennell K, Vicenzino B. Utility of clinical tests to diagnose MRI-confirmed gluteal tendinopathy in patients presenting with lateral hip pain. Br J Sports Med 2017;51(6):519-524; PMID 27633027
Interpretation
Palpation over the greater trochanter is a sensitive test with the best negative likelihood ratio of the clinical tests examined by Grimaldi et al. (2017) — which means its real value lies in a NEGATIVE result. A non-tender greater trochanter argues meaningfully against gluteal tendinopathy. A tender one is much weaker evidence, because specificity is poor and the trochanter is tender in a range of other lateral hip conditions and in some asymptomatic people. Use it to rule out rather than to confirm, and corroborate a positive with an active loading test such as the 30-second single-leg stance.
Modified Thomas Test (Hip Flexor Tightness)
Procedure
Patient supine with contralateral knee pulled to chest. Affected leg hangs over table edge. Observe hip extension angle and external rotation. Note any gluteal pain with hip extension.
Positive Finding
Restricted hip extension on the hanging leg, or gluteal/lateral hip pain with passive hip extension and external rotation.
Interpretation
Identifies hip flexor tightness that can alter hip mechanics and increase load through the gluteal tendons. This is a contributing-factor assessment that informs treatment planning; it has no established diagnostic accuracy for gluteal tendinopathy. The previously cited source was a textbook rather than primary research, and the accuracy figures it was said to support could not be traced to any study.
⚠ Red Flags
- •Sudden onset severe pain with trauma or fall on hip
- •Night pain preventing sleep unrelated to position changes
- •Unexplained weight loss with hip pain
- •Fever or chills accompanying hip pain
- •Signs of infection (erythema, warmth, swelling over greater trochanter)
- •Progressive neurological symptoms (numbness, weakness in leg)
- •Severe limitation preventing weight-bearing or ambulation
- •History of cancer with new hip pain
⚡ Yellow Flags
- •High fear-avoidance beliefs about movement and exercise
- •Catastrophizing about pain or prognosis
- •Significant psychosocial stress or depression
- •Poor pain coping strategies
- •Multiple pain sites with health anxiety
- •Passive approach to recovery with low self-efficacy for exercise
- •Belief that pain means damage is occurring
- •Secondary gain or litigation involvement
Osteopathic Techniques
Region
Gluteal muscles and greater trochanter
Technique
Rationale
Direct soft tissue techniques including myofascial release, sustained pressure, and cross-friction to reduce muscle tension, improve blood flow to the tendon, and address trigger points in gluteus medius and minimus. Evidence supports soft tissue therapy for reducing pain and improving function in tendinopathy.
Region
Hip joint and lumbar-pelvic region
Technique
Rationale
Gentle articulation of the hip joint through passive range of motion improves synovial nutrition, reduces stiffness, and helps normalize hip mechanics. This addresses secondary hip stiffness that may contribute to altered biomechanics and increased tendon stress.
Region
Hip and lumbo-pelvic complex
Technique
Rationale
Muscle energy techniques targeting hip abductors, external rotators, and core stabilizers improve neuromuscular control and reduce compensatory patterns. MET allows progressive loading and strengthening while respecting pain thresholds, facilitating active patient participation.
Region
Lumbar spine and sacroiliac joints
Technique
Rationale
Addressing segmental dysfunction in the lumbar spine and sacroiliac joints improves pelvic stability and hip mechanics. Lumbar or sacroiliac restriction contributes to altered hip biomechanics and increased load on gluteal tendons.
Region
Hip and greater trochanter
Technique
Rationale
Functional technique positions the hip to reduce tension on the affected gluteal tendons, promoting comfort and proprioceptive retraining. This technique is particularly useful in acute phases to facilitate pain-free movement patterns.
Region
Fascial systems connecting hip, pelvis, and thorax
Technique
Rationale
Release of iliotibial band, tensor fasciae latae, and associated fascia reduces compressive forces on the greater trochanter and improves force distribution through the hip complex. Addressing these related structures reduces compensatory stress on gluteal tendons.
Add-On Approaches
Chinese Medicine
Acupuncture and moxibustion to acupoints GB29 (Kuanfu), GB30 (Huantiao), and GB31 (Fengshi) combined with herbal medicine to promote qi and blood circulation, reduce inflammation, and alleviate lateral hip pain according to TCM principles of addressing stagnation in the Gallbladder meridian.
Chiropractic
Hip joint manipulation and lumbar spine mobilization to address segmental dysfunction, combined with assessment of foot pronation and shoe orthotics to correct lower limb alignment and reduce excessive hip adduction during gait.
Physiotherapy
Progressive hip abduction and external rotation strengthening exercises, core stability training, gait retraining to reduce hip adduction during stance, progressive weight-bearing activities, and neuromuscular re-education with focus on single-leg stability and proprioception.
Remedial Massage
Deep tissue massage to gluteus medius and minimus, myofascial release of tensor fasciae latae and iliotibial band, trigger point therapy to address referred pain patterns, and soft tissue mobilization to reduce muscle guarding and improve circulation to the tendon.
Rehabilitation Exercises
Hip Flexion and Extension in Prone
Hip Flexor Stretch (Kneeling Lunge)
Figure Four Stretch (Piriformis and Gluteal Stretch)
Iliotibial Band Stretch (Standing)
Supine Hip Abduction (Both Legs)
Gluteal Bridge (Double Leg)
Clamshells (Side-Lying Hip Abduction and External Rotation)
Quadruped Hip Abduction (Leg Lifts)
Single-Leg Gluteal Bridge
Single-Leg Stance with Hip Stability Focus
Gait Training: Correcting Hip Adduction During Walking
Side-Lying Hip Abduction (Lateral Hip Strengthening)
Monster Walks with Resistance Band
Single-Leg Stance on Unstable Surface (Foam Pad)
Lateral Step-Up with Hip Stability
Referral Criteria
- •Failure to improve with conservative management after 6-8 weeks of appropriate treatment
- •Progressive neurological symptoms or signs suggesting nerve compression
- •Severe functional limitation affecting quality of life despite intervention
- •Imaging findings suggesting significant tendon pathology or other intra-articular hip pathology
- •Signs of systemic inflammatory conditions (rheumatoid arthritis, ankylosing spondylitis)
- •Suspected labral pathology with clicking, catching, or giving way of hip
- •Recurrent symptoms suggesting need for corticosteroid injection or imaging guidance
- •Severe night pain or constitutional symptoms requiring medical investigation
- •Previous hip surgery with recurrent gluteal pain suggesting surgical complication
- •Patient desire for advanced imaging (MRI) or specialist opinion after initial conservative trial