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Atlas · Hip

Gluteus Medius

Gluteus medius helps support your pelvis when you walk, climb stairs or stand on one leg. Tenderness in its upper muscle belly differs from pain at its tendon on the outer hip. Pain when side-lying and climbing stairs often calls for an assessment of the gluteal tendons, rather than repeated massage over the sore hip bone.

Gluteus Medius
Body region
Hip
Trigger points
4
documented in this muscle
Common symptoms
4
patterns cataloged
Contributors
4
Factors to assess

Muscle overview

Symptoms and first steps

Practical first steps

  • Support the upper leg with a pillow when side-lying and avoid direct pressure on the painful hip.
  • Reduce the most aggravating hills or stairs temporarily while keeping comfortable walking.
  • Start gentle abductor loading and progress by function and next-day response; do not roll firmly over the greater trochanter.

When to seek assessment

  • Seek urgent assessment after a fall with inability to bear weight, a hot swollen hip or fever.
  • A new pronounced limp, major abductor weakness, persistent groin pain or pain after hip surgery deserves clinical assessment.
  • Seek emergency care for new bladder retention or loss of control, saddle numbness, or rapidly progressive leg weakness. New foot drop or persistent numbness needs prompt assessment.

Separate the muscle belly below the iliac crest from the tendon around the greater trochanter. A painful single-leg stance can support a tendon assessment; a pelvic drop is a functional finding with several possible causes.

Examination, palpation and treatment evidence

Illustrated overview

Gluteus Medius

Blue highlights the muscle. Crosses mark representative trigger-point sites; shaded areas show possible referred pain. These examples do not correspond one-to-one with the numbered points below. Patterns vary and cannot diagnose the cause of pain.

Illustrated overview

Gluteus Medius · Trigger-point examples 1

Representative source regions. The illustrated markers and pain pattern are not individual assignments to the numbered trigger points.

Open full-size image

Trigger points

1. TrP1

Location. Side of hip, upper buttock

Trigger point map
Gluteus Medius — Gluteus Medius · Trigger-point examples 1Open full-size image

Regional muscle reference; this is not an individual map of the selected numbered trigger point.

Referred pain map
Gluteus Medius — Referred pain mapOpen full-size image

Regional muscle reference; this is not an individual map of the selected numbered trigger point.

Pain referral. Side of hip, lower back, outer thigh

Pain Pattern

  • Side of hip
  • Lower back
  • Outer thigh
  • Buttock
  • Near SI joint

What This Pain Feels Like

May occur with walking or unfamiliar loading; tenderness alone does not distinguish muscle from nearby structures. Pain lying on the hip or with the upper knee falling inward is a useful clue to a compression-sensitive gluteal tendon.

What Patients Report

  • Pain on side of hip
  • Pain when lying on side
  • Lower back ache
  • Outer thigh pain
  • Difficulty walking

What Makes It Worse

  • Lying on affected side
  • Walking
  • Running
  • Single leg activities
  • Prolonged standing
Browse related exercises (25)

Symptoms patients report

Upper outer buttock ache May occur with walking or unfamiliar loading; tenderness alone does not distinguish muscle from nearby structures.

Outer hip pain in bed Pain lying on the hip or with the upper knee falling inward is a useful clue to a compression-sensitive gluteal tendon.

Stair or single-leg difficulty Record pain, use of a rail and any limp; these tasks load the entire hip-abductor system.

Ache spreading toward the thigh or back Overlapping referral is possible; assess the spine or hip joint when symptoms or examination point there.

Contributors to assess

A change in walking or running volume More hills, speed or distance can exceed current capacity without implying that the muscle is damaged.

Sustained lateral hip compression Crossed legs, side-lying and leaning on one hip can aggravate a symptomatic tendon.

Reduced capacity after inactivity or surgery Rehabilitation should reflect the procedure and examination; weakness does not automatically mean a trigger point.

Poor recovery between demanding days An activity-and-symptom diary may reveal repeated loading that can be adjusted; there is no single ideal pelvic posture.

For clinicians and supervised training

Clinical reference

Use the map to orient the examination; record the actual familiar pain distribution alongside movement, loading and neurological findings.

Anatomy and palpation

Anatomical relationships

Gluteus medius fans from the outer ilium below the iliac crest to the lateral and superoposterior greater trochanter. It abducts the hip and helps control the pelvis in stance. Its anterior and posterior portions contribute differently to rotation depending on position.[4]

  • Iliac crest: the upper rim of the pelvis, above the muscle belly.
  • Greater trochanter: the lateral bony landmark at the tendon insertion.
  • Posterior fibers are partly covered by gluteus maximus; anterior fibers lie behind tensor fasciae latae.

Nearby structures. Gluteus minimus lies deep to medius. Superior gluteal nerves and vessels pass between the layers; tendon, bursae and iliotibial band are near the trochanter.

Palpation

Patient position. Side-lying on the comfortable side, upper leg supported so the hip is not pulled into adduction.

Find the landmarks

  • Trace the iliac crest, then locate the greater trochanter by gentle hip rotation.
  • Examine the fleshy area below the crest separately from the tendon region at the trochanter.

Examination sequence

  1. Use gentle broad contact through the upper lateral muscle; a brief low-effort abduction can help orient its border.
  2. Compare local muscle tenderness with familiar trochanteric pain on light tendon-region palpation; record the exact site.

Document the findings

  • Familiar pain from a sensitive muscle band may support a myofascial contribution.
  • Focal trochanteric tenderness with pain on tendon loading calls for a tendon-focused examination, even when the muscle belly is also sore.

Limits and precautions

  • Do not label all outer-hip tenderness bursitis or a trigger point.
  • Avoid repeated hard pressure over the trochanter or recent surgical tissue.
  • Palpation does not demonstrate a tear or reliably distinguish deep minimus from medius.
[4][3][6]

Examination and tests

3

Resisted hip abduction[6][5][11]

Assess the lateral hip muscle–tendon group and separate pain-limited effort from substantial weakness.

Position
Lie on the opposite side with the symptomatic leg uppermost, hip near neutral and pelvis supported; use a supine alternative if side-lying hurts.
Technique
The clinician stabilizes the pelvis and gradually resists lifting the upper leg away from the midline. Compare pain location, force and trunk substitution with the other side.
Positive finding
The familiar lateral hip pain is reproduced, or force is clearly reduced under comparable conditions.
Interpretation
Trochanteric pain with loading raises suspicion of gluteal tendinopathy; substantial weakness prompts assessment for tendon tear or neurological impairment.
Limitations
Medius, minimus and other muscles contribute. Pain can inhibit force. This cannot isolate minimus, identify a trigger point, or prove a tear.

Single-leg stance and Trendelenburg observation[6][5]

Distinguish familiar lateral hip pain under load from a separate difficulty controlling the pelvis.

Position
Stand beside a counter with a clinician guarding against a fall.
Technique
Lift the other foot and stand on the symptomatic leg for up to 30 seconds if tolerated. Record familiar pain, its onset, pelvic drop, trunk lean and support needed. Repeat on the other leg.
Positive finding
Lateral hip pain during the hold is the pain-provocation finding. Opposite-side pelvic drop or marked trunk lean is a separate functional observation.
Interpretation
Pain helps evaluate a gluteal tendon presentation. Pelvic drop identifies an abductor-demand problem to investigate and a functional baseline to reassess.
Limitations
The 30-second protocol was studied in a small symptomatic cohort with MRI as reference. Balance, pain, hip disease and neurological factors affect the result; pelvic drop is not a trigger-point sign.

Passive hip rotation and hip-joint screen[5][11]

Check whether the joint contributes to lateral hip symptoms.

Position
Supine with the pelvis supported; hip and knee positioned by the clinician.
Technique
Compare gentle passive internal and external rotation and flexion on each side. Note whether the limitation reproduces groin pain, lateral pain or a painless stiff end range.
Positive finding
Familiar groin pain, marked passive restriction or painful catching.
Interpretation
Adds weight to a hip-joint differential and may change exercise selection or prompt further assessment.
Limitations
Range loss and pain are not specific to arthritis or labral disease; no passive test confirms a gluteal trigger point.

Distinguishing other causes

Gluteal tendinopathy / greater trochanteric pain syndrome[6][5]

Findings that matter. Focal lateral bony tenderness, side-lying pain and familiar pain with abductor loading or single-leg stance.

Next step. Use a combined tendon assessment and begin appropriate load management. Persistent marked weakness may justify imaging for a tear.

Hip osteoarthritis or other joint disease[5]

Findings that matter. Groin pain with reduced passive rotation, stiffness and difficulty putting on socks.

Next step. Evaluate joint range and function rather than stretching the lateral hip indiscriminately.

Lumbar referred pain or radiculopathy[10][11]

Findings that matter. Back-related symptoms, pain changed by lumbar movement, or leg sensory, reflex or strength deficits.

Next step. Perform a lumbar and neurological examination; objective progressive deficits require prompt escalation.

Treatment selection and progression

Clinician-delivered care

Focused shockwave for persistent gluteal tendon pain / GTPS[1]

Consider when. Persistent lateral hip pain assessed as gluteal tendinopathy or greater trochanteric pain syndrome, particularly when loading care has been insufficient.

The clinician identifies the symptomatic tendon/trochanteric region and delivers focused ESWT alongside a progressive loading plan. Muscle-belly tenderness alone does not select this tendon pathway.

Dose and review
The 103-person trial used three weekly sessions plus exercise; the course describes that trial and does not establish an optimal dose.
Progression
Review night pain, side-lying and walking/stair function around 6–8 weeks; continue progressive tendon loading as tolerated.
Stop or reassess
Reassess marked abductor weakness, new inability to bear weight or worsening function before continuing.
Evidence and limits
At 2 months, average pain was 2.0/10 after focused ESWT versus 4.7 after low-energy sham, from 6.3 in both groups; functional outcomes generally favored treatment through 6 months. These results apply to GTPS, not selective medius/minimus trigger-point release.

Clinician-delivered care

Dry needling as a procedural alternative for assessed GTPS[2]

Consider when. A diagnosed lateral-hip pain syndrome when the patient and clinician are considering DN or a corticosteroid injection.

Discuss a limited DN trial targeted by a regional hip examination while maintaining load management. The trial did not isolate a specific gluteal muscle or establish tendon repair.

Dose and review
Treatment and observation in the small trial spanned six weeks; no universal session count is inferred.
Progression
Check a patient-selected task such as stairs or walking at 3–6 weeks, then decide whether further procedures add useful benefit.
Stop or reassess
Reassess sustained pain increase, new neurological symptoms or progressive weakness.
Evidence and limits
In 43 people (50 hips), DN met the prespecified noninferiority margin against cortisone injection for pain and function at six weeks. It was not compared with exercise alone and does not establish durable superiority.

Self-care and activity

Reduce painful lateral hip compression[7]

Consider when. Outer-hip pain aggravated by side-lying, crossed legs or hanging onto one hip, especially with suspected tendinopathy.

Try back-lying or the comfortable side with a pillow supporting both knees and ankles. Keep the sore upper hip from dropping across the midline. Break up prolonged one-leg standing and temporarily shorten painful hill or stair sessions.

Dose and review
Use during provoking tasks and sleep; choose changes by comfort. There is no established trigger-point-specific schedule.
Progression
Reintroduce one provoking activity at a time as walking and next-morning symptoms settle.
Stop or reassess
Abandon positions that increase pain. Do not use firm rollers or sustained ball pressure over the tender greater trochanter.
Evidence and limits
Load-management education was part of a successful gluteal-tendinopathy program. Its independent effect and benefit for isolated muscle tenderness are uncertain.

Exercise and rehabilitation

Begin tolerable hip-abductor loading[7]

Consider when. A lateral hip that tolerates gentle contraction but is too irritable for repeated single-leg work.

Lie on your back, knees bent and feet apart. With a light loop band above the knees, gently press the knees outward without moving the pelvis or letting them fall inward. Use light effort and breathe normally.

Dose and review
Example starting option: 4 gentle holds of 10–20 seconds with rest, once daily. This is a regional rehabilitation example, not a validated medius/minimus trigger-point protocol.
Progression
Build comfortable effort before adding repetitions or resistance; progress to standing abduction when the following morning is no worse.
Stop or reassess
Reduce load if sleep or next-day pain worsens. Stop for sharp groin pain, spreading tingling or new weakness.
Evidence and limits
Exercise benefits confirmed gluteal tendinopathy, but no single contraction type or this specific dose has been established as superior for trigger points.

Exercise and rehabilitation

Build walking and step capacity[7][5]

Consider when. Improving symptoms with remaining difficulty on stairs, longer walks or single-leg tasks.

Holding a counter, practice slow low-step step-ups. Keep the working knee comfortable and avoid a large trunk lean; use the rail as needed. Pair this with flat walks that finish before a pronounced limp develops.

Dose and review
Example: 1–2 sets of 6–8 step-ups on alternate days plus a short comfortable walk. Adjust to baseline capacity; this is not the published trial protocol.
Progression
Increase one variable—repetitions, step height or walking time—after several well-tolerated sessions, checking night and next-day symptoms.
Stop or reassess
Stop if weight bearing becomes sharply painful, the leg repeatedly gives way or symptoms accumulate across days.
Evidence and limits
Applies progressive-loading principles from regional hip rehabilitation. It trains the whole lower limb; it does not selectively release a deep muscle or prove which tissue caused pain.

Clinician-delivered care

PRP for persistent gluteal tendon pain[8][9][7]

Consider when. Persistent clinically assessed gluteal tendinopathy or GTPS when PRP is being considered after reviewing the loading program and possible tendon tear.

Review the tendon and bursal findings, previous rehabilitation and the activity most affected. Discuss the conflicting injection trials, expected cost and burden, and the option to continue or revise active care before deciding on PRP.

Dose and review
The 2018 trial compared one ultrasound-guided intratendinous PRP injection with one corticosteroid injection. The 2025 placebo trial targeted the trochanteric bursa and medius tendon. Further procedures should follow a review of the clinical response.
Progression
Track side-lying pain, walking or stair tolerance and hip function. If a procedure is chosen, reassess useful benefit over 6–12 weeks and at six months while maintaining an appropriate loading plan.
Stop or reassess
Reassess progressive weakness, a worsening limp or new inability to bear weight before a procedure. Following an injection, fever, spreading redness or rapidly increasing pain requires prompt medical review.
Evidence and limits
An 80-person trial favored PRP over corticosteroid for hip function at 12 weeks. A later placebo-controlled trial in 79 patients with refractory GTPS found no significant added benefit of leukocyte-rich PRP through six months. Different targets and comparators limit direct comparison; current findings do not support a routine PRP course for GTPS or establish an isolated medius/minimus muscle effect.

Clinician-delivered care

Use a tailored tendon or muscle rehabilitation plan[7][5]

Consider when. Persistent lateral hip pain, a significant limp, postoperative weakness or uncertainty about tendon versus muscle.

A physiotherapist maps pain location, measures abductor force and walking/step function, then selects tolerable loading and activity changes. Suspected significant tendon tear is assessed medically before progression.

Dose and review
Visit frequency follows need. The LEAP trial used 14 supervised sessions over eight weeks; that is a study program, not a mandatory prescription.
Progression
Move from supported loading to relevant stairs, carrying or sport demands once baseline function improves.
Stop or reassess
Reassess if pain or weakness worsens or gains fail to carry into daily activities; avoid an open-ended series of passive treatments.
Evidence and limits
Education plus exercise has direct evidence for persistent gluteal tendinopathy. It does not validate manual trigger-point release or guarantee the same result for isolated muscle pain.

Reassessment and follow-up

  • Track side-lying sleep interruption, walking duration and stair pain separately.
  • Repeat the same resisted-abduction position and a supported single-leg task; document force, pain and support needed.
  • Use next-morning symptoms to adjust training rather than tenderness immediately after massage.
  • Persistent major weakness, loss of weight-bearing capacity or new groin/neural symptoms should reopen the differential.

Evidence and sources

  1. Ramon et al. Focused Shockwave Treatment for Greater Trochanteric Pain Syndrome: A Multicenter, Randomized, Controlled Clinical Trial

    2020 · Randomized clinical trial

    103 patients with GTPS; three weekly focused ESWT sessions plus exercise versus low-energy sham plus exercise. Pain 2.0 versus 4.7/10 at 2 months, from 6.3 in both arms; functional follow-up through 6 months. Tendon/GTPS evidence, not isolated muscle-point efficacy.

  2. Brennan et al. Dry Needling Versus Cortisone Injection in the Treatment of Greater Trochanteric Pain Syndrome

    2017 · Randomized clinical trial

    43 people/50 hips; DN noninferior to cortisone injection for pain and patient-specific function at 6 weeks. Small active-comparator trial; no exercise-only comparison or muscle-specific inference.

  3. International Consensus on Diagnostic Criteria and Clinical Considerations of Myofascial Trigger Points: A Delphi Study

    2018 · Expert Delphi consensus

    Expert criteria and familiar symptom recognition; no diagnostic gold standard or fixed referral map.

  4. Anatomy, Bony Pelvis and Lower Limb, Hip

    2023 · Clinical anatomy reference

    Attachments, muscle relationships and regional examination; anatomy does not establish a pain generator.

  5. Hip Pain in Adults: Evaluation and Differential Diagnosis

    2021 · Professional clinical review

    Regional hip, lumbar and posterior buttock differential; examination findings must be interpreted together.

  6. Utility of clinical tests to diagnose MRI-confirmed gluteal tendinopathy in patients presenting with lateral hip pain

    2017 · Diagnostic study

    65 participants with lateral hip pain; MRI reference and small sample limit certainty. Tests concern tendinopathy, not muscle trigger points.

  7. Education plus exercise versus corticosteroid injection use versus a wait and see approach on global outcome and pain from gluteal tendinopathy

    2018 · Randomized clinical trial

    204 adults with persistent, clinically and MRI-confirmed gluteal tendinopathy. Supports education and exercise for that condition, not trigger-point release.

  8. Efficacy of Platelet-Rich Plasma Versus Placebo for the Treatment of Greater Trochanteric Pain Syndrome: A Double-Blinded Randomized Controlled Trial

    2025 · Randomized placebo-controlled trial

    79 analyzed patients with refractory GTPS due to bursitis and/or gluteal tendinopathy. Ultrasound-guided leukocyte-rich PRP into the trochanteric bursa and gluteus medius tendon did not significantly outperform placebo; the controlled conclusion covers six months. This is a regional tendon/bursal intervention, not isolated muscle needling.

  9. The Effectiveness of Platelet-Rich Plasma Injections in Gluteal Tendinopathy: A Randomized, Double-Blind Controlled Trial Comparing a Single Platelet-Rich Plasma Injection With a Single Corticosteroid Injection

    2018 · Randomized active-comparator trial

    80 participants with chronic clinically and radiologically diagnosed gluteal tendinopathy; full-thickness tears excluded. Single ultrasound-guided intratendinous PRP versus corticosteroid; mHHS favored PRP at 12 weeks, without significant differences at two or six weeks. No placebo comparator.

  10. Low back pain and sciatica in over 16s: assessment and management

    2020 · Clinical practice guideline

    Assessment, continued activity, selective imaging and manual therapy within an exercise package.

  11. Approach to Musculoskeletal Examination

    2021 · Clinical examination textbook

    Regional examination techniques; general movement and strength findings are not trigger-point diagnostic tests.

Associated Trigger Points