Trochanteric Bursa Injection: Image-Guided Treatment for Lateral Hip Pain
Trochanteric bursa injections are one of several minimally invasive treatments used to relieve pain arising from inflammation over the outside of the hip. At SpinePain Solutions, every patient receives an individualized treatment plan based on the underlying cause of pain, previous treatments, imaging findings, functional goals, and overall health.
Rather than relying on a single technique for every patient, we offer a spectrum of image-guided interventional therapies. Depending on the clinical situation, treatment may include corticosteroid injections, platelet-rich plasma (PRP), TenJet® percutaneous tenotomy for associated gluteal tendon disease, dry needling of surrounding musculature, rehabilitation, or a combination of these approaches designed to restore function while minimizing pain.
Because many patients diagnosed with trochanteric bursitis have additional conditions affecting the gluteal tendons or surrounding soft tissues, our goal is not simply to perform an injection, but to select the intervention most likely to provide durable improvement.
When Is a Trochanteric Bursa Injection Considered?
A trochanteric bursa injection may be considered when pain over the outside of the hip continues despite appropriate activity modification, rehabilitation, medications, or other conservative measures. The purpose of image-guided treatment is to deliver medication or another intervention directly to the intended anatomical target rather than relying on surface landmarks alone.
Although patients are often referred specifically for a “trochanteric bursa injection,” lateral hip pain may arise from several closely related soft-tissue structures around the greater trochanter. Depending on the examination, imaging findings, prior treatment response, and procedural goals, treatment may be directed toward the trochanteric bursa, the gluteus medius or gluteus minimus tendon, surrounding bursae, the iliotibial band, or associated muscular pain generators.
The selected intervention should therefore correspond with the structure believed to be responsible for the patient’s symptoms. This distinction is important because an inflamed bursa may respond to corticosteroid treatment, while chronic tendon degeneration may be better addressed with PRP, TenJet®, rehabilitation, or another tendon-focused procedure.
Patients may be considered for image-guided intervention when they experience:
- Persistent lateral hip pain despite an appropriate course of conservative treatment.
- Pain that interferes with walking, climbing stairs, exercise, sleep, work, or daily activities.
- Localized tenderness over the greater trochanter that corresponds with the clinical evaluation.
- Temporary but incomplete relief from previous treatment.
- Recurrent symptoms requiring reassessment of the bursa, adjacent tendons, or surrounding soft tissues.
- A need for a precisely targeted diagnostic or therapeutic procedure.
Quick Answer
A trochanteric bursa injection is generally considered when lateral hip pain remains functionally limiting despite conservative care. The procedure may be used to reduce inflammation, clarify the pain source, or serve as one component of a broader interventional plan involving PRP, tendon treatment, rehabilitation, or other therapies.
Clinical Perspective
The name of the referral should not determine the treatment. A patient sent for a “trochanteric bursa injection” may ultimately benefit from treatment directed toward active bursal inflammation, chronic gluteal tendon disease, associated muscular pain, or a combination of these problems. Image-guided evaluation helps determine which structure should actually be treated.
To learn more about the condition itself, including symptoms, causes, and diagnosis, visit our Trochanteric Bursitis resource.
Ultrasound vs Fluoroscopic Guidance
Trochanteric bursa procedures may be performed using either ultrasound or fluoroscopic guidance. Both techniques allow the physician to guide the needle toward the intended treatment location, but they provide different types of anatomical information.
At SpinePain Solutions, the imaging method is selected according to patient anatomy, body habitus, the structure being treated, and the goals of the procedure. We do not require every patient to undergo the same imaging technique.
Ultrasound-Guided Treatment
Ultrasound provides real-time visualization of the soft tissues overlying the greater trochanter. It can help identify the trochanteric bursa, gluteal tendons, surrounding muscles, fluid collections, and the needle pathway without exposing the patient to ionizing radiation.
We commonly use ultrasound in thinner patients and when the treatment requires direct visualization of the bursa or adjacent gluteal tendon tissue.
Fluoroscopically Guided Treatment
Fluoroscopy uses live X-ray imaging to clearly identify the greater trochanter and other bony landmarks. It may provide a reliable approach when the target lies deeper beneath the skin or when ultrasound visualization is less favorable.
In our practice, fluoroscopic guidance is used more frequently in patients with a larger body habitus or when the physician determines that bony landmarks will provide the most dependable route to the intended treatment location.
| Consideration | Ultrasound | Fluoroscopy |
|---|---|---|
| Primary visualization | Bursa, tendons, muscles, fluid, and other soft tissues | Greater trochanter and surrounding bony landmarks |
| Common use in our practice | Often selected in thinner patients or when tendon visualization is important | Often selected in heavier patients or when the target is deeper |
| Radiation | None | Uses a limited amount of X-ray imaging |
| Technique selected by | Patient anatomy, treatment target, procedural goals, and physician judgment | |
Clinical Perspective
Ultrasound and fluoroscopy are complementary rather than competing technologies. The best imaging method is the one that provides the clearest and safest pathway to the intended target for that individual patient.
Interventional Treatment Options
A trochanteric bursa procedure is not limited to one medication or one technique. Treatment is selected according to whether the primary goal is diagnostic clarification, rapid reduction of inflammation, biological treatment of chronic tendon pathology, removal of degenerative tendon tissue, or management of surrounding myofascial pain.
Diagnostic Local Anesthetic Injection
A small amount of local anesthetic may be used when temporary numbing of the target area would help determine how much of the patient’s pain originates from the trochanteric bursa or immediately surrounding tissues. The response is interpreted together with the examination and imaging findings rather than used in isolation.
Corticosteroid Injection
A corticosteroid injection may be selected when active inflammation is believed to be an important pain generator. The medication is delivered under ultrasound or fluoroscopic guidance to reduce inflammation and improve comfort while the patient continues rehabilitation and activity modification.
Corticosteroid treatment may provide relatively rapid relief, but it does not repair chronic tendon degeneration. Repeated steroid exposure around compromised tendon tissue should therefore be considered carefully and individualized.
Key Point
A steroid injection may calm inflammation, but it should not automatically become the default treatment for every episode of lateral hip pain. When chronic tendon degeneration is present, a different intervention may be more appropriate.
Platelet-Rich Plasma (PRP)
PRP may be considered in selected patients when chronic gluteal tendon degeneration accompanies recurrent pain around the trochanteric bursa. PRP is prepared from the patient’s own blood and is delivered under ultrasound guidance to the specific tendon or surrounding treatment target identified during evaluation.
The goal is not simply to inject PRP into every inflamed bursa. Instead, treatment is directed toward the chronic tendon pathology or combined tendon-bursal process believed to be responsible for persistent symptoms.
Clinical evidence regarding PRP for lateral hip pain remains mixed, and outcomes depend heavily on patient selection, the exact tissue treated, PRP preparation, and rehabilitation. It is therefore offered selectively rather than as a routine substitute for corticosteroid injection. [Citation]
Dry Needling
Dry needling is used only occasionally in our practice and is not an injection into the trochanteric bursa. It may be considered when surrounding muscular or myofascial pain is contributing to symptoms, particularly within the gluteal muscles, tensor fascia lata, or other nearby soft tissues.
Because dry needling addresses muscular trigger points rather than bursal inflammation or tendon degeneration, it is generally used as an adjunct rather than the primary intervention.
When Is TenJet® Considered?
TenJet® is not a treatment for isolated inflammation of the trochanteric bursa. It is an ultrasound-guided percutaneous tendon procedure that may be considered when persistent lateral hip pain is associated with chronic degeneration of the gluteus medius or gluteus minimus tendon and appropriate non-surgical treatment has not provided adequate improvement.
During the procedure, the abnormal tendon region is identified with ultrasound. Through a small skin opening, the TenJet device uses a controlled stream of fluid and suction to remove selected degenerative tendon tissue while preserving healthier portions of the tendon.
TenJet may be considered when:
- Symptoms have persisted despite rehabilitation and activity modification.
- Ultrasound or MRI demonstrates chronic gluteal tendinosis or a selected partial tendon abnormality.
- Prior corticosteroid injection provided only temporary or incomplete improvement.
- The tendon abnormality corresponds with the patient’s examination and pain pattern.
- The tendon remains mechanically suitable for a minimally invasive procedure rather than surgical repair.
TenJet cannot reconnect a complete tendon rupture, correct major retraction, or restore severe muscle atrophy. Patients with advanced tendon failure may require orthopedic evaluation instead.
Clinical Perspective
TenJet treats selected degenerative tendon tissue rather than simply suppressing inflammation around the hip. It is therefore reserved for patients whose persistent symptoms are substantially related to chronic gluteal tendon disease, not for every patient referred for a trochanteric bursa injection.
Other and Emerging Treatment Options
The treatment of persistent lateral hip pain continues to evolve. Some therapies may complement image-guided injections or provide alternatives for carefully selected patients, but they are not equally appropriate for every diagnosis.
Percutaneous Tendon Fenestration
Ultrasound-guided tendon fenestration, sometimes called needle tenotomy, uses repeated controlled needle passes through a degenerative tendon region to stimulate a healing response. It may be considered for selected gluteal tendon abnormalities but is used less frequently in our practice than other available interventions.
Extracorporeal Shockwave Therapy
Extracorporeal shockwave therapy delivers externally generated acoustic energy to the painful tendon region without placing a needle through the skin. It may help selected patients with chronic greater trochanteric pain, particularly when combined with rehabilitation. Research is encouraging, but treatment protocols and outcomes vary among studies.
Surgical Repair
Orthopedic evaluation may become appropriate when imaging demonstrates a substantial gluteal tendon tear, significant weakness, tendon retraction, progressive muscle atrophy, or persistent functional limitation despite comprehensive non-surgical treatment. Surgery is directed toward the structural tendon problem rather than the bursa alone.
Key Point
Newer treatment does not automatically mean better treatment. The value of any intervention depends on whether it addresses the structure responsible for pain, is supported by reasonable evidence, and fits the patient’s anatomy, functional goals, and stage of disease.
Comparing Interventional Treatment Options
| Treatment | Primary Target | Primary Goal | Typical Role |
|---|---|---|---|
| Local anesthetic injection | Bursa or immediately surrounding target | Temporary pain reduction and diagnostic clarification | Selected diagnostic procedures or short-term symptom control |
| Corticosteroid injection | Inflamed trochanteric bursa and surrounding inflammatory tissue | Reduce inflammation and provide relatively rapid pain relief | Active inflammatory pain or recalcitrant flare |
| PRP | Selected degenerative gluteal tendon tissue or combined tendon-bursal process | Support the biological environment of chronically injured tissue | Selected chronic cases after individualized evaluation |
| Dry needling | Gluteal, tensor fascia lata, or other muscular trigger points | Reduce associated myofascial pain | Occasional adjunct; does not treat the bursa itself |
| TenJet® | Selected chronic degenerative gluteal tendon tissue | Remove abnormal tendon tissue while preserving healthier tendon | Refractory tendinopathy that remains suitable for a minimally invasive procedure |
| Shockwave therapy | Painful gluteal tendon region | Provide a noninvasive stimulus to the chronically painful tissue | Selected chronic cases, generally combined with rehabilitation |
| Surgical treatment | Substantial gluteal tendon tear or other correctable structural pathology | Repair structural failure and restore mechanical function | Advanced disease or failure of appropriate non-surgical care |
What Happens During a Trochanteric Bursa Procedure?
The exact procedure depends on the treatment being performed. Image-guided local anesthetic and corticosteroid injections are generally brief outpatient procedures, while PRP and TenJet involve additional preparation and different recovery instructions.
Preparation and Positioning
The patient’s medications, allergies, medical history, prior imaging, and treatment goals are reviewed. The patient is positioned to provide safe access to the outside of the hip, commonly lying on the unaffected side or in another position selected for the imaging technique.
Image-Guided Needle Placement
The skin is cleansed using sterile technique. Ultrasound or fluoroscopy is then used to identify the target and guide the needle along the intended pathway. When fluoroscopy is used, a small amount of contrast may be administered when clinically appropriate to confirm distribution before medication is delivered.
Delivery of the Selected Treatment
Local anesthetic, corticosteroid, or PRP is delivered according to the treatment plan. When TenJet is performed, the abnormal tendon tissue is treated under continuous ultrasound visualization through a small percutaneous opening.
After the procedure, a small bandage is applied. Most patients return home the same day with instructions tailored to the specific intervention.
Clinical Perspective
The medication or device is only one component of a successful procedure. Accurate target selection, appropriate imaging, sterile technique, thoughtful rehabilitation, and realistic expectations all influence the final outcome.
Recovery After Trochanteric Bursa Treatment
Recovery varies considerably because corticosteroid injection, PRP, dry needling, and TenJet are performed for different clinical problems. Patients should follow the instructions provided for their specific procedure rather than using one universal recovery timeline.
After Local Anesthetic or Corticosteroid Injection
- Mild soreness at the needle site may occur for one or several days.
- Relative rest is generally recommended for the remainder of the day.
- Light daily activity can usually resume shortly afterward.
- Improvement may begin within several days and continue over one to two weeks.
- Temporary numbness or weakness may occur until the local anesthetic wears off.
After PRP
- A temporary increase in soreness is common during the early recovery period.
- Improvement is usually gradual rather than immediate.
- Activity progression is coordinated with rehabilitation and the tissue treated.
- Anti-inflammatory medication may be restricted around the procedure according to physician instructions.
- Benefits, when achieved, may develop over several weeks to months.
After TenJet®
- A small bandage covers the percutaneous treatment site.
- Walking and activity instructions depend on the tendon treated and extent of the procedure.
- Temporary use of a cane, crutches, or another support may be recommended for selected patients.
- Progressive strengthening is introduced according to the rehabilitation plan.
- Recovery is measured over weeks to months rather than days.
Key Point
Pain relief should create an opportunity to restore strength and movement. Continuing or restarting an appropriate rehabilitation program is usually essential for maintaining improvement and reducing recurrence.
What Results Can Be Expected?
The goal of treatment is to reduce pain, improve walking and sleep, restore participation in rehabilitation, and increase function. No procedure can guarantee a particular degree or duration of relief.
Corticosteroid injection may provide relatively rapid symptom reduction, but relief may be temporary when chronic tendon degeneration, weakness, or abnormal biomechanics remain untreated. PRP and TenJet are intended for different tissue problems and usually have slower recovery timelines.
Outcome is influenced by:
- Accuracy of the diagnosis and treatment target.
- Severity and chronicity of the underlying tissue abnormality.
- Presence of a significant tendon tear, arthritis, weakness, or referred pain.
- Adherence to rehabilitation and activity recommendations.
- General health, body habitus, smoking, metabolic disease, and other healing factors.
- Previous treatment response and patient-specific functional goals.
Clinical Perspective
The most meaningful outcome is not simply a lower pain score. Successful treatment should help the patient sleep on the affected side more comfortably, walk farther, climb stairs, exercise, participate in therapy, or return to other valued activities.
What Are the Risks?
Image-guided trochanteric bursa and gluteal tendon procedures are generally well tolerated, but every intervention has potential risks. The specific risk profile depends on the treatment performed.
- Temporary soreness or bruising.
- Temporary increase in pain after the procedure.
- Bleeding or hematoma.
- Infection.
- Allergic reaction to medication, antiseptic, adhesive, or contrast material.
- Temporary numbness or weakness from local anesthetic.
- Skin thinning or pigment change after corticosteroid exposure.
- Transient elevation of blood glucose following corticosteroid treatment.
- Tendon weakening or injury, particularly with repeated corticosteroid exposure near compromised tendon tissue.
- Failure to obtain adequate or durable pain relief.
- Need for additional treatment or surgical evaluation.
PRP and TenJet have additional procedure-specific considerations that are reviewed before treatment. Anticoagulant use, platelet disorders, infection, healing capacity, and other medical factors may affect candidacy.
When Should You Contact Your Physician?
Contact your physician promptly for fever, progressive redness, drainage, rapidly increasing swelling, severe or worsening pain, new weakness, persistent numbness, difficulty bearing weight, or any unexpected symptoms following the procedure.
Who May Not Be a Candidate?
Treatment recommendations are individualized. A particular procedure may be postponed, modified, or avoided when the potential risks outweigh the expected benefit.
Potential reasons to delay or avoid an intervention include:
- Active infection at the treatment site or systemic infection.
- Uncontrolled bleeding risk or inability to safely manage anticoagulant medication.
- Allergy to a required medication or contrast agent without a suitable alternative.
- A complete or substantially retracted gluteal tendon tear requiring surgical evaluation.
- Progressive neurological weakness or another diagnosis requiring more urgent treatment.
- Pain arising primarily from the hip joint, lumbar spine, sacroiliac joint, or another untreated source.
- Inability to participate in the rehabilitation required after the selected procedure.
- Medical conditions that significantly impair healing or increase procedural risk.
Our Approach at SpinePain Solutions
Our interventional approach is built around selecting the appropriate target, imaging method, treatment, and recovery plan for the individual patient.
At SpinePain Solutions, treatment may include:
- Ultrasound guidance when soft-tissue visualization is most useful.
- Fluoroscopic guidance when patient anatomy or depth makes bony landmarks more dependable.
- Corticosteroid injection for selected inflammatory presentations.
- PRP for carefully selected chronic tendon-related cases.
- TenJet for qualifying refractory gluteal tendinopathy.
- Dry needling only occasionally when associated muscular pain is clinically important.
- Rehabilitation integrated into the interventional treatment plan.
- Orthopedic referral when structural tendon failure is better treated surgically.
The goal is not to perform the most procedures. It is to choose the least invasive intervention reasonably likely to improve pain and function while preserving future treatment options.
Key Takeaways
- A trochanteric bursa injection is one of several interventions available for lateral hip pain.
- Ultrasound and fluoroscopy are both valuable guidance methods and are selected according to patient anatomy and procedural goals.
- Corticosteroid injection may reduce active inflammation but does not repair chronic tendon degeneration.
- PRP is offered selectively because clinical evidence remains mixed and patient selection is essential.
- Dry needling treats associated muscular pain rather than the trochanteric bursa itself.
- TenJet may be considered for qualifying chronic gluteal tendinopathy that has not improved with appropriate conservative treatment.
- Recovery and rehabilitation depend on the specific intervention performed.
- Significant tendon failure may require orthopedic surgical evaluation.
- The objective is to match the intervention to the actual treatment target rather than using the same injection for every patient.
Related Services and Resources
Bursitis Treatment
Overview of rehabilitation, aspiration, image-guided injections, PRP, and other treatment options for painful bursae.
Trochanteric Bursitis
Patient resource covering the condition, symptoms, causes, diagnosis, and common sources of pain over the outside of the hip.
Gluteus Medius Tendinopathy
Information about degeneration and tearing of an important hip abductor tendon.
Platelet-Rich Plasma Treatment
Overview of PRP preparation, treatment principles, recovery, and realistic expectations.
TenJet Percutaneous Tenotomy
How ultrasound-guided removal of selected degenerative tendon tissue may help qualifying chronic tendinopathy.
Joint Preservation
A comprehensive strategy for preserving mobility and native-joint function through personalized treatment.
Frequently Asked Questions
Is a trochanteric bursa injection always performed with ultrasound?
No. At SpinePain Solutions, ultrasound is commonly used in thinner patients and when direct visualization of the bursa or gluteal tendons is important. Fluoroscopy may be selected in heavier patients or when bony landmarks provide a more dependable pathway.
Is ultrasound better than fluoroscopy?
Neither technique is universally better. Ultrasound visualizes soft tissues and does not use radiation, while fluoroscopy provides excellent visualization of bony landmarks. The choice depends on patient anatomy and the target being treated.
What medication is used in a trochanteric bursa injection?
A conventional injection commonly contains local anesthetic and corticosteroid. PRP may be used in selected chronic tendon-related cases, but it is prepared and performed differently from a corticosteroid injection.
How quickly does a steroid injection work?
Local anesthetic may provide temporary relief shortly after the procedure. Corticosteroid benefit often develops over several days and may continue to improve over one to two weeks.
How long does relief last?
The duration varies. Some patients obtain meaningful relief for weeks or months, while others experience only temporary or incomplete improvement. Persistent tendon disease, weakness, or another pain source can shorten the response.
Can the injection be repeated?
Repeat treatment may be considered after reassessing the diagnosis, prior response, tendon condition, and cumulative steroid exposure. Repeated injections should not replace treatment of persistent tendon or biomechanical abnormalities.
Is PRP better than corticosteroid?
Current research is mixed. Some studies suggest longer-lasting improvement after PRP, while placebo-controlled trials have found no meaningful advantage. PRP is therefore selected according to the tissue abnormality and individual clinical circumstances rather than routinely recommended for every patient.
Is PRP injected into the bursa or the tendon?
The target depends on the clinical findings. When chronic gluteal tendinopathy is believed to be the primary problem, PRP is generally directed toward the abnormal tendon region or combined tendon-bursal target under ultrasound guidance rather than placed indiscriminately into the bursa.
What is TenJet used for?
TenJet is used for selected chronic degenerative tendon abnormalities. It is not a treatment for isolated bursal inflammation and cannot repair a complete or substantially retracted tendon tear.
Does dry needling treat trochanteric bursitis?
Dry needling treats associated muscular trigger points rather than the inflamed bursa. It is used only occasionally as an adjunct when surrounding myofascial pain contributes to symptoms.
Will I need sedation?
Most routine trochanteric bursa injections are performed without intravenous sedation. Sedation and anesthesia needs vary for more advanced procedures and are reviewed before treatment.
Can I drive afterward?
Driving instructions depend on the procedure, medications used, and whether temporary weakness or numbness is expected. Patients should follow the instructions provided by the treating team.
When can I exercise again?
Activity often resumes quickly after a routine corticosteroid injection, while PRP and TenJet require a more gradual, tissue-specific progression. Exercise should be resumed according to the individualized rehabilitation plan.
What if the injection does not help?
The diagnosis and treatment target should be reassessed. Persistent symptoms may reflect gluteal tendon disease, hip-joint pathology, lumbar or sacroiliac referral, muscle dysfunction, or another pain generator requiring a different treatment strategy.
References
- American Academy of Orthopaedic Surgeons. Hip Bursitis.
- Wang Y, et al. The effect of corticosteroid injection in the treatment of greater trochanter pain syndrome: A systematic review and meta-analysis of randomized controlled trials. 2022.
- Atchia I, et al. Efficacy of platelet-rich plasma versus placebo for greater trochanteric pain syndrome. 2025.
- Fitzpatrick J, et al. Leucocyte-rich platelet-rich plasma treatment of gluteus medius and minimus tendinopathy: A double-blind randomized controlled trial with two-year follow-up. 2019.
- Begkas D, et al. Ultrasound-guided platelet-rich plasma application versus corticosteroid injections for greater trochanteric pain syndrome. 2020.
- Baker CL Jr, et al. Ultrasound-guided percutaneous tenotomy for gluteal tendinopathy. 2020.
- Maag L, et al. Effectiveness of percutaneous needle tenotomy for tendinopathy: A systematic review. 2024.
- Jacobson JA, et al. Percutaneous tendon fenestration versus platelet-rich plasma injection for treatment of gluteal tendinosis. 2016.
- Rhim HC, et al. Extracorporeal shockwave therapy for greater trochanteric pain syndrome: A systematic review and meta-analysis of randomized clinical trials. 2024.
- Rompe JD, et al. Home training, local corticosteroid injection, or radial shock wave therapy for greater trochanter pain syndrome. 2009.
About This Guide
This article is provided for educational purposes only and should not replace personalized medical advice, diagnosis, or treatment from a qualified healthcare professional. The appropriate imaging method and intervention depend on the patient’s diagnosis, anatomy, medical history, imaging findings, previous treatment response, and individual goals.
