A labral tear in the shoulder or hip can mean persistent deep joint pain, an unsettling clicking sensation, and a creeping loss of confidence in movements you once took for granted. Left undiagnosed, labral damage progresses quietly, eroding joint stability and eventually placing surrounding structures at risk.
Dr. Usama Saleh, a fellowship-trained orthopedic and arthroscopic specialist with 23+ years of experience, provides precise labral tear diagnosis and treatment at Medcare Orthopaedics & Spine Hospital (MOSH), Sheikh Zayed Road, Dubai. From targeted PRP therapy and structured rehabilitation to arthroscopic Bankart repair and hip labral reconstruction, your treatment is built around your injury, your sport, and your return goals.
A labral tear is a damage to the labrum a ring of fibrocartilage that lines and deepens the socket of the shoulder (glenoid) or hip (acetabulum) joint. The labrum provides 50–60% of the shoulder socket depth and approximately 22% of hip socket depth, acting as a seal that stabilises the joint, distributes load, and protects the underlying cartilage. When torn, it loses the ability to perform these functions resulting in pain, instability, and a characteristic catching sensation.
The shoulder and hip labrums are functionally similar but mechanically distinct. The shoulder labrum is critical for preventing dislocation its tearing is the primary pathology in shoulder instability and recurrent dislocations. The hip labrum acts as a hydraulic seal maintaining joint fluid pressure and reducing cartilage stress. A torn hip labrum disrupts this seal, causing deep groin or buttock pain that many patients and non-specialist doctors mistake for muscle strain.
Labral tears range from small focal detachments to complete circumferential disruptions. Their location anterior, posterior, superior, or inferior determines the symptoms, clinical tests used to diagnose them, and the specific surgical technique required. This anatomical precision is why labral tears are frequently misdiagnosed by non-specialist practitioners and why imaging interpretation by an experienced orthopedic surgeon in Dubai is essential.
Labral tears are not one injury. Shoulder SLAP tears, Bankart lesions, hip labral tears, and FAI-driven tears each need a different diagnostic and treatment strategy.
From overhead athlete shoulder pain to hip impingement-related groin pain, the exact tear pattern determines whether physiotherapy, PRP, arthroscopic repair, or FAI correction is the right pathway.
Affect the top of the shoulder labrum where the biceps tendon attaches. Common in throwing athletes, cricketers, swimmers, tennis and padel players, and after a fall onto an outstretched arm.
Anterior labral detachments caused by shoulder dislocation. They are a primary cause of recurrent instability and are commonly treated with arthroscopic Bankart repair using suture anchors.
Hip labral tears can cause deep groin pain, buttock aching, clicking, and pain with sitting, squatting, running, and pivoting. When FAI is present, cam or pincer bone morphology repeatedly pinches the labrum; the bone conflict must be corrected with labral repair to reduce re-tear risk.
Symptoms vary by joint location and tear extent. Shoulder labral tears often present with deep pain, clicking, weakness, or instability, while hip labral tears commonly cause deep groin pain, catching, locking, or pain with flexion and rotation.
Pain in the front or back of the shoulder that worsens with overhead activity, reaching across the body, or throwing motions.
A catching sensation inside the shoulder joint is often one of the most distinctive signs of a labral tear.
The shoulder may feel like it could slip or give way during certain movements, especially in Bankart lesion patients.
Throwing, pushing, swimming, cricket, padel, and overhead sports may feel weaker or less controlled.
Acute severe pain after a shoulder dislocation can indicate a likely Bankart lesion and should not be ignored.
Pain worsens with prolonged sitting, climbing stairs, squatting, or running and is frequently mistaken for a muscle strain.
Mechanical symptoms may appear during flexion-rotation movements, especially when rising from a chair or pivoting in sport.
Putting on socks, getting into a low car, or performing a deep squat may reproduce sharp hip or groin pain.
FAI-associated labral tears can build progressively as cumulative impingement damage increases with activity.
Buttock aching or lateral hip pain may be mistaken for bursitis, piriformis syndrome, or referred back pain.
Labral tears arise from two distinct mechanisms: acute trauma and chronic cumulative loading. In athletes, they often involve a combination of both, especially when structural predispositions such as FAI or glenoid dysplasia are present.
A single fall, dislocation, or impact can tear the labrum. Repeated overhead throwing, hip flexion, and impingement can progressively damage it over months.
A clear injury event can detach or avulse the labrum, especially during dislocation, falling, tackling, or high-force deceleration.
Shoulder dislocation: the most common cause of Bankart lesions as the humeral head displaces anteriorly.
FOOSH injuries: force from a fall onto an outstretched hand can avulse the superior labrum at the biceps attachment.
Sudden deceleration: throwing athletes place extreme traction on the superior labrum when the biceps decelerates the arm.
Hip impact injuries: football, rugby, or martial arts trauma can cause acute labral disruption, especially with subluxation.
Repeated loading cycles gradually overwhelm the labrum, especially when underlying bone shape increases mechanical impingement.
Repetitive overhead throwing: cricket, padel, swimming, and volleyball create traction-compression cycles on the superior labrum.
FAI cam or pincer morphology: abnormal bone contact repeatedly impinges on the hip labrum during flexion.
Hip flexion-dominant sports: running, cycling, and martial arts can accelerate FAI-related labral damage.
Labral tears are frequently missed on standard MRI. Dr. Usama’s diagnostic approach combines precise clinical examination with the right imaging modality based on clinical suspicion and treatment planning.
Mechanism of injury, sport demands, pain location, clicking, catching, instability, and activity limitation are mapped first before any scan is interpreted.
The goal is not only to see the tear, but to understand whether instability, FAI morphology, cartilage damage, biceps involvement, or bone loss changes the treatment plan.
Gold standard when suspicion is high or surgical planning is required. Contrast distends the capsule and improves visualization of labral morphology and tears.
First-line imaging for most patients. It identifies large tears, bone edema, cartilage lesions, and FAI morphology, but small or partial tears may be missed.
Findings are connected to the patient’s goals and activity level, then Dr. Usama decides between conservative care, PRP, arthroscopy, FAI correction, or revision planning.
Treatment selection is driven by tear severity, chronicity, patient age, activity demands, and whether associated structural pathology such as FAI or bone loss is present.
Dr. Usama presents conservative and surgical options transparently, with honest expectations for each treatment pathway.
First-line for partial tears and degenerative labral pathology in less active patients. Targets hip external rotators and abductors, or rotator cuff and scapular stabilizers.
Ultrasound-guided or fluoroscopic PRP injection into the joint targets the biological healing environment of the torn labrum, often as an adjunct to structured rehabilitation.
Gold standard for recurrent shoulder instability. The torn anterior labrum is reattached using suture anchors, and capsular plication restores anterior capsule tension.
Cam resection, rim trimming for pincer FAI, and labral re-fixation are performed in a single arthroscopic procedure to reduce the risk of re-tearing.
Same-day arthroscopic shoulder procedure using 3–5 suture anchors along the glenoid rim.
Younger throwing athletes may need SLAP repair; patients over 35 often do better with biceps tenodesis.
Labral repair is combined with cam resection or rim trimming when impingement is driving the tear.
Reserved for revision cases or labral deficiency exceeding 30% where primary repair is not possible.
A labral tear does not always announce itself dramatically. Many patients, particularly those with FAI-associated hip labral tears and partial shoulder tears, describe months or years of gradually worsening pain before seeking specialist assessment. That delay rarely serves them well. Early diagnosis and appropriate management produce significantly better outcomes than attempting to manage a labral tear with general exercise and pain medication indefinitely.
You have experienced a shoulder dislocation, even if the shoulder has relocated back into position. The risk of labral tear and subsequent instability is very high. Early assessment determines whether protective rehabilitation or surgical repair is indicated.
Your shoulder is locking, catching, or feels like it may dislocate again during everyday activities. These mechanical symptoms indicate structural instability requiring urgent specialist evaluation.
You have severe hip pain with restricted range of motion following a fall, hip injury, or impact. Assessment rules out hip dislocation or fracture in addition to labral injury.
Your shoulder or hip pain has persisted for more than 4–6 weeks despite rest and physiotherapy, particularly if there is a clear mechanism of injury or history of dislocation.
You have a clicking, catching, or locking sensation in the shoulder or hip that has not resolved. This is highly specific for structural intra-articular pathology.
Your sporting or occupational performance is being limited by joint pain, weakness, or instability that is not improving with conservative self-management.
You have been told you need surgery for a labral tear but want a second opinion on whether conservative management or a different surgical approach may be appropriate.
You have recurrent shoulder dislocations. Each subsequent dislocation causes additional bone loss and increasingly complex surgical requirements. Early Bankart repair prevents this escalation.
These exercises are general guidance for stable, partial labral tears under physiotherapy management. Exercise selection must respect pain, instability, tear severity, and whether surgical assessment is pending.
If you have experienced shoulder dislocation, have a confirmed complete labral tear, or are awaiting surgical assessment, do not perform exercises without specific clearance from Dr. Usama or your physiotherapist.
Kneel on the affected side knee, step forward with the opposite foot, and gently push the hips forward until a mild stretch is felt in the front of the hip. Avoid if this position reproduces impingement-type pain.
Lie on your side with hips and knees bent at 45 degrees. Keep the feet together and raise the top knee without rotating the pelvis. This strengthens the hip external rotators and helps reduce impingement loading on the labrum.
Lie on your back with feet flat and knees bent. Raise the hips by squeezing the glutes, hold briefly, then lower slowly. Avoid excessive hip flexion past 90 degrees if impingement is present.
Lie on your side with the affected hip on top. Raise the top leg slowly to around 45 degrees, hold for 2 seconds, and lower with control. This targets the gluteus medius and helps protect the labrum during functional activity.
Stand, lean forward, and let the arm hang freely. Gently swing the arm in small circles clockwise and anticlockwise. This can reduce capsular tightness without loading the labrum heavily.
Sit or stand tall. Gently squeeze your shoulder blades together and hold. Better scapular control can reduce excessive superior labral stress during overhead activity.
Attach a resistance band to a fixed point. Keep the elbow at 90 degrees against your side, rotate the arm outward against resistance, then return slowly. Avoid if this causes deep shoulder pain.
Stop if the movement causes acute pain, deep joint pain, or a sharp catching sensation.
Do not continue if the shoulder feels unstable or like it may give way.
Pain during exercise usually means the load or movement is not appropriate for the current tissue state.
A labral tear is not a static injury that stabilizes with rest. Untreated labral pathology — particularly when associated with structural abnormalities like FAI or recurrent instability — follows a progressive course of deterioration that substantially increases the complexity and cost of eventual surgical management and reduces the likelihood of a full recovery.
Delay can turn a focused repair into a larger structural problem involving instability, cartilage damage, bone loss, tendon involvement, and longer recovery.
An untreated Bankart lesion allows recurrent shoulder dislocations. Each dislocation causes additional labral tearing, capsular stretching, and critically progressive bone loss from both the glenoid rim, known as inverted-pear deformity, and the humeral head, known as Hill-Sachs lesion.
The hip labrum's hydraulic sealing function maintains the fluid film that lubricates and protects the hip cartilage surface. A torn labrum disrupts this seal, exposing cartilage to abnormally high contact stresses. Studies demonstrate that 73–100% of hip labral tears have associated cartilage damage at the time of arthroscopy.
Preparation helps Dr. Usama understand your injury timeline, imaging history, activity demands, and whether your pathway is consultation, PRP, or arthroscopic surgery at Medcare MOSH Dubai.
Move through the preparation steps in a cleaner, structured view without the compressed side cards.
Bring all previous imaging and reports, including MRI, MR arthrography, and X-rays. Prepare a clear symptom timeline including onset, triggering mechanism, aggravating activities, sports demands, previous treatments, injections, and current medications.
Stop NSAIDs such as ibuprofen, diclofenac, and naproxen 7 days before PRP because they suppress platelet function. No specific fasting is required. Arrange transport if preferred.
Surgical consultation includes MRI or MRA review, confirmation of the surgical plan, and realistic expected outcomes. Pre-operative physiotherapy, often called pre-hab, begins. Insurance pre-authorisation is obtained by the clinic.
Stop smoking for a minimum of 4 weeks before surgery. Stop blood thinners only according to Dr. Usama’s instructions. Complete pre-operative blood tests and medical clearance, then prepare transport, sleeping arrangements, and meals at home.
Arrive 1.5–2 hours before the scheduled start time. Remain nil by mouth from midnight. Bring photo ID, insurance card, and medication list. A designated driver is mandatory. Expect 4–6 hours total at Medcare MOSH, including pre-op and recovery.
A complete file with imaging, reports, treatment history, and symptom notes helps avoid delays in diagnosis and planning.
PRP and surgery both require clear medication instructions, especially NSAIDs and blood thinners.
Transport, comfortable sleeping setup, and prepared meals make the first post-treatment period smoother.
Arthroscopic labral repair is performed through small portals using an HD arthroscope, precise labral preparation, suture anchors, and final stability inspection before same-day discharge from Medcare MOSH.
Use the arrows or step numbers to move through the arthroscopic repair sequence.
General anesthesia is used. For shoulder surgery, an interscalene nerve block provides 12–18 hours of postoperative pain control. Positioning is beach chair or lateral decubitus for shoulder surgery, and lateral decubitus with traction for hip surgery. The surgical site is prepared and sterilized.
Two to three incisions of 5–8 mm are created. An HD arthroscope provides magnified visualization of the entire joint interior. The labrum, cartilage, capsule, ligaments, biceps tendon, femoral head, or acetabular cartilage are assessed and MRI findings are confirmed.
The torn labral edge is freshened using a shaver or burr to create a bleeding bone surface at the glenoid or acetabular rim. This biological preparation is critical because anchors placed into unprepared bone have lower healing rates.
Bioabsorbable or titanium suture anchors are placed along the prepared rim. Sutures are passed through the torn labral tissue and tied arthroscopically, pulling the labrum back against bone. For Bankart repair, capsular plication restores native tension. For hip tears with FAI, cam resection and/or rim trimming is performed before re-fixation.
The joint is re-inspected to confirm labral fixation stability and full range of motion. Fluid is drained. Portals are closed with 1–2 absorbable sutures. A sling is applied for shoulder surgery or a hip brace is fitted if required.
The patient wakes with the nerve block providing excellent pain control for shoulder surgery. Ice is applied, vital signs are monitored, post-operative instructions are provided in writing, follow-up is booked within 7–10 days, and the patient is discharged the same day from Medcare MOSH.
Recovery after labral tear treatment is structured in phases. Progression is based on protection, restored motion, strength, neuromuscular control, sport-specific testing, and readiness — not the calendar alone.
Select each phase to see what changes in protection, movement, strengthening, and return-to-sport progression.
Shoulder patients usually use sling immobilization for 4–6 weeks after Bankart repair, with pendulum exercises from day 1–3 and passive range of motion only. Hip patients usually use crutches for 4–6 weeks with protected weight-bearing and passive physiotherapy from week 1.
The sling is discontinued for shoulder patients. Active-assisted range of motion begins. Pool-based rehabilitation may start from weeks 6–8. Light isometric strengthening begins as muscle activation without heavy joint loading.
Progressive resistance training, proprioception, and neuromuscular control become central. Sport-specific patterns are introduced gradually. Hip patients may begin light jogging around weeks 14–16, while appropriate shoulder candidates may begin light throwing around weeks 14–16.
Return to sport depends on procedure and demands. Bankart repair often requires 6–9 months for full contact sport. SLAP repair may range from 4–6 months in non-throwers to 9–12 months for throwing athletes. Hip labral repair commonly returns around 4–6 months.
Select a procedure to compare desk work, driving, sport training, and competition expectations.
Sports physical therapy and rehabilitation support safe progression from protection to return-to-sport testing.
Arthroscopic labral repair has an excellent safety profile. Serious complications are uncommon in experienced hands, and outcome expectations should be explained transparently before treatment.
The goal is not to minimize risk, but to explain it clearly: general surgical complications are uncommon, while procedure-specific risks depend on instability, FAI correction, bone loss, age, and tissue quality.
Uncommon with arthroscopic technique and prophylactic antibiotics.
DVT risk is minimized with early mobilization protocols.
Minimized by thorough pre-operative assessment and monitoring.
Extremely rare with careful anatomic portal placement.
Select the procedure to view the specific risks, expected recovery considerations, and the factors that affect outcome reliability.
Recurrence of instability is generally 5–15%, and risk increases with bone loss. Stiffness is reported at 5–10% and is reduced through early physiotherapy and structured rehabilitation.
Persistent stiffness or pain is more common in patients over 35 with degenerative tears. In that group, biceps tenodesis is often preferred because it can offer more reliable pain relief and lower re-tear risk.
Re-tear risk is approximately 5–10% when FAI is corrected simultaneously, compared with 25–35% when FAI is not addressed. Temporary femoral nerve irritation from traction can occur.
Prevents future dislocation in most patients, with 85–90% returning to pre-injury sport.
Pain relief is common, with 63–85% return to throwing sports at prior level.
Significant pain improvement, with approximately 85% return to sport at 6 months.
Two-year satisfaction across labral repair procedures is generally high.
The best outcome is not just a repaired labrum — it is a stable joint, controlled movement, restored confidence, and a safe return to sport or work.
I had Achilles tendon surgery earlier this year, and I couldn’t be more grateful for the care I received from Dr. Usama Hassan Saleh and his team. From the first consultation to the post-surgery follow-ups, everything was handled with professionalism, skill, and genuine compassion. The recovery process was smooth thanks to the clear guidance and support provided. I’m now fully recovered and almost back to my regular activities—truly thankful for the excellent care!
Dr. Usama is a great asset to the hospital, i was lucky enough that he did my operation and the amount of care and experience he has is priceless . A big thank as well to nurse Merin for her care, smile and professionalism. I am glads to be a patient for dr. Usama clinic 🙂
Local Guide
I have been using Dr. Usama medical advisory and treatment for over 3 years now for various skeletal and tendon issues I have had and every time I visit I am always being provided with top notch medical guidance, and treatment plans that has been proven most useful and reliable. On the other hand, his patient management and personal involvement are always great to have and very assuring.
I had my meniscus repair surgery with Dr Usama. Alhumdulillah from the get go he was honest and geniune about the whole process and recovery. Today I'm able to walk long distances and lift again with no pain. Hoping to run again soon inshallah.
Dr Usama Saleh is so professional and amazing everything with him went smoothly from before the surgery he prepared me mentally and after the surgery too, I highly recommend him to anybody having ACL or ligament or a shoulder problem now I’m 3 weeks after the surgery and my recovery process is faster because of the way he sitting my mind Thank you dr Usama and Medcare for the special treatment
Dr. Usama is amazing! He fixed my shoulder after spotting an MRI issue others missed, adjusting my physio for great results. He also performed flawless meniscus surgery on my knee, and his post-op care ensured a smooth recovery. When a minor issue arose later, he resolved it instantly. Grateful for his expertise and dedication—highly recommend!
Thank you Dr. Osama Hassan for your care and attention. Happy Eid.
Ma Shaa Allah Expert doctor with humanity manner Appreciate his work
Best doctor I've ever seen, highly recommend. He is very honest which is hard to find nowadays.
Fellowship-trained arthroscopic expertise, conservative-first decision making, advanced labral repair techniques, integrated care at Medcare MOSH, and evidence-based treatment for shoulder and hip labral tears.
Advanced fellowship training in arthroscopic surgery and upper extremity reconstruction at the University of Toronto, one of the world's most respected orthopedic training centers. Deep subspecialty expertise in labral tear diagnosis, MR arthrography interpretation, suture anchor technique, FAI correction, and arthroscopic Bankart repair beyond standard orthopedic training.
Not every labral tear requires surgery. Dr. Usama assesses each patient's tear morphology, activity demands, symptom duration, and structural risk factors before recommending surgery. Patients with partial tears or lower activity demands receive a genuine conservative trial including physiotherapy and PRP before surgical referral is considered.
Two decades of arthroscopic labral surgery experience, including Bankart repairs, SLAP repairs, hip labral reconstructions, and complex revision cases. Familiarity with Dubai's diverse sports community, including cricket, padel, football, rugby, swimming, running, and martial arts athletes.
Dr. Usama addresses the whole problem, not just the labral tear in isolation. FAI correction combined with labral repair in a single arthroscopic procedure reduces re-tear rates from 25–35% to 5–10%, delivering significantly more durable outcomes for hip labral tear patients.
From same-day consultation, diagnostic ultrasound, and MRI referral to arthroscopic surgery and structured physiotherapy rehabilitation, all coordinated at Medcare Orthopaedics & Spine Hospital, Sheikh Zayed Road, Dubai. No fragmented care. No communication gaps.
Active AO trauma faculty member, published manuscript author, book chapter contributor, and international conference presenter. Treatment is guided by the most current evidence-based innovations in arthroscopic labral repair globally.
Dubai's world-class sports facilities, year-round outdoor climate, and thriving athletic community make it one of the most sports-active cities in the world and one with a correspondingly high incidence of overuse injuries.
From the runners of Dubai Creek Park and Al Qudra cycling track to the padel players of JBR and the CrossFit community of Business Bay, chronic tendonitis affects thousands of active Dubai residents every year.
Dr. Usama Saleh sees sports injury patients at Medcare Orthopaedics & Spine Hospital (MOSH), conveniently located on Sheikh Zayed Road, Dubai, serving patients from Dubai, Sharjah, Abu Dhabi, Ajman, and across the UAE.
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