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Dr. Nihar Modi Reg. No. MMC 2019/04/2851 | M. S. Ortho | D.N.B. Ortho | MRCS (England) | Diploma in Football Medicine (FIFA) | Fellowship in Shoulder, Elbow & Knee Sports injuries, Arthroscopy and Arthroplasty (Australia, USA)
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Elbow Surgery

Precision arthroscopic release, ligament reconstruction, and tendon repair to overcome elbow stiffness, instability, and pain.

5 Sub-Categories 38 Procedures

Overview & Clinical Philosophy

The elbow is an intricate hinge-and-pivot joint that is highly prone to stiffness, overuse tendinopathies, and ligament tears from throwing, sports, manual work, or traumatic fractures. Because the joint capsule easily develops severe post-traumatic contractures and bony spurs, specialized surgical expertise is crucial to restore full extension and flexion without causing nerve compromise. Dr. Nihar Modi provides comprehensive open and arthroscopic elbow treatments—including Tommy John UCL reconstruction, contracture release, tendon repair, and joint resurfacing—drawing from extensive international fellowship experience.

Common Indications for Surgery

Loss of extension or flexion (inability to straighten or bend your arm to touch your shoulder)
Sharp or burning pain on the outer (lateral) elbow during gripping, twisting, or lifting (Tennis Elbow)
Deep inner (medial) elbow pain and instability during throwing or loaded flexion (Golfer's Elbow or UCL tear)
Frequent joint locking, catching, or sudden painful jamming caused by intra-articular loose bodies
Numbness, tingling, or weakness in the ring and little fingers (ulnar nerve cubital tunnel compression)
Pain and persistent disability following elbow dislocation or fracture
Surgical Portfolio

Surgical Procedures & Sub-Specialties

Explore our full surgical portfolio under Elbow Surgery, detailed by clinical indications and surgical techniques.

1

Elbow Osteocapsular Arthroplasty and Stiffness

11 specialized procedures

11 Procedures

Comprehensive open and arthroscopic procedures to excise bone spurs, release contracted capsules, and restore lost elbow range of motion.

Arthroscopic osteocapsular arthroplasty

Keyhole

Indication: Elbow arthritis or post-traumatic stiffness with impingement spurs in flexion/extension.

Technique: Keyhole excision of olecranon and coronoid osteophytes combined with capsule release to restore motion arc.

Open osteocapsular arthroplasty

Column

Indication: Severe post-traumatic stiffness, bridging heterotopic bone, or prior surgery where nerves are encased in scar.

Technique: Column procedure or open exposure for thorough debridement, capsulectomy, and ulnar nerve neurolysis.

Arthroscopic elbow contracture release

Minimally

Indication: Loss of extension or flexion (>30° contracture) failing aggressive physical therapy.

Technique: Minimally invasive keyhole capsulectomy with high precision near vital neurovascular structures.

Open elbow contracture release

Open

Indication: Complex rigid contractures with extensive periarticular scarring.

Technique: Open anterior and posterior release with mobilization of the brachial artery and median nerve.

Anterior capsulectomy

Resection

Indication: Isolated extension loss due to anterior capsule fibrosis.

Technique: Resection of the anterior capsule from the distal humerus to allow full arm straightening.

Posterior capsulectomy

Release

Indication: Terminal flexion block caused by posterior contracture.

Technique: Release of the posterior capsule and triceps adhesions to restore deep flexion.

Olecranon osteophyte excision

Trimming

Indication: Posterior impingement and pain in terminal extension (common in throwers and gymnasts).

Technique: Trimming the mechanical bony beak on the tip of the olecranon process.

Coronoid osteophyte excision

Removal

Indication: Anterior impingement blocking flexion.

Technique: Removal of bony spurs from the coronoid process of the ulna.

Removal of intra-articular loose bodies

Arthroscopic

Indication: Floating bone or cartilage fragments causing sudden locking and joint damage.

Technique: Arthroscopic extraction from anterior and posterior joint compartments.

Arthroscopic elbow debridement

Joint

Indication: Degenerative arthritis, synovitis, or loose articular cartilage fragments.

Technique: Joint lavage, synovectomy, and smoothing of chondral defects.

Post-traumatic elbow stiffness release

Combined

Indication: Refractory stiffness following elbow fracture, dislocation, or prolonged casting.

Technique: Combined hardware removal, heterotopic ossification excision, and comprehensive capsular release.

2

Elbow Ligament Surgery

8 specialized procedures

8 Procedures

Reconstructive and restorative procedures for medial and lateral elbow instability in throwing athletes and trauma patients.

Ulnar collateral ligament (UCL) reconstruction

The

Indication: Complete tear or chronic insufficiency of the medial UCL in baseball pitchers, javelin throwers, and overhead athletes.

Technique: The classic 'Tommy John' procedure: docking or figure-of-eight tendon autograft (palmaris longus or gracilis) reconstruction.

UCL repair with internal brace augmentation

Primary

Indication: Acute proximal or distal UCL tears with healthy remnant tissue.

Technique: Primary suture anchor repair reinforced with ultra-strong collagen-coated tape for accelerated return to throwing.

Lateral ulnar collateral ligament (LUCL) reconstruction

Tendon

Indication: Posterolateral rotatory instability (PLRI) where the elbow clicks, catches, or pops out during pushing up from a chair.

Technique: Tendon graft reconstruction restoring the primary lateral stabilizer of the elbow.

Lateral ligament complex repair

Suture

Indication: Acute traumatic avulsion following an elbow dislocation.

Technique: Suture anchor fixation of the lateral collateral ligament back to the lateral epicondyle footprint.

Posterolateral rotatory instability (PLRI) reconstruction

Anatomical

Indication: Chronic recurrent rotatory subluxation of the radial head on the capitellum.

Technique: Anatomical reconstruction of the lateral ulnar collateral ligament using tendon autograft.

Medial collateral ligament repair

Direct

Indication: Acute traumatic medial elbow disruption associated with fracture-dislocations.

Technique: Direct suture repair and anchor reattachment of the anterior bundle of the UCL.

Medial collateral ligament reconstruction

Tendon

Indication: Chronic valgus instability with attenuated native tissue.

Technique: Tendon graft reconstruction with anatomical bone tunnels.

Revision elbow ligament reconstruction

Revision

Indication: Re-rupture or persistent instability following prior UCL or LUCL surgery.

Technique: Revision tunnel placement, revision graft harvesting, and biomechanical reinforcement.

3

Elbow Tendon Surgery

6 specialized procedures

6 Procedures

Advanced repair and reconstruction of major biceps, triceps, and common epicondylar tendon injuries.

Distal biceps tendon repair

Anatomic

Indication: Complete traumatic rupture of the biceps tendon at the elbow (sudden pop while lifting heavy load).

Technique: Anatomic reinsertion into the bicipital tuberosity of the radius using an endobutton and interference screw.

Distal biceps tendon reconstruction

Allograft

Indication: Chronic retracted tears (>4-6 weeks) where the tendon cannot reach its anatomical insertion.

Technique: Allograft or autograft tissue augmentation to bridge the tendon defect.

Triceps tendon repair

Transosseous

Indication: Avulsion of the triceps tendon from the olecranon after a fall on an outstretched hand.

Technique: Transosseous suture repair or knotless anchor fixation securing the tendon footprint.

Common extensor tendon repair for tennis elbow

Excision

Indication: Refractory lateral epicondylitis (Tennis Elbow) failing 6-12 months of conservative treatment.

Technique: Excision of pathological angiofibroblastic ECRB tissue and anatomical repair of healthy tendon.

Common flexor-pronator tendon repair for golfer's elbow

Debridement

Indication: Chronic medial epicondylitis failing injections and physiotherapy.

Technique: Debridement of degenerate flexor carpi radialis / pronator teres origin and footprint repair.

Revision elbow tendon repair

Scar

Indication: Failed prior epicondylar release or tendon repair with ongoing disability.

Technique: Scar excision, nerve decompression, and tendon augmentation.

4

Elbow Arthroscopy and Joint Preservation

7 specialized procedures

7 Procedures

Minimally invasive diagnostic and therapeutic keyhole surgery for joint preservation and rapid athletic recovery.

Diagnostic elbow arthroscopy

Complete

Indication: Unexplained pain, catching, or occult intra-articular pathology.

Technique: Complete 360-degree joint visualization through safe anatomical portals.

Therapeutic elbow arthroscopy

Multi-portal

Indication: Multicompartment joint disease requiring simultaneous treatment.

Technique: Multi-portal access for synovectomy, debridement, and capsule release.

Arthroscopic loose-body removal

Keyhole

Indication: Loose fragments blocking joint mobility.

Technique: Keyhole retrieval without extensive open dissection.

Arthroscopic synovectomy

Comprehensive

Indication: Inflammatory arthritis (rheumatoid) or recurrent synovitis.

Technique: Comprehensive removal of diseased synovial lining using motorized shavers.

Treatment of osteochondral lesions

Arthroscopic

Indication: Capitellar osteochondritis dissecans (OCD) in young gymnastics or throwing athletes.

Technique: Arthroscopic microfracture, drilling, fragment fixation, or osteochondral autograft transfer.

Arthroscopic debridement for selected degenerative conditions

Smoothing

Indication: Early osteoarthritis with mechanical symptoms.

Technique: Smoothing of joint surfaces and removal of inflammatory cartilage debris.

Treatment of throwing-related elbow disorders

Targeted

Indication: Valgus extension overload syndrome with posteromedial osteophytes.

Technique: Targeted decompression of the olecranon fossa and spur excision.

5

Elbow Reconstruction and Arthroplasty

6 specialized procedures

6 Procedures

Complex fracture fixation, radial head replacement, and total joint arthroplasty for severe trauma and arthritis.

Radial head fracture fixation

Low-profile

Indication: Displaced, reconstructible Mason Type II/III radial head fractures.

Technique: Low-profile anatomical headless screw or mini-plate fixation.

Radial head arthroplasty

Metallic

Indication: Comminuted, non-reconstructible radial head fractures with ligamentous instability (terrible triad).

Technique: Metallic modular radial head prosthesis restoring lateral column length and valgus stability.

Coronoid fracture fixation

Direct

Indication: Coronoid base or anteromedial facet fractures compromising elbow stability.

Technique: Direct buttress plate or suture-lasso fixation securing the anterior buttress.

Elbow fracture-dislocation reconstruction

Systematic

Indication: Complex 'Terrible Triad' injuries (dislocation + radial head fracture + coronoid fracture).

Technique: Systematic reconstruction: coronoid fixation, radial head repair/replacement, and LCL reattachment.

Total elbow arthroplasty

Linked

Indication: Severe rheumatoid arthritis, advanced degenerative osteoarthritis, or non-reconstructible distal humerus fractures in older patients.

Technique: Linked or unlinked semi-constrained elbow joint replacement with humeral and ulnar stems.

Selected post-traumatic elbow reconstruction

Corrective

Indication: Malunions, nonunions, or chronic instability following severe previous trauma.

Technique: Corrective osteotomies, bone grafting, and hinged external fixation.

Pre-Operative Evaluation & Diagnostics

Evaluation requires precise anatomical palpation of the epicondyles, UCL, and radial head, combined with provocative tests (Maudsley test for tennis elbow, moving valgus stress test for UCL insufficiency, and posterolateral rotatory drawer test). Calibrated plain radiographs identify coronoid or olecranon osteophytes, radiohumeral narrowing, and loose calcified bodies. High-resolution 3T MRI, dynamic musculoskeletal ultrasound, and electromyography (EMG/NCS) are used to evaluate tendon ruptures, ligament tears, and nerve entrapments.

High-Resolution 3T MRI
Dynamic Plain Radiographs
Targeted Clinical Provocation

Recovery & Rehabilitation Roadmap

Because the elbow is prone to stiffness, our post-operative protocols emphasize early protected movement. For arthroscopic stiffness releases, continuous passive motion (CPM) or active stretches begin on day 1 to preserve surgical gains. For ligament reconstructions (UCL) and tendon repairs (distal biceps), a hinged brace protects healing for 4 to 6 weeks while allowing progressive range of motion. Throwing athletes transition to an interval throwing program by month 4 to 5.

* Note: Every surgical recovery plan is personalized based on your specific tissue biology, repair strength, and occupational or athletic demands.

Frequently Asked Questions

Consult Dr. Nihar Modi for Elbow Surgery in Mumbai

Schedule an in-person diagnostic evaluation at our Bandra West or Khar West clinic to discuss personalized surgical and non-surgical treatment options.