Elbow Fracture
Fixation Surgery
Fellowship-trained upper limb surgeon Dr. Mohamed Ali provides sub-specialized fixation and reconstruction for complex radial head, olecranon, distal humerus, and terrible triad injuries in Dubai.
Elbow Trauma & Reconstruction Specialist
What Is Elbow Fracture Fixation?
Elbow fracture fixation — also called open reduction and internal fixation (ORIF) — is the surgical restoration of a broken bone around the elbow using plates, screws, tension-band wires or a combination of implants to hold the fracture in the correct anatomical position while it heals.
The elbow tolerates immobilisation poorly. Even a few weeks in a cast can lead to significant stiffness. Stable fixation can allow early controlled movement, helping preserve the joint surface and reduce the risk of long-term restriction.
Plates, screws or wires hold the fracture securely while healing progresses.
Restores alignment and helps preserve the elbow joint surface.
Stable reconstruction supports guided rehabilitation and reduces stiffness risk.
Common Elbow Fractures Requiring Surgery
The exact treatment depends on displacement, comminution and associated instability.
Radial Head Fracture
Often follows a fall onto an outstretched hand and may affect forearm rotation and elbow stability.
Olecranon Fracture
Displacement can interrupt active elbow extension and may require tension-band or plate fixation.
Distal Humerus Fracture
Complex fractures can involve both columns and the articular surface of the elbow.
Complex Fracture-Dislocation
Terrible triad and related injuries combine fractures with significant elbow instability.
When Should You See a Doctor?
Elbow fractures can involve the joint surface, ligaments, nerves and blood vessels. Prompt specialist assessment helps define the injury pattern and whether surgical fixation is required.
Severe swelling, bruising or pain after a fall, direct blow or accident
You cannot fully straighten or bend the elbow after an injury
Elbow pain follows a fall onto an outstretched hand
You cannot extend the elbow against resistance after an olecranon injury
The forearm feels unstable or you cannot rotate it normally
You have already been told that you have an elbow fracture
Types of Elbow Fractures
Treated in Dubai
Elbow fractures range from isolated radial head and olecranon injuries to complex distal humerus and fracture-dislocation patterns. Treatment is selected according to displacement, comminution and joint stability.
Mason classification
Radial Head Fractures
Radial head fractures are common after a fall onto an outstretched hand. Stable, minimally displaced fractures may be treated without surgery, while displaced fractures that block forearm rotation may require ORIF. Severely comminuted fractures may require radial head replacement when reliable fixation is not possible.
Posterior elbow
Olecranon Fractures
The olecranon forms the bony point at the back of the elbow and is part of the triceps mechanism. Displaced fractures can prevent active elbow extension and commonly require fixation. Simple transverse patterns may be treated with tension-band techniques, while comminuted or unstable patterns are better suited to plate fixation.
Complex articular fracture
Distal Humerus Fractures
Distal humerus fractures may extend into the elbow joint and involve both the medial and lateral columns. Displaced intra-articular fractures are among the most complex elbow injuries and often need anatomical reduction with dual-column plate fixation to restore a stable joint surface.
Complex instability
Monteggia & Terrible Triad Injuries
Monteggia injuries combine an ulna fracture with radial head dislocation. A terrible triad combines elbow dislocation with radial head and coronoid fractures, frequently with ligament injury. These fracture-dislocations require restoration of bony alignment and stable joint reconstruction so that early controlled motion can begin.
Complications if Elbow Fractures Are Left Untreated or Inadequately Fixed
Elbow fractures involve a joint that depends on accurate alignment and early controlled movement. Poor healing, residual incongruity or persistent instability can lead to chronic pain, stiffness and progressive loss of function.
Complex elbow fractures benefit from early specialist assessment. Restoring alignment, joint congruity and stability at the primary treatment stage can reduce the need for more difficult revision reconstruction later.
Non-Union and Malunion
A fracture that does not heal can remain painful and mechanically weak. If it heals in a poor position, altered elbow alignment may restrict movement and place abnormal loads across the joint, sometimes requiring complex revision fixation or reconstruction.
Post-Traumatic Stiffness
The elbow is particularly vulnerable to stiffness after trauma and immobilisation. Capsular tightening and scar formation can reduce flexion, extension and forearm rotation, which is why stable fixation is planned with early guided mobilisation in mind whenever the injury allows it.
Post-Traumatic Arthritis
Fractures of the radial head, olecranon or distal humerus may damage the articular surface. Residual step-off or incongruity can increase cartilage wear over time, leading to pain, reduced motion and post-traumatic arthritis.
Instability and Chronic Dislocation
Missed fracture-dislocations can leave the elbow or forearm chronically unstable. Unrecognised Monteggia injuries may progress to persistent radial head dislocation, while associated radial head and ligament injuries can compromise stability if the full injury pattern is not reconstructed.
Specialist review can assess fracture healing, alignment, joint congruity and whether further treatment is required.
Diagnosing Elbow Fractures in Dubai
Accurate diagnosis starts with the injury mechanism and physical examination, then combines targeted X-rays with advanced imaging where the fracture pattern or associated instability requires more detailed assessment.
Examination before imaging
Assessment includes swelling, bruising, tenderness, deformity, skin integrity, range of motion and a complete neurovascular examination. The mechanism of injury helps identify fracture-dislocation patterns that may require urgent specialist care.
Standard X-rays
Anteroposterior, lateral and radial head-capitellum views are used for suspected elbow fractures. X-rays assess fracture position, displacement, joint alignment and associated dislocation.
CT with 3D Reconstruction
CT defines fragment number and position, articular comminution and the true three-dimensional fracture geometry. It is used for distal humerus fractures, complex radial head fractures and fracture-dislocation patterns before operative planning.
MRI
MRI is used selectively when associated ligament injury needs further assessment, particularly in fracture-dislocation patterns where instability extends beyond the visible bony injury.
Vascular & Neurological Assessment
High-energy elbow injuries are examined for changes in hand perfusion, pulse, sensation and motor function. The brachial artery and major nerves crossing the elbow can be at risk in severe fracture-dislocation patterns.
Surgical Fixation Techniques for Elbow Fractures in Dubai
The fixation strategy is selected from the fracture pattern on CT, bone quality and associated injuries, with the aim of restoring stable anatomy and allowing the earliest safe mobilisation.
Radial Head ORIF
Headless compression screws, typically 2.0 to 2.7 mm, are placed perpendicular to the fracture line to compress and stabilise the radial head while preserving the native joint surface.
Screw heads are countersunk below the articular surface, with placement targeted to the radial-head safe zone and confirmed with fluoroscopy.
Radial Head Replacement
A modular metal radial-head prosthesis replaces a severely comminuted radial head when stable fixation is not achievable, helping preserve axial load transmission and elbow stability in complex injury patterns.
An oversized prosthesis can overstuff the radiocapitellar joint and damage the capitellar surface.
Plate & Column Fixation
More complex elbow fractures require constructs that resist displacement under load while restoring the joint surface. The implant is selected to match the exact fracture geometry seen on CT.
Preparing for Elbow Fracture Fixation in Dubai
before surgery
CT review and surgical planning
CT with 3D reconstruction is reviewed before surgery to define the fracture pattern, fragment count and articular comminution, and to plan the fixation strategy or radial head replacement when required.
Associated injury assessment
Ligament stability and associated injuries are assessed before fixation. MRI may be used when needed, and an Essex-Lopresti injury must be recognised before any plan involving the radial head is finalised.
Medical clearance
Pre-operative assessment confirms fitness for general or regional anaesthesia. Medical review, blood tests and specialist clearance are arranged when needed before surgery.
Medication review
All medications are reviewed before surgery. Blood-thinning medication may need to be stopped 5 to 7 days before elective fixation, according to the surgical and anaesthetic team's instructions.
Fasting
Follow the anaesthetic team's fasting instructions: no food for 6 hours and no clear fluids for 2 hours before general anaesthesia.
Post-operative planning
Arrange transport home and prepare for the early rehabilitation period. A splint is applied in theatre and physiotherapy is organised, with active-assisted elbow motion typically beginning within 1 to 2 weeks.
Elbow Fracture Fixation: Step by Step
The operative pathway is tailored to the fracture pattern, with each stage focused on restoring anatomy, securing stable fixation and confirming that the elbow can move safely before closure.
Anaesthesia
General anaesthesia or a regional nerve block is administered. Positioning depends on the fracture: prone for olecranon and distal humerus injuries, or supine with the arm across the chest for radial head surgery. A tourniquet is applied and fluoroscopy is positioned for intra-operative X-ray confirmation.
Surgical Approach
The approach is selected according to the injury. Radial head fractures are approached through the Kocher interval, olecranon fractures through a direct posterior approach, while distal humerus fractures may require an olecranon osteotomy or a triceps-sparing approach depending on the articular involvement.
Fracture Exposure & Reduction
The fracture fragments are carefully exposed, cleared of haematoma and reduced under direct vision. Temporary K-wires hold the reduction while definitive implants are prepared. Anatomical alignment of the joint surface is checked visually and with fluoroscopy before final fixation.
Internal Fixation
The implant is matched to the fracture pattern: headless compression screws for suitable radial head fractures, a radial head prosthesis for non-reconstructable comminution, tension-band wiring or a locking plate for the olecranon, and dual locking plates for distal humerus fractures. Implant position is checked under fluoroscopic guidance.
Stability & Motion Assessment
After fixation, the elbow is taken through a full range of motion to confirm stability and exclude hardware impingement. Associated ligament injuries are repaired before wound closure where indicated.
Wound Closure & Splinting
The wound is closed in layers and a posterior plaster splint is applied with the elbow at 90 degrees of flexion. Post-operative instructions and the physiotherapy referral are provided before discharge.
Elbow Fracture Fixation Recovery Timeline in Dubai
Recovery depends on the fracture pattern and the complexity of fixation. Early controlled elbow motion is a priority because prolonged immobilisation increases the risk of post-traumatic stiffness.
A posterior splint protects the fixation. Active wrist and hand exercises begin within the splint to control swelling. The wound is reviewed at 2 weeks, and elbow motion begins at approximately 1 to 2 weeks for most fixation types.
Elbow motion begins for most fixation patterns
The splint is discontinued and supervised physiotherapy progresses active-assisted and active elbow flexion and extension. Gravity-assisted extension and forearm rotation exercises are introduced. Most patients regain a functional range of motion by around 6 weeks.
Functional elbow range for many patients
Active resistance exercises begin as healing progresses. Grip strengthening and resisted forearm rotation are added. For complex fractures, CT imaging at approximately 6 to 8 weeks may be used to confirm healing before unrestricted loading is advanced.
CT may confirm healing before heavier loading
Return to manual work, sport and unrestricted daily activity is progressed according to clinical and imaging review. Final assessment at approximately 4 to 6 months confirms fracture healing and functional recovery.
Final clinical and imaging outcome review
Patient Outcomes: Elbow Fracture Fixation in Dubai
Three recovery experiences following complex elbow fracture fixation and reconstruction with Dr. Mohamed Ali in Dubai.
I broke my radial head in a cycling accident with a terrible triad pattern. Dr. Mohamed Ali performed radial head replacement, coronoid fixation and lateral ligament repair in Dubai at a single operation. At 6 months I have a full range of motion and have returned to cycling. The physiotherapy programme was the key to my recovery.
I had a comminuted olecranon fracture from a fall. Dr. Ali performed plate fixation in Dubai and I started moving my elbow at 10 days. At 4 months I have full range of motion and near-normal strength. The early motion programme made a huge difference to my outcome.
I had a distal humerus fracture that another hospital said was too complex to fix. Dr. Ali performed dual-plate ORIF in Dubai. The operation was long but the fixation was solid and I started moving my elbow within 2 weeks. At 9 months I have functional range of motion and can perform my work tasks without restriction.
Risks and Outcomes of Elbow Fracture Fixation in Dubai
Dr. Mohamed Ali discusses the expected benefits, limitations and surgical risks transparently at your pre-operative consultation in Dubai.
Post-operative Stiffness
Loss of full elbow extension is the most common complication after elbow fracture fixation and is reported in 20 to 40 percent of patients with complex fractures. Early supervised physiotherapy and a compliant mobilisation programme are the main preventive measures. Contracture release may be considered at 6 to 12 months when stiffness remains functionally limiting despite adequate rehabilitation.
Non-union & Hardware Failure
Failure of the fracture to unite can eventually lead to implant fatigue and hardware failure. Risk is higher with poor bone quality, smoking and failure to follow the post-operative loading protocol. In complex fractures, CT at approximately 6 to 8 weeks helps assess healing progress and guide advancement of loading.
Nerve Injury
The posterior interosseous nerve is at risk during radial head surgery through the Kocher approach, while the ulnar nerve requires protection during medial exposure of distal humerus fractures. Where indicated, the ulnar nerve is managed during the same surgical episode. Transient nerve symptoms resolve in most cases.
Heterotopic Ossification
Heterotopic ossification is abnormal bone formation within the soft tissues after trauma and surgery. Risk is greatest after high-energy injuries and complex elbow reconstructions. In selected high-risk presentations, preventive medication may be used according to the surgeon's post-operative plan.
Published figures describe groups of patients rather than an individual guarantee. Fracture pattern, bone quality, associated ligament or nerve injury and adherence to rehabilitation all influence the final result. Dr. Mohamed Ali discusses the expected outcome for your specific injury during your Dubai consultation.
Elbow fracture fixation demands accurate pre-operative CT interpretation, the correct implant selection for each fracture pattern and the surgical precision required to restore the joint surface and allow safe early motion.
Specialist assessment and surgical reconstruction for radial head, olecranon, distal humerus, terrible triad and complex elbow fracture-dislocation injuries in Dubai.
Book a ConsultationDr. Ali's fellowship training included the full spectrum of elbow trauma, from radial head and olecranon fractures to complex distal humerus injuries and terrible triad reconstructions.
Displaced elbow fractures are reviewed using CT with 3D reconstruction before the operative approach and fixation strategy are finalised. For radial head fractures, CT also helps determine whether reconstruction or replacement is the more appropriate option.
Surgical procedures are performed at DHA-regulated facilities in Dubai with access to elbow fixation implants, radial head prostheses and intra-operative fluoroscopy for reduction and implant confirmation.
Elbow fracture fixation is followed by a structured rehabilitation programme, with controlled elbow motion beginning within approximately 1 to 2 weeks for most fixation patterns to reduce the risk of post-traumatic stiffness.
You can book an elbow fracture consultation directly without a GP or specialist referral. For an acute elbow fracture, call +971 50 254 4263. Consultations are available in Dubai, UAE.
Call +971 50 254 4263Elbow Fracture Requiring Surgery? Book a Specialist Assessment in Dubai.
Book a consultation with Dr. Mohamed Ali in Dubai. He will review your X-rays and CT scans, advise on the most appropriate fixation technique and provide a personalised recovery plan. No referral is required.
Regulated care DHA Licensed
Specialist training Fellowship-Trained Upper Limb Surgeon
Elbow trauma Fracture Fixation Specialist
Location Dubai, UAE
Frequently Asked Questions
How long does elbow fracture surgery take to recover?
Recovery depends on the fracture type. Radial head ORIF or replacement: return to full activities at 3 to 4 months. Olecranon ORIF: functional recovery at 3 to 6 months. Distal humerus ORIF: range of motion and strength recovery over 6 to 12 months. All cases require early supervised physiotherapy. Dr. Mohamed Ali provides a personalised recovery timeline at your Dubai consultation.
Do all elbow fractures need surgery?
No. Undisplaced fractures can be managed without surgery. However, displaced articular fractures, fractures with mechanical block to forearm rotation, comminuted fractures and all fracture-dislocations require surgical fixation to restore joint congruity and allow early movement. Dr. Mohamed Ali assesses each fracture individually at his DHA-licensed Dubai practice.
What is the best treatment for a radial head fracture?
Treatment depends on the Mason classification. Type I (undisplaced): sling and early mobilisation. Type II (displaced partial head): ORIF with headless screws. Type III (comminuted): radial head replacement. Associated elbow instability influences the decision significantly. Dr. Mohamed Ali advises on the most appropriate treatment at your Dubai consultation.
How serious is an olecranon fracture?
An olecranon fracture is serious because it disrupts the triceps mechanism and prevents active elbow extension. Displaced fractures require surgical fixation with tension band wiring or plate fixation to restore triceps function and allow early movement. Left unfixed, the fracture produces malunion with permanent loss of extension. Dr. Mohamed Ali performs olecranon fracture fixation at DHA-licensed facilities in Dubai.
Can a broken elbow heal without surgery?
Undisplaced fractures can heal without surgery with early guided mobilisation. Displaced or articular fractures almost always require surgical fixation to restore joint congruity and prevent permanent stiffness from prolonged immobilisation. Dr. Mohamed Ali assesses all elbow fractures at his DHA-licensed Dubai practice.
Do I need a referral for elbow fracture surgery in Dubai?
No referral is required. You can book an elbow fracture consultation with Dr. Mohamed Ali directly without a GP or specialist referral. For acute fractures, call +971 50 254 4263 urgently. Consultations are available everyday from 9 AM to 5 PM in Dubai. If you are searching for elbow fracture fixation near me in the UAE, book directly online today.
Hand, Wrist or Elbow Pain?
Book Your Upper Limb Consultation in Dubai
Dr. Mohamed Ali performs tendon repair surgery in Dubai, UAE. Fellowship-trained. DHA licensed. Flexor and extensor tendon repair. Specialist hand therapy coordination. No referral required. For acute injuries call +971 50 254 4263 immediately. Everyday 9 AM to 5 PM, Dubai.