Open Reduction Internal Fixation (ORIF)

Open Reduction Internal Fixation (ORIF) is a surgical procedure in which a broken bone is first repositioned into its correct alignment (reduction) through a surgical opening in the skin, and then held in place with metal hardware (internal fixation) such as plates, screws, rods, or wires.

When a bone breaks in a way that cannot be corrected by casting or splinting alone, a surgeon needs to work directly on the bone. During ORIF, the surgeon makes an incision (a cut in the skin) to reach the fracture site, carefully moves the bone fragments back into their normal position, and then attaches metal implants directly to the bone to keep everything stable while healing takes place. This internal framework acts like a scaffold, allowing the bone to knit back together correctly over the following weeks and months.

ORIF is used when a broken bone is too unstable, too displaced (shifted out of position), or too complex to be managed with a cast or brace alone. It is one of the most common procedures in trauma and fracture care.

• Displaced fractures — bone fragments that have moved significantly out of their normal position
• Comminuted fractures — bones that have shattered into multiple pieces
• Intra-articular fractures — breaks that extend into a joint (such as the knee, ankle, wrist, or hip), which require precise alignment to preserve joint function
• Open fractures — fractures where the bone has broken through the skin
• Fractures that failed to heal properly with non-surgical treatment
• Fractures in areas where immobility is impractical, such as the hip in elderly patients
• Specific fractures of the femur (thigh bone), tibia (shin bone), radius or ulna (forearm bones), humerus (upper arm bone), ankle, and wrist

ORIF is generally not suitable in certain situations. Your doctor will weigh these factors carefully before recommending surgery.

• Patients whose overall health makes general or regional anaesthesia (pain-blocking methods during surgery) too risky
• Active infection at or near the fracture site
• Fractures that are stable and well-aligned, where a cast would heal the bone just as well
• Severely compromised bone quality where implants are unlikely to hold
• Patients who are unable or unlikely to follow post-operative rehabilitation

Like all surgical procedures, ORIF carries recognised risks; most patients do not experience serious complications, but it is important to understand what is possible.

• Pain and swelling at the surgical site in the days following the operation
• Infection at the incision site or, less commonly, deep around the implant (osteomyelitis — bone infection)
• Bleeding during or after surgery, which occasionally requires a blood transfusion
• Blood clots (deep vein thrombosis — a clot in a deep vein, usually in the leg), which can rarely travel to the lungs (pulmonary embolism)
• Damage to nearby nerves, which may cause numbness, tingling, or weakness near the surgical site
• Damage to nearby blood vessels
• Delayed union or non-union — the bone takes much longer to heal than expected, or fails to heal together
• Malunion — the bone heals in a slightly incorrect position
• Hardware-related problems — a plate, screw, or rod may loosen, break, or cause irritation under the skin, sometimes requiring a second surgery to remove or replace it
• Scarring at the incision site
• Reactions to anaesthesia (the medications that keep you unconscious or numb during surgery)
• Stiffness of the nearby joint after prolonged immobilisation

Before ORIF, your medical team will need a clear picture of the fracture and your overall health. Preparation usually begins as soon as you arrive at the hospital, especially if the injury is recent.

Lifestyle adjustments your team will ask about include:

• Fasting — you will usually be asked not to eat or drink for several hours before surgery; the exact time depends on when surgery is scheduled and your hospital's protocol
• Medications — your doctor will review all medicines you take. Blood thinners, anti-inflammatory drugs, and certain supplements are commonly paused before surgery; never stop any medication without your doctor's instruction
• Smoking — smoking slows bone healing and increases infection risk; your team will advise you to stop as early as possible before surgery
• Alcohol — alcohol can interfere with anaesthesia and healing; your team will ask you to avoid it before the procedure

Tests that are typically arranged before surgery include:

• X-rays (radiographs) of the fracture — to map the exact position and pattern of the break
• CT scan (computed tomography — a detailed cross-sectional X-ray) — used for complex fractures, especially those involving a joint
• Blood tests — to check for anaemia (low red blood cells), kidney function, clotting ability, and blood group
• EKG (electrocardiogram — a recording of the heart's electrical activity) — especially in older patients or those with heart conditions
• Chest X-ray — to assess lung and heart health before anaesthesia

What happens during the procedure itself, step by step (the exact number of steps and their order can vary depending on which bone is involved and the complexity of the fracture):

• 1. You are given anaesthesia — either general anaesthesia (fully asleep) or regional anaesthesia (the limb is numbed while you remain awake or lightly sedated), depending on which bone is being treated and your medical condition.
• 2. The surgical team cleans and drapes the area around the fracture to keep the field sterile (free from germs).
• 3. The surgeon makes a careful incision through the skin and soft tissue (muscles and tendons) to expose the broken bone.
• 4. Bone fragments are gently manipulated back into their correct anatomical position — this is the 'open reduction' part.
• 5. The surgeon confirms the alignment, often using intraoperative fluoroscopy (a live X-ray screen in the operating room) to check the position in real time.
• 6. Metal implants — plates, screws, intramedullary rods (rods inserted inside the hollow canal of the bone), or wires — are fixed to the bone to hold the reduction; the choice of implant depends on the fracture type and location.
• 7. The wound is irrigated (washed out) to reduce infection risk.
• 8. The incision is closed in layers — deep tissue first, then skin — with sutures (stitches) or staples.
• 9. A sterile dressing is applied, and in some cases a splint or cast is placed over the wound for additional protection.

Recovery after ORIF takes place in stages, and the timeline varies considerably depending on which bone was treated, your age, your overall health, and how complex the fracture was. Your medical team — which typically includes orthopaedic surgeons, nurses, and physiotherapists (specialists who help restore movement and strength) — will guide each stage.

• Immediate monitoring: After surgery you will spend time in a recovery room where nurses check your blood pressure, pulse, pain level, and the circulation in the affected limb before you are moved to a ward or, in complex cases, an ICU.
• Pain management: Your team will manage post-operative pain using medications appropriate for your situation; good pain control is important for early rehabilitation.
• Wound care: The dressing over your incision will be changed by nursing staff at regular intervals; you will be told when it is safe to get the wound wet and what signs of infection to watch for, such as increasing redness, warmth, swelling, or discharge.
• Immobilisation: Depending on the fracture site, you may go home with a splint, cast, or brace for a period determined by your surgeon; not every ORIF patient needs a cast — the implants often provide enough stability.
• Weight-bearing restrictions: Your surgeon will specify whether you may put weight on the affected limb, and how much; this guidance changes as healing progresses.
• Physiotherapy and rehabilitation: Most patients begin gentle range-of-motion exercises (movements to keep the joint flexible) soon after surgery; a structured rehabilitation programme usually follows to rebuild strength and function.
• Follow-up appointments: You will have scheduled clinic visits and repeat X-rays so your doctor can confirm the bone is healing in the correct position; the frequency and number of visits depends on the fracture.
• Hardware removal: The metal implants are usually left in permanently unless they cause pain or other problems; if removal is needed, a second smaller procedure is arranged — your surgeon will advise you.
• Lifestyle: Smoking cessation (stopping smoking) significantly improves bone healing; a balanced diet with adequate calcium and vitamin D supports recovery; your doctor will advise when it is safe to return to work, driving, and sport, as this varies widely by fracture type and occupation.
• Warning signs to report promptly: increasing pain or swelling after the first few days, fever, signs of wound infection, numbness or colour change in the limb, or any new crackling or instability at the fracture site.