Surgical expertise
Complex Trauma & Fracture Care
Complex trauma and fracture care is the treatment of high-energy, multi-fragment, peri-articular, peri-implant, or non-united fractures — restoring length, alignment and stability so the bone can heal and the patient can move.
A complex fracture is usually a complex injury: bone is broken, but soft tissue, nerves, vessels, and sometimes other organs are involved as well. Restoring the limb means restoring length, alignment, rotation, and stability — and doing it in a way that allows the patient to move early and heal well. That is the job of complex trauma and fracture care.
What it covers
This expertise covers fractures that are not “routine”:
- Multi-fragment (comminuted) fractures of long bones and the joint surface
- Peri-articular fractures — at the elbow, distal humerus, distal femur, tibial plateau, pilon
- Peri-implant fractures — broken bone next to or around an existing implant
- Non-unions and mal-unions — fractures that have failed to heal, or healed in poor position
- Pelvic and acetabular fractures
- Open and high-energy injuries, often as part of polytrauma
Less complex fractures are often best managed by the local orthopaedic team near the patient.
How a complex fracture is assessed
A complex fracture is assessed clinically and radiologically:
- Mechanism of injury and any associated injuries are established first.
- Limb examination — skin and soft tissue, neurological and vascular status.
- Imaging — high-quality X-rays in two planes, almost always supplemented by CT for articular and pelvic injuries. Vascular imaging if circulation is concerning.
- Patient assessment — age, bone quality, medical conditions, functional goals.
A clear plan is then made for either non-operative care or surgical fixation.
How complex fractures are fixed
The principles are the same across most bones: restore length, alignment, and rotation; restore the joint surface where it is broken; achieve a fixation stable enough to allow early movement; respect the soft tissues. The implants vary:
- Plates and screws for many peri-articular and diaphyseal fractures
- Intramedullary nails for long-bone shaft fractures
- External fixators for damage-control, soft-tissue protection, or some definitive cases
- Pelvic and acetabular fixation with specific techniques
- Bone grafting and biological augments in selected non-unions
For some patients, treatment is staged: temporary external fixation first to control the limb, followed by definitive internal fixation when the patient and soft tissues are ready.
Benefits and risks
Benefits of well-executed fixation are early movement, faster recovery of function, and reduced risk of long-term stiffness or arthritis when the joint surface is involved. Risks include infection (higher in open injuries), non-union or mal-union, nerve or vessel injury, implant failure, post-traumatic arthritis, and the general risks of anaesthesia. These are discussed individually and reduced by careful planning and structured rehabilitation.
Dr. Garg’s approach & experience
Dr. Garg’s trauma practice is grounded in his AIIMS training, international fellowships in orthopaedic trauma, and his published work on complex fixation. He combines damage-control principles for the sickest patients with refined definitive fixation for the most difficult fractures, and uses early structured rehabilitation as part of every plan.
When to seek a specialist opinion
A specialist opinion is appropriate after high-energy injury, for displaced or articular fractures, for any open injury, where there is concern about circulation or nerve function, and for fractures that are not healing — particularly around existing implants. Earlier referral allows the best plan to be made before secondary problems develop.
Frequently asked questions
What counts as a complex fracture?
Fractures that are multi-fragment, that involve a joint surface, that have associated soft-tissue or vascular injury, that occur around an existing implant, that fail to unite, or that occur as part of multiple injuries (polytrauma). They typically need detailed planning and specialised fixation.
When is surgery needed?
Surgery is considered when a fracture is displaced and unlikely to heal in good position non-operatively, where the joint surface is disrupted, where there is instability, neurological or vascular involvement, or open injury. Many fractures heal without surgery; the decision is individualised.
What is "damage-control orthopaedics"?
For some patients — for example, after high-energy or multi-system injury — temporary stabilisation (such as an external fixator) is performed first to control the limb and allow the patient to recover, with definitive fixation in a planned second operation a few days later. This staged approach reduces the physiological hit of major surgery in an unstable patient.
What does "open reduction and internal fixation" mean?
Open reduction and internal fixation (ORIF) means surgically realigning the broken bones (reduction) and holding them in position with implants — plates, screws, intramedullary nails, or external fixators — that remain inside or partly outside the body until the bone has healed.
What are the main risks?
Risks include infection, problems with bone healing (non-union or mal-union), nerve or vessel injury, implant failure, stiffness, post-traumatic arthritis, and the general risks of anaesthesia. These are higher in complex and open injuries; structured rehabilitation reduces some of them.
How is recovery managed?
Recovery depends on the bone broken, the operation performed, and the patient’s general health. The principle is early protected motion where the fixation allows, gradual loading of the bone, and a structured physiotherapy plan. Timelines and weight-bearing limits are individualised.