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- Kanakapura Main Road, Bangalore
- Electronic City, Bangalore
Ankle fractures are common injuries that can range from a simple crack to complex breaks involving multiple ankle bones, requiring expert diagnosis and precise treatment. Dr. Vijay Kulkarni, a specialist orthopedic surgeon on Kanakapura Road, Bangalore, provides comprehensive ankle fracture management — from conservative cast treatment for stable fractures to precise surgical fixation (ORIF) for displaced or unstable fractures. His meticulous approach ensures proper ankle joint alignment, restoring stability and preventing long-term arthritis. Patients from Kanakapura Road, Electronic City, and across South Bangalore seek Dr. Kulkarni’s expertise for effective ankle fracture care and full functional recovery.
An ankle fracture is a common but potentially serious orthopaedic injury that can affect walking, standing, balance, and everyday mobility. It may occur due to a fall, twisting injury, sports trauma, road traffic accident, or high-impact injury. Prompt diagnosis and proper treatment are essential to restore alignment, joint stability, and safe movement.
Dr. Vijay A. Kulkarni, Consultant – Orthopaedics & Robotic Joint Replacement, provides expert evaluation and advanced Ankle Fracture Treatment in Electronic City, Bangalore for patients with simple, displaced, unstable, and complex ankle fractures.
An ankle fracture is a break in one or more of the bones that form the ankle joint, which may include:
Ankle fractures can range from minor cracks to displaced or unstable fractures that affect joint alignment and movement. In some cases, ligament injury may also be associated with the fracture, making the ankle unstable.
Depending on the severity, ankle fractures may require immobilization, fracture fixation surgery, or advanced orthopaedic management.
Ankle fractures may occur due to:
The severity of the fracture depends on the mechanism of injury and the amount of force involved.
You may need immediate orthopaedic evaluation if you experience:
Even if the fracture seems minor, it is important to get proper evaluation to avoid long-term joint problems.
Depending on the location and severity of injury, ankle fractures may include:
A fracture involving the lower end of the fibula on the outer side of the ankle.
A fracture involving the inner side of the ankle, affecting the tibia.
A fracture involving both sides of the ankle joint, often associated with instability.
A more complex fracture involving multiple parts of the ankle joint.
Fractures where the bone position is altered and may require surgical stabilization.
Each fracture type requires careful assessment to determine the most appropriate treatment approach.
A proper diagnosis is essential for planning the right treatment for an ankle fracture. Dr. Vijay A. Kulkarni performs a detailed orthopaedic evaluation to assess the fracture pattern, ankle stability, joint alignment, swelling, and associated soft tissue injury.
The evaluation may include:
This helps determine whether the fracture can be treated conservatively or requires surgery.
Treatment depends on the severity of the fracture, bone alignment, ankle stability, and overall patient condition.
Possible treatment options may include:
Stable or minimally displaced ankle fractures may be treated with:
Displaced, unstable, or complex ankle fractures may require surgical stabilization using:
The goal of treatment is to restore proper bone position, maintain joint stability, and support safe healing.
Delayed or improper treatment of an ankle fracture may increase the risk of:
Early orthopaedic care helps improve healing and supports better long-term ankle function.
Patients trust Dr. Vijay A. Kulkarni for ankle fracture care because of:
Recovery after an ankle fracture depends on the type of fracture, the treatment performed, bone healing, and the patient’s overall condition. A structured rehabilitation plan including movement restoration, physiotherapy, strengthening, balance training, and walking recovery is important for regaining function and preventing stiffness.
Regular follow-up is essential to ensure proper healing and safe return to activity.
A bimalleolar ankle fracture involves breaks in both the medial malleolus (inner ankle bone) and the lateral malleolus (outer ankle bone of the fibula). This injury creates significant ankle instability and commonly requires surgical fixation using plates and screws to restore alignment and stability.
Both ankle fractures and sprains can cause pain, swelling, and bruising. However, fractures often cause severe pain directly over the bone, significant swelling, visible deformity, difficulty or inability to bear weight, and tenderness at specific bony points. An X-ray is required to confirm whether a fracture is present.
Surgery is typically recommended for displaced fractures, bimalleolar or trimalleolar fractures, unstable fracture patterns, fractures involving joint misalignment, or injuries associated with ligament instability. Stable and non-displaced fractures may often be treated with casting or bracing.
ORIF (Open Reduction and Internal Fixation) is a surgical procedure used to treat ankle fractures. During the operation, the broken bones are repositioned into their correct alignment and secured using metal plates, screws, or wires to maintain stability while healing occurs.
Most patients are advised to remain non-weight-bearing for approximately 6 to 8 weeks following ankle fracture surgery. Weight-bearing is then gradually reintroduced under medical supervision and physiotherapy guidance based on healing progress and follow-up imaging.
Yes. Ankle fractures that heal in poor alignment or involve significant joint surface damage can increase the risk of developing post-traumatic ankle arthritis. Early diagnosis, accurate fracture reduction, and proper surgical or non-surgical treatment help minimize this long-term complication.
Consult Dr. Vijay A. Kulkarni for expert evaluation and advanced Ankle Fracture Treatment in Electronic City, Bangalore.
Book an appointment with Dr. Vijay A. Kulkarni for comprehensive orthopaedic and robotic joint care.