Fracture Fixation
Fracture fixation stabilises broken bones and restores proper anatomical alignment. When a fracture becomes displaced or unstable, surgeons use plates, screws, rods, or external fixation devices to maintain stability and support reliable healing.
Purpose of Fracture Fixation
Fracture fixation not only stabilises the bone but also promotes biological healing. Surgeons recommend this procedure when fractures are displaced, unstable, involve a joint surface, or cannot be aligned safely with casting alone.
Therefore, the primary goal is to restore alignment, maintain mechanical stability, and enable early functional recovery.
How Fractures Occur
Fractures disrupt bone continuity after trauma such as falls, road accidents, sports injuries, or direct impact. As a result, bone fragments may shift from their normal position.
To prevent long-term deformity or joint dysfunction, surgeons perform accurate anatomical reduction and secure the fragments in proper alignment.
Types of Fixation
Fixation techniques include internal fixation and external fixation. Internal fixation involves placing plates, screws, rods (intramedullary nails), or wires directly within or along the bone to maintain alignment.
In contrast, external fixation uses pins inserted into the bone and connected to an external frame. Surgeons often choose this method in complex trauma cases or when significant soft tissue injury limits internal fixation.
Choosing the Right Method
Surgeons select the fixation method based on fracture location, pattern, bone quality, soft tissue condition, and overall patient health. For example, long bone fractures of the femur or tibia commonly require intramedullary nailing.
Similarly, joint fractures typically require plates and screws to restore the articular surface and preserve joint function.
Early Recovery Benefits
Stable fixation allows early controlled movement. Consequently, early mobilisation reduces stiffness, prevents muscle wasting, and lowers the risk of complications associated with prolonged immobilisation.
This advantage becomes particularly important in older adults, who may experience faster muscle loss and reduced mobility during extended bed rest.
Joint Fracture Care
In joint fractures, surgeons precisely restore the joint surface to reduce the risk of post-traumatic arthritis. Even small alignment irregularities can alter load distribution and accelerate cartilage wear.
Therefore, careful surgical planning and technical precision play a crucial role in long-term joint preservation.
Postoperative Care
After surgery, postoperative care includes pain management, wound monitoring, gradual weight-bearing progression, and structured rehabilitation. In addition, physiotherapy restores joint motion, strengthens surrounding muscles, and improves coordination.
Follow-Up and Risks
Although fracture fixation is generally safe, potential risks include infection, implant irritation, delayed union, or non-union. For this reason, regular clinical and imaging follow-up confirms healing progress and implant stability.
Long-Term Outcome
With precise surgery, disciplined rehabilitation, and consistent monitoring, fracture fixation supports solid bone healing and a safe return to daily activities. Ultimately, timely intervention and comprehensive care improve long-term skeletal function and mobility.
Common Situations:
- Displaced or unstable fractures
- Joint-involving fractures
- Multiple fractures after trauma
- Fractures not suitable for conservative casting
- Open (compound) fractures
Our Approach:
Dr. Meshram conducts a detailed clinical assessment supported by X-rays and advanced imaging when necessary. Based on fracture characteristics and patient factors, he selects the most appropriate fixation strategy.
- Accurate anatomical reduction
- Stable internal or external fixation
- Preservation of surrounding soft tissues
- Early mobilisation planning
Goal:
Restore bone alignment, promote reliable healing, and enable a safe return to normal daily activities.
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