Total Hip Replacement(THR)

Partial Hip Replacement, also known as Hip Hemiarthroplasty, is a surgical procedure where only the damaged or fractured part of the hip joint is replaced, typically the femoral head (the ball part of the hip joint), while the socket (acetabulum) remains intact. This procedure is most commonly performed in cases of hip fractures, particularly in older patients, when the acetabulum is not affected. By replacing only the femoral head, the surgery preserves the natural structure of the hip joint, offering a quicker recovery and less invasive approach compared to total hip replacement. Partial Hip Replacement helps relieve pain, improve mobility, and restore function, enabling patients to return to their regular activities with greater comfort. Rehabilitation and physical therapy are crucial to achieving the best outcomes after surgery.

Total Hip Replacement (Traditional Method) is a well-established surgical procedure where both the ball (femoral head) and socket (acetabulum) of the hip joint are replaced with artificial components. This method typically involves a larger incision, which provides the surgeon with direct access to the joint through muscles and tissues. The femoral head is removed and replaced with a metal or ceramic ball, while the damaged socket is replaced with a durable plastic or ceramic liner.

Bilateral Total Hip Replacement (Traditional Method) involves the surgical replacement of both hip joints in a single procedure, using the traditional approach. This method typically requires larger incisions to provide the surgeon with direct access to both hips, allowing for the removal of the damaged femoral heads (balls) and acetabula (sockets) and replacing them with artificial components made of metal, plastic, or ceramic materials.

Bilateral hip replacement is most commonly recommended for patients who suffer from severe osteoarthritis, rheumatoid arthritis, or joint degeneration in both hips, leading to significant pain and limited mobility. Performing the procedure on both hips simultaneously offers the benefit of only needing one hospital stay and one recovery period, although the recovery time and rehabilitation process are typically more intensive due to the involvement of both joints.

Total Hip Replacement (Computer Assisted) – Single is a modern surgical technique that enhances the precision and accuracy of the traditional hip replacement procedure by using computer-guided technology. In this method, a single hip joint is replaced with a prosthetic, just like in the traditional approach, but the surgery is performed with the assistance of advanced imaging systems and computer software to map the anatomy of the patient’s hip joint.

This technique helps the surgeon plan and execute the procedure with greater precision, ensuring that the components are placed in the optimal position to improve joint function and longevity. The computer-assisted system provides real-time data, allowing for adjustments during the procedure to achieve more accurate alignment and a better overall fit of the prosthetic components.

Total Hip Replacement (Computer Assisted) – Bilateral is an advanced surgical procedure that involves the replacement of both hip joints using computer-assisted technology. This method combines the benefits of traditional hip replacement surgery with the precision of computer-guided systems, which provide detailed imaging and real-time data to enhance the accuracy of implant placement.

During this procedure, both hip joints are replaced in a single surgery, with the assistance of advanced computer software and imaging techniques that map the patient’s specific anatomy. The system helps the surgeon achieve optimal alignment and positioning of the artificial components, which can result in better joint function, improved stability, and potentially longer-lasting results. This technology reduces the chances of misalignment and minimizes complications, offering a more tailored approach to each patient’s unique needs.

Total Hip Replacement (Robotic) – Single is an innovative surgical technique that uses robotic-assisted technology to replace a single hip joint with greater precision and accuracy. In this procedure, the surgeon is guided by a robotic system that provides real-time, 3D visualizations of the hip joint and allows for enhanced control during the surgery. The robot assists in planning the surgery, ensuring the optimal alignment and placement of the prosthetic components to improve joint function and longevity.

The process begins with detailed pre-operative imaging, where a 3D map of the patient’s hip is created, helping the surgeon to tailor the procedure to the individual’s anatomy. During the surgery, the robotic system helps guide the surgeon’s hand with a high degree of precision, minimizing the risk of errors and improving the overall outcome. This robotic technology can lead to more accurate implant placement, which may result in reduced wear over time and a more natural range of motion.

Total Hip Replacement (Robotic) – Bilateral is an advanced surgical procedure that uses robotic-assisted technology to replace both hip joints in a single operation. This cutting-edge approach combines the benefits of traditional hip replacement with the precision of robotics, allowing for greater accuracy in the placement of prosthetic components and improved surgical outcomes.

The procedure begins with pre-operative 3D imaging, which creates a detailed map of the patient’s hip anatomy. This allows the surgeon to plan and customize the surgery for optimal alignment, positioning, and fit of the hip implants. During the operation, the robotic system provides real-time guidance to the surgeon, enhancing precision and minimizing the risk of misalignment. The technology helps ensure that both hip joints are replaced with the most accurate alignment, improving the long-term functionality of the implants.

Revision Hip Replacement – Single is a surgical procedure performed to replace a previous hip implant that has either failed, become loose, or is causing persistent pain or complications. This surgery is typically required when a patient experiences issues with their original hip replacement, such as implant wear, joint instability, infection, or fracture. Unlike primary hip replacement, which involves the first implantation of an artificial hip joint, revision surgery addresses complications from an existing prosthetic.

During a revision hip replacement, the surgeon removes the old implant and replaces it with a new prosthesis. The procedure may involve additional techniques, such as bone grafting, to restore the bone structure if significant damage or wear has occurred to the surrounding bone. The surgeon may also need to address issues like infection or soft tissue damage, which can require specialized care.

Revision Hip Replacement – Single is a surgical procedure performed to replace a previous hip implant that has either failed, become loose, or is causing persistent pain or complications. This surgery is typically required when a patient experiences issues with their original hip replacement, such as implant wear, joint instability, infection, or fracture. Unlike primary hip replacement, which involves the first implantation of an artificial hip joint, revision surgery addresses complications from an existing prosthetic.

During a revision hip replacement, the surgeon removes the old implant and replaces it with a new prosthesis. The procedure may involve additional techniques, such as bone grafting, to restore the bone structure if significant damage or wear has occurred to the surrounding bone. The surgeon may also need to address issues like infection or soft tissue damage, which can require specialized care.

Hip Preservation Surgery – Bilateral is a specialized surgical procedure performed to treat hip joint issues in both hips, with the goal of preserving the natural hip joints and preventing the need for total hip replacement. This surgery is commonly recommended for patients with conditions such as femoroacetabular impingement (FAI), hip labral tears, hip dysplasia, or early-stage arthritis in both hips. The procedure aims to address structural abnormalities and repair damaged tissues, reducing pain, improving hip function, and preventing further joint deterioration.

In bilateral hip preservation surgery, the surgeon may perform corrective procedures on both hips either in a single operation or as two separate surgeries, depending on the patient’s condition and overall health. Common surgical techniques involved in bilateral hip preservation surgery include.