Computer Navigation Joint Replacement Surgery

COMPUTER NAVIGATION JOINT REPLACEMENT SURGERY

Overview

Computer Navigation Joint Replacement Surgery is a revolutionary surgical procedure that uses advanced computer-assisted technology to enhance the precision and accuracy of joint replacement surgeries. This technique is widely used in knee, hip, and other joint replacement surgeries, helping surgeons make highly informed decisions during the procedure.

Traditional joint replacement surgeries often rely on the surgeon’s skill and experience to position the implant correctly. However, with computer navigation, surgeons can create a 3D model of the joint and plan the surgery with greater precision. The technology provides real-time feedback during the surgery, ensuring that the components are positioned optimally for the best possible outcome.

The use of computer navigation improves the alignment, positioning, and overall function of the implanted joint, which may lead to faster recovery times, reduced pain, and longer-lasting results.

Precision in motion: Accurate, faster, personalized joint recovery.

symptoms

Chronic Pain

Persistent pain in the joint that does not improve with medications or physical therapy.

Stiffness

A feeling of tightness or restricted movement in the joint.

Joint Deformity

Visible deformities or misalignments of the joint, often due to arthritis or injury.

Swelling and Inflammation

Inflammation or swelling in the affected joint, often associated with arthritis or degenerative conditions.

Process Involves

Preoperative Planning : Detailed imaging (CT/MRI) creates a 3D model of the joint, allowing for personalized surgical planning and precise alignment goals.
System Setup : Sensors are placed on the patient’s bones, and the navigation system is calibrated to provide real-time guidance during surgery.
Surgical Procedure : Using minimal incisions, the surgeon prepares the joint and places the prosthetic with the help of the navigation system, ensuring precise alignment.
Final Adjustments : The implant's placement is verified and adjusted if needed using real-time feedback.
Post-Surgery : The incision is closed, and the patient undergoes monitoring and rehabilitation, often experiencing faster recovery and reduced pain.

Condition

Osteoarthritis: The most common form of arthritis, where the cartilage in the knee joint breaks down, leading to pain, swelling, and stiffness.
Rheumatoid Arthritis: An autoimmune disease that causes inflammation in the knee joints and can lead to severe damage.
Post-Traumatic Arthritis: Arthritis that develops following a knee injury, such as fractures or ligament damage.
Knee Deformities: Conditions like bow-leggedness or knock-knees that result from abnormal bone structure or degeneration.

Advances in Computer Navigation Replacement Surgery

Better Long-Term Outcomes

The accuracy provided by computer navigation can extend the lifespan of the implant, as properly aligned joints experience less stress and wear. This can reduce the need for revision surgeries in the future.

Improved Recovery Times

With precise placement of the implant, patients often experience less post-surgery discomfort and a quicker return to daily activities. The improved alignment of the joint also contributes to better long-term function and reduced wear and tear on the implant.

Reduced Invasiveness

Computer navigation allows for minimally invasive techniques, meaning smaller incisions and less tissue damage during surgery. This can reduce pain, lower infection risk, and promote faster recovery compared to traditional joint replacement methods.

Personalized Surgery

Surgeons can tailor the surgery to each patient’s unique anatomy. By using detailed preoperative imaging, the system creates a customized plan that accounts for individual bone structure, joint condition, and alignment, resulting in a more personalized approach to treatment.