New advancements in technology have greatly improved the surgical procedures for hip and knee joint transplants, making them safer, less invasive, and easier for patients to recover from. With precise preoperative planning utilizing advanced imaging tests that create a virtual 3D reconstruction of the damaged joint, surgeons can accurately measure and fit the required implant before the surgery even begins.
Sensors mounted on the patient’s leg transmit data directly to a computer during surgery, allowing for precise surgical work. Robotic arms are used to ensure that surgeries proceed according to pre-operative planning, reducing the risk of soft tissue damage. Surgical approaches have also advanced to minimize damage to the surrounding tissues, leading to faster rehabilitation post-surgery.
The latest implants are made of titanium without cement, allowing the bone to grow into the implant over time. This provides a more natural fit and reduces the risk of the body rejecting the implant. Post-surgery rehabilitation has also greatly improved, with many patients able to walk and return home the same day as surgery, reducing the risk of infections and complications.
With a combination of pre-operative planning, advanced surgical techniques, and durable implants, patients can look forward to a faster return to normalcy after joint replacement surgery. These advancements have revolutionized hip and knee replacement surgeries, allowing patients to recover faster with less pain and minimal limitations on their activities.
