Common Misconceptions About Robotic Knee Replacement

Robotic knee replacement Australian is a procedure that is growing in popularity with people of all ages. It is an option that can offer people a way to get rid of arthritis and other conditions that are limiting their mobility. However, there are some common misconceptions about the process. This article will explore some of the most common ones.

Common misconceptions about robotic knee replacement

Robotic knee replacement is a surgical procedure that uses advanced technology to help improve patient outcomes. It is not a new technology and has been used successfully on a number of different parts of the body.

The process involves the removal of the damaged tissue of the joint and replacing it with an artificial joint. Artificial joints are typically made of high grade plastic or metal alloys. A robotic arm assists the surgeon in placing the new joint.

A virtual three-dimensional model of the knee is created by using a CT scan. This allows the surgeon to perform the operation more accurately. Another advantage of this type of surgery is that it has a lower complication rate.

An experienced surgeon is responsible for performing the operation. The assistant robot is only there to help the surgeon with precision. As a result, the outcome is only as good as the surgeon's skill.

The Mako system is a robotic arm that helps surgeons perform partial hip and knee replacements. This innovative technology helps the surgeon to reproduce precise bone cuts and implant placement.

How the procedure works

If you're considering a knee replacement, you may wonder how robotic surgery works. The truth is that a robotic-assisted procedure can provide more accurate placement and positioning of an implant, while also offering more efficient and less painful recovery. However, more research is needed before we can say for certain how it affects patient outcomes.

During a typical knee replacement procedure, the surgeon removes damaged tissue from the knee, then replaces it with an artificial joint. This procedure has a high success rate and is relatively painless. Typically, patients can resume their normal activities in four to six weeks. But robotic-assisted techniques could help cut recovery time in half.

Robotic surgery uses a robotic arm to assist the surgeon. During the operation, the robot uses data from a 3-D model to perform a virtual surgery. By working with the software, the robotic arm ensures that the surgeon makes precise cuts and installs the prosthetics.

Preparation for surgery

Robotic knee replacement surgery is a procedure that uses technology to insert a new joint. This type of surgery can offer a quicker recovery time, and fewer complications. However, not all patients are eligible for this procedure.

Before surgery, patients are given a series of pre-op medications and blood thinners. They will also have a tourniquet applied to the affected area to numb the surgical site.

A deep incision will be made into the joint to expose the femur and tibia. The surgeon will then perform a physical exam to rule out any potential complications.

Anesthesia will be administered. In addition, patients may be given blood thinners to help reduce the risk of infection.

An overnight stay will follow the surgery. Then, patients will be transferred to another room for recovery. Recovery time will vary depending on the severity of the injury.

Once in the recovery room, patients will receive pain medications. The doctor will also review the patient's condition and determine whether it is safe to discharge the patient to the home.

Recovery

Robotic knee replacement is a minimally invasive surgery that produces less pain, discomfort and healing time. This means patients can return to daily activities faster than before. However, robotic knee replacement carries risks and complications that are similar to those of traditional knee replacement procedures. These risks include nerve damage, blood clots and increased risk of infection.

Recovery times vary among patients. A patient's age and overall health are key factors. Depending on the type of procedure, a patient may need up to six weeks to recover.

Before undergoing any procedure, be sure to discuss the risks and benefits with your doctor. Keeping up with the aftercare instructions and following the physical therapy schedule can help you recover more quickly.

A CT scan is used to create a virtual model of your knee. This allows surgeons to create an ideal surgical plan. It also helps them more accurately place an implant.

Physical therapy is a critical component of recovery after robotic knee replacement. Your therapist will prescribe exercises to help strengthen and stretch your knee muscles. They will also use modalities such as ultrasound to reduce pain.

Appointments Dr Mahendra Meta is a Queensland-trained orthopaedic surgeon specialised in Adult Hip & Knee Replacement Surgery and Paediatric Orthopaedic Surgery. He is one of very few orthopaedic surgeons in Brisbane with sub-specialty training fello