Robotic knee surgery is undoubtedly the latest, most significant joint replacement surgical procedure currently available for patients today. The unique benefits of robotic knee replacement surgery are Increased mobility in patients—lower risk of trauma to surrounding healthy tissue during an operation.
Robotic Knee Surgery Adelaide is generally less invasive than other types of treatment. Unlike a general surgery, where an incision has to be made, and stitches are administered, this type of surgery has no incisions and no need for stitches. This allows for the removal of unwanted foreign bodies without the need for surgery. This also makes it less of a long term option for many people since the recovery period is relatively short compared to others.
The surgical instruments used in robotic joint replacement are smaller than those used in general surgery. This ensures that they are more precise and safer, especially in the case of the knee. Additionally, smaller instruments create less scarring and will, therefore, not cause pain during recovery.
Robotic surgeries have been around for years. A recent breakthrough involved the use of microelectrode arrays within the implants themselves. These arrays are implanted directly into the cartilage and connect the implant to the knee itself. This is known as a “centrotemporal joint replacement,” and it offers a large degree of mobility for the patients.
The new advancement is thought to have improved bone strength. It may even offer increased bone density so that osteoporosis and osteoarthritis do not become a problem in future. It is not clear how this type of surgery will affect other joint structures. Still, it seems to be an incredibly promising development in the field of joint surgery, and one that offers tremendous promise for individuals experiencing mobility problems.
In an AHKC robotic surgery, a device, called a microelectrode array, is inserted into the area of the joint that needs replacing. The microelectrode arrays are programmed with a particular laser pattern, which then reshapes the cartilage and tissue in the affected area. The effect is very natural and very aesthetic and helps make the appearance of the area much more like that of your natural joint. When compared to other techniques, robotic surgery has a much higher success rate, with a far lower recovery period.
Although Robotic Knee Surgery Adelaide has many advantages, there are still some risks associated with the procedure. Patients must be adequately monitored by anesthesiologists or physical therapists after surgery to ensure that any complications don’t arise.
Because of these risks, many people choose to have traditional surgery rather than robotic surgery. The choice is up to the patient and the physician performing the surgery. Still, either way, you will experience an incredible improvement in your health and mobility with this innovative new method of treatment.
For many years, we’ve used mechanical joints to help with mobility. However, as our lives get busier and more hectic, these mechanical joints don’t work quite as well as we once did. Osteoarthritis is a type of arthritis, where the cartilage wears down, allowing bone to push through and create arthritis around the joint. Although osteoarthritis is usually not painful, it can lead to pain and limitation, as well as damage to the surrounding tissues. In most cases, you will need to replace the cartilage in your joint on your own, which could take a long time.
As part of robotic knee surgery from AHKC, the surgeon will place microelectrode arrays on the cartilage beneath the joint. These arrays are programmed to break up the cartilage, making the cartilage stronger, which makes the bone move easier and prevents it from bending too much.
With more cartilage on the cartilage, the bone has more room to work with. The bone can move through more smoothly and without causing any restriction. This increases mobility. Since the implants are not being replaced by real cartilage, the body doesn’t have to be as diligent in breaking down the cartilage to replace the damaged tissue, and therefore, the healing process goes smoother.