Dr. Anoop Jhurani performed the first ever robotic-assisted partial knee replacement surgery
in Rajasthan in the year 2018
It's never been easier to find the best robotic partial knee replacement in Jaipur, India. Dr. Anoop Jhurani and his team provide world-class partial knee replacement surgery. We are confident, based on our expertise, that the precision and correctness of our team's performance throughout the test will leave you with no room for doubt.
According to Dr. Jhurani, who has performed over 10,000 hip and knee replacement procedures and specializes in partial knee replacement surgery and revision surgeries, has boosted patient satisfaction, as they can now enjoy everyday regular activities and feel normal again. To provide surgical patients the most satisfaction, he advises his patients to cycle, jog, exercise, swim, and take part in all physical activities.
Partial knee replacement surgery can replace the only broken section of a knee. Partial knee replacement surgery replaces lost bone and muscle in the joint. It is accomplished when the knee only has arthritis in the backside. A prosthetic—an artificial implant—is changed for the affected areas.
Your knee's remaining portion is unharmed. Partial knee replacements are more frequently performed with smaller holes, which reduces recovery time. This surgery is carried out if it restricts the injury to a specific area of the joint. This treatment serves as an option to total knee replacement for patients whose condition is limited to one part of the joint. To get the best partial knee replacement doctor in Jaipur, India, visit orthopedic surgeon Anoop Jhurani.
Articular cartilage joins the ends of two or more bones and covers joints. Healthy cartilage in the joint acts as a cushion and promotes easy, low-friction movement.
When disease or injury destroys the cartilage, the tissues around the joint become inflamed and painful. The cartilage gradually worsens, revealing the bone edges that rub against one another over time.
At this stage, osteoarthritis develops as a result of the wear and tear on the joints. Partial knee replacement surgery is the preferred treatment for severe osteoarthritis after conservative measures including dietary adjustments, medication, and physical therapy have been tried.
Although robotic-assisted partial knee replacement appears to be something out of a science fiction movie, it is an FDA-approved treatment. Patients with osteoarthritis who have joint damage in either the inner or outer section of the knee may benefit more from robotic surgery than traditional treatments. When it comes to the best robotic partial knee replacement in Jaipur, India no one beats us.
An orthopedic surgeon may precisely target damaged joint portions with a robotic-assisted partial knee replacement. During the procedure, just the injured areas of the knee are resurfaced; the healthy bone and surrounding tissues are left alone.
The robotic-Assisted treatment is less intrusive than traditional replacement surgery, with smaller incisions and less disruption of the surrounding bone and tissue. As a result, patients have less post-treatment discomfort, heal faster, and can return to normal activities sooner.
Robotic-Assisted therapy also ensures the patient's comfort during the knee replacement procedure. Because there is a smaller cut and less blood loss, it is less frightening than a standard replacement.
Some of the benefits of the best robotic partial knee replacement surgery include:
The bones, cartilage, and ligaments of the knee are preserved in partial knee replacements, so most patients feel that they feel more "natural" than after total knee replacements. A single-compartment knee may also flex more easily. Dr. Anoop Jhurani is one of the best partial knee replacement surgeons in Jaipur, India.
Knee replacement surgery, also known as knee arthroplasty, is a surgical technique that replaces damaged surfaces of the knee joint in order to reduce pain and impairment and correct misalignment.
Knee replacement surgery in Jaipur is available as a partial or total replacement. Total knee replacement surgery is preferred when a patient's osteoarthritis is multiple damaged and the joint is completely degenerated, but when a patient's osteoarthritis is limited to just one part of the knee, unicompartmental knee replacement (also known as "partial" knee replacement) may be required.
The three principal compartments are the medial compartment (on the inside of the knee), the lateral compartment (on the outside of the knee), and the patellofemoral compartment (on the outside of the knee) (the front of the knee between the kneecap and thigh bone).
Only the afflicted area of the knee is replaced with metal and plastic in a partial knee replacement.
Manual joint replacement techniques are being phased out in favour of very precise and accurate robotic technology for knee replacements all around the world.
Dr. Anoop Jhurani, Director of Hip & Knee Replacement Services, Fortis Hospital, Jaipur, has launched the first robotic total knee joint replacements in Rajasthan and Central India.
Dr Anoop Jhurani, who has the experience of performing over 10,000 Hip & Knee Replacements, has been serving Rajasthan’s patients for the last 14 years. Our centre aims to give the best possible results of robotic partial knee replacement and robotic total knee replacement and offer the best robotic partial knee replacement and robotic total knee replacement in India.
Before the knee replacement operation, the patient's anatomy is examined, allowing the implant to be customised to the patient's unique anatomy. We then fit the leg with little metal pins, which act as "trackers" or "arrays," telling the sensor where the leg is and when it moves.
After that, the patient's bone structure and anatomy are examined. To guarantee that the joint is matched to the CT image, a set of positions is defined.
The ligament tension is then assessed when the knee is placed through a series of manoeuvres. The contact locations between the components are recorded and the mobility of the knee is observed.
This generates a graph of the knee and a 3D model of how it will function following the replacement. The surgeon can then determine and decide what the planned component point is in order to improve any area of the plan.
When the plan is completed, the model is shown to the team with the bone to be removed, stated in green. The surgeon then uses this to remove the bone, but the robot arm prevents the arm from moving outside of the plan, ensuring that the treatment is extremely precise.