The introduction of robotic technology has resulted in a major shift in the field of orthopaedic surgery. Robotic knee replacement has gained significant attention because of its potential to increase surgical precision and patient outcomes.
Traditional knee replacement surgery has long been used to alleviate pain and restore mobility in persons with knee joint problems. However, robotic knee replacement surgery raises the bar significantly. It provides incredible precision during the procedure by combining cutting-edge robotic technology and the surgeon's expertise. Robotic knee replacement creates a 3D model of the patient's knee, allowing the surgeon to accurately design the treatment. During surgery, the robot supports the surgeon in carrying out the predetermined plan, resulting in precise bone cuts and an ideal implant location.
Myths and facts
Myth: Robots perform surgery alone. Fact: One prevalent misperception is that robots do knee replacement surgeries independently. In actuality, the robot is a tool to help the surgeon. It gives real-time data and assures that the surgeon follows the surgical plan, but the surgeon always maintains control. They make key judgements throughout the surgery, ensuring that the process is tailored to each patient's specific anatomy and requirements.
Myth: A robotic knee replacement procedure is more risky than the traditional procedure. Fact: Research and clinical studies revealed that the contrary is true. It has a number of advantages over traditional procedures, including the capacity to better plan the surgery, lower the likelihood of errors, and minimize tissue damage. All of these variables contribute to lower complication rates than standard surgery.
Myth: Robotics require longer recovery times. Fact: It is often believed that rehabilitation from robotic knee replacement takes longer. The reality is just the reverse. The precision of robotic surgery allows for smaller incisions and less harm to surrounding tissues. This generally results in faster recovery times and shorter hospital stays. Patients usually report improved outcomes, such as less pain, a speedier return to daily activities, and enhanced joint performance.
Benefits
The robotic technology delivers thorough imaging and precise implant placement, resulting in better alignment and performance.
Accurate treatment often reduces soft tissue injury, and reduces post-operative pain and swelling.
Because the technique is minimally invasive, many patients recover and rehabilitate more quickly.
Improved precision leads to greater long-term results and higher patient satisfaction.
Conclusion
While computer-navigated knee replacement has some substantial advantages, it is not a miracle solution and does not replace the surgeon's ability. As with any medical treatment, it is critical to balance the benefits and speak with an expert orthopaedic physician to establish whether CNKR is the best option for your knee replacement.
Dr. Rohit Lamba, Head of the Department & Senior Consultant
Bone, Joint Replacement And Orthopaedics
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