The knee is a joint that works very hard during the day. Your knee depends on a perfectly functioning system of bones, ligaments, cartilage, muscles, and nerves when you walk, crouch, or even stand still. You might require knee replacement surgery if any of the components of your knee are affected by an injury, arthritis, or another illness. Robotic Knee Replacement Surgery in Delhi offers a cutting-edge solution for those seeking advanced treatment options.
After all non-operative options have been exhausted, knee replacement surgery offers a potent means of pain relief and functional restoration in patients with advanced arthritis, with a patient satisfaction rate ranging from 75% to 92%. Surgeons strive to enhance patient satisfaction and outcomes through the advancement of technology and surgical techniques. With the help of robots, surgeons can perform operations with the least amount of human error and the highest level of operative accuracy.
A robotic total knee replacement (TKR) is intended to reduce errors related to bone cuts and prosthesis alignment and positioning in orthopedics. Compared to conventional TKR, robotic TKR yields superior surgical and clinical patient outcomes.
With robotic total knee replacement, a 3D model of the original knee is created using a preoperative CT scan. With robotic total knee arthroplasty, anatomical images are transformed into a virtual three-dimensional reconstruction of joints using specific software. Typically, for obtaining the correct anatomy, intraoperative tibia and femur mapping or preoperative CT scans are needed. Based on the anatomy of the patient, the surgeons use this model to plan the ideal bone cut, implant placement, limb alignment, and bone coverage. The precise size of the implant is then chosen by measuring the resection of the femur and tibia using this patient model. The intraoperative robotic tool reduces the risk of accidental bone and soft tissue damage.
In comparison to a conventional TKA, robotic TKA is characterized by reduced postoperative pain and the need for analgesics, faster recovery, a shorter hospital stay, and improved knee flexion upon discharge.
Both a traditional and robotic knee replacement are similar. An artificial joint is placed in place of the damaged tissue in your knee after your surgeon removes it. The distinction is the increased precision made possible by the assistance of a robotic arm. Better joint alignment and soft tissue balance are provided in more complicated cases by robotically assisted knee replacements.
You need to get ready just like you would for any other surgery if you are going to have a robotically assisted knee replacement. Your surgeon will go over all of your options for a knee replacement, including the possibility of robotic joint replacement if you are a good fit.
Your chances of being a candidate for robotically assisted knee replacement are increased if you meet the requirements for traditional knee replacement. Discussing with your doctor is crucial to determine whether knee pain treatment options, such as surgery or non-surgical measures, are appropriate for you. It's probable that you qualify for robotically assisted knee replacement if you are a candidate for traditional knee replacement. It's critical that you consult your doctor to determine whether knee pain treatment with surgery or other non-surgical options is right for you.
Even the most complicated knee joint diseases can be treated with robotic knee replacements. Among the patients who fall under this category are:
When compared to traditional surgery, robotic-assisted knee replacement surgery has several advantages. Following are the advantages:
Better surgical planning: Prior to and during surgery, specific 3-D pictures are captured. With the aid of these images, your surgeon can more precisely plan the best type and location of your replacement joint.
Increased accuracy: The expertise of your orthopedic surgeon is enhanced by robotic technologies, allowing for more accurate planning, tissue removal, and implant placement.
Optimal joint alignment: Your surgeon can more accurately align and place your knee implant with robotic technology. This reduces wear and friction on your new joint and helps to ensure a more natural-feeling joint replacement.
A robot does not perform knee replacement surgery by itself in robotic-assisted knee replacement surgery. Rather, it serves as a guide, assisting your surgeon in adhering to the predetermined course of action.
Your orthopedic surgeon is in charge just like in conventional surgery; the robot is just another surgical tool they have at their command. To help ensure the best results possible, the robot improves your surgeon's precision at every stage of the procedure.
Robotic joint replacement aids in achieving ideal positioning and makes use of more accurate incisions. Following your procedure, your surgeon and your surgical team will keep an eye on your recovery, assist with pain management, and create a plan for your at-home recuperation.
For patients with severe knee conditions such as osteoarthritis, rheumatoid arthritis, and post-traumatic arthritis, robotic knee replacement surgery is a novel solution. Improved accuracy, customized alignment, and possibly quicker recovery are all possible with this knee replacement surgery. Using cutting-edge technology, this process makes certain the best possible results and an enhanced quality of life. To find out if a robotic knee replacement is the best option for your particular knee problems, speak with an orthopedic specialist.
Meet Dr. Ishwar Bohra, the top robotic knee replacement surgeon in Delhi. If you are looking for robotic knee replacement surgery in Delhi, make an appointment for your consultation right away!
Q1: Is knee replacement surgery better with robotic surgery?
A: According to a recent study, total knee replacements carried out with the assistance of a surgical robot can be substantially more expensive but have better results overall than comparable procedures carried out by hand.
Q2: How long does it take to recover from a robotic knee replacement?
A: Patients usually need one to three months of physical therapy following a brief hospital stay in order to return to normal functioning, including pain-free walking.
Q3: To what extent is robotic knee replacement surgery painful?
A: The incision is much smaller and more cosmetic because of the robotic arm's precise operation. It permits the maintenance of muscle function following surgery. Better muscles equate to less pain after surgery and faster recovery. Knee surgery pain is also significantly influenced by prosthetics.
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