Knee Replacement with Robotic Surgery: Osteoarthritis stands out as a significant health concern, particularly impacting the well-being of the elderly and compromising their overall quality of life.
This condition often leads to a diminished sense of happiness, restricted mobility, and an inability to engage in desired activities, eroding one’s sense of self-worth.
Consequently, seniors may find themselves dependent on others, contributing to a perceived burden on their families or caregivers. However, it’s important to note that Osteoarthritis is a manageable condition through surgical intervention, offering the prospect of a pain-free knee and restored mobility.
Contrary to common apprehensions, the advancements in “Robot-assisted surgery technology” have markedly improved the efficiency of surgical procedures, presenting a less daunting prospect than commonly perceived.
Robotic Knee Replacement Surgery is a sophisticated medical procedure designed to address degenerative knee joint conditions, aiming to restore the joint to a state closely resembling normalcy.
Over time, advancements in surgical techniques have been directed toward achieving a singular surgical intervention, enabling patients to enjoy the benefits of a new knee joint throughout their lifetime.
“Robotic Surgery“, this cutting-edge technology has significantly impacted the field of surgery. It facilitates precise and efficient surgical planning, assistance, and execution, thereby providing a heightened probability of success and ensuring a high-quality outcome.
Robotic Knee Replacement Surgery is considered as a new surgical option for knee degenerative joint disease, and more effective than the traditional type of surgery as follows:
Although the surgeon is highly skilled and experienced, The possibility of surgical errors caused by human error can still occur. Using robots will help reduce the chance of mistakes from human errors, which Its high accuracy may cause a chance of error of only 1 degree or 1 millimeter.
Compared with normal surgery, there will be a 10-15% chance of an error of more than 3 degrees, even if the surgery is performed by an expert surgeon.
Knee replacement surgery is a delicate operation. Because each person’s knee joint has a different bone structure and the flexibility of the ligaments around the joint.
Therefore, surgery must be planned, such as the placement of the artificial knee joint, angle of surgery, etc. in order to achieve balance and suit the individual as much as possible.
Treatment with robot-assisted surgery will allow the surgeon to plan more accurately and appropriately. It will be displayed as an evaluation number clearly showing both before and after surgery whether to show the results as intended. Therefore, each patient receives the results of surgery that are most suitable for their knee joint.
Normally, knee surgery can cause injury to surrounding ligaments, blood vessels, and nerves. Although the chance of this happening is very small. But if this happens, it can have serious negative effects on the patient.
However, a surgical robot helps warn and control the direction of various equipment controls used in surgery as well as prevent any mistakes in unplanned positions. The chance of complications during surgery is therefore reduced. The surgery is safer and lessens the chance of injury from surgery.
With the precision of using robots to assist in surgery, there is no need to open a larger wound. The surgical incision is therefore as small as appropriate to the size of each patient’s leg.
In addition, robotic surgery can help balance the tightness of the knee joint with precision and measurability. As a result, there will be less injury to the tissue around the joint from surgery such as muscle and tendon cutting. Helping to reduce pain after surgery and quick recovery.
The primary objective of knee replacement surgery is to achieve a successful and comprehensive resolution in a single surgical procedure, enabling patients to regain optimal functionality and resume normal use of their knee. Presently, the surgical success rate stands at 95%, ensuring a high level of efficacy.
The durability of the new knee allows patients, including the elderly, to experience functionality for a period ranging from 10 to 20 years, and in the case of older individuals, potentially for the duration of their lifetime, obviating the need for further surgical interventions.
Following surgery and guided physical therapy, adhering to the personalized care plan recommended by your medical professional is crucial.
With diligent self-care, patients can anticipate a successful return to their regular activities, including exercise, walking, running, and navigating stairs, all without the burden of pain.
The resolution of symptoms such as bowed, bent, and deformed knees is anticipated, restoring a natural appearance to the legs reminiscent of their pre-existing state.
Achieving a complete return to activities like squatting and meditating post-surgery necessitates a comprehensive approach, incorporating patient-driven training and self-care.
Variables such as muscle strength, physical exercise, and weight control play pivotal roles, recognizing the individual differences in each patient’s body.
Accordingly, attaining the goal of resuming all floor activities, in addition to the successful surgical outcomes, demands a commitment to both physical and mental strength. The patient’s proactive involvement in their own care becomes essential in this process.
Robotic Knee Replacement Surgery is not about using surgical robots to replace surgeons. But it is surgery based on the experience and expertise of the doctor. Together with technology that will reduce the chance of human error as much as possible.
Therefore, it is a combination of specialized expertise and modern technology. That makes the treatment results most effective, accurate, highly safe, not as scary as you think. Visit KDMS Hospital for more information.
Robotic Knee Replacement Surgery transcends the notion of substituting surgeons with robots; Rather, it integrates advanced technology to complement the skill and expertise of the medical professionals involved.
This surgical approach of robotic surgery is grounded in the experience and proficiency of the treating physician, augmented by technology designed to minimize the likelihood of human error.
The synergy between specialized medical knowledge and cutting-edge technology ensures that treatment outcomes are characterized by optimal effectiveness, precision, and heightened safety, dispelling apprehensions commonly associated with the procedure. For more detailed and expert information on robotic surgery, consider visiting KDMS Hospital.