Sat. Dec 9th, 2023
    Robotic-Assisted Surgery at Kettering Health Hamilton: Revolutionizing Joint Replacements

    Robotic-assisted surgery has revolutionized the field of orthopedics, allowing surgeons to perform more precise and customized joint replacement procedures. Kettering Health Hamilton, a community hospital at the forefront of advanced medical technology, has been embracing robotic-assisted surgery to enhance patient care and outcomes.

    Dr. Joseph Scheidler, an orthopedic surgeon at Kettering Health Hamilton, has been an early adopter of using robots in knee replacement procedures. Over the years, he has witnessed the tremendous growth and advancements in robotic technology. Today, he uses the Rosa system, which incorporates the latest technology, for all of his knee replacements.

    The use of robots in orthopedic surgery provides several benefits. Surgeons can make even more precise cuts and angles, ensuring a better fit for the replacement part. This level of accuracy reduces the risks associated with the procedure, such as pain, blood clots, and negative reactions. Moreover, robotic systems allow surgeons to verify and adjust their cuts during the surgery, leading to a longer-lasting knee and improved overall fit for each patient’s unique anatomy.

    Despite the initial apprehension among some patients, it is important to understand that the robotic system is merely a tool used by the surgeon. Dr. Scheidler emphasizes that he remains in full control of the operation, with the robot serving as a means to enhance accuracy and customization. The ultimate goal is to achieve the best possible outcomes for patient care.

    While robotic-assisted surgery is gaining popularity nationwide, Kettering Health Hamilton stands out as a leading institution in this field. With access to advanced robotic technology, the hospital is able to provide cutting-edge care to its patients. Dr. Scheidler believes that the use of robotic-assisted surgery should become more widespread, as long as it is available and feasible for community hospitals.

    As technology continues to advance, the possibilities for robotic-assisted surgeries are expanding. Although currently used primarily for knee replacements, the Rosa system holds promise for hip replacements in the near future. However, more advancements are still needed for shoulder and ankle replacements.

    Kettering Health Hamilton’s commitment to utilizing the latest technology reflects its dedication to providing the best possible outcomes for patients. Robotic-assisted surgery has emerged as a game-changing tool in the field of orthopedics, offering greater precision, customization, and patient satisfaction. With ongoing advancements, the future of joint replacements looks promising.

    Frequently Asked Questions (FAQ)

    1. What is robotic-assisted surgery?

    Robotic-assisted surgery is a minimally invasive surgical approach that utilizes robotic systems to assist surgeons in performing procedures with increased precision and control.

    2. How does robotic-assisted surgery benefit patients?

    Robotic-assisted surgery allows for more precise cuts and angles, resulting in better fitting replacement parts. This can lead to reduced pain, lower risks of complications, and improved overall outcomes for patients.

    3. Is the robot in control during the surgery?

    No, the surgeon remains in full control of the operation, with the robotic system serving as a tool to enhance accuracy and customization. The robot is used to verify and adjust the cuts made by the surgeon.

    4. Are all hospitals able to perform robotic-assisted surgeries?

    Not all hospitals have access to robotic systems for surgical procedures. Kettering Health Hamilton is at the forefront of this technology, offering the latest advancements in robotic-assisted surgery.

    5. What types of joint replacements can be performed using robotic-assisted surgery?

    Currently, robotic-assisted surgery is primarily used for knee replacements. However, advancements are being made for the use of robotic systems in hip replacements, while more progress is needed for shoulder and ankle replacements.