Robotic-assisted surgery is one of the innovations with the potential to transform the medical field in the coming decade. The technology augments the capabilities of a professional surgeon and makes Roswell back surgery procedure less invasive. Here is how robotics can enhance your back surgery procedures.
Why use robotic-assisted surgery?
Robotic-assisted surgery refers to the application of robotic systems to augment surgical procedures. The surgeon moves surgical tools indirectly through the system, rather than directly, as in conventional surgery.
Robotic surgery has proven indispensable for back surgery treatments that require accurate placement of the pedicle screw on the spine. In such procedures, the pedicle screw is inserted into the patient’s spine to strengthen the target vertebrae.
However, Imprecise implantation of the device may lead to neurological and vascular complications. Unfortunately, many spine procedures have significantly high levels of errors.
Errors resulting from improper placement often negatively influence the procedure’s outcome. It may prompt a repeat surgery to address some of the severe complications. Robotic systems have the potential to minimize scarring, reduce recovery time, and eliminate repeat operations.
Benefits of robotic-assisted surgery
Research has shown that robotic-assisted surgery can attain similar levels of accuracy as a professional surgeon. Robots can perform repetitive tasks without generating errors caused by human fatigue.
Robotic surgery also utilizes a Computer-Assisted Navigation system to ensure the precise placement of medical devices. The computer performs calculations and provides visuals to guide the surgeon.
A miniature camera allows the surgeon to get real-time 3-D visuals of your body to reduce mistakes. Your surgeon will perform a test after the procedure to ensure accurate placement. That further lowers the risk of errors that could trigger complications during recovery.
Ensure better treatment outcomes
Robotic-assisted surgery often requires minute incisions on your body during the procedure for pedicle screw placement. Large incisions are usually unnecessary in most cases, making robotic-assisted surgery less invasive than traditional procedures.
That means a lower risk of excessive bleeding and scarring after the procedure. It shortens the recovery time because the smaller incisions are more likely to heal faster.
Robotic-assisted systems can implant miniature devices more reliably than humans. Robotic surgery results in more successful treatment outcomes than conventional open surgery.
Since treatment results in decreased blood loss and reduced pain, the patient does not require additional medication to manage pain. The procedure is less expensive and more comfortable for patients with back problems requiring surgery.
Safer for patients and surgeons
Another advantage of robotic technology in surgery is a reduction in radiation exposure for patients and health practitioners. Conventional surgical procedures employ Fluoroscopy, a technology that generates real-time x-ray images of the body.
Surgeons will often use protective gear, but that is not always adequate to block all the radiation. Research shows that robotic-assisted surgery may reduce exposure by up to 85%.
Robotic devices enable physicians to perform surgical procedures away from the radiation source. Therefore, the technology is safer for the patient, surgeon, and medical staff.
Contact Polaris Spine & Neurosurgery Center for more information on back surgery procedures.