CISTS is an abbreviation for "Computer-Integrated Surgical Systems." It refers to a type of surgical technology that combines computer algorithms, robotics, and medical imaging to assist and enhance surgical procedures. CISTS utilize advanced computer systems and robotic arms, providing surgeons with greater precision, control, and accuracy during operations.
In CISTS, medical imaging techniques, such as MRI or CT scans, are used to produce detailed three-dimensional images of the patient's anatomy. These images are then processed by computer algorithms, which can create virtual models of the patient's organ or surgical site. Surgeons can interact with these models through a computer interface, planning and simulating the surgical procedure before the actual operation.
During the surgery, CISTS employs robotic arms that can be controlled by the surgeon. These arms are equipped with specialized surgical instruments, including tiny cameras and surgical tools, which can be inserted into the patient's body through small incisions. The robot's precision and stability minimize surgical errors, reduce trauma to the patient, and facilitate quicker recovery times.
CISTS have been used in various surgical specialties, such as neurosurgery, orthopedics, and cardiac surgery. This technology has revolutionized surgeries by enabling minimally invasive procedures, improving accuracy, and reducing the risk of complications. CISTS also allow for telesurgery, where a surgeon can remotely operate on a patient located in a different geographical location.
Overall, CISTS represent groundbreaking advancements in surgical technology, integrating computers and robotics to enhance surgical precision, optimize patient outcomes, and reshape the future of surgical practices.
