| v cl | | | | precision and data gathering, surgeons are still needed |
| Quite simply, robotic surgery is the use of robots in | | | | for their intelligence and ability to make complex |
| performing surgical procedures. Today, doctors all over | | | | decisions. Hence, surgeries cannot be done by a robot |
| the world are starting to learn to use sophisticated | | | | alone. There are three kinds of robotic surgery |
| robots to perform or aid in performing surgical | | | | systems based on the robotâs level of |
| procedures on patients because of better accuracy, | | | | involvement; telesurgical systems, supervisory |
| miniaturization, and incisions. As a result, patients may | | | | controlled systems, and shared control systems. On |
| benefit due to less pain, decreased blood loss and | | | | one end of the spectrum, robots perform surgical |
| quicker healing time. The computer technology in | | | | procedures and techniques without any direct |
| robots can also facilitate doctors by allowing | | | | involvement from the surgeon. On the other end, it is |
| immediate research, necessary information gathering | | | | the surgeon who performs most of the surgical |
| from its database, and video call to other doctors, if | | | | procedure with the assistance of a robot either |
| needed. | | | | physically or through the robotâs computer |
| While robots have a natural advantage of better | | | | system. |