Enhanced Medical Center Employs Single-Port Robotic System, Fostering Expertise, Innovation, and Training in Clinical Practice

University of Rochester Medical Center Pioneers Single-Port Robotic Surgery in Upstate New York

The University of Rochester Medical Center (URMC) is making waves in the field of urology, particularly with its pioneering work in single-port robotic surgery. This cutting-edge approach, which offers enhanced precision and the ability to perform complex surgeries within a very confined space, is currently the only option available in Upstate New York.

URMC's Department of Urology has been at the forefront of robotic surgery for some time now. The medical center was one of the first to adopt the fourth-generation, single-port Intuitive da Vinci SP, a testament to its commitment to investing in technology that offers the best care for patients. This dedication to innovation was evident even in the early days, with Dr. Joseph, a surgeon at URMC, being one of the first to use the original Intuitive da Vinci system.

Dr. Joseph's leadership in robotic surgery has been instrumental in pioneering and promoting subsequent robotic systems in the field of urology. His expertise has led to him demonstrating surgeries live at major professional conferences such as the American Urological Association and the World Robotic Urology Symposium.

URMC's collaboration with manufacturers extends beyond just the adoption of new technology. The medical center provides valuable feedback and helps shape the direction of future possibilities in robotic surgery. In fact, URMC is currently collaborating with Intuitive to develop curriculum for training surgeons in the use of its newest robotic technology.

In addition to its work with robotic surgery, URMC's Department of Urology is also making strides in surgical simulation technology. Ahmed Ghazi, M.D., M.Sc., from the Urology's Simulation Innovation Lab, has developed an innovative approach using 3D printing and hydrogel casting techniques for patient-specific robotic surgery training. This simulation model is now being used for robotic surgery training at URMC.

Transvesical robotic surgery is another evolving approach that is steadily gaining popularity. URMC's expertise in this area is a result of its investment in technology and its commitment to providing the best possible care for its patients.

One of the key advantages of single-port surgery is the use of smaller instruments and improved optics compared to standard multi-port surgery. This reduces the risk of complications and speeds up recovery times.

URMC's dedication to innovation doesn't stop at robotic surgery. The medical center developed and patented Near Infrared Fluorescence Imaging, commonly known as Firefly technology, for robotic surgical systems in collaboration with industry. This technology enhances the surgeon's view during operations, making it easier to identify and remove cancerous tissue.

In summary, the University of Rochester Medical Center is leading the way in single-port robotic surgery in Upstate New York. Its commitment to investing in technology, its expertise in surgical simulation technology, and its collaboration with manufacturers are driving advancements in the field of urology.

Enhanced Medical Center Employs Single-Port Robotic System, Fostering Expertise, Innovation, and Training in Clinical Practice