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Enhanced Medical Center Employs Robotic Single-Port Technology, Boosts Professional Knowledge, Fosters Creativity, and Promotes Education and Training

Robotic surgery at our medical facility consistently remains at the forefront, leveraging the advanced, one-incision Intuitive da Vinci SP model to offer patients the most accurate surgical choice. We also employ our surgical simulation proficiency to design educational programs for this latest...

Robotic Single-Port System Enhances Medical Center's Clinical Skills, Fuels Innovation and...
Robotic Single-Port System Enhances Medical Center's Clinical Skills, Fuels Innovation and Education

Enhanced Medical Center Employs Robotic Single-Port Technology, Boosts Professional Knowledge, Fosters Creativity, and Promotes Education and Training

University of Rochester Medical Center Pioneers Advancements in Robotic Surgery

The University of Rochester Medical Center, located in Upstate New York, is renowned for its commitment to investing in technology that offers the very best care for patients. This dedication is particularly evident in its department of urology, where groundbreaking advancements in robotic surgery are being made.

One of the key figures driving this innovation is Dr. Joseph, a surgeon at the medical center. Dr. Joseph was one of the first to utilize the original Intuitive da Vinci system and has since helped pioneer and promote subsequent robotic systems in the field of urology. His leadership in robotic surgery has resulted in him demonstrating surgeries live at major professional conferences.

The medical center is the sole institution in upstate New York to offer the single-port option in robotic surgery. Compared with standard multi-port surgery, the single-port option includes smaller instruments and improved optics. This innovation provides enhanced precision and the ability to do complex surgeries within a very confined space.

The single-port option is being used extensively in the medical center's Department of Urology, which uses the fourth-generation, single-port Intuitive da Vinci SP for robotic surgery. The department is also actively collaborating with Intuitive to develop curriculum for robotic surgery training.

In addition, the medical center has developed and patented Near Infrared Fluorescence Imaging (Firefly technology) for robotic surgical systems in collaboration with industry. This technology is being used to improve the visibility of surgical sites, leading to more precise and effective surgeries.

Ahmed Ghazi, a member of the Urology's Simulation Innovation Lab, has taken innovation a step further. He has created an innovative approach using 3D printing and hydrogel casting techniques for robotic surgery training. This simulation model is being used to train surgeons in the use of Intuitive's newest technology.

The medical center also collaborates with manufacturers to provide feedback and help shape the direction of future possibilities in robotic surgery technology. This collaboration ensures that the medical center remains at the forefront of robotic surgery advancements.

Transvesical robotic surgery is an evolving approach that is steadily gaining popularity. This method, which is being explored by the medical center's Department of Urology, offers a minimally invasive approach to prostate surgeries.

The University of Rochester Medical Center continues to invest in technology that offers the very best care for patients. Its commitment to innovation and collaboration is driving advancements in the field of urology and setting new standards for robotic surgery.

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