Robotic medical system enhances our hospital's clinical skills, fosters innovation, and stimulates training.
University of Rochester Medical Center Pioneers Single-Port Robotic Surgery
The University of Rochester Medical Center in upstate New York is making waves in the field of medicine by becoming the sole institution in the region to offer the cutting-edge single-port robotic surgery option. This innovative procedure, which uses smaller instruments and improved optics compared to standard multi-port surgery, provides enhanced precision and the ability to perform complex surgeries within a very confined space.
This advancement is a testament to the medical center's long-standing commitment to investing in technology that offers the best care for patients. This dedication extends to the realm of robotic surgery, where the center collaborates with manufacturers to provide feedback and help shape the direction of future possibilities.
One of the key figures driving this innovation is Dr. Joseph, a surgeon at the University of Rochester Medical Center. Dr. Joseph was one of the first to utilize the original Intuitive da Vinci system and has since played a significant role in pioneering and promoting subsequent robotic systems in the field of urology. His leadership has led to him demonstrating surgeries live for colleagues at major professional conferences.
In addition to Dr. Joseph's contributions, Ahmed Ghazi, a member of the Urology's Simulation Innovation Lab, has developed an innovative approach using 3D printing and hydrogel casting techniques for practicing complex cases. His simulation model is now being applied to robotic surgery training at the University of Rochester Medical Center.
The medical center is also actively working with Intuitive to develop curriculum for training surgeons in the use of its newest robotic technology. This collaboration is part of a broader effort to advance the field of urology, with the center's Department of Urology leading in the use of the fourth-generation, single-port Intuitive da Vinci SP.
Transvesical robotic surgery, an evolving approach that is steadily gaining popularity, is another area where the University of Rochester Medical Center is making strides. The center has historically invested in technology that offers the best care for patients, and this commitment extends to the development and patenting of Near Infrared Fluorescence Imaging, commonly known as Firefly technology, for robotic surgical systems in collaboration with industry.
In conclusion, the University of Rochester Medical Center is at the forefront of robotic surgery, offering single-port options and driving innovation in the field. This dedication to excellence and advancement is a testament to the center's commitment to providing the best possible care for its patients.
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