On Thursday, October 17, Premier Doug Ford, Minister of Health Sylvia Jones and Flamborough-Glanbrook MPP Donna Skelly visited St. Joe’s to learn firsthand about St. Joe’s robotic surgery program, which is the most expansive in the country. The Premier, Minister of Health and MPP joined Mike Heenan, President, St. Joseph’s Healthcare Hamilton, Dr. Bobby Shayegan, Chief, Department of Surgery and Dr. Anthony Adili, Chief Innovation Officer for a robotic surgery demonstration. As an international leader in this innovative field, St. Joe’s has multiple surgery platforms in the areas of urology, thoracics, head and neck, and orthopaedics with plans to expand to include gynecologic procedures. St. Joe’s is grateful to the Ontario government for funding robotic surgeries for some kidney, uterine and prostate cancers – a decision that is helping reduce length of stay in hospital, allow for faster recovery times and higher patient satisfaction. The Premier, Minister of Health and MPP also visited Dr. Anvari, Director of the Centre for Minimal Access Surgery (CMAS) at the Centre for Surgical Invention and Innovation‘s (CSii) simulation lab for a demonstration of world leading medical robotic technology. CSii and Insight Medbotics, along with partners MDA, St. Joe’s and McMaster University, have developed the world’s first autonomous image-guided robot for early detection and treatment of solid cancers such as breast and prostate. This groundbreaking achievement supports the establishment of a new medical robotic industry in Hamilton, Ontario, positioning the region as a leader in advanced healthcare technology. St. Joe’s is proud to be a pioneer in robotic surgery and wants to thank our generous community of donors who have allowed our program to grow. To date, more than 4,500 patients have received robotic surgery at our hospital, and the data from those procedures has informed 12 published research studies. Thank you to these leaders for taking the time to visit St. Joe’s and learn more about how patients across the region can benefit from robotic surgery.
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