Douglas Murphy Performs 2000th Cardiac Robotic Procedure

December 2016

Emory University cardiothoracic surgeon Douglas Murphy, MD, has attained a world record after completing his 2,000th robotically assisted mitral valve surgery at Emory Saint Joseph's Hospital. Murphy is a pioneer in the field of robotics, performing Georgia's first robotic heart surgery at Emory Saint Joseph's in 2002.

Robotically-assisted heart surgery is a type of minimally invasive heart surgery performed by a cardiac surgeon using a specially-designed computer to control surgical instruments on thin robotic arms.

"Dr. Murphy is one of the world's most experienced and innovative robotic heart surgeons," says Robert Guyton, MD, Distinguished Charles Ross Hatcher, Jr., Professor of Surgery and Chief, Division of Cardiothoracic Surgery, Department of Surgery, Emory University School of Medicine. "This outstanding career achievement is a reminder of all he has done to advance the field of robotics and give thousands of heart patients less invasive treatment options."

Murphy was an early advocate of minimally invasive cardiac surgery. He successfully led one of the first U.S. cardiac surgery teams as the principal investigator in clinical trials using the Intuitive da Vinci® Surgical System for atrial septal defect repair and coronary bypasses prior to FDA approval. Because of his achievements, Emory Saint Joseph's was named the exclusive cardiac southeastern training center for the daVinci system in 2004.

Since that time, Murphy has trained surgical teams around the world in the LEAR technique (Lateral Endoscopic Approach using Robotics). The technique, developed by Murphy's team, allows open heart surgery to be performed through five small holes in the right chest. Murphy has published many scientific papers on the use and success of robotic cardiac surgery. One of the most experienced and innovative robotic heart surgeons in the world, Murphy remains active in performing, researching, and teaching robotic heart surgery.

"Patients appreciate the less invasive aspect of the LEAR technique with its fast recovery. The driving force for LEAR surgeons, however, has been the ability to perform state-of-the-art cardiac procedures with very low complication rates," says Murphy.

Murphy, an associate professor of surgery at Emory University School of Medicine, currently serves in two roles at Emory Saint Joseph's: as the chief of cardiothoracic surgery, a position he has held since 1995; and since 2010 as the director of robotics.

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