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        <distributor>East Carolina University. J. Y. Joyner Library</distributor>
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        <date>2012</date>
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        <p>Cornell University<lb />Medical College<lb /><lb />1300 York Avenue<lb />New York, New York 10021<lb />TRafalgar 9-9000 ext. 7211<lb /><lb />ANN BREEN<lb />Director<lb />Public Information<lb /><lb /><lb /><lb />For Release: Tuesday, June 13, 1967<lb /><lb />DR. C, WALTON LILLEHEI TO BE PROFESSOR AND CHAIRMAN OF SURGERY<lb /><lb />AT THE NEW YORK HOSPITAL-CORNELL MEDICAL CENTER<lb /><lb /><lb /><lb />Dr. C. Walton Lillehei, the famed heart surgeon, has been named Lewis Atterbury Stimson<lb />Professor of Surgery at Cornell University Medical College in New York City. Announcement of<lb />the appointment was made by Dr. John E. Deitrick, Dean of the Medical College, and Dr. E. Hugh<lb />Luckey, President of the Medical Center. He will also be the Chairman of the Department of<lb />Surgery in the New York Hospital-Cornell Medical Center and Surgeon in Chief of The New York<lb />Hospital.<lb /><lb />Dr. Lillehei is Professor of Surgery at the University of Minnesota, where he conducted<lb />his pioneering work in open heart surgery. His appointment at Cornell will take effect on<lb />November l, 1967.<lb /><lb />It was at Minnesota in 1955 that Dr. Lillehei developed a blood pump and oxygenator,<lb />still in wide use, that has been the key that made intracardiac surgery possible. The exis-<lb />tence of the heart-lung machine has made possible the common performance of open heart surgery<lb />in the world's leading medical centers. For generations before the development of the heart-<lb />lung tnachine, open heart surgery was commonly regarded as being impossible. Dr. Lillehei,<lb />however, was performing such history making surgery in 1954 by using cross circulation, in<lb />which the patient shared the circulatory system of a healthy donor.<lb /><lb />Dr. Lillehei was one of the first persons to demonstrate the practical feasibility of<lb />correcting congenital defects inside the heart and to perform intracardiac operations of long<lb />length upon a non-pulsating heart. Before the advent of open heart surgery such operations<lb />were impossible. He was also the first to apply open heart surgery, through use of the heart-<lb />lung machine to the repair of mitral and aortic valve leakages and obstructions in older<lb />children or adults, usually the result of prior bouts of rheumatic fever. This led in 1958<lb /></p>
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        <p>-2-<lb /><lb />to his first successful use in man of a completely artificial heart valve replacement, now<lb />a commonly performed operation.<lb /><lb />He and his co-workers pioneered in using an electrical stimulus applied through an<lb />electrode sewn to the heart to maintain an adequate heart beat. This principle has been<lb />incorporated into the device known as the pacemaker, which is now widely used in maintaining<lb />normal heart action in people who otherwise would be incapacitated or dead because of an<lb />abnormally slow heart beat.<lb /><lb />The past several years Dr. Lillehei has been particularly interested in the development<lb />of new and improved methods for the surgical alleviation of the ravages of coronary artery<lb />disease.<lb /><lb />This year Dr. Lillehei announced the development of still another aid to the treatment<lb />of heart disease. It is a new type of compact artificial heart-lung pump with no valves or<lb />other interior moving parts. It is to be used as a booster pump and/or lung that is linked<lb />to a patient's circulation through a major artery and vein. This device has the advantage<lb />of small size, simplicity and, in all probability, minimal adverse effects upon the blood.<lb />The device is made of a multilayer sandwich of plastic sheets and silicone rubber membrane.<lb />The ultimate aim is to implant this synthetic organ within the chest to take the place of<lb />the heart and/lungs that have failed.<lb /><lb />The history of heart surgery at the University of Minnesota, in which Dr. Lillehei has<lb />played so prominent a role, is described in the late Leonard Engel's best-selling book,<lb />"The Operation."<lb /><lb />Dr. Lillehei is coming to a medical center well known for its work on and treatment of<lb />cardiovascular diseases. The first open heart surgery was performed at The New York Hospital<lb />early in 1958 and some 600 operations have been performed since that time. The development<lb />of an artificial heart, under the direction of Dr. S. Frank Redo, is under way. Outstanding<lb />research in heart function has long been conducted by scientists at Cornell University' Medical<lb />College.<lb /><lb />Dr. Lillehei will assume the positions that have been held for the past 20 years by Dr.<lb />Frank Glenn. Dr. Glenn will become an Emeritus Professor of the Medical College. He is<lb /></p>
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        <p>-3-<lb /><lb />especially well known for his contributions to surgery of the biliary tract. Dr. Glenn is<lb />also favorably known for important contributions to other surgical areas, notably the gas-<lb />trointestinal tract, endocrine glands, pancreas, and the cardiovascular system. It was Dr.<lb />Glenn, working with Dr. George R. Holswade, who performed the first open heart operation at<lb />The New York Hospital-Cornell Medical Center. Dr. Glenn is also noted as a teacher, both of<lb />medical students and graduate physicians. He is a Past President of the American College of<lb />Surgeons and the author of more than 500 articles in scientific journals.<lb /><lb />The new department chairman is a member of a famous medical family that has been compared<lb />with the Mayos, the Menningers and the Ravdins. C. Walton Lillehei, who is 48, is the eldest<lb />of three physician brothers who are at the University of Minnesota. Dr. Richard C. Lillehei,<lb />also a surgeon, has contributed extensively to work in organ transplantation, shock and methods<lb />to support the failing heart. Dr. James Lillehei does research on pulmonary physiology.<lb /><lb />Dr. Lillehei was born in Minneapolis and went to high school there. He received his<lb />B.S. from the University of Minnesota in 1939 and his M.D. from the Medical School in 1942.<lb />He holds an M.S. in Physiology and a Ph.D. in Surgery from the University's Graduate School.<lb /><lb />He served in World War II as commanding officer of the U.S. Army Medical Clearing Com-<lb />pany and Commanding Officer of the 33rd Field Hospital in England, North Aivica, Sicily, ane<lb />the Italian theaters. He received the Army's Bronze Star in 1944 at Anzio.<lb /><lb />Dr. Lillehei took his internship and graduate surgical training at the University of<lb />Minnesota. In 1956 he was named a full professor in the Department of Surgery of the Medical<lb />School. He is a member of numerous scientific and medical societies, and he has received a<lb />number of important awards for his work, including the Theobold Smith Award (1951) and Ida<lb />S. Gould Award for Cardiovascular R�search (1956) both from the American ioe for the<lb />Advancement of Science, The Lasker Award (1955), the Hektoen Gold Medal of the American Medi-<lb />cal Association (1957), and the Modern Medicine Distinguished Achievement Award (1957). More<lb />recently, he has been honored by the Oscar B. Hunter Memorial Award of the American Thera-<lb />peutic Society and the Gairdner Foundation International Award.<lb /><lb />Dr. Lillehei and his wife and four children live at present in St. Paul, Minnesota.<lb /></p>
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