Our Surgical HeritageThe History of Surgery for Ischemic Heart Disease
Section snippets
The First Era (1880–1934): Basic Observations and Extracardiac Operations for Angina
The idea for coronary artery surgical procedures was planted in 1880, when Langer [4]first described the existence of extensive, minute vascular communications between the normal coronary circulation and the vascular supply of surrounding extracardiac structures such as the diaphragm, bronchi, and the pericardium. Surgeons subsequently seized upon this and other evidence that the coronary circulation could in fact communicate with other circulations and worked in the hope that these
The Second Era (1935–1953): Indirect Revascularization Operations by Beck, Vineberg, and Murray
In the second era the surgical treatment of coronary artery disease moved from observations and indirect operations to direct operations on the heart, which was assaulted in countless ways in an effort to induce neovascularization and improve collateral circulation to the myocardium. The heart was abraded, irritated, scarred, wrapped, implanted, denervated, and perforated with acupuncture needles; the cardiac venous drainage was ligated and arterialized.
This era of indirect methods of
The Third Era (1954–1966): Early Forms of Direct Coronary Artery Surgical Procedures
In 1954 Murray reported the successful experimental bypass grafting, performed on beating dog hearts, of systemic arteries, including carotid, axillary, and internal mammary arteries, directly onto coronary arteries (Fig. 4). Building on Carrel’s pioneering efforts using arterial conduits for coronary bypass, Murray was the first to employ the internal mammary artery. Although Battezzati and colleagues rekindled interest in mammary artery ligation in 1955, the following year several workers
The Fourth Era (1967–Present): Coronary Artery Bypass Grafting Comes of Age
Several major milestones occurred in 1967, beginning on May 9, 1967, when the Argentina-born Rene Favaloro, a young thoracic surgeon who had recently completed his fellowship, initiated the clinical use of saphenous vein bypass graft techniques at The Cleveland Clinic. Impressed by the similar use of saphenous vein autografts in peripheral and renal arterial bypass procedures, Favaloro, Effler, Proudfit, and their colleagues had been prompted to switch from using Effler’s endarterotomy–patch
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