• Paul S Ramphal, Daniel N Coore, Michael P Craven, Neil F Forbes, Somara M Newman, Adrian A Coye, Sherard G Little, and Brian C Silvera.
• Department of Surgery, University of the West Indies, Mona Campus, Kingston, Jamaica. pabloram@cwjamaica.com <pabloram@cwjamaica.com>
• Eur J Cardiothorac Surg. 2005 May 1; 27 (5): 910-6.

ObjectiveIssues concerning the training and certification of surgical specialists have taken on great significance in the last decade. A realistic computer-assisted, tissue-based simulator developed for use in the training of cardiac surgical residents in the conduct of a variety of cardiac surgical procedures in a low-volume cardiothoracic surgery unit of a typical developing country is described. The simulator can also be used to demonstrate the function of technology specific to cardiac surgical procedures in a way that previously has only been possible via the conduct of a procedure on a live animal or human being.MethodsA porcine heart in a novel simulated operating theatre environment with real-time simulated haemodynamic monitoring and coronary blood flow, in arrested and beating-heart modes, is used as a training tool for surgical residents.ResultsStandard and beating-heart coronary arterial bypass, aortic valve replacement, aortic homograft replacement and pulmonary autograft procedures can be simulated with high degrees of realism and with the superimposition of adverse clinical scenarios requiring valid decision making and clinical judgments to be made by the trainees.ConclusionsThe cardiac surgical simulation preparation described here would appear to be able to contribute positively to the training of residents in low-volume centres, as well as having the potential for application in other settings as a training tool or clinical skills assessment or accreditation device. Collaboration with larger centres is recommended in order to accurately assess the utility of this preparation as an adjunctive cardiothoracic surgical training aid.

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