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The Annals of Thoracic Surgery|March 1, 1982
Circulatory dynamics during surface-induced hypothermia under halothane-ether azeotrope anesthesiaK Haneda, M P Sands, R Thomas, et al.The Journal of Cardiovascular Surgery|January 1, 1983
Prolongation of the safe interval of hypothermic circulatory arrest: 90 minutesK Haneda, M P Sands, R Thomas, et al.The American Journal of Cardiology|September 1, 1980
Determination of cardiac output by thermodilution during hypothermiaS H Merrick, E A Hessel, D H DillardCryobiology|December 1, 1986
Whole body protection during three hours of total circulatory arrest: an experimental studyK Haneda, R Thomas, M P Sands, et al.The Journal of Cardiovascular Surgery|January 1, 1984
The importance of appropriate concentrations of inspired carbon dioxide on induced hypothermia under halothane-ether azeotrope anesthesiaK Haneda, R Thomas, D G Breazeale, et al.The Annals of Thoracic Surgery|February 1, 1980
Improved anesthesia for deep surface-induced hypothermia: the halothane-diethyl ether azeotropeM P Sands, D H Dillard, E A Hessel, et al.The Journal of Cardiovascular Surgery|November 1, 1987
The significance of colloid osmotic pressure during induced hypothermiaK Haneda, R Thomas, D G Breazeale, et al.The Tohoku Journal of Experimental Medicine|August 1, 1986
Cardiovascular response to rapid infusion of lactated Ringer'sK Haneda, E A Hessel, R Thomas, et al.Circulation|February 1, 1985
Autotransplantation of skeletal muscle into myocardiumO M Sola, D H Dillard, T D Ivey, et al.The American Surgeon|September 1, 1975
Outcome analysis of surgical therapy for patients with angina pectorisL C Winterscheid, D H Dillard, E A Hessel, et al.Pageof 457