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European Journal of Cardio-Thoracic Surgery, Vol 6, 461-467, Copyright © 1992 by European Association for Cardio-thoracic Surgery
RD Page, DA Sharpe, CM Bellamy, A Rashid and BM Fabri
The requirement for hypothermia in myocardial protection has recently been
questioned. Between October 1990 and May 1991, diastolic arrest was
achieved using continuous perfusion with normothermic, hyperkalaemic blood
in 257 consecutive patients undergoing cardiac surgery. The mean age was
59.8 +/- 9.3 years (range 28-84 years). Coronary artery surgery was
performed in 210 patients, valve replacements in 18, combined procedures in
22, and 7 patients had miscellaneous procedures. Eleven patients (4.3%) had
undergone previous cardiac surgery, and 65 (25.3%) required urgent or
emergency operations. Hyperkalaemic blood (7-20 mmol/l) was delivered
antegradely in 190 (72.8%) patients (mean aortic root pressure 60-80 mmHg),
retrogradely in 62 (25.3%) patients (mean coronary sinus pressure less than
40 mmHg), and by a combined route in 5 (1.9%). Sinus rhythm returned
immediately after removal of the aortic clamp in 235 (91.4%) patients.
Weaning from bypass was achieved without circulatory support in 207 (82.5%)
patients. Of 233 patients undergoing non-emergency coronary artery surgery,
single valve or combined procedures, 11 died, giving an operative mortality
of 4.7%. Of 155 patients with good left ventricular function requiring
coronary artery surgery, 3 (1.9%) died. The in-hospital mortality for the
group as a whole was 7.3%. Sixteen (6.2%) patients sustained perioperative
myocardial infarctions; of these 6 died. We conclude that continuous,
normothermic, hyperkalaemic arrest is a simple and safe method of
myocardial protection. It may avoid the damage associated with hypothermia,
ischaemia and reperfusion.
ARTICLES
Normothermic arrest with continuous hyperkalaemic blood: initial experience
Cardiothoracic Centre, Liverpool, UK.
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