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The Annals of Thoracic Surgery, Vol 55, 908-913, Copyright © 1993 by The Society of Thoracic Surgeons
RT Baldwin, S Slogoff, GP Noon, M Sekela, OH Frazier, SK Edelman and WK Vaughn
To facilitate timely application of new forms of cardiac support to
patients at highest risk after cardiotomy despite conventional support with
the intraaortic balloon pump, an accurate prediction of survival must be
available at the time of weaning from cardiopulmonary bypass. We,
therefore, acquired 240 demographic, disease, and perioperative
characteristics of 322 patients (mortality rate, 48.4%) who required IABP
support to separate from bypass. Four variables available before or within
10 minutes of the first attempt at weaning from bypass significantly
predicted mortality by stepwise logistic regression: complete heart block
as demonstrated by need for temporary pacing at weaning (p < 0.001),
advanced age (p < 0.002), preoperative blood urea nitrogen concentration
(p = 0.036), and female sex (p = 0.048). An equation generated by the
logistic model predicted a 72.2% survival rate in the 25% of patients at
least risk (actual survival rate, 71.6%); in the 25% at greatest risk,
death was predicted in 73.0%, and the actual mortality rate was 74.1%. The
equation was then prospectively applied to 330 intraaortic balloon
pump-supported patients managed at another institution. The overall
mortality rate there was 41.2%; in the 25% at least risk, predicted
survival rate was 70.5% (actual survival rate, 77.1%), and in the 25% at
greatest risk, predicted mortality rate was 75.7% (actual mortality rate,
62.7%). Thus, retrospectively at one institution and prospectively at
another, the equation generated by this model based only on data available
at the time of weaning from bypass was able to define one subgroup of
patients 2.6 to 2.7 times as likely to die as another subgroup from within
similar cohorts.(ABSTRACT TRUNCATED AT 250 WORDS)
ARTICLES
A model to predict survival at time of postcardiotomy intraaortic balloon pump insertion
Department of Cardiovascular Surgery, Texas Heart Institute, Houston 77030.
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