Phillips Michael, Boehmer John P, Cataneo Renee N, Cheema Taseer, Eisen Howard J, Fallon John T, Fisher Peter E, Gass Alan, Greenberg Joel, Kobashigawa Jon, Mancini Donna, Rayburn Barry, Zucker Mark J
Menssana Research Inc., Fort Lee, New Jersey, USA.
Am J Cardiol. 2004 Dec 15;94(12):1593-4. doi: 10.1016/j.amjcard.2004.08.052.
The Heart Allograft Rejection: Detection with Breath Alkanes in Low Levels study evaluated a breath test for oxidative stress in heart transplant recipients, and we report here a mathematical model predicting the probability of grade 3 rejection. The breath test divided the heart transplant recipients into 3 groups: positive for grade 3 rejection, negative for grade 3 rejection, and intermediate. The test was 100% sensitive for grade 3 heart transplant rejection when the p value was >/=0.98, and 100% specific when the p value was </=0.058; in the intermediate group, the breath test determined the probability of grade 3 rejection and the predictive value of the result.