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. 2018 May;10(5):3141–3155. doi: 10.21037/jtd.2018.04.79

Table 3. Mycophenolate vs. azathioprine for lung transplant recipients.

Study Population Methodology Outcomes
Zuckerman et al., 1999 (83) 38 Prospective cohort study compared with historical control group; MMF/CsA/CS vs. AZA/CsA/CS; enrolled at time of transplant, follow-up 6 months AR: 0.29 (MMF) vs. 1.53 (AZA), P<0.01;
Infections: 1.57 (MMF) vs. 2.29 (AZA), P= NS
Palmer et al., 2001 (85) 81 Prospective, randomized, two center, open label; MMF/CsA/CS vs. AZA/CsA/CS; enrolled at time of transplant, 6 months follow-up AR: 63% (MMF) vs. 58% (AZA), P=0.82;
Survival: 86% (MMF) vs. 82% AZA, P=0.57
McNeil et al., 2006 (86) 320 Prospective, randomized, multicenter trial, open label; MMF/CsA/CS vs. AZA/CsA/CS; enrolled at time of transplant, 3 years follow-up AR: 56.6% (MMF) vs. 60.3% (AZA), P=NS; no difference in time to first rejection; survival: 1 year: 88% (MMF) vs. 80% (AZA), P=0.07; survival: 3-year: 75% (MMF) vs. 69% (AZA), P=0.18;
Freedom from BOS at 3 years: 73% (MMF) vs. 75% (AZA), P=0.70

AR, acute rejection; CsA, cyclosporine; Tac, tacrolimus; MMF, mycophenolate mofetil; AZA, azathioprine; NS, non-significant and not reported in article; CS, corticosteroids; AE, adverse events.