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Pregnancy is now a common, but high-risk event, in young women who have received transplants. Consequences to the fetus are known, but pregnancy may also interfere with graft function. We report the outcome of two successive and successful pregnancies in a 29-year-old woman with type 1 hyperoxaluria, who received a combined liver and kidney transplant. Two healthy children were born at 35 and 37 weeks of gestation, with low birth weight. Liver function remained normal before, during, and after pregnancies up to 52 months after transplantation. Renal function was impaired before the first conception, worsened during both pregnancies, and returned to the previous level in both immediate postpartum periods. However, renal function has declined 17 months after the last delivery. This report shows the feasibility of successive pregnancies in multiple organ transplant recipients, but raises the question of long-term maternal kidney graft survival.

Objectives and Methods: We report 7 pregnancies which occurred from 1988 to 1995 in 5 women who underwent liver transplantation. The immunosuppression regimen associated cyclosporine, azathioprine and prednisone., Results: Mean age at conception was 25. During pregnancy, cholestasis occurred in 2 women. None of the patients experienced rejection. An increase in serum creatinine was observed in 3 cases. Serum uric acid increased in the third trimester of pregnancy in 6 cases, associated with arterial hypertension in 3 cases. In 4 cases, toxemia led to premature delivery. Seven childbirths occurred between the 34th and 38th week of gestation, by vaginal delivery (n = 3) or caesarean section (n = 4). Newborn weights ranged from 1,350 g to 3,100 g. A favorable outcome was observed in all mothers, with a follow-up ranging from 2 months to 7 years after delivery., Conclusion: These results suggest that a successful pregnancy is possible after liver transplantation in young women with normal hepatic function and treated with cyclosporine. The risk of toxemia is mainly related to renal function before pregnancy.