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We report a case of colchicine-induced rhabdomyolysis in a heart/lung-transplanted man treated with cyclosporin. A treatment was to resolve an acute gouty arthritis and was started with 3 mg of colchicine the first day, then 2 mg the second and the third day, and finally 1 mg/d during 6 days. Eight days later, the patient developed multiple organ failure and rhabdomyolysis. The concentration of colchicine analyzed was greater than the standard 153 hours after his last intake. Pharmacokinetic interactions are responsible of this toxicity. Cyclosporin, pravastatin, and azithromycin are known to inhibit P-glycoprotein, which will enhance the intracellular colchicine level by acting in its bioavailability and moderating hepatic and renal excretion. Moreover, long-term treatment by cyclosporin generates chronic renal failure that will, in the same time, decrease colchicine elimination. Even short-term administration of therapeutic colchicine dose may cause colchicine-related toxicity, especially in the setting of a renal failure and/or polymedicinal treatment.

Rationale: The effect of graft ischemic time on early graft function and long-term survival of patients who underwent lung transplantation remains controversial. Consequently, graft ischemic time has not been incorporated in the decision-making process at the time of graft acceptance., Objectives: To investigate the relationship between graft ischemic time and (1) early graft function and (2) long-term survival after lung transplantation., Measurements and Main Results: The data from 752 patients who underwent single lung transplantation (n = 258), bilateral lung transplantation (n = 247), and heart-lung transplantation (n = 247) in seven French transplantation centers during a 12-year period were reviewed. Independent data quality control was done to ensure the quality of the collected variables. Mean graft ischemic time was 245.8 +/- 96.4 minutes (range 50-660). After adjustment on 11 potential confounders, graft ischemic time was associated with the recipient Pa(O2)/FI(O2) ratio recorded within the first 6 hours and with long-term survival in patients undergoing single or double lung transplantation but not in patients undergoing heart-lung transplantation. The relationship between graft ischemic time and survival appears to be of cubic form with a cutoff value of 330 minutes. These results were unaffected by the preservation fluid employed., Conclusions: The results of this large cohort of patients suggest a close relationship between graft ischemic time and both early gas exchange and long-term survival after single and double lung transplantation. Such relationship was not found in patients undergoing heart-lung transplantation. The expected graft ischemic time should be incorporated in the decision-making process at the time of graft acceptance.

Lung transplantation is a valid treatment in cystic fibrosis patients at end stage of the disease. It is decided when the vital prognosis seems to be engaged within two years. Patients are put on the waiting list after they have been checked out according to their individual potential risks and difficulties. The waiting time on list may be prolonged and should be used to optimize nutritional status (gastrostomy) and to take into account the psychological aspect of the project. The choice between double lung transplantation and heart lung transplantation depends on teams experience. Survival rate is increasing (until 90% and 78% survival rate at 1 and 5 years). Contra-indications are represented by a dependence on invasive assisted ventilation before referral to transplant, and adhesions after surgical pleurectomy. Long term results depend on bronchiolitis obliterans which is for some teams an opportunity to discuss the possibility of retransplantation.

The purpose of this study was to report a single center's experience of 5 new pregnancies following heart-lung transplantation. These 5 pregnancies gave rise to 4 live births. Vaginal delivery occurred at a mean of 38 +/- 1 weeks of amenorrhea (range, 37-39 weeks) and the mean birth weight was 3,143 +/- 757 grams (range, 2,270-3,990 grams). Mean maternal forced expiratory volume in 1 second (%) before, during (sixth month), and after (1 year) pregnancy was 87 +/- 18, 87 +/- 22, and 88 +/- 17, respectively (p = NS). In conclusion, pregnancy after heart-lung transplantation can be associated with a good prognosis for mother and child.