View clinical trials related to Liver Transplantation.
Filter by:A variety of clinical scores have been developed with the intent to predict early allograft failure after liver transplantation. With the present study the investigators aim to validate the recently published L-GrAFT Score on a multicenter cohort from 14 liver transplant centers in Italy. Secondly, after identifying coefficients which are peculiar for the Italian transplant population, the investigators aim to develop a novel, simplified model for the estimation of early allograft failure (EASE Score). Thirdly, the investigators plan to validate the EASE Score on a population from two liver transplant centers in the United Kingdom.
Poor adherence to medication among patients with chronic diseases is a major problem. A patient group where the adherence to prescribed medications is extremely important are organ transplanted patients. It is well established that lack of adherence to immunosuppressive medication drastically increases the risk of rejection reactions, graft loss and deaths. Pilloxa is a device meant to help users manage medication and support adherence to medication. This study evaluates if Pilloxa improves adherence to treatment for transplanted patient compared with conventional management. Patients who have received a transplanted kidney or liver will be studied. Pilloxa is a system comprising of: a box with 14 separate containers to temporarily store tablets/capsules in and that can be open by 14 independent lids, a smartphone application and cloud based servers. The pillbox will at given times detect if pills are present in the different compartments and can connect, send and receive information to/from mobile application and the cloud.
A retrospective cohort analysis was performed comparing patients that had intra operative antegrade liver reperfusions versus patients that had retrograde liver perfusion.
This study will compare neurologic side effects associated with two immunosuppressant medications used in liver transplant patients. The standard therapy of twice daily immediate release Tacrolimus will be compared to Envarsus once daily. We hypothesize that Envarsus will show a lower rate of neurologic side effects than immediate release tacrolimus.
The MELD score is a predictive model of cirrhosis mortality used in France since 2007 to prioritize access to liver transplantation for patients enrolled in the national waiting list. The predictive value of this score was recently revised downward with a C index of the order of 0.65-0.67 and 20% of the patients enrolled for decompensated cirrhosis have access to liver transplantation by a subjective system of "expert component" independent of the MELD because of this lack of precision. The use of the MELD score to individually define access to the transplant should so be reconsidered. Recently new predictive models of cirrhosis mortality better than MELD have been developed and new mortality predictors independent of MELD have been published. The goal of this study is to design prognostic predictive models of mortality for decompensated cirrhotic patients enrolled on the national liver transplant waiting list including known (MELD, MELD Na) as more recent (CLIF-C AD, CLIF - CACLF) predictive models and new objective predictors studied in combination in order to optimize the system of allocation of hepatic allografts in France. The expected benefits of this search are twofold: - At the individual level: The possibility for patients at high risk of death but with intermediate MELD score to be transplanted. - Public health plan: - Improving the equity of graft allocation system. - Decreased mortality in the waiting list by improving the fairness and efficiency of the graft allocation system, a major public health issue
This is an open-label, pilot trial to test the safety and efficacy of transplantation of livers from Hepatitis C seropositive non-viremic (HCV Ab+/NAT-) and HCV seropositive viremic (HCV Ab+/NAT+) donors to HCV seronegative recipients on the liver transplant waitlist. Treatment and prophylaxis will be administered, using a transmission-triggered approach for the first scenario (HCV Ab+/NAT- donors, arm 1) and a prophylaxis approach for the later scenario (HCV Ab+/NAT+ donors, arm 2).
Despite reports that associate donor specific antibody (DSA) with rejection after liver transplantation, grafts are still allocated according to blood group (ABO) but not human leukocyte antigen (HLA) compatibility, possibly due to the absence of an easily discernible clinical association between adverse recipient outcome and DSA. Re-transplantation provides a test environment where the presence of preformed DSA or other antibodies is prevalent and events (graft loss) more common so that the effect of these antibodies on outcome should be apparent. This is an observational study of routine clinical care to determine these effects on our own patients. The goal is to perfect donor-recipient matching to attain the best outcome. In addition, we may develop hypotheses and potential treatments that would be tested in further clinical trials
This study evaluates the safety of iodinated contrast medium administered to liver transplant candidates with decreased renal function undergoing coronary CT angiography. Incidence of post-contrast acute kidney injury in liver transplant candidates with decreased renal function and normal renal function will be compared.
Genetic polymorphism and numerous clinical factors could influence tacrolimus pharmacokinetics, which led to large inter-and intra-individual variability.Since its narrow therapeutic range,predicting therapeutic outcome and individualized dosage remains to be a challenge. The study's objective is to identify the genetic and clinical factors that can influence clinical outcome in liver transplant.
This is a diagnostic test accuracy study. The investigators measure optic nerve sheath diameter (ONSD) by ultrasound on the eye during living donor liver transplantation operation at 5 minutes after reperfusion to predict the occurrence of early tacrolimus neurotoxicity after liver transplantation. We measured the ONSD at 4 timings: (T1) Post induction and before surgical incision, (T2) Portal vein clamping, (T3) 5 minutes after reperfusion, and (T4) 30 min after reperfusion.