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To determine whether long-term maintenance therapy with a single drug (Myfortic) applied using advanced immunologic monitoring tools in selected patients can lead to superior native kidney function at 2 years without resulting in increased acute rejection episodes or deterioration of liver allograft function.
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The hypothesis to be tested is that donor-microchimerism in specific cell populations promotes the development of donor-specific regulation which in turn allows for long-term maintenance therapy with a single drug (Myfortic) in selected patients leading to superior long-term outcomes. Subjects will be enrolled post-transplantation and will be liver transplant recipients who meet the eligibility and exclusion criteria. We will use post-transplant monitoring for donor-specific immunologic regulation (DSR+/ DSA negative) to direct the withdrawal of patients to Myfortic monotherapy. Donor microchimerism, DSR, DSA development will be performed on samples obtained every six months from patients on study. The ultimate objective of the study is to use immunologic monitoring to develop a rational approach to achieving individualized immunosuppression for liver transplant patients.
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11 participants in 3 patient groups
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Data sourced from clinicaltrials.gov
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