Abstract
As patients live longer with functioning allografts, the prevalence of solid organ transplant recipients will continue to increase, thus making it likely that many primary care providers will treat patients with an organ transplant. As the population of living transplant recipients grows, primary care providers will increasingly play a key role in the long-term management of transplant recipients. The introductory case presentation and discussion aim to educate the primary care provider about common medical problems experienced by transplant recipients, to provide some fundamental knowledge of immunosuppressive medications and their drug interactions, and to highlight key issues when comanagement with the transplant sub-subspecialist is indicated. Though the chapter focuses on kidney transplantation, the issues can be related to liver and cardiac transplant recipients with some caveats.
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Appendix
Appendix
Solid organ transplant fact sheet | |
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Definition | The replacement of a nonfunctioning solid organ such as kidney, liver, or heart with an organ obtained by donation from another individual. It can be either cadaveric or living donor. The individual must remain on immunosuppressant regimen in order to avoid rejecting the organ |
Epidemiology | The number of pediatric patients living with a kidney transplant has more than doubled since 1988 with 5485 children transplanted in 2012. The first-year deceased- and living-donor transplant outcomes have steadily improved over the last 20 years |
Pathophysiology | The type of solid organ, and whether it is a first or second transplant, often predicates the intensity of the immunosuppressant regimen used The immunosuppressants are from several classes: ∙ Calcineurin inhibitors (tacrolimus, cyclosporine) ∙ Mtor inhibitors (sirolimus, everolimus) ∙ Steroids (prednisone) ∙ Anti-metabolite (mycophenlic acid, mycophenolate and azathioprine) ∙ Costimualtory blocker (Belatacept)—kidney transplantation only |
Sequelae of original disease | Poor growth Metabolic bone disease Association with syndromes affecting other organ systems: ∙ Alagille syndrome ∙ Alport syndrome May have some degree of developmental delay associated with underlying disease or complicated treatment course Recurrence of original disease (systemic lupus erythematosus) |
Sequelae of immunosuppressant regimen | Infection Increase risk of metabolic disorders: ∙ Diabetes ∙ Hyperlipidemia ∙ Gout ∙ Osteoporosis Hypertension Increased risk for cardiovascular disease Increased risk for kidney dysfunction Increased risk for cytopenias Increased for malignancies: ∙ Dermatologic ∙ Aerodigestive ∙ Vulvar ∙ Post-transplant lymphoproliferative disorder |
Medication interaction | Must always adjust for decreased function of the transplanted organ Always evaluate interaction with immunosuppressant regimen |
Challenges in transition | Some centers have reported increased risk of graft rejection and loss when transitioning from pediatric to adult providers Adult providers are less familiar with some of the underlying pediatric syndromes |
Helpful Resources | CDC contraception 2010 application (app) download for smartphones |
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Stewart, H., Waite, E. (2016). Solid Organ Transplantation. In: Pilapil, M., DeLaet, D., Kuo, A., Peacock, C., Sharma, N. (eds) Care of Adults with Chronic Childhood Conditions. Springer, Cham. https://doi.org/10.1007/978-3-319-43827-6_17
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