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Vaccinations in children on immunosuppressive medications for renal disease
Sushmita Banerjee1, Pathum Vindana Dissanayake2, Asiri Samantha Abeyagunawardena3
1Institute of Child Health, Kolkata, West Bengal, India.
Insights
Vaccinating children with renal disease requires careful risk-benefit assessment. Early vaccination before immunosuppressive therapy is most effective, with inactivated vaccines generally safe during remission, while live vaccines are usually avoided.
Area of Science:
- Pediatric Nephrology
- Immunology
- Vaccinology
Background:
- Renal diseases often necessitate immunosuppressive therapy, increasing infection risk.
- Vaccination in these children presents unique challenges due to altered immune responses and potential disease flares.
Purpose of the Study:
- To evaluate the safety and efficacy of licensed vaccines in pediatric patients undergoing immunosuppressive therapy or who have received renal transplants.
- To provide guidance on optimal vaccination strategies for immunocompromised children with renal conditions.
Main Methods:
- Review of existing literature on vaccine safety and efficacy in immunosuppressed children and renal transplant recipients.
- Analysis of risk-benefit profiles for various vaccine types in this vulnerable population.
Main Results:
- Vaccines are most effective when administered early, ideally before immunosuppression begins, potentially using accelerated schedules.
- Inactivated vaccines may be safe during quiescent disease phases, possibly requiring booster doses.
- Live vaccines are generally contraindicated, and all vaccines should be avoided for 3-6 months post-renal transplant.
Conclusions:
- Vaccination timing and type are critical for immunocompromised pediatric renal patients.
- A personalized approach balancing vaccine benefits against risks of diminished response or adverse events is essential.
Abstract:
Renal diseases are often treated with immunosuppressive medications, placing patients at risk of infections, some of which are vaccine-preventable. However, in such patients vaccinations may be delayed or disregarded due to complications of the underlying disease process and challenges in its management. The decision to administer vaccines to immunosuppressed children is a risk-benefit balance as such children may have a qualitatively diminished immunological response or develop diseases caused by the vaccine pathogen. Vaccination may cause a flare-up of disease activity or provocation of graft rejection in renal transplant recipients. Moreover, it cannot be assumed that a given antibody level provides the same protection in immunosupressed children as in healthy ones. We have evaluated the safety and efficacy of licensed vaccines in children on immunosuppressive therapy and in renal transplant recipients. The limited evidence available suggests that vaccines are most effective if given early, ideally before the requirement for immunosuppressive therapy, which may require administration of accelerated vaccine courses. Once treatment with immunosuppressive drugs is started, inactivated vaccines are usually considered to be safe when the disease is quiescent, but supplemental doses may be required. In the majority of cases, live vaccines are to be avoided. All vaccines are generally contraindicated within 3-6 months of a renal transplant.
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