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Long-term outcome of chronic dialysis in children
Rukshana Shroff1, Lesley Rees, Richard Trompeter
1Department of Nephrourology, Great Ormond Street Hospital for Children NHS Trust London, London WC1 N3JH, UK.
Insights
Pediatric chronic dialysis patients face higher mortality risks if starting renal replacement therapy young or with comorbidities. Conserving dialysis access is crucial, as many transplanted children return to dialysis.
Area of Science:
- Pediatric Nephrology
- Renal Replacement Therapy
- Chronic Dialysis Outcomes
Background:
- Long-term outcomes for children on chronic dialysis are critical for treatment planning.
- Understanding factors influencing survival and treatment modality changes in pediatric dialysis is essential.
Purpose of the Study:
- To evaluate the long-term outcomes of children undergoing chronic dialysis since 1984.
- To identify risk factors for mortality and assess the impact of comorbidities and age at initiation of renal replacement therapy.
Main Methods:
- Retrospective analysis of 98 children receiving chronic dialysis for >3 months.
- Minimum follow-up of 5 years, with detailed data on dialysis modality, transplantation, comorbidity, and survival.
Main Results:
- Overall patient survival was 83% over a 20-year period.
- Younger age at dialysis initiation (<5 years) and comorbidity significantly increased mortality risk.
- 39% of transplanted patients returned to dialysis, emphasizing the need for durable access.
Conclusions:
- Younger age at the start of renal replacement therapy and comorbidity are significant risk factors for death in pediatric dialysis patients.
- The high rate of return to dialysis post-transplant underscores the importance of preserving dialysis access.
- Growth parameters showed a positive trend but did not reach statistical significance during dialysis.
Abstract:
We describe the outcome since 1984 of all children receiving chronic dialysis in our centre for >3 months with a minimum follow-up of 5 (median 7.2) years. There were 98 children (61 boys), with a median age at the start of dialysis of 4.2 (range: birth to 16.2) years. Twenty-one children started dialysis at <1 year of age and 54 under <5 years. Thirty children had significant comorbidity. The median time on dialysis was 1.4 (0.3 to 14.4) years, giving a total dialysis experience of 296 patient-years. Fifty-three children received a renal transplant as their first change of treatment modality, but 31 switched between PD and HD, with a total of 54 changes of dialysis modality pre-transplantation. Twenty-one of the transplanted patients (39%) returned to dialysis. There were a total of 115 transplants in 88 patients. There was a positive increase for both the weight and height SDS for all the age groups while on dialysis, but this did not reach statistical significance. There were 17 deaths over the 20-year study period; of these, 10 died on dialysis. The overall patient survival was 83%. The mortality rate was 2.7 times greater in children who required renal replacement therapy under the age of 5 years. Of the deaths, 76% were in association with comorbid conditions. In conclusion, both a younger age at the start of renal replacement therapy and comorbidity are significant risk factors for death. The number of returnees to dialysis highlights the importance of conserving dialysis access.
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