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Neurologic problems after pediatric liver transplantation and combined liver and bowel transplantations: a single
Daphin Fernandez1, Tarek I El-Azzabi, Vivek Jain
1Department of Neurology, Birmingham Children's Hospital Foundation NHS Trust, Birmingham, West Midlands, United Kingdom.
Insights
Neurologic complications are common after pediatric liver transplants, affecting nearly 25% of cases. However, this study found that the mortality rate in children with these complications was not higher than in those without.
Area of Science:
- Pediatric Gastroenterology and Hepatology
- Pediatric Neurology
- Transplant Surgery
Background:
- Neurologic complications occur in up to 46% of pediatric liver transplant recipients.
- Mortality rates are generally higher in pediatric transplant patients compared to adults.
Purpose of the Study:
- To identify the incidence and types of neurologic complications following pediatric liver transplantation.
- To assess the impact of these neurologic complications on mortality rates in pediatric liver transplant patients.
Main Methods:
- An internal audit was conducted at Birmingham Children's Hospital.
- The audit reviewed all pediatric solid organ transplants performed in the Liver unit over a 4-year period.
- Children with documented neurologic complications were identified.
Main Results:
- Out of 127 transplant episodes, 31 (24.4%) involved neurologic complications in 29 children.
- Seizures (54.8%), encephalopathy (35.4%), and posterior reversible encephalopathy syndrome (19.3%) were the most frequent complications.
- The mortality rate in children with neurologic problems was 13.3%, which was not higher than the 26.7% rate in children without neurologic problems.
Conclusions:
- Neurologic problems are relatively common after pediatric liver and combined liver-bowel transplantations.
- Contrary to previous reports, this study indicates a lower mortality rate in children experiencing neurologic complications post-transplant.
Background:
Neurologic problems postpediatric liver transplant have been reported in up to 46% of cases, and mortality is higher in the pediatric age group compared with adults.
Methods:
An internal audit was performed in all children undergoing solid organ transplant in the Liver unit at Birmingham Children's Hospital to identify children with neurologic complications.
Results:
One hundred seventeen children underwent 127 pediatric liver transplant and combined liver and small bowel transplant episodes over a 4-year period. Neurologic problems were present after 31 of 127 (24.4%) transplant episodes involving 29 children. Seizures were the most common presentation (n=17; 54.8%), followed by encephalopathy (n=11; 35.4%) and posterior reversible leukoencephalopathy syndrome (n=6; 19.3%). Other complications noted were central nervous system infection (n=4; 12.9%), cerebrovascular accident (n=3; 9.6%), peripheral neuropathy (n=2; 6.4%) and tremor, transient blurring of vision, auditory hallucinations and choreoathetosis (n=1; 3.2%) each. There were 27 deaths (23%) in 117 children after transplantation, and the mortality rate in the group with neurologic problem was 13.3% (n=4) compared with 26.7% (n=23) in children without neurologic problem (odds ratio 0.45, 95% confidence interval 0.142-1.439). In contrast to other studies, our study showed that the mortality rate was not higher in children with neurologic problems.
Conclusion:
Neurologic problems were relatively common after pediatric liver transplantation and combined liver and bowel transplantations; however, the mortality was lower when compared with previously reported studies.
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