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The COVID‐19 pandemic has proven to be a challenge in regard to the clinical presentation, prevention, diagnosis, and management of SARS‐CoV‐2 infection among children who are candidates for and recipients of SOT. By providing scenarios and frequently asked questions encountered in routine clinical practice, this document provides expert opinion and summarizes the available data regarding the prevention, diagnosis, and management of SARS‐CoV‐2 infection among pediatric SOT candidates and recipients and highlights ongoing knowledge gaps requiring further study. Currently available data are still lacking in the pediatric SOT population, but data have emerged in both the adult SOT and general pediatric population regarding the approach to COVID‐19. The document provides expert opinion regarding prevention, diagnosis, and management of SARS‐CoV‐2 infection among pediatric SOT candidates and recipients.

Spearman CWN, Goddard E, McCulloch MI, Hairwadzi HN, Sonderup MW, Kahn D, Millar AJW. Pregnancy following liver transplantation during childhood and adolescence. Pediatr Transplantation 2011: 15: 712–717. © 2011 John Wiley & Sons A/S. Abstract: More than 80% of pediatric transplant recipients will survive to reach adulthood, and many will consider having children. We report on outcomes and management of five pregnancies in four women undergoing orthotopic liver transplantation during childhood or adolescence and followed up at our Transplant Center. A retrospective clinical folder audit was performed. Mean age at transplantation was 13.3 ± 3.4 yr (range, 10–18 yr). Mean interval between transplantation and pregnancy was 15.4 ± 4.9 yr (range, 10–22 yr). Mean maternal age at conception was 28 ± 3.5 yr (range, 23–32 yr). Mean gestational age was 36.6 ± 1.7 wk. Mean birth weight was 2672 ± 249 g. Immunosuppression was cyclosporin based in three women and tacrolimus based in one woman. Pregnancy complications necessitating the induction of labor included fetal distress and rising maternal liver enzymes in two women, cholestasis of pregnancy and impaired renal graft function in one woman, fetal distress and preeclampsia in one woman. Modes of delivery were normal vaginal delivery in three women and cesarean section in one woman. No maternal or fetal deaths and no congenital malformations occurred. No episodes of rejection occurred during pregnancy. Two women experienced acute cellular rejection requiring an increase in baseline immunosuppression in the first year, following delivery. No graft losses occurred during a mean follow-up of 44 ± 17.9 months post-delivery. With careful management, pregnancy post-liver transplantation can have a successful outcome.

Liver transplantation for infants and children has been available in South Africa at a single centre, the only established service in Sub-Saharan Africa, for more than a decade. Current concerns have shifted from an initial target of early post-transplant survival to quality of life in the long-term. Materials and methods Since 1985, 225 infants and children have been assessed, with 146 accepted for transplantation. Sixty-nine have had 71 orthotopic liver transplants (OLTx). Biliary atresia was the most frequent diagnosis (54%) followed by acute liver failure (ALF) (15%). Waiting list mortality has remained high (23%), particularly for the ALF group (50%). Forty-three were reduced size transplants with donor: recipient weight ratios ranging from 2:1 to 11:1. Twenty-seven were Results Fifty (74%) survive 1 month-12 years post-transplant. Actuarial survival after 1996 since HBV core antibody positive donor livers were refused and prophylactic IV ganciclovir used has been >82%. Early post-OLTx mortality was low (5%), one primary non-function, one IVC thrombosis, one PV thrombosis, but late morbidity and mortality (20%) was mainly due to viral infection: de novo hepatitis B (five patients, three deaths), EBV-related post-transplantation lymphoproliferative disease (PTLPD) (eight patients, six deaths) and CMV disease (11 patients, five deaths). Tuberculosis prophylaxis, required in six cases, resulted in major morbidity in two and mortality in one. Poor compliance played a significant role in seven deaths. Hypertension requiring medication along with some compromise of renal function has been present in all but two patients. However, all those of school-going age (25) attend school normally and remain in good health and only three of the survivors have abnormal liver function tests. Conclusions Successful liver transplantation is possible in a developing country with limited resources. Scarcity of virus-free donors (HBV and HIV) leading to waiting list mortality and infrequent re-transplantation along with long-term consequences of immunosuppression (infection, lymphoma and renal toxicity) remain problems. Intense education of the caregiver and close follow-up, particularly of those living at long distances has partly addressed the compliance problem.

Urological complications which develop post-renal transplantation can be associated with significant morbidity especially in children. We evaluated the occurrence and management of all urological complications in a series of unstented pediatric renal transplants in a tertiary pediatric hospital. We reviewed the medical records of children who underwent unstented renal transplant between January 1996 and December 2014. Postoperative urological complications and the outcomes of their management were analyzed. A total of 160 unstented renal transplants were performed, and 32 urological complications were noted in 29 transplants (18%). There were 20 boys and nine girls with an age range of 2.5 years to 18.4 years. Nine (31%) of these patients had LUTD. The most common complication was VUR occurring in 17 patients (10.6%). Urine leaks occurred in six patients (3.8%) and ureteric obstruction in six patients (3.8%), and three patients (1.9%) had unexplained hydronephrosis. Loss of graft occurred in three patients (1.9%), and one patient died from sepsis post-uretero-ureterostomy. Patients with LUTD had more urological complications (P = .037). Unstenting is feasible in most pediatric renal transplants. LUTD is associated with a higher incidence of urological complications, especially VUR.

The risk of TB among pediatric SOT recipients increases as the globalization of medical care continues to broaden. Unlike adults, children and especially infants are more susceptible to TB as a complication after transplantation. Little data exist regarding the true incidence of TB and the optimal risk-based management of this very vulnerable population. Here, we highlight the theoretical and practical issues that complicate the management of these patients and pose some questions that should be addressed when managing these patients. More data are needed to provide optimal guidance of the best diagnostic and management practices to this unique population.