ABSTRACT
AIM: Paediatric donation is a unique and extremely sensitive process that requires specific knowledge and competencies. Most countries use protocols for organ and tissue donation to ensure optimal care for the donor and family, but these mainly focus on adults. However, the donation process for children differs from adults in many ways. An overview of the literature was performed to identify protocols for the paediatric population. METHODS: PubMed, Web of Science, EMBASE and the Internet were searched up to March 2016 for papers or other sources in English related to specific organ and tissue donation protocols for children and neonates. This comprised title, abstract and then full-text screening of relevant data. RESULTS: We included 12 papers and two electronic sources that were mainly from North America and Europe. Most discussed donations after cardiac death. The recurring themes included identifying potential donors, approaching parents, palliative care and collaboration with organ procurement organisations. Most papers called for paediatric donation policies to be standardised. CONCLUSION: Scientific publications in English on paediatric donation protocols are very scarce. No comprehensive paediatric donation protocol was found. We identified several recurring themes in the literature that could be used to develop such protocols.
Subject(s)
Tissue and Organ Procurement/standards , Child , HumansABSTRACT
OBJECTIVE: To estimate the incidence of Sickle-Cell Disease (SCD) in Aruba and St Maarten and to determine whether universal screening would be costeffective according to United Kingdom criteria. METHODS: Consecutive cord blood samples were collected in Aruba and the Dutch part of St Maarten during 3 and 4 months, respectively. Samples were subjected to High Performance Liquid Chromatography (HPLC) screening of haemoglobin variants. RESULTS: Of the 368 samples (87.6% of all registered births) collected in Aruba, 10 (2.72%; CI 1.3, 4.9%) tested heterozygous for the Sickle-cell gene (HbAS) and 7 (1.90%; CI 0.8, 3.9%) for the haemoglobin C gene (HbAC). Of the 193 samples (83.5%) collected in St Maarten, 14 (7.25%; CI 4.0, 11.9%) contained HbAS and 10 (5.18%; CI 2.5, 9.3%) HbAC. HardyWeinberg equilibrium predicted an incidence of 2.65% for HbAS and 1.86% for HbAC in Aruba and 6.80% for HbAS and 4.86% for HbAC in St Maarten. These figures imply a newborn rate of about 2 SCD patients per 3 years in Aruba and 2 SCD patients per year in St Maarten. CONCLUSIONS: Universal screening of newborns for SCD seems costeffective for St Maarten.
OBJETIVO: Estimar la incidencia de la enfermedad de células falciformes (ECF) en Aruba y St Marteen y determinar si una pesquisaje universal sería costoefectivo de acuerdo con los criterios del Reino Unido. MÉTODOS: Se recogieron muestras de sangre de cordón umbilical en Aruba y en la parte holandesa de St Maarten durante 3 y 4 meses, respectivamente. Las muestras fueron sometidas a pesquisaje de variantes de hemoglobina mediante cromatografía líquida de alta eficiencia (CLAE). RESULTADOS: De las 368 muestras (87.6% de todos los nacimientos registrados) recogidas en Aruba, 10 (2.72%; CI 1.3, 4.9%) resultaron heterocigóticos para el gen de la célula falciforme (HbAS) y 7 (1.90%; CI 0.8, 3.9%) para el gen de la hemoglobina C (HbAC). De las 193 muestras (83.5%) recogidas en St Maarten, 14 (7.25%; CI 4.0, 11.9%) contenían HbAS y 10 (5.18%; CI 2.5, 9.3%) HbAC. El equilibrio de HardyWeinberg predijo una incidencia de 2.65% para HbAS y 1.86% para HbAC en Aruba y 6.80% para HbAS y 4.86% para HbAC en St Maarten. Estas cifras implican una tasa de recién nacidos de alrededor de 2 pacientes ECF por año en St Maarten. CONCLUSIONES: El pesquisaje universal para la detección de recién nacidos ECF parecer ser costoefectivo para St Maarten.
