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A thorough understanding of ethical issues, which are often encountered in the field of paediatric neurosurgery, can help neurosurgeons in decision-making regarding optimal treatment in children. Although ethical dilemmas in paediatric neurosurgical patients frequently share common characteristics with those seen in the management of adult patients, they also differ and are more complex. For example, because child patients do not have the ability to make decisions on their own due to their age, their parents are usually substitute decision makers. Ethical problems in paediatric neurosurgery may arise with prenatal diagnosis and continue to be encountered in various age groups with different characteristics during foetal, neonatal, infancy, playschool age, school age, and adolescence. Moreover, intrauterine foetal life involves the health and wellbeing of the mother, further complicating ethical decision-making. Collaborative communication and the exchange of information between the medical team and the family, which leads to a shared family-centered decision-making, are an increasingly preferred approach to paediatric medical decision-making. In addition, developmental maturation of the child allows for increasing longitudinal inclusion of the child’s opinion in medical decision-making in clinical and research practice. The child should always be informed in a respectful manner and using simple language adjusted to the childs age. Despite the limits of medicine at a specific time, clinicians should always respect a child with an incurable disease and show warm sympathy toward babies born with the fate of a short life.
Age-dependent differences in cranial bone development, cerebral vascular physiology and neurological lesions distinguish neonates, infants and children from their adult counterparts. In particular, the central nervous system (CNS) undergoes a tremendous amount of structural and physiological change during the first 2 years of life. This chapter highlights these age-dependent differences and their effect on the perioperative management of the paediatric neurosurgical patient. Children in this age group can present with a wide variety of pathologies requiring surgical intervention including trauma, congenital abnormalities such as craniosynostosis, hydrocephalus, intracranial tumours, intracranial vascular lesions and seizure disorders. Age-dependent differences in cerebrovascular physiology have a significant impact on the perioperative management of neurosurgical patients. Given the systemic effects of general anaesthesia and the physiological stress of surgery, an organ system-based approach is optimal for anticipating potential physiological derangements and coexisting disease states that may increase the risk of perioperative complications.
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