背景(考古学)
组织学
灌注
医学
生命维持
人口
脑功能
自溶(生物学)
病理
生理学
神经科学
重症监护医学
心理学
生物
心脏病学
古生物学
生物化学
环境卫生
酶
作者
Meagan Chambers,Gail Deutsch
标识
DOI:10.1177/10935266231223276
摘要
Brain death is a not uncommon phenomena in the adult and pediatric population. Most cases are removed from life support soon after brain death is declared. Less commonly, systemic perfusion is maintained by life support for some time after neurologic function stops. These cases present uncommon opportunities to explore the histology of necrosis and autolysis in the context of global hypoxic ischemic damage. Here, we describe the unusual case of an infant maintained on life support for 2 weeks after brain death was declared with an emphasis on the resulting gross and histologic findings including a discussion of their underlying physiology.
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