Lung disease and brain development.

Biology of the neonate Pub Date : 2006-01-01 Epub Date: 2006-06-01 DOI:10.1159/000092865
Petra Huppi, Stephane Sizonenko, Maurizio Amato
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引用次数: 10

Abstract

With the technical progress made in fetal and neonatal intensive care, perinatal mortality has decreased by 25% over the last decade and has expanded the surviving premature population. Prematurity drastically changes the environment of the developing organism. Striking evidence from a number of disciplines has focused attention on the interplay between the developing organism and the circumstances in which it finds itself. The environmental event during a sensitive period in development, induces injury and/or biological adaptations that lead to altered differentiation of tissues. The organism can express specific adaptive responses to its environment which include short-term changes in physiology as well as long-term adjustments. This review addresses these short-term as well as longer-term changes occurring in lung and brain tissue and illustrates how these changes can be studied using advanced imaging techniques such as magnetic resonance imaging

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肺部疾病和大脑发育。
随着胎儿和新生儿重症监护技术的进步,围产期死亡率在过去十年中下降了25%,并扩大了存活的早产儿人数。早产极大地改变了发育生物体的环境。来自许多学科的惊人证据将注意力集中在发育中的有机体与其所处环境之间的相互作用上。在发育的敏感时期,环境事件会引起损伤和/或生物适应,导致组织分化的改变。生物体可以对环境表达特定的适应性反应,包括短期的生理变化和长期的调整。这篇综述讨论了发生在肺和脑组织中的这些短期和长期变化,并说明了如何使用磁共振成像等先进成像技术研究这些变化
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