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Metabolic brain measurements in the newborn: Advances in optical technologies

机译:新生儿的代谢脑测量:光学技术的进步

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摘要

Neonatal monitoring in neonatal intensive care is pushing the technological boundaries of newborn brain monitoring in order to improve patient outcome. There is an urgent need of a cot side, real time monitoring for assessment of brain injury severity and neurodevelopmental outcome, in particular for term newborn infants with hypoxic‐ischemic brain injury. This topical review discusses why brain tissue metabolic monitoring is important in this group of infants and introduces the currently used neuromonitoring techniques for metabolic monitoring in the neonatal intensive care unit (NICU). New optical techniques that can monitor changes in brain metabolism together with brain hemodynamics at the cot side are presented. Early studies from these emerging technologies have demonstrated their potential to deliver continuous information regarding cerebral physiological changes in sick newborn infants in real time. The promises of these new tools as well as their potential limitations are discussed.
机译:新生儿重症监护新生儿监测正在推动新生脑监测的技术边界,以改善患者结果。迫切需要婴儿床,实时监测用于评估脑损伤严重程度和神经发育的结果,特别是对于患有缺氧缺血性脑损伤的新生儿术语。本题目审查讨论了为什么脑组织代谢监测在这组婴儿中很重要,并介绍了目前使用的新生儿重症监护单元(NICU)中的代谢监测使用的神经监测技术。提出了能够监测脑代谢变化与婴儿床侧脑血流动力学的新光学技术。这些新兴技术的早期研究表明,他们的潜力实时地提供了有关生病的新生儿的脑生理变化的持续信息。讨论了这些新工具的承诺以及它们的潜在限制。

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