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Design and validation of a mechanically flexible and ultra-lightweight high-density diffuse optical tomography system for functional neuroimaging of newborns

机译:机械柔性高度高密度漫射光学断层扫描系统的设计与验证新生儿功能神经模仿

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摘要

Significance: Neonates are a highly vulnerable population. The risk of brain injury is greater during the first days and weeks after birth than at any other time of life. Functional neuroimaging that can be performed longitudinally and at the cot-side has the potential to improve our understanding of the evolution of multiple forms of neurological injury over the perinatal period. However, existing technologies make it very difficult to perform repeated and/or long-duration functional neuroimaging experiments at the cot-side.
机译:意义:新生儿是一种高度脆弱的人口。在出生后的第一天和周数之后,脑损伤的风险比在任何其他生活中时间都会更大。可以纵向和在婴儿床方面进行的功能性神经元素具有可能改善我们对围产期多种形式的神经损伤的演变的理解。然而,现有技术使得在婴儿床侧进行重复和/或长期功能性神经模仿实验非常困难。

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