【摘要】 新生儿脑病与脑发育的床旁功能成像，为神经多模态监护之一。在显示脑结构的同时，检测脑血流动力学变化，反映脑功能。目前已临床使用的是近红外光谱脑氧成像和功能超声成像。两者均是基于神经血管耦合的原理，通过光或超声“看”到脑血流变化；根据血流改变，“看”到脑功能活动。近红外脑氧可实现脑皮层成像，通过国际10-20导联，对脑皮层行细化分区。功能超声可实现皮层及皮层下大视场（数厘米）功能成像，检测脑微血管血流动力学改变。更多还原

【Abstract】 Bedside functional imaging in neonatal encephalopathy and brain development is an important part of neurological multimodal monitoring. Cerebral hemodynamics are detected to reflect brain function,while at the same time displaying brain structure. Near-infrared spectroscopy cerebral oxygen imaging and functional ultrasound imaging are currently used clinically. Both modalities are based on the principle of neurovascular coupling, "observing" changes in cerebral blood flow through light or ultrasound,and reflecting brain functional activity according to changes in blood flow.Near-infrared cerebral oxygen imaging monitoring can realize cerebral cortex imaging,and through the international 10-20leads,the cerebral cortex can be refined and divided.Functional ultrasound can realize functional imaging of large cortical and subcortical fields of view(several centimeters),detecting cerebral microvascular hemodynamic changes.更多还原