In the intricate labyrinth of modern medical advancements,the quest for non-invasive and precise diagnostic tools is a journey of continual discovery and innovation.One of the most compelling frontiers in this realm i...In the intricate labyrinth of modern medical advancements,the quest for non-invasive and precise diagnostic tools is a journey of continual discovery and innovation.One of the most compelling frontiers in this realm is the monitoring of cerebral blood flow,a critical parameter that holds the key to understanding a myriad of neurological conditions[1,2].Traditional Transcranial Doppler(TCD)sonography,despite its widespread application,has been hindered by a number of limitations[3].展开更多
基金supported by the Noncommunicable Chronic Diseases-National Science and Technology Major Project(2023ZD0500700)Program of Shanghai Academic/Technology Research Leader(22XD1422600)。
文摘In the intricate labyrinth of modern medical advancements,the quest for non-invasive and precise diagnostic tools is a journey of continual discovery and innovation.One of the most compelling frontiers in this realm is the monitoring of cerebral blood flow,a critical parameter that holds the key to understanding a myriad of neurological conditions[1,2].Traditional Transcranial Doppler(TCD)sonography,despite its widespread application,has been hindered by a number of limitations[3].
