Dear Editor,Understanding early human brain development is crucial for uncovering the origins of neurodevelopmental disorders[1].Traditional methods,such as histological staining and sectioning,provide only two-dimens...Dear Editor,Understanding early human brain development is crucial for uncovering the origins of neurodevelopmental disorders[1].Traditional methods,such as histological staining and sectioning,provide only two-dimensional views,which fail to display the complete structure and often damage delicate tissue structures[2].These approaches face limitations in visualizing complex three-dimensional(3D)networks,particularly the developing vascular system.展开更多
基金supported by grants from the National Key R&D Program of China(2022YFA1603604)the National Natural Science Foundation of China(82571494,82271320,82371307,32301146)+1 种基金Shanghai Sailing Program(23YF1420700)Shanghai Rising-Star program(21QA1405200).
文摘Dear Editor,Understanding early human brain development is crucial for uncovering the origins of neurodevelopmental disorders[1].Traditional methods,such as histological staining and sectioning,provide only two-dimensional views,which fail to display the complete structure and often damage delicate tissue structures[2].These approaches face limitations in visualizing complex three-dimensional(3D)networks,particularly the developing vascular system.
