The brain,the most vital and intricate organ in the human body,governs neural activities.Homeostasis within the brain is protected by the blood–brain barrier(BBB),a unique and highly regulated semi-permeable membrane...The brain,the most vital and intricate organ in the human body,governs neural activities.Homeostasis within the brain is protected by the blood–brain barrier(BBB),a unique and highly regulated semi-permeable membrane[1].Due to the BBB obstruction,traditional drug delivery methods,such as oral administration or intravenous injection,often fail to efficiently deliver drugs to the brain[2].展开更多
Human-machine interaction(HMI)has always been at the frontier of technological innovation,making our interactions with technology more intuitive and effi-cient,as well as driving much of the research interest in this ...Human-machine interaction(HMI)has always been at the frontier of technological innovation,making our interactions with technology more intuitive and effi-cient,as well as driving much of the research interest in this field.Wearable electronic systems can seamlessly and accurately receive,store,process,and output information.This endows them with tremendous potential applications ranging from daily life interactions to monitoring physiological signals and clinical medical treatments.Building upon this foundation,researchers have embarked on a series of innovations concerning textile fibers’materials,manufacturing techniques,and further functional payloads.展开更多
基金supported by the National Natural Science Foundation of China(8237060413)the Shanghai Special Project on Aging and Women’s and Children’s Health Research(2020YJZX0132)。
文摘The brain,the most vital and intricate organ in the human body,governs neural activities.Homeostasis within the brain is protected by the blood–brain barrier(BBB),a unique and highly regulated semi-permeable membrane[1].Due to the BBB obstruction,traditional drug delivery methods,such as oral administration or intravenous injection,often fail to efficiently deliver drugs to the brain[2].
基金supported by the National Natural Science Foundation of China(81930051)the Program of Shanghai Academic/Technology Research Leader(22XD1422600).
文摘Human-machine interaction(HMI)has always been at the frontier of technological innovation,making our interactions with technology more intuitive and effi-cient,as well as driving much of the research interest in this field.Wearable electronic systems can seamlessly and accurately receive,store,process,and output information.This endows them with tremendous potential applications ranging from daily life interactions to monitoring physiological signals and clinical medical treatments.Building upon this foundation,researchers have embarked on a series of innovations concerning textile fibers’materials,manufacturing techniques,and further functional payloads.
