Delay-Aligned Network Boosts Decoding in Hybrid Brain–Computer Interfaces
Researchers developed NVC-DSDNet to align neurovascular delays and disentangle multimodal features in hybrid EEG–fNIRS brain–computer interfaces.
Tag: Neurovascular coupling
Scientists Say Alzheimer’s Vessel Findings Lack Proof of Function
A PLOS Biology Perspective argues that molecular profiling of brain blood vessels in Alzheimer's disease has outpaced functional measurements, and ...
New MRI index maps blood flow to brain cell energy needs
A new MRI-based index shows that blood flow closely follows cell density across the layered human cortex and captures aspects ...
Functional Ultrasound Brain-Computer Interfaces Move From Reading the Brain Toward Bidirectional Control
Brain-computer interfaces promise to restore movement and communication to people whose nervous systems no longer can, but the technology has ...
Diabetes Dementia Breakthrough: Enzyme Blocker Restores Brain Blood Flow and Memory in Rats
Chronic inhibition of the enzyme soluble epoxide hydrolase with TPPU restored memory, cerebral blood flow, blood-brain barrier integrity, and neuronal ...
Sleep-Linked Infraslow Rhythms Span Reptiles to Mammals
Across the diverse branches of the animal kingdom, the mystery of sleep’s evolutionary origins has long captivated neuroscientists. A groundbreaking ...
Psychedelic 5-HT2A Activation Changes Brain Blood Flow
In a groundbreaking new study published in Nature Neuroscience, researchers have unveiled a remarkable facet of psychedelic compounds that goes ...
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