Researchers have identified dendritic nanotubes – ultrathin connections between neurons that can transport disease-related proteins. The structures, distinct from conventional synapses, may accelerate toxic protein accumulation in specific brain cells during early Alzheimer’s pathology, offering potential new therapeutic targets.
Researchers have engineered sophisticated human brain organoids that faithfully model myelin production and repair processes. The groundbreaking model integrates immune cells called microglia, revealing their essential role in remyelination and providing a powerful new platform for testing potential multiple sclerosis therapies.
Chinese researchers have developed a revolutionary hybrid microscope that simultaneously captures brain blood flow and neuronal activity across the entire mouse cortex with unprecedented detail. The LiTA-HM system achieves subcellular resolution over a 6mm field of view, opening new frontiers in neurovascular coupling research and brain-computer interface development.
Scientists have developed a revolutionary optical imaging technique that provides unprecedented views of blood vessels in the living brain, offering new ways to study neurological conditions like stroke and Alzheimer’s disease.
Researchers at Oregon Health & Science University have provided the first definitive imaging evidence of the glymphatic system in human brains, confirming a long-hypothesised network of waste clearance pathways.
A groundbreaking neuroimaging study has identified distinct patterns of brain activation associated with various forms of love, offering new insights into the neural underpinnings of this complex emotion.
Researchers at the RIKEN Center for Brain Science in Japan have identified a new type of grid cell in the brain that predicts an animal’s future position, shedding light on how we navigate a spatial environment.
A groundbreaking MIT study published in Nature offers new insights into the cellular mechanisms underlying Alzheimer’s disease, revealing potential targets for interventions to maintain cognitive function.
New research reveals distinct functional connectivity patterns associated with biological sex and gender expression in young children’s brains, suggesting these constructs shape neural development in different ways.
April 2024
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Lange et al., Sci. Trans. Med. 17, eadp7047 (2025)
© Light: Science & Applications
©OHSU/Christine Torres Hicks
Pärttyli Rinne et al 2024, Aalto University
Tsai Lab/ MIT Picower Institute