Explore how brain cell transplantation and NECTAR's research are revolutionizing treatment for Parkinson's, Huntington's, and other neurological conditions.
Explore how brain-computer interfaces are turning silent thoughts into digital speech, restoring communication and personhood to those with locked-in syndrome.
Explore the design and manufacturing challenges of optogenetic neural interfaces, the revolutionary technology using light to control brain cells.
Explore how scientists are reverse engineering biological systems through computational methods, landmark experiments, and modern tools to understand life's complexity.
Explore how virtual reality technology is reshaping our understanding of the human brain through neuroscience research and clinical applications.
Explore how 3D bioprinting is transforming neural science by creating functional human neural tissues for disease modeling, drug discovery, and neural repair.
Discover how combining TDQ and AD8 questionnaires improves late-life depression detection in community settings through groundbreaking research.
Explore how memory acquisition and retrieval impact different epigenetic processes that regulate gene expression in the brain.
Exploring how the legal concept of personhood is evolving to include AI, animals, and ecosystems in a world where the line between person and property is blurring.
Explore how brain-based biomarkers are revolutionizing depression treatment through objective biological measures, from neuroimaging to AI integration.