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The Brain Atlas Project is an international scientific initiative aimed at creating the most comprehensive 3D map of the human brain. Using advanced imaging techniques and artificial intelligence (AI), scientists are charting every region and cell type within the brain to understand its intricate structure and function.
Example: Just as Google Maps displays every street and building, the Brain Atlas reveals every cell type and connection inside the brain.
The Brain Atlas was developed to help researchers understand how the human brain changes with age, disease, or genetic variation. By studying these changes, scientists can uncover the biological mechanisms behind neurological and psychiatric disorders.
Example: Comparing healthy and diseased brain scans allows researchers to identify early signs of conditions such as Alzheimer’s disease, Parkinson’s disease, or depression.
To create the Brain Atlas, scientists dissected five donated human brains into more than 10,000 thin slices each. These slices were photographed under high-resolution microscopes, and the images were then digitally stitched together using AI algorithms to form a detailed three-dimensional model of the brain.
The Brain Atlas provides crucial insights into the biological basis of diseases such as glioblastoma (a type of brain cancer) and neurodevelopmental disorders like schizophrenia and autism. By mapping cellular differences, scientists can identify where and how these diseases originate.
The Brain Atlas serves as a valuable tool for doctors to interpret brain scans with greater accuracy. It helps in detecting subtle changes associated with ageing, injury, or illness long before symptoms appear.
Example: If a scan shows unusual growth or irregularities in a brain region, the atlas can help determine whether it matches known patterns of tumours, degeneration, or genetic disorders.
The Brain Initiative Cell Atlas Network (BICAN) is a global collaboration of researchers working to expand the Brain Atlas. It studies how different brain cells form, communicate, and malfunction in various diseases, providing a foundation for precision medicine and future therapies.
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