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  1. Allen Institute for Brain Science

    Understanding the complexities of the brain by characterizing and mapping brain cells with unprecedented precision and scale.

  2. Interactive Atlas Viewer :: Atlas Viewer - Allen Brain Atlas

    Explore the Interactive Atlas Viewer of the Allen Brain Atlas for comprehensive and interactive visualization of brain data.

  3. Allen Reference Atlases :: Atlas Viewer

    These anatomical reference atlases illustrate the adult mouse brain in coronal and sagittal planes of section. They are the spatial framework for datasets such as in situ hybridization, cell projection …

  4. Our Research - brain-map.org

    Access tutorials and how-to resources for a wide variety of brain map atlases and datasets in this index. Search for relevant content via keywords and category filters.

  5. Interactive Atlas Viewer :: Atlas Viewer - Allen Brain Atlas

    image 49 of 106 zoom:0.78% Human, 34 years, Cortex - Mod. Brodmann

  6. Microarray Data :: Allen Brain Atlas: Human Brain

    A unique multimodal atlas of the human brain, integrating anatomic and genomic information Microarray data providing an "all genes, all structures" survey in multiple adult control brains

  7. Brain Explorer :: Allen Brain Atlas: Human Brain

    Brain Explorer :: Allen Brain Atlas: Human Brain Microarray ISH Data MRI Download Brain Explorer Documentation Help

  8. Assistance Needed: Mapping Cell Registration IDs to CCF Coordinates …

    Dec 7, 2024 · My goal is to map the neurons identified as important by my machine learning algorithms into the 3D brain coordinates of the standard Allen Reference Space (CCFv3). This spatial mapping …

  9. HMBA Release: Basal Ganglia - brain-map.org

    Human and Mammalian Brain Atlas (HMBA) is a major atlas of the BRAIN Initiative Cell Atlas Network (BICAN) that proposes to establish a comprehensive, highly granular cell atlas in complete adult …

  10. Human M1 10x - brain-map.org

    This data set includes single-nucleus transcriptomes from 76,533 total nuclei derived from 2 post-mortem human brain specimens, to survey cell type diversity in the primary motor cortex (M1C or M1).