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Short Wave

Scientist Just Made The Largest Brain Map Ever

Oct 27, 2023
Jon Hamilton, NPR science correspondent and expert on brain mapping, joins to discuss a groundbreaking atlas detailing over 3,000 brain cell types. This innovative map, part of the NIH's BRAIN initiative, sheds light on brain structure and function, potentially enhancing our understanding of human uniqueness and disease roles. Discover the fascinating connections between technology, ethics, and research, along with the quirky reference to 'splatter neurons,' making complex science relatable and engaging!
11:37

Episode guests

Podcast summary created with Snipd AI

Quick takeaways

  • The newly published brain atlas provides a detailed map of over 3,000 types of brain cells, enabling scientists to study disease mechanisms and identify vulnerable cell types.
  • The brain atlas reveals a vast range of specialized cell types in the human brain and highlights similarities and differences between human and animal brains, aiding in understanding the human brain's capacity and studying brain diseases.

Deep dives

The Brain Mapping Atlas: Navigating the Complexity of the Human Brain

Scientists have developed a new atlas that maps different types of cells in the human brain. This atlas, created as part of the Brain Initiative launched by President Obama in 2013, involved hundreds of scientists and took years to complete. With over 170 billion cells and more than 3,000 identified cell types, mapping the human brain is an important step in understanding human uniqueness, individual differences, brain development, and disease vulnerabilities. This atlas provides a foundational reference for studying disease mechanisms and identifying vulnerable cell types. By using new technologies and embracing collaborative efforts, scientists were able to gather data from human and animal brains, including mice, chimps, and gorillas, shedding light on cell types, gene expression, and the connections between neurons. This atlas will accelerate research on brain diseases like Alzheimer's, schizophrenia, and depression, potentially leading to new therapeutic approaches.

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