
The newly launched Center for Human Brain Variation at the @broadinstitute seeks to understand biological diversity in the brain.
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ALT A flyer for the Center for Human Brain Variation Seminar Series. The title reads "Synthesis-Driven Deep Learning and Multi-Scale Analysis of the Human Brain." Highlighted in bold pink text is "TODAY at 1 PM EST!" The event is scheduled for Friday, December 6, 2024, from 1:00 to 2:30 PM EST. The speaker is Bruce Fischl, PhD, a neuroscientist at Massachusetts General Hospital, Professor of Radiology at Harvard Medical School, and Director of the Computational Core at the Martinos Center, MGH. The event will be held in person at Monadnock (415M-2040) with a livestream available via Zoom at broad.io/CHBVSeminar. The flyer includes the Center for Human Brain Variation logo, along with a QR code to register, and a photo of Bruce Fischl.

ALT A collage of headshots featuring six individuals. The top row shows a man with short gray hair and glasses, a woman with long dark hair, and a man with short dark hair. The bottom row shows a man with curly dark hair and glasses, a man with short brown hair and glasses, and a woman with shoulder-length brown hair wearing a red shirt. The backgrounds vary from indoor settings to outdoor greenery.

ALT Text on blue and white background. Text reads, "International day for Biological Diversity on May 22nd celebrates biodiversity across the globe, and advocates for preventative measures against the loss of biodiversity. Biodiversity is the variety and variability of life. It is divided into three categories: genetic diversity, species diversity, and ecosystem diversity. In recent years, certain events have contributed to a loss of biodiversity, most notably among species and ecosystems. On this day of observance, we recognize these changes and work to counteract them. Here at the Center for Human Brain Variation, we feel a special attachment to the International Day for Biological Diversity. Our work is dedicated to expanding our understanding of genetic diversity in the human brain. We hope that our research will lead to discoveries about the genetic causes of brain disorders such as Schizophrenia and illuminate potential treatments."

















