Precise, brain-wide maps reveal the oligodendrocyte landscape across time and space.
To advance neuroscience discovery by uniting neuroscience, engineering and computational data science to understand the structure and function of the brain.
Precise, brain-wide maps reveal the oligodendrocyte landscape across time and space.
Kavli NDI Scientists receive a $2.7 million National Institutes of Health grant to integrate AI and Engineering, to record brain signals 50X faster.
Myelin is the insulating layer that wraps nerve fibers, allowing brain cells to communicate quickly. In adults, new myelin is made by oligodendrocytes that arise from precursor cells (OPCs). Using genetic tools and live imaging in mice, this study publishes in Science, led by Yevgeniya A. Mironova from Kavli NDI member, Dwight Bergles’ lab, shows that OPCs attempt to mature into myelin-producing cells on a regular, internal schedule across the brain and spinal cord.
Kavli NDI hosts a monthly breakfast at our Homewood campus. This meeting serves as a forum to bring the Hopkins community together to brainstorm ideas, discuss current research, and set the stage for collaborative science across the community. Open to all members of the Hopkins community-- please email kavlindi@jhu.edu or sviswa10@jhmi.edu if you wish to attend.
Kavli NDI hosts a monthly breakfast at our Homewood campus. This meeting serves as a forum to bring the Hopkins community together to brainstorm ideas, discuss current research, and set the stage for collaborative science across the community. Open to all members of the Hopkins community-- please email kavlindi@jhu.edu or sviswa10@jhmi.edu if you wish to attend.