![]() ![]() And once we understand the brain at this level, there are key problems of circuitry and function that can be addressed at a detailed level of resolution." "As we continue to build upon and refine this method, scientists could take any cellular circuit and reveal its basic component parts. Jessell, PhD, senior author on one of the papers and a co-director of the Zuckerman Institute. "Our work allows scientists to assess the diversity of neuronal cell classes in specific regions of the central nervous system-in part by plugging basic cellular characteristics into this fundamental statistical model," said Thomas M. The papers are published online in the journal Cell.
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