Caption: Derived from human embryonic stem cells, precursor neural cells grow in a lab dish and generate mature neurons (red) and glial cells (green), in the lab of UW-Madison stem cell researcher and neurodevelopmental biologist Su-Chun Zhang.
Photo by: courtesy Su-Chun Zhang
Date: 11/01
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Caption: Derived from human embryonic stem cells, precursor neural cells grow in a lab dish and generate mature neurons (red) and glial cells (green), in the lab of UW-Madison stem cell researcher and neurodevelopmental biologist Su-Chun Zhang. After transplantation into the brains of young mice, the neural precursor cells give rise to functioning neurons (red in A) and astrocytes (red in B), a star-shaped cell of the brain and spinal cord.
Photo by: courtesy Su-Chun Zhang
Date: 11/01
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Caption: Su-Chun Zhang, neurodevelopmental biologist at the Waisman Center.
Photo by: Steve Milanowski/courtesy Wisconsin Alumni Research Foundation
Date: 08/01
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