Stem Cell and Geometry - Index

University of Chicago scientists have successfully used geometrically patterned surfaces to influence the development of stem cells. The new approach is a departure from that of many stem-cell biologists, who focus instead on uncovering the role of proteins in controlling the fate of stem cells.

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Stem Cell and Geometry - Index

Embrionic Stem Cells in Culture, Video and News

University of Chicago scientists have successfully used geometrically patterned surfaces to influence the development of stem cells. The new approach is a departure from that of many stem-cell biologists, who focus instead on uncovering the role of proteins in controlling the fate of stem cells.

Click the figure below to see the video and news.


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Embrionic Stem Cells in Culture

Stem Cells in the Adult Body, Video and News

University of Chicago scientists have successfully used geometrically patterned surfaces to influence the development of stem cells. The new approach is a departure from that of many stem-cell biologists, who focus instead on uncovering the role of proteins in controlling the fate of stem cells.

Click the figure below to see the video.


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Stem Cells in the Adult Body

Pluripotent Stem Cells in the Early Embryo, Video and News

University of Chicago scientists have successfully used geometrically patterned surfaces to influence the development of stem cells. The new approach is a departure from that of many stem-cell biologists, who focus instead on uncovering the role of proteins in controlling the fate of stem cells.


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Pluripotent Stem Cells in the Early Embryo

Chemists influence stem-cell development with geometry, Video and News

University of Chicago scientists have successfully used geometrically patterned surfaces to influence the development of stem cells. The new approach is a departure from that of many stem-cell biologists, who focus instead on uncovering the role of proteins in controlling the fate of stem cells.


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Chemists influence stem-cell development with geometry