ShareInteractive Features
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MAGE This interactive animation explores how Wyss researchers add, delete, and replace DNA sequences at specific target locations within the cellular genome. Narrated by George Church. |
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Molecular Origami Build virtual nano structures by sequencing a simple, abstract representation of a DNA (or RNA) molecule and then allowing it to self assemble. You can build structures of your own design, or build and modify pre-set shapes. |
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Explore Tree The phylogenetic tree of life in interactive form, created by Madeleine Ball of the Church Lab. |
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Augmented Reality: Spinning Form Play with a 3D hologram of DNA Origami, created by Wyss Technology Development Fellow Shawn Douglas. |
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Tensegrity in a cell For more than three decades, Don Ingber has explored and substantiated the notion that living cells are tensegrity structures – structures that stabilize themselves by balancing tension and compression. With this feature, find out what tensegrity is all about by controlling a cell's internal structural elements. |
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Ingber's egg analogy Don Ingber often uses simple analogies in his lectures to explain how tissues form and how diseases develop. In this Flash presentation, he uses eggs in a carton to illustrate how cells in our tissues behave during wound healing and tumor formation. |
