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between synthetic cells. With a lot of room for scientific creativity and collaborations, you will also further extend the capabilities of bottom-up synthetic biology by improving our methods to generate
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to steer the multicellular self-organization, and to generate tissues whose structures and patterning can be designed at will. In this project at the interface of physics and biology, you will use
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of molecular events that underlie chaperone functions, and are invisible with other methods. Here you will focus on a new frontier: how chaperones and ribosomes work together to synthesize and fold multi-protein
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of molecular events that underlie chaperone functions, and are invisible with other methods. Here you will focus on a new frontier: how chaperones and ribosomes work together to synthesize and fold multi-protein
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that these molecular assemblies display striking action sequences that are invisible with other methods – yet are critical to key functions such as preventing aggregation-related diseases. Now and in the coming years we