From the nanoscale to the macroscale, self-organization is a recurring theme in systems under stress. We seek to bridge the gap between disparate length and time scales of self-organized systems in microbiology.
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We have shown that nanoscale assemblies, called condensates, promote bacterial adaptation to nutrient stress. We decode the mechanisms underlying condensate formation with a goal to engineer condensates for better planetary and human health.
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Catching biomolecules in their act is a grand challenge. We develop genetically targeted fluoromodules to achieve the ultimate precision in biological imaging.
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