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investigate localized mRNA processes—such as selective translation, transport, phase separation, and localization—that enable cells to respond to mechanical stimuli. This project will explore RNA-based
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invites applications for a postdoctoral position. The successful candidate will be driving cutting-edge research into the mechanisms and engineering of cell–cell fusion and cell signaling in human
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— such as selective translation, transport, phase separation, and localization—that enable cells to respond to mechanical stimuli. This project will explore RNA-based regulatory mechanisms in
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mechanisms in RNA-guided processes, and to develop novel genome editing applications based on the mechanistic understanding. Research details can be found in our laboratory and departmental web sites