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research on the risks and potential therapeutic applications of cannabis and cannabinoids, and to inform public policy based on our findings. At YC-SCAN², we focus on thorough scientific research and strive
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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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time). Additional Information The position is for up to four years, renewable annually based on performance. Competitive salary and benefits, including comprehensive health coverage, and funding
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opportunities for collaboration with faculty with experience in cancer and cardiovascular diseases. The position is for one year and is renewable for a second year based on satisfactory performance and progress
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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
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conduct comprehensive research on the risks and potential therapeutic applications of cannabis and cannabinoids, and to inform public policy based on our findings. At YC-SCAN², we focus on thorough
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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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. This position is based at Yale, where we are located at in the Center of Molecular and Cellular Oncology (CMCO), Yale Cancer Center, and part of the Department of Pathology, Yale School of Medicine. CMCO fosters
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The position is for up to four years, renewable annually based on performance. Competitive salary and benefits, including comprehensive health coverage, IT support, and funding for conference travel
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opportunities for collaboration with faculty with experience in cancer and cardiovascular diseases. The position is for one year and is renewable for a second year based on satisfactory performance and progress