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interactions of stars, stellar remnants, and black holes in dense environments, including processes that lead to gravitational-wave sources. Projects may involve a combination of analytical approaches and large
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-throughput image analysis or large-scale quantitative fluorescence analysis, candidates will decipher drug efficacy and efficiency and potentially gain mechanistic insights for designing novel therapeutic
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@jsei.ucla.edu and Dr. Sheyla Gonzalez at s.gonzalez@jsei.ucla.edu . Only potential candidates who meet the requirements will be contacted. More information can be found at: https://stemcell.ucla.edu/member
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lesions. Our strategies integrate analyses of EV biomolecular cargoes, including mRNA content, surface protein markers, and protease activity, to capture disease-specific signatures. For more information