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protein as they move through biomolecular condensates within living cells, to understand condensate function and dysfunction in cell physiology and disease. We seek a PhD level scientist who is interested
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-represented in STEM are encouraged. The term of this appointment is one year, with the possibility of renewal based upon satisfactory performance and funding. Qualified candidates should have: *PhD in
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-represented in STEM are encouraged. The term of this appointment is one year, with the possibility of renewal based upon satisfactory performance and funding. Qualified candidates should have: *PhD in
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protein as they move through biomolecular condensates within living cells, to understand condensate function and dysfunction in cell physiology and disease. We seek a PhD level scientist who is interested
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wiring diagrams that can span entire mammalian brains across multiple scales. A major component is a ten-year âœmoon-shotâ that will image a mouse brain with a fleet of microscopes. The resulting exabyte
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of one year and possibility of renewal based on satisfactory performance. For more information, see these publications. • Timothy J. Lee et al. Large-scale neuroanatomy using LASSO: loop-based automated
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of one year and possibility of renewal based on satisfactory performance. For more information, see these publications. Timothy J. Lee et al. Large-scale neuroanatomy using LASSO: loop-based automated
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of this appointment is one year, with the possibility of renewal based upon satisfactory performance and funding. Qualified candidates should have: *PhD in neuroscience, genetics/genomics, molecular/cellular biology
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). https://doi.org/10.1371/journal.pone.0206172 John Ngai. BRAIN 2.0: Transforming neuroscience. Cell 185, 4-8 (2022). https://doi.org/10.1016/j.cell.2021.11.037 Sven Dorkenwald et al. Neuronal wiring
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, biomolecular self-assembly, and soft condensed matter. The successful candidate will develop computer simulation approaches to understand compartmentalisation inside cells (e.g., formation of biomolecular