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(BBB) dysfunction and edema in brain cancer, a major source of morbidity in the disease. Using radiomics, single-cell, and spatial omics, the project integrates imaging and molecular data to better
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closely with the principal investigator Dr. Hee Yeon Im on functional magnetic resonance imaging (fMRI) to explore the function of the human brain while learning visually guided motor skills or viewing
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performing live-cell imaging of C. elegans germline stem cells - Designs and performs experiments to dissect the mechanism(s) regulating mitotic spindle orientation in C. elegans germline stem cells
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findings regularly. Prototype algorithms, validate outputs, and document methods clearly Collaborate asynchronously with an international team, present findings regularly Experience with remote sensing
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models for neurological diseases (e.g., Multiple Sclerosis) and cancers, applying these modeling advances to patient-level outcome prediction, treatment-response modelling, and the discovery of image-based
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: Cellular and Molecular Medicine Description: Interested in Neural Stem Cells (NSCs) physiology and function? Want to monitor NSCs activation and division using in vivo live imaging approaches in behaving
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. Successful applicants will work together as part of an international team of experts at four sites to apply cutting-edge approaches in high-resolution, single-molecule imaging; single-cell Ribo-seq and spatial
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-density electrophysiological recording systems, two-photon imaging, optogenetics, transgenic mouse lines for targeting specific neuronal subtypes, and behavioral rigs. We strongly encourage candidates
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amyotrophic lateral sclerosis (ALS). Projects will involve gut microbiota manipulation and in vivo multiphoton imaging of the brain using animal models of ALS. The desired candidate will have experience in
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combining chronic in vivo imaging (two-photon microscopy, fiber photometry, GRIN lens imaging) with genetic and molecular approaches to dissect how cell type- and projection-specific plasticity orchestrate