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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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to study cell types in non-human primate systems, (2) discovers developmental processes that lead to primate brain specializations, (3) generates multimodal, multiscale whole brain atlases using single cell
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to the epithelium are specialized epithelial and immune cell types that produce antimicrobial proteins, bolster the epithelial barrier, and coordinate immune responses. These fundamental functions of innate immunity
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. Applicants must have a recent doctorate with appropriate research experience in cell biology, developmental biology, microfabrication, or mechanobiology, strong organizational and communications skills, and be
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niches, metabolic adaptation during cancer metastasis, metastasis genes and development of metastasis therapeutics, mammary gland stem cell and stem cell niches. Lynch, Lydia - Major areas of interest
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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
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"Nanoscale Imaging and Single-Molecule Metabolite Detection within a Biological Cell by exploiting Laser-driven Quantum Coherences". This project aims to develop an instrument of unprecedented capability
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-evolutionary biology -ecological genetics -metabolomics -proteomics -cell signaling -bacterial/yeast/animal cell molecular biology and genetics
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modeling, deep learning/computer vision, time-lapse cameras and hummingbird behavior. Required qualifications: *A PhD in biology, genetics, physics, computer science or a related field *A very strong
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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