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develop both high-throughput and gene-specific approaches for determining the functional consequences of human genetic variation. Current and developing projects include massively parallel splicing
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techniques for biomedical applications. Experimental expertise in advanced optical system design, structured beam generation, and characterization methods will be advantageous. Familiarity with laser
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, fluorescence) Computational skills for data analysis, signal processing, or simulation (Python, MATLAB ) Experience mentoring junior researchers Salary and Rank Special Instructions Applications
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. Experience collecting/processing mouse embryos, particularly at early stages of development, is highly desirable. Experience with cell culture, immunofluorescence or in situ hybridization would be considered a
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photonics, and related quantum technologies. Design, fabricate, and characterize quantum-material and nanoscale devices using techniques that may include materials synthesis and processing
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data, Bayesian statistics, random object analysis, and optimal transport. Experience with neuroimaging data processing and analysis is a plus. The fellows will work with an interdisciplinary team
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photonics, and related quantum technologies. Design, fabricate, and characterize quantum-material and nanoscale devices using techniques that may include materials synthesis and processing
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platforms. Coordination of biological sample pipelines (kidney biopsy, serum, urine) for comprehensive biomarker profiling. Utilization of machine learning and image processing for advanced tissue analysis
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model system (Koehler et al., Nature 2013; Koehler et al., Nature Biotechnology 2017; Nie et al., Nature Communications 2022; Moore et al., Cell Stem Cell 2023). We recently developed a human cochlear
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underlying human disease, with a major research program focused on genetic hearing loss and the functional biology of the auditory system. We integrate human genetics with molecular biology, genome editing