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cortical neurons into mouse brain In vivo 2-photon Ca²⁺ imaging, visual plasticity paradigms, and behavioral analysis Transgenic mouse models combining SYNGAP1 mutations with humanized SRGAP2C
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cortical neurons into mouse brain In vivo 2-photon Ca²⁺ imaging, visual plasticity paradigms, and behavioral analysis Transgenic mouse models combining SYNGAP1 mutations with humanized SRGAP2C
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technology is successfully offered via wafer-level prototype fabrication services to customers in telecom, datacom, computing, bio-medical, and sensing applications. Among the major building blocks within a
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Arabidopsis lines. to use advanced fluorescence confocal microscopy coupled to microfluidics to image and quantify the relative whereabouts and dynamics of key components of the cell wall integrity pathway, in
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, you are involved in research activities where Die to wafer bonding is required (3D integrated systems, image sensors, photonics, biomedical devices, quantum computing,...). More specifically, you will
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to image and quantify the relative whereabouts and dynamics of key components of the cell wall integrity pathway, in different genetic background and different experimental conditions. to identify novel
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more. The postdoc fellow will be working on a wave-function picture of open quantum dynamics, including the effect of measurement. The applicant should be a creative and motivated researcher with
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the genetic and clinical variability of PRPH2-IRD by studying a large patient cohort with detailed genetic analysis and advanced imaging techniques. The project will focus on identifying genotype–phenotype
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image sequences. As a benchmark, end-to-end deep learning models will be developed using raw image data. In parallel, shallow learning models (e.g., Gaussian processes) will be explored based on insights
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with mouse models (FELASA B or C required) Experience with advanced imaging/omics and CRISPR/Cas9 technology is a plus. Team-oriented, innovative, and motivated to push boundaries in translational