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to support a project that aims to create openly available computational tools for automated imaging analysis of neurodevelopmental disorders. Genetic testing has transformed our understanding
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computational tools for automated imaging analysis of neurodevelopmental disorders. Genetic testing has transformed our understanding of neurodevelopmental epilepsy. Identification of common genetic mutations in
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, Cell Biology, or a closely related field. • Extensive research experience in cell-based imaging, biophysical analysis, molecular cell biology, or related disciplines. • Demonstrated expertise in super
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to neurodevelopmental disorders, including autism spectrum disorder. The successful candidate will use slice and/or in vivo electrophysiology, optogenetics, and complementary molecular or imaging approaches to study
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biology procedures including plasmid construction, donor design, PCR, genotyping, sequencing analysis, and clone screening. • Develop and apply fluorescence-labeling strategies involving photoactivatable
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mononuclear cell (PBMC) analysis and RNAseq, as well as whole slide images (WSI) and immunohistochemistry images on an OMERO online repository. With funding from Cancer Research Horizons, the data is being
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and brain. Perform molecular, cellular and histological experiments, including AAV injections, tissue processing, immunostaining and stereological confocal image analysis. Develop and apply image and
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biomedical research. Your profile Master's degree in computer science or related discipline Experience with Python and recent deep learning frameworks (e.g. Pytorch, MONAI) Strong interest in image analysis
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images and the spatial distributions of OH and NO, and to develop a reproducible methodology for the neural network-based analysis of experimental data in combustion research. It is indeed possible
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analysis · Tissue processing and staining · Cell/tissue imaging techniques such as fluorescence and confocal microscopy Online Application Required Documents Curriculum Vita Name and Contact Information