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environment to develop and foster independent careers. Successful candidates will have the opportunity to use novel mouse models and cutting-edge multi-omics approaches to understand molecular mechanisms with
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convergent disease mechanisms in neurodegenerative disorders. We are particularly focused on studying amyotrophic lateral sclerosis (ALS) and other diseases characterized by TDP-43 pathology. Strong candidates
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techniques, applying computational neuroimaging, machine learning and fluid dynamics methodologies to interpret these complex datasets. They will work closely with a dynamic team comprised of neurosurgeons
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of developing computational tools to solve previously unattainable problems through creative use of big data in the biomedical and clinical research. Combining bioinformatics and experimental approaches
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Associate position to play an active role in our ongoing studies of tumor immunology and T cell biology. The Peng laboratory has been performing translational studies to dissect molecular mechanisms
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), identifying specific genomic variants and their relationship to clinical manifestations, and understanding the molecular mechanisms behind these rare disorders. • Methods Development: Developing novel
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Position Summary Dr. Masatoshi Inoue’s lab is currently searching for a Postdoctoral position. Our lab focuses on exploring the neural circuit mechanisms of maladaptive social behaviors. We
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candidate will take ownership of their research project(s) and drive the project(s) forward through well-designed experimentation and data interpretation, while maintaining high work ethics. In this position
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requires working collaboratively with a team of experimental and computational biologists focused on single-nucleus RNA-seq data analysis and “multi-omics” data integration with a main goal to identify
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. We also collect a cadre of biomarkers to study disease pathology, including brain imaging (Positron Emission Tomography, Magnetic Resonance Imaging) and fluid-based (cerebrospinal fluid, blood/plasma