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as lung function testing and techniques specific to the asthma program. The trainee will learn about data management and analysis and basic statistics and if interested will have opportunity to
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publication record—in cryo-electron microscopy (cryo-EM) and other biophysical and biochemical methods for exploring structural and molecular mechanisms underlying the function of
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thinking, prioritization, time-management, and problem solving. • Ability to function calmly, effectively, and flexibly in an active and collaborative environment. • Demonstrated leadership. • Knowledge of
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approaches, including tissue clearing, confocal microscopy, neonatal viral strategies to interrogate whole-brain circuit function, and cellular-level mechanisms, as well as a wide range of behavioral
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-based neural models to investigate molecular and cellular mechanisms regulating neurodevelopment and neural function, and to understand how genetic and cellular abnormalities contribute to neurological
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states and advancing novel concepts and therapies for cancer. The candidate will function to drive projects and as part of a team with other lab members. Your work will be central to several research
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ASDs. To do this, we study the function of genes that are strongly associated with ASDs in humans to determine how disruption of these genes alters brain development and the neural circuits
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elements function in eukaryotic cells and explore their roles in neuronal development, ion homeostasis, and human disease. Research Focus The postdoctoral researcher will lead experimental studies aimed at
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• Protein and nucleic-acid preparation and analysis • Microscopy and studies of endothelial cell secretion and function • Experimental design, data analysis, interpretation, and presentation of
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states and advancing novel concepts and therapies for cancer. The candidate will function to drive projects and as part of a team with other lab members. Your work will be central to several research