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project using cutting-edge approaches in whole-cell patch-clamp electrophysiology, in vivo calcium imaging, and animal behavioral tests. Employ advanced neural circuit dissection methods (e.g., optogenetics
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patch clamp electrophysiology experiments on brainstem slices from mice with or without previous noise exposure to investigate any sound-induced changes in firing characteristics, underlying changes in
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their own scholarship. Applicants should be self-motivated, work independently, and possess excellent communication skills. Excellent publications on related fields or experience with patch-clamp experiments
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laboratory rodents. Applicants with expertise in electrophysiology – including patch clamp, optogenetics, in vivo imaging, or other advanced imaging technologies are particularly encouraged to apply
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and use of viral vectors; site-directed mutagenesis; fluorescence and confocal microscopy; morphological analysis of developing neurons; neuronal migration analysis; electrophysiology (patch-clamp
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research project using cutting-edge approaches in whole-cell patch-clamp electrophysiology, in vivo calcium imaging, and animal behavioral tests. • Employ advanced neural circuit dissection methods (e.g
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secretion from chromaffin cells. Using a combination of patch clamp electrophysiology and live cell fluorescent imaging the interactions between heterotrimeric G protein subunits, their effectors and the
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neurons. Using a combination of high resolution live cell fluorescent imaging, electrochemistry and patch clamp electrophysiology, we recently discovered that activation of GLP-1Rs promotes the formation
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on synaptic plasticity within genetically-defined neural circuits in the ventral basal ganglia: the networks involved in reward-guided decision making and learning. We combine patch clamp and in vivo
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and patch clamp recordings in brain slices or dissociated neurons) in rodent models, as well as neuroimaging techniques (fMRI, EEG, simultaneous EEG-MRI, simultaneous PET-MRI) in human subjects. IUSM is