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-scale multi-area in vivo neural recording, wireless electrophysiology in freely moving animals, custom-engineered sensory-motor behaviors, neural perturbation, viral labeling, and computation. Our work is
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electrophysiology in freely moving animals, custom-engineered sensory-motor behaviors, neural perturbation, viral labeling, and computation. Our work is conducted in a custom-designed lab space, with access to strong
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the cellular and molecular basis of neuronal excitability in brainstem regions associated with respiratory control. Our studies use a combination of electrophysiology, fluorescent microscopy, and genetic
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diseases. The focus of the positions is to understand the molecular mechanisms underlying organ size control and tumorigenesis, with specific emphasis on understanding the molecular mechanisms of the Hippo