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that are at the intersection of aging and heart failure that may translate into novel therapeutic strategies. Our research employs a comprehensive array of models and methodologies, including molecular biology, cell lines
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. Our research employs a comprehensive array of models and methodologies, including molecular biology, cell lines, genetic mouse models, and transcriptomic and proteomic profiling to explore development
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hands-on experience with advanced techniques, including patch clamp, optogenetics, fluorescence imaging, auditory brainstem response (ABR), stereotaxic surgery, RNA-seq, and computational modeling
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models to analyze morphology, function, and transcript/protein profiles under both basal and stress conditions. The second line of research aims to identify therapies for acquired hearing loss. We use
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research projects on auditory neuroscience, career development, and gain hands-on experience with advanced techniques including calcium imaging, super-resolution microscopy, auditory brain stem response (ABR