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hold a doctoral degree in biology or biomedical sciences. A combination of skills in cell culture, animal disease models, imaging, western blot, immunoprecipitation, ELISA, DNA/RNA preparation, PCR, and
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Immunofluorescence and confocal imaging Mentor trainees and contribute to institute-wide collaborations Contribute to manuscript preparation, grant applications, and scientific presentations Assigned duties as needed
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stimulating research environment with broad expertise including cardiac electrophysiology, cellular biophysics, imaging, aging, and proteomics. Training in a variety of super-resolution quantitative microscopy
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electrophysiology, cellular biophysics, imaging, aging, and proteomics. Training in a variety of super-resolution quantitative microscopy and image analysis techniques, mass spectrometry, use of mouse modes and human
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assessment of mouse models, brain and spinal cord dissection, immunohistochemistry, immunoblotting, EM processing, confocal, TEM imaging, and other biochemical and molecular approaches. In addition to lab work
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animal models to investigate how such changes in cell signaling and electrophysiology may be reverse-engineered for application in the clinic. Techniques we use include patch-clamping, live-cell imaging