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at nanoscale sites of complex electrodes. We aim to expand the capability and applications of this technique to demystify activity at complex electrodes over several length scales (nano- to macro), attempt new
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development of researchers who are transitioning from training environments in the physical, mathematical, computational sciences and/or engineering into postdoctoral work in the biological sciences, and who
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the generation of iPS cells. -Embryo manipulation/in vitro fertilization techniques. -Developmental neuroscience. -The biology of aging. -Preparation and analysis of next generation sequencing studies
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complex survival strategies. We hope to deeply understand how bacteria react and respond to stress and use this knowledge to engineer useful functions in bacteria. We invite applications from postdoctoral