Jennifer is a biophysicist who has worked on a diverse array of systems including cell membranes, aggregating proteins, development of DNA sequencing technologies, antibody-antigen interactions, stochastic signals, allergen immunotherapy and bacteria. She received a BA in physics from Oberlin College, a PhD in physical chemistry from the University of Wisconsin Madison and did a post doctoral fellowship in biophysics at Stanford University.
Her efforts have blended four primary toolkits: predictive modeling, signal processing, experimental design and instrument development. She thrives on solving complex, multifactorial problems requiring integration of disciplines, systems, signals and information from diverse sources.
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