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Raphael D. Levine is a prominent figure in the field of pharmacology, specializing in theoretical systems biology. His research encompasses a system view of medicine, aiming to provide descriptive insights into molecular dynamics, particularly through the study of kinase-signaling networks that relate biochemical components. Levine's work is characterized by its predictive capabilities, offering a steady state portrayal of network dynamics while accommodating the inherent fluctuations of cellular processes. This approach facilitates a coarse-grained analysis, examining proteins, pathways, and networks to recover informative constraints about the system's state. His goal is to generate quantitative insights into the condition of diseased cells, ultimately contributing to the development of effective diagnostics and tailored interventions. Additionally, Levine's program aims to utilize signal transduction networks as models for constructing robust error correcting concatenated logic networks, drawing on significant data volumes produced by contemporary systems biology methods.
Department of Economics admits primarily for the PhD program.