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Biological chemistry is in an exciting era. The confluence of new biochemical, genetic, and engineering methods allows an unprecedented view of the simultaneous changes of mRNA, protein, and metabolite levels inside cells. The ability to solve structures, prepare novel molecules combinatorially, evolve new biological activities, and make measurements on single cells has provided new insights into the relationship of biologically-important molecules and their physiological effects. Research in the Department of Chemistry at MIT covers a wide range interests and employs many of the most modern technologies. Our department offers something for everyone.
Current research in biological chemistry at MIT includes:
Research in the department employs a broad range of techniques such as x-ray crystallography and high field NMR, laser flash photolysis methods, confocal microscopy, patch clamp methods, accelerator mass spectrometry, as well as purely computational methods. The synthesis of molecules and quantitative analysis provide the underpinnings of all studies. Members of the biological chemistry groups also work in collaboration with other departments, labs, and centers including the Center for Magnetic Resonance, the Whitehead Institute, the Department of Biology, and the Biological Engineering Division.
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