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Thomas O'Halloran's research focuses on the regulatory roles of transition metals in cellular physiology. His lab aims to equip a new generation of scientists with the rigorous training needed to navigate the interface of physical and biological sciences. Notable techniques developed in his lab include single-cell mass spectrometry and X-ray fluorescence microscopy. His research in the field of inorganic physiology merges traditional disciplines such as chemistry and biology, utilizing advanced elemental mapping technologies. O'Halloran's work has led to significant discoveries, such as zinc sparks during fertilization in mammalian eggs, which initiate critical developmental processes. He also investigates how metal fluxes control cell cycle progression, and how his group develops new therapeutic agents for cancer treatment. O'Halloran has made essential contributions to biological inorganic chemistry, co-encapsulating drug components to enhance therapeutic efficacy, with findings published in high-impact journals.
Department of Psychology