Cells are compartmentalized into membrane-bound and membrane-less organelles, providing spatial structure to the cell’s concentration of proteins and nucleic acids. Dr. Kilgore’s research aims to understand the environment inside different organelles and apply this knowledge to the development of targeted cancer therapies, as better targeting within the cell will improve drug efficacy, increase potency, and decrease side effects. Using both live cells and reductionist models, he will investigate how molecules distribute themselves within the cell as a function of their chemical properties. Learning and applying the chemical grammar of this spatial partitioning will enable the design and preparation of molecular probes and drugs that synergize with the chemistry of the cell as a mechanism of treating all cancers. Dr. Kilgore received his PhD from Massachusetts Institute of Technology and his BS from the University of California, Berkeley.