Nuclear Magnetic Resonance (NMR) is a state-of-the-art spectroscopic method that provides both spatial and temporal information on the atomic level. This technology is especially insightful when examining macromolecules, but various technical challenges limit the size of the molecules that can be easily studied. I have unique expertise in the application of reverse micelle technology to the NMR-based investigation of macromolecular structure and dynamics. This special skill set allows my research group to ask a range of innovative questions about the ways biological systems function at the molecular level. In addition to NMR, we utilize UV/Visible absorption and fluorescence spectroscopy to investigate biomolecular structure and function. Our present projects focus on the mechanism of antifreeze protein function, nanoscale confinement effects on protein structure and function, structure/function studies of the hypoxia-inducible factor prolyl hydroxylases, and applications of reverse micelles such as drug delivery and manufacture of quantum dots.