Research Interests

My research interests center on the design and study of biomimetic complexes inspired by nonheme iron enzymes, with a focus on facilitating non-native reactions. Nonheme iron enzymes are remarkable catalysts capable of orchestrating intricate chemical transformations in nature. By developing biomimetic complexes that mimic the structural and functional features of these enzymes, I aim to unlock their catalytic potential for non-native reactions, expanding the scope of enzymatic catalysis beyond natural substrates. I am particularly intrigued by exploring the mechanisms underlying non-native reactions catalyzed by biomimetic complexes, elucidating the factors influencing substrate specificity, reactivity, and selectivity. Additionally, I am interested in investigating the interplay between the structure of biomimetic complexes and their catalytic performance, with the goal of engineering more efficient catalysts for challenging chemical transformations. Ultimately, my research seeks to bridge the gap between enzymatic catalysis and synthetic chemistry, paving the way for the development of innovative biocatalytic methodologies with broad applications in organic synthesis and chemical biology.