Research Interests

Chemical structure elucidation of unknown metabolites and confident spectral annotation of metabolomics data is challenging and requires the integration of multiple data streams. Yet, robust computational capabilities are still lacking. My research interests lie in developing holistic strategies that take advantage of classical biochemistry experiments, novel experimental designs, analytical platforms, biological materials, and computational methods to facilitate the discovery and identification of metabolites. This is critical for the successful translation of metabolomics outcomes and advancement of biological discovery. In addition, I am a trained Drugs and Toxicology Forensic Scientist. Prior to my graduate education, I specialized in analytical chemistry method development and the implementation of quality control and assurance practices in targeted high-throughput analysis. These much-needed practices play a critical role in metabolomics research, ensuring reproducibility and public confidence in metabolomics outputs.