I was drawn to UW-Madison for its strong reputation in biological sciences and its collaborative research environment. The Coon Lab, in particular, stood out to me because of its pioneering work in mass spectrometry technology. The lab’s focus on developing novel approaches for proteomics and metabolomics aligns perfectly with my interest in cutting-edge analytical techniques. I believe working in this environment will provide an excellent foundation for my PhD, allowing me to gain expertise in both technology and its biological applications.

My research focuses on advancing mass spectrometry technology for more efficient and high-throughput proteomics. One of my projects aims to improve ETD reaction rates for phosphoproteome analysis, enhancing the sensitivity and depth of phosphorylation site identification. Additionally, I am working on developing easy-to-synthesize 18-plex isobaric tags to expand quantitative proteomics capacity, allowing for more samples to be analyzed simultaneously with high accuracy. Another key aspect of my work involves improving and disseminating MS hardware to optimize isobaric tag technology, making these powerful tools more accessible and effective for broader proteomics applications.