Michaella Rekowski, PhD

Professional Background

I have experience in multiple applications of mass spectrometry to answer biological questions. In graduate school, I used hydroxyl radical footprinting mass spectrometry as a primary analytical tool to understand the interaction interfaces of a 4-protein complex. After the completion of my PhD research, I accepted an ORISE postdoctoral fellowship focusing on mass spectrometry at the FDA in the Division of Pharmaceutical Analysis to developed mass spectrometry methods to define critical quality attributes of biosimilar therapeutics using intact, top-, and middle-down mass spectrometry. To further enrich my career as a mass spectrometrist and analytical chemist, I transferred to the Proteomics Core at the Stowers Institute for Medical Research. It was during this tenure that I learned bottom-up proteomics using label free and tandem mass tag quantitation. I was an active participant with collaborators executing experimental design, sample preparation, and LC-MS and data analysis as well as developed methods to answer biological questions with mass spectrometry. I enjoyed assisting research programs further their scientific goals and seeing the results published in high impact journals.

Lastly, I spent a bit of time at a contract research organization (CRO) in a management position where I learned lab and support staff management, forecasting budgets, and honed my client interaction skills. I feel the experience I gained working in a fast paced, productivity focused environment has given me a unique edge for directing the Mass Spectrometry and Proteomics Facility at KUMC and contributing to collaborator’s research.

I look forward to establishing strong collaborations, supporting research programs at KUMC, and further developing mass spectrometry as an application to analyze complex samples that will ultimately lead to answering questions to improve human health.

• BS, Chemistry, Truman State University
• PhD, Chemistry, Texas A&M University, College Station, TX
• Post Doctoral Fellowship, Analytical Chemistry, US Food and Drug Administration, Division of Pharmaceutical Analysis, St. Louis, MO

• Olsen, Luke, Levy, Michaella., J, Medley, J., Kyle, Hassan, Huzaifa, Miller, Brandon, Alexander, Richard, Wilcock, Emma, Yi, Kexi, Florens, Laurence, Weaver, Kyle, McKinney, Sean., A, Peuss, Robert, Persons, Jenna, Kenzior, Alexander, Maldonado, Ernesto, Delventhal, Kym, Gluesenkamp, Andrew, Mager, Edward, Coughlin, David, Rohner, Nicolas. 2023. Metabolic Reprogramming Underlies Cavefish Muscular Endurance Despite Loss of Muscle Mass and Contractility. PNAS, 120 (5)
• Levy, Michaella., J, Montgomery, David., C, Sardiu, Mihaela., E, Montano, Jose., L, Bergholtz, Sarah., E, Nance, Kellie., D, Thorpe, Abigail., L, Fox, Stephen., D, Lin, Qishan, Andersson, Thorkell, Florens, Laurence, Washburn, Michael., P, Meier, Jordan., L. 2020. A systems chemoproteomic analysis of acyl-CoA signaling networks. Cell Chemical Biology, 27 (3), 322-333
• Levy, Michaella., J, Washburn, Michael., P, Florens, Laurence. 2018. Probing the Sensitivity of the Orbitrap Lumos Mass Spectrometer Using a Standard Reference Protein in a Complex Background. Journal of Proteome Research, 17 (10), 3586-3592
• Levy, Michaella., J, Boyne 2nd, Michael., T, Rogstad, Sarah, Skanchy, David., J, Jiang, Xiaohui, Geerlof-Vidavsky, Ilan. 2015. Marketplace Analysis of Conjugated Estrogens: Determining the Consistently Present Steroidal Content with LC-MS. AAPS Journal (6), 1438-45