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Department of Chemistry Peter Reilly Group

Research Group

Sumeet Chakravorty

Sumeet received his B.S in Chemical Engineering from Pennsylvania State University, 2018. He is currently working on the development of digital mass filter technology. Before joining the group, Sumeet spent a year interning at GSK where he was on various projects involving targeted metabolomics utilizing LC-MS techniques. Outside of the lab, Sumeet plays the alto saxophone and regularly plays and enjoys listening to jazz music.

Conner Bailey

Conner received his B.S. in Chemistry from Oregon State University, 2019. Currently working on native spray and protein applications using digital mass filter technology.

 

 

 

Fatima (Ola) Obe

Ola obtained her first degree in Industrial Chemistry from Federal University of Technology located in Akure, Nigeria. She then proceeded to Illinois State University where she obtained a Masters degree in Chemistry, with major research in organic synthesis.  She going to be exploring the use of digital waveform technology in the context of tandem mass spectrometry here in the Reilly’s lab. In her free time, she enjoys singing and watching movies.

 

 

Elizabeth Groetsema

Elizabeth received her B.S. in Chemistry from the University of California, Santa Barbara in 2021. During her undergraduate years, she interned at Apeel Sciences in the Analytical Sciences department helping to quantify the nutritional aspects of avocados using LC-MS/MS techniques. She is excited to start work in the Reilly group and is currently working on triple quadrupole mass filter design. Outside of the lab, she enjoys climbing with friends at the WSU rock wall and spending time with her cat, Pepper.

 

Peter T.A. Reilly

Dr. Pete Reilly leads this group. He is Associate Professor of Chemistry at Washington State University, is one of the leading pioneers in digital waveform technology and the inventor of the comparator based low voltage waveform generator that permits digital mass filter analysis.  The goal of his research is to develop and apply digital waveform technology to ultra-high mass analysis. Please visit his faculty page to learn more.

ORCID iD iconhttps://orcid.org/0000-0001-7679-4511

 

 

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