Contacts

Dr. Amber Mosley is the director of the Center for Proteome Analysis. She received her PhD in biochemistry from the University of Kentucky College of Medicine. Her research interests include the analysis of protein-protein interaction networks and post-translational modifications that regulate RNA Polymerase II transcription using protein mass spectrometry and genomics.

Dr. Emma Doud is the associate director of the Center for Proteome Analysis. She graduated with dual degrees in chemistry and biology from Purdue University. She went on to earn her PhD in chemistry and chemical biology at Harvard University where she studied the genetics and biochemistry of moenomycin biosynthesis. She then worked at the Proteomics Center of Excellence at Northwestern University, focusing on targeted quantitation of histone post translational modifications, shot gun proteomics of complex systems, and top down techniques. For the last several years, she has worked in industry on process development and scale up of immuno based assays and biotherapeutic production.

Mandy is the program manager for the Center for Proteome Analysis. She received her Master’s in molecular biology at Purdue University–Fort Wayne. Mandy has scientific experience characterizing nucleobase transporter proteins in various organisms. Her experience on the bench equipped her to pursue a position supporting CPA staff in an administrative and management capacity. 

Whitney is a research analyst in the Center for Proteome Analysis. Whitney has over ten years of experience as a lab manager and research analyst, most recently in the lab of Dr. Amber Mosley. She is our resident immunoprecipiation (IP) expert and is available as a consultant to help design your next IP experiment.

Kasi is a research analyst in the Center for Proteome Analysis. She has over ten years of experience working in the field of mass spectrometry with various forms of instruments including triple quadrupoles, Orbitraps and Q-TOFs. Kasi has contributed to developing and implementing a number of targeted methods for small molecules, peptides, proteins and ADCs. She also has considerable sample preparation experience working with a variety of biological matrices.