Professor M. Arthur Moseley, Duke University

Dr. Moseley arrived at the Duke Proteomics Core Facility in 2007 looking for answers, answers to the most challenging questions involving protein biomarkers.

“What can we do with a sample of human tissue or body fluid by looking at the proteome?” he wondered. “Can we determine whether a person is sick or not? Can we predetermine how that person will respond to a certain drug? Can we prevent an adverse drug reaction?”

To answer those questions, he would have to create an entirely new facility from the ground up. And that’s exactly what he did, from designing the lab to specifying, acquiring, and implementing all instrument hardware and software required. His design provided the facility with the capability to support a diverse range of proteomic research projects, from studies in Basic Sciences Departments through support of clinical trials for Clinical Sciences Departments. The clinical support has included biomarker discovery studies in the areas of oncology, immunology, and infectious disease. In 2009 the lab completed 8 clinical proteomics projects, as well as 6 pilot-scale clinical proteomics projects.



Dr. Moseley introduces Mark Groudas, V.P. Americas
Operations, Waters (left), Tim Riley, V.P. Centers
of Innovation Program Director (center) to several
instruments in use at Duke's Proteomics Core Facility
in Durham, NC.

Prior to his appointment at Duke University, Dr Moseley had managed mass spectrometry laboratories at GlaxoSmithKline (GSK) for sixteen years; for six years of those years he led a transnational laboratory (US/UK) dedicated to proteomic biomarker discovery. Key among his accomplishments was leading a collaboration with Waters in the development and implementation of a coupled nanoscale liquid chromatography – tandem mass spectrometry (LC/MS/MS) based proteomic platform using gel-free, label-free methodologies.  

In his three short years at Duke, Dr. Moseley has not only created a new facility, he has generated the type of high quality, reproducible data that will help answer some of biology’s most complex questions.

“Waters liquid chromatography and mass spectrometry make an important contribution to our research,” says Dr. Moseley. “By providing data that is reproducible and quantifiable, it allows scientists to ask more meaningful questions about fundamental biology and protein interactions which, in turn, should lead to meaningful answers.”

Dr. Moseley Faculty Web Page

Duke University Proteomics Core Facility Web Site

Dr. Moseley Describes His Research

Contact Waters

Local Offices

In Person

The Essential Roles of Bioinformatics in Proteomics

A lecture by Dr. Arthur Moseley,
Sept. 26, at Duke University.

In Print

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