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At Thermo Fisher Scientific we are excited to support quantitative proteomics research through offering two mass spectrometry reagents grants. This program provides up to $11,000 USD of Thermo Scientific mass spectrometry reagents to qualifying doctoral or post-doctoral students who are using or plan to use mass spectrometry in their quantitative proteomics research.
The Thermo Scientific Quantitative Proteomics Research Grant Program awarded two eligible doctoral or post-doctoral students with reagent awards. The last applications were accepted from January 1, 2025 through March 31, 2025. Official rules are posted below. Applicants sent in research proposals that demonstrate how they will use Thermo Scientific mass spectrometry reagents to advance their quantitative proteomic research. The two grant recipients were selected by a panel of judges based on the recipient’s innovative and impactful intended use of Thermo Scientific reagents for use in quantitative proteomics research. Award recipients will be recognized during a Thermo Scientific sponsored event at ASMS in Baltimore, MD June 1–5, 2025 or other Thermo Scientific sponsored event.
The panel of judges evaluated applications based on the following criteria, each worth 25% of the total score.
Kayla is a graduate student in the lab of Dr. Nicholas M. Riley. The Riley Research Group uses mass-spectrometry and other analytical techniques to investigate protein glycosylation. They focus on systems glycobiology with the aim to develop tools to capture the glycocode at a systems level to understand its regulation across biological networks governing health and disease.
Kayla is currently researching ways to identify and quantitate glycosylation events using novel analytical techniques and analysis software from the Riley Research Group.
Tony is a postdoctoral fellow working in the Rong Fan Lab whose research focuses on developing novel single-cell and spatial multi-omics technologies to study human tissue function in normal physiology, aging, and disease.
Tony’s interests center on the integration of spatial multi-omics modalities to elucidate the interplay between biomolecular metabolism and immune aging and senescence.
Haley is a graduate student in Dr. Fried’s lab. Dr. Fried’s lab focuses on studying protein folding from a holistic perspective. Their goal is to connect the basic biophysics of these macromolecules and their structures to the broader context of cell biology, aging biology, and prebiotic biochemistry.
Haley is currently working on using structural proteomics to investigate the molecular basis of cognitive decline in aging. Her research utilizes limited proteolysis mass spectrometry (LiP-MS) to investigate how protein structures change proteome-wide between cognitively impaired and unimpaired aged rats.
Peter completed his postdoctoral training in the lab of Dr. Overall and is now a newly appointed Proteomics Research Manager in the same lab. The Overall Lab founded the field of "degradomics," which utilizes genomic and proteomic techniques to determine protease and protease-substrate repertoires—or "degradomes"—on a cell, tissue and organism-wide scale.
Peter’s current research combines computational predictions with proteomics, to rapidly identify and detect cleavage of protease substrates.
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