In efforts to understand what influences life span, cancer and aging, scientists are building road maps to navigate and learn about cells at the molecular level.
We are excited to announce that Nick Riley has received an F99/K00 Fellowship from the…
In efforts to understand what influences life span, cancer and aging, scientists are building road maps to navigate and learn about cells at the molecular level.
In efforts to understand what influences life span, cancer and aging, scientists are building road maps to navigate and learn about cells at the molecular level.
Three University of Wisconsin—Madison researchers have won a prestigious, five-year grant to establish the National Center for Quantitative Biology of Complex Systems, which will develop next-generation protein measurement technologies and offer them to biologists nationwide.
A trio of scientists at the University of Wisconsin-Madison is launching a new research center to advance mass spectrometry-based proteomics in biomedical research, with the help of a grant from the National Institutes of Health and the National Institute of General Medical Sciences.
Historically, The Coon Research Group has been focused on protein analysis with mass spectrometry. More recently, we’ve been interested in small molecule work in the field of metabolomics.
Researchers at the University of Wisconsin-Madison have found a new way to accelerate a workhorse instrument that identifies proteins. The high-speed technique could help diagnose cancer sooner and point to new drugs for treating a wide range of conditions.
In efforts to understand what influences life span, cancer and aging, scientists are building road maps to navigate and learn about cells at the molecular level.
Parallel reaction monitoring (PRM) – based targeted mass spectrometry is comparable in performance to selected reaction monitoring (SRM) but requires much less investment in assay development for targeted proteomics applications.
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