Philip Eaton
Papers
2
Total Citations
312
H-Index
2
About
Philip Eaton is a leading figure in redox biology and cardiovascular science, renowned for deciphering how oxidative stress governs protein function. His research focuses on the molecular mechanisms of cysteine-targeted oxidation, particularly reversible modifications like S-glutathiolation, S-nitrosylation, and disulfide bonding. Eaton’s pioneering work introduced innovative proteomic tools to map these modifications in cardiac cells. His landmark 2004 study, cited 188 times, used diagonal electrophoresis to reveal widespread intermolecular protein disulfide formation during cardiac oxidative stress, fundamentally changing our understanding of how the heart responds to injury. In 2005, he developed a biotinylated glutathione disulfide probe (cited 124 times) to track protein S-glutathiolation, a key regulatory event in disease and neurohormonal signaling. These contributions have illuminated how reversible cysteine oxidation acts as a rapid, protective switch in heart cells. With hundreds of citations and a reputation for translating basic redox chemistry into physiological insight, Eaton’s work is essential reading for students and researchers exploring the intersection of oxidative stress, protein regulation, and cardiovascular disease.
Research Focus
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Top Papers
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