Guillaume Diss
Papers
2
Total Citations
30
H-Index
2
About
Guillaume Diss is a researcher whose work centers on the fundamental mechanisms governing protein-protein interactions and cellular signaling networks. His most recognized contributions focus on developing and refining methodological approaches for studying how proteins communicate and coordinate within living cells, with particular emphasis on genome-wide screening techniques. Diss's most notable work involves the protein-fragment complementation assay (PCA), a powerful and innovative method that allows scientists to map protein-protein interactions across entire genomes directly in living yeast cells. This approach represents a significant technical advancement, enabling researchers to study protein interactions in their native cellular environment rather than in artificial laboratory conditions. By providing a detailed protocol for this genome-wide screening method, Diss has helped equip the broader scientific community with tools to better understand how proteins function, how they are regulated, and how their interactions underpin complex cellular processes. His publications on this methodology have garnered meaningful attention within the research community, accumulating citations that reflect their utility as practical resources for cell biologists and biochemists. For students and researchers exploring systems biology, proteomics, or cellular signaling, Diss's methodological contributions offer essential frameworks for investigating the intricate protein interaction networks that drive life at the molecular level.
Research Focus
Key Achievements
Top Papers
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