Christiane Landgraf
Papers
1
Total Citations
59
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1
About
Christiane Landgraf is a distinguished researcher in the fields of proteomics and molecular cell biology, with a primary focus on elucidating protein-protein interaction networks that govern cellular regulation. Her major contributions center on the development and application of innovative proteomic strategies to systematically map these interactions, thereby revealing the functional roles of key proteins. Her most-cited work, a 2005 study with 59 citations, exemplifies this approach by identifying novel interaction partners for VCP/p97, CHIP, and amphiphysin II using membrane-based human proteome arrays. This research provided critical insights into the regulatory networks underlying protein quality control, endocytosis, and cellular stress responses. By advancing high-throughput methodologies for interaction discovery, Landgraf has significantly enhanced our understanding of how proteins coordinate complex biological processes. Her work continues to serve as a foundational resource for researchers exploring the molecular mechanisms of disease and the architecture of the human interactome, demonstrating the power of systematic proteomic analysis in modern biology.
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