Veronica Larsson
Papers
2
Total Citations
80
H-Index
2
About
Veronica Larsson is a molecular biologist whose work has advanced our understanding of cellular stress responses through systematic genetic analysis. Her primary research focuses on oxidative stress biology and functional genomics in yeast, where she has pioneered high-throughput phenotypic screening methods. Her landmark 2001 study, which has garnered 78 citations, established a robust platform for characterizing gene function by screening over 600 yeast deletion mutants for sensitivity to oxidative stress. By combining microtitre plates with robotics, Larsson developed an efficient system to link specific genes to their roles in managing cellular damage from reactive oxygen species. This work not only illuminated the genetic basis of oxidative stress tolerance but also provided a scalable model for functional genomics that has been adopted by other researchers. Her contributions are particularly valuable for understanding fundamental cellular defense mechanisms, with implications for aging research and disease models where oxidative stress plays a central role. Larsson’s methodological innovations continue to influence how scientists approach large-scale phenotypic analysis in yeast and other model organisms.
Research Focus
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Top Papers
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