Kristina Woodruff

École Polytechnique Fédérale de Lausanne

Papers

Total Citations

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About

Kristina Woodruff is a pioneering researcher in cellular engineering and high-throughput biological imaging. Her work centers on developing innovative platforms for live-cell analysis, with a particular focus on creating scalable systems to study dynamic cellular processes in real time. Woodruff’s most notable contribution is her landmark 2013 paper, "Live mammalian cell arrays," which introduced a novel method for arraying and imaging living mammalian cells in a high-density format. This work, which has garnered 21 citations, laid the groundwork for more efficient drug screening, toxicology studies, and fundamental cell biology research by enabling simultaneous observation of thousands of individual cells under controlled conditions. Her approach bridges the gap between traditional cell culture techniques and modern automation, offering researchers a powerful tool to investigate cell signaling, gene expression, and disease mechanisms with unprecedented throughput. Woodruff’s achievements are particularly significant for students and researchers seeking to integrate engineering principles with biological discovery, as her methods have inspired subsequent advances in microfluidics and lab-on-a-chip technologies. Her work remains a touchstone for those aiming to push the boundaries of live-cell analysis and personalized medicine.