Elizabeth M. Dlugosz
Papers
2
Total Citations
25
H-Index
2
About
Elizabeth M. Dlugosz is a plant biotechnology researcher whose work sits at the intersection of automation, genomics, and plant cell biology. She is best known for her contributions to high-throughput experimental platforms, particularly her development of a robotic system for protoplast isolation and transformation — a technically demanding process that had long been a bottleneck in plant research. Published in 2016, this landmark work addressed a critical need in the field, enabling researchers to more efficiently study signal transduction pathways, transcriptional regulatory networks, gene expression, genome editing, and gene silencing across both model and crop plant species. By automating and standardizing the protoplast workflow, Dlugosz's platform dramatically expanded the scalability and reproducibility of experiments that were previously labor-intensive and prone to variability. Her research has garnered approximately 25 citations, reflecting its adoption and relevance within the plant science community. At a time when tools like CRISPR and high-throughput functional genomics are reshaping agricultural biotechnology, Dlugosz's contributions to plant cell transformation methodology represent a meaningful step forward in making these powerful technologies more accessible and efficient for researchers worldwide.
Research Focus
Key Achievements
Top Papers
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