Ella Palmer
Papers
1
Total Citations
103
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About
Ella Palmer is a cell biologist whose pioneering work has centered on high-throughput methods for studying protein localization and gene function. Her most influential contribution, the 2004 paper "Investigation into the use of C‐ and N‐terminal GFP fusion proteins for subcellular localization studies using reverse transfection microarrays," has garnered 103 citations and established a foundational approach for systematically mapping where proteins reside within cells. By demonstrating how reverse transfection microarrays could be paired with GFP tagging to rapidly determine protein localization, Palmer provided the research community with a scalable tool for functional genomics. This work has been particularly valuable for understanding the spatial organization of the proteome and for identifying mislocalized proteins in disease states. Palmer's research sits at the intersection of cell biology and functional genomics, and her methodological innovations continue to enable large-scale studies of gene function. Her careful characterization of how N- and C-terminal tags affect localization patterns has become essential reading for any researcher using fluorescent protein fusions, cementing her reputation as a careful and impactful experimentalist.
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