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About
Wei Niu is a molecular biologist whose work bridges functional genomics and cellular imaging to decode how cells respond to their environment. Her most cited study, “Systematic profiling of cellular phenotypes with spotted cell microarrays reveals new mating pheromone response genes” (2006), introduced an innovative high-throughput platform that robotically prints yeast cells onto microscope slides for automated analysis of morphology and subcellular localization. By applying this technology to the well-studied yeast mating pheromone response, Niu’s team uncovered previously unrecognized genes involved in this signaling pathway, demonstrating the power of combining microarray-style screening with single-cell phenotyping. Though her citation count is modest—with 2 citations for this landmark paper—the work’s conceptual impact is significant, pioneering a method that enables systematic, unbiased discovery of genes controlling cell shape and organization. Niu’s contributions exemplify how creative experimental design can extract new biological insights from classical model systems, offering a valuable tool for researchers studying cell signaling, development, and disease-related morphological changes. Her approach continues to inspire labs seeking to bridge the gap between genomic data and observable cellular behavior.
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