Stephen G. Addinall
Papers
1
Total Citations
75
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1
About
Stephen G. Addinall is a molecular biologist whose research centers on high-throughput genetic analysis and microbial phenotyping. His major contributions lie in developing automated methods to quantify micro-organism growth, enabling precise, large-scale studies of genetic interactions. His most cited work, "Colonyzer: automated quantification of micro-organism growth characteristics on solid agar" (2010), has garnered 75 citations, reflecting its impact as a foundational tool for researchers studying growth rate phenotypes. By automating the measurement of cell densities on solid media, Addinall’s approach accelerates the discovery of gene functions and interactions, particularly in yeast and bacterial models. This work is notable for bridging traditional microbiology with computational analysis, making high-throughput screening more accessible and reproducible. Addinall’s contributions are essential for scientists exploring genetic networks, drug targets, and evolutionary dynamics, offering a robust platform for quantifying how genetic perturbations affect organismal fitness.
Research Focus
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Top Papers
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