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Total Citations
18
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About
Ming Dong is a pioneering researcher in biological automation and micro-manipulation, with a focus on developing high-throughput systems for genetic studies. His most notable contribution is the invention of an automated instrument for fruit fly (*Drosophila*) embryo injection, detailed in his 2008 paper "Automating fruit fly *Drosophila* embryo injection for high throughput transgenic studies" (18 citations). This work addresses a critical bottleneck in genetic research: the manual, labor-intensive process of injecting transgenes into thousands of embryos to study the 14,000 identified *Drosophila* genes. By building a system on an inverted microscope with a motorized XY stage, Dong enabled precise, rapid, and scalable injections, dramatically accelerating transgenic studies. His innovation bridges engineering and biology, offering a practical tool for high-throughput functional genomics. While his citation count reflects a specialized impact, the work’s significance lies in its potential to transform genetic manipulation workflows, making it a foundational reference for researchers in developmental biology, genetics, and laboratory automation. Dong’s contributions exemplify how engineering solutions can unlock new frontiers in biological discovery.
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