David P. Blanchard

AbbVie (United States), Institut Génétique Nantes Atlantique

Papers

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About

David P. Blanchard is a pioneer in laboratory automation, with a career dedicated to transforming high-throughput organic chemistry and purification workflows. His most impactful contribution is the construction and validation of an automated flow hydrogenation instrument, detailed in his 2007 paper (24 citations). This work integrated a Bohdan robot platform with a ThalesNano H-cube hydrogenator, creating a fully automated system that dramatically accelerated organic synthesis—a foundational achievement for modern high-throughput chemistry labs. Blanchard further advanced laboratory efficiency by designing an automated tube labeler for centralized purification facilities, streamlining the handling of thousands of fractions post-purification. Earlier, he evaluated the Autocell 200, an automated cell culture incubator, demonstrating its ability to process 150 plates while assessing mechanical interference on cell growth. Across these projects, Blanchard’s work embodies the intersection of robotics, chemistry, and biology, enabling faster, more reliable experimentation. His innovations have directly impacted pharmaceutical and biotech research, where high-throughput automation is critical for drug discovery and development. For students and researchers, Blanchard’s career illustrates how engineering precision can solve practical bottlenecks in laboratory science.