Bruce D. Morris
Papers
1
Total Citations
73
H-Index
1
About
Bruce D. Morris is a leading analytical chemist whose work has transformed the high-throughput analysis of pesticide residues in food. His research centers on developing automated, robust sample preparation techniques that dramatically improve the speed and reliability of LC-MS/MS workflows. Morris’s most impactful contribution is the creation of an automated column solid-phase extraction (c-SPE) cleanup method for QuEChERS extracts, which uses a novel zirconia-based sorbent. This innovation, detailed in his 2015 paper (73 citations), enables the efficient removal of challenging food matrices—such as avocado—while recovering over 260 pesticides with exceptional precision. By replacing manual, error-prone steps with a robotic X-Y-Z autosampler system, Morris has set a new standard for high-throughput residue analysis in regulatory and food safety laboratories. His work directly addresses the critical need for faster, more reliable methods to monitor contaminants in complex food samples. For students and researchers in analytical chemistry and food safety, Morris’s contributions exemplify how automation and advanced sorbent chemistry can solve real-world challenges, making him a pivotal figure in modern pesticide residue analysis.
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Top Papers
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