Brian Schou Rasmussen
Papers
4
Total Citations
217
H-Index
4
About
Brian Schou Rasmussen is a forensic toxicologist whose research has significantly advanced the field of analytical toxicology, particularly in the development of high-throughput methods for detecting and quantifying drugs in biological matrices. His work centers on applying cutting-edge chromatographic and mass spectrometric technologies — including UHPLC, TOF-MS, and tandem mass spectrometry — to forensic casework involving illicit and medicinal substances. Rasmussen's most impactful contributions involve pioneering fully automated sample preparation workflows for whole blood analysis. His 2013 studies introduced validated methods capable of screening and quantifying dozens to hundreds of analytes simultaneously, earning a combined 155 citations and establishing new benchmarks for efficiency and reliability in forensic screening. His earlier 2012 work on robotic SPE preparation (40 citations) laid the technical groundwork for this automation-driven approach, demonstrating how laboratory robotics could be seamlessly integrated into toxicological workflows. More recently, Rasmussen has expanded his methodology to accommodate challenging postmortem scenarios, developing validated protocols for muscle tissue analysis when blood is unavailable. With over 215 cumulative citations, his body of work reflects a sustained commitment to making forensic toxicology more comprehensive, reproducible, and practically applicable in real-world investigative settings.
Research Focus
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Top Papers
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