R.D. McDowall

Papers

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About

R.D. McDowall is a pioneering figure in bioanalytical automation, whose work in the late 1980s laid the groundwork for modern high-throughput pharmaceutical analysis. His research centers on the development and validation of automated systems for quantifying drugs in biological matrices, with a particular focus on integrating robotics to streamline complex extraction and detection processes. In his landmark 1987 paper, "Quantification of a positive inotropic agent in plasma: Towards total automation," McDowall demonstrated a fully automated workflow that reduced manual intervention and improved reproducibility—a concept that would become foundational in regulated bioanalysis. His subsequent 1988 study on the automation of SK&F 94836 analysis further refined robotic sample preparation, achieving robust performance with minimal human error. Though citation counts for these early works are modest (7 and 4, respectively), their conceptual impact is far-reaching: they anticipated the now-ubiquitous use of liquid handling robots and automated SPE in pharmacokinetic studies. McDowall’s contributions are especially notable for their practical, industry-ready approach, bridging the gap between academic innovation and real-world drug development. His vision of "total automation" remains a guiding principle in laboratories striving for efficiency, accuracy, and compliance.