C.J. Bruner

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About

C.J. Bruner is a researcher whose work bridges analytical chemistry and biomedical applications, with a particular focus on developing robust methodologies for drug quantification in biological matrices. Their most cited contribution, "A robotics-based liquid chromatographic assay for the measurement of atovaquone in plasma" (1995, 19 citations), exemplifies their expertise in automating complex analytical procedures to enhance precision and throughput in pharmacokinetic studies. This work introduced an innovative robotics-driven liquid chromatography approach for quantifying atovaquone, an antimalarial drug, in plasma samples—a method that streamlined sample processing and reduced human error, offering significant advantages for clinical and research settings. While Bruner’s citation impact is modest, their contribution is notable for its practical utility in therapeutic drug monitoring and pharmaceutical analysis, particularly in an era when automation in bioanalysis was emerging. By integrating robotics with liquid chromatography, Bruner advanced the reliability of drug assays, supporting safer and more effective dosing regimens. Their work remains a reference for researchers seeking automated solutions in bioanalytical chemistry, highlighting a career dedicated to improving analytical precision in healthcare.