Scott D. Studenberg
Papers
1
Total Citations
19
H-Index
1
About
Scott D. Studenberg is a pharmaceutical scientist whose work has advanced the precision of bioanalytical methods, particularly in the quantification of antimalarial and antiparasitic drugs. His key research areas include liquid chromatography, robotics automation in pharmaceutical analysis, and pharmacokinetic assay development. Studenberg’s most notable contribution is the development of a robotics-based liquid chromatographic assay for measuring atovaquone in plasma, a critical drug for treating and preventing malaria. This work, published in 1995 and cited 19 times, demonstrated how automation could enhance the accuracy, reproducibility, and throughput of drug-level monitoring in clinical and research settings—a foundational step toward modern high-throughput bioanalysis. By integrating robotics with chromatography, Studenberg helped streamline complex analytical workflows, reducing human error and enabling more reliable pharmacokinetic studies. His contributions have supported the safe and effective use of atovaquone, particularly in vulnerable populations. For students and researchers in pharmaceutical sciences, Studenberg’s work exemplifies the vital intersection of analytical chemistry and automation, showing how methodological innovation can directly impact drug development and therapeutic monitoring.
Research Focus
Key Achievements
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