Papers
2
Total Citations
41
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About
Horst Thiermann is a leading figure in the toxicology of organophosphorus compounds, with a focused expertise in the reactivation of inhibited human acetylcholinesterase. His work is pivotal in the development of next-generation antidotes for nerve agent poisoning. Thiermann’s major contributions include the kinetic analysis of bis-pyridinium aldoximes, where his team systematically characterized how the structural linkage of these reactivators influences their efficacy against various organophosphorus inhibitors. This foundational research, cited over 25 times, provides a rational framework for designing more potent oximes. He also pioneered a high-throughput, robot-assisted biological assay for screening nerve agent detoxifying materials, a methodological breakthrough cited 16 times that accelerates the discovery of protective countermeasures. As a senior scientist at the Bundeswehr Institute of Pharmacology and Toxicology, Thiermann’s work directly informs military and civilian medical preparedness. His research is distinguished by its rigorous kinetic approach and translational impact, bridging molecular mechanisms with practical antidote development. For students and researchers, Thiermann exemplifies how detailed mechanistic studies can drive tangible advances in chemical defense and emergency medicine.
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