Deborah Aremu
Papers
1
Total Citations
37
H-Index
1
About
Deborah Aremu is a synthetic organic chemist whose work bridges high-throughput experimentation and continuous flow technology to accelerate reaction discovery and optimization. Her most-cited study, published in 2020, revolutionized the evaluation of nucleophilic aromatic substitution (SNAr) reactions by integrating a liquid-handling robot with flow analysis, enabling the rapid screening of over 3,000 unique reactions in record time—roughly 3.5 seconds per reaction. This landmark contribution, cited 37 times, demonstrates her ability to design efficient, scalable methodologies that reduce waste and increase throughput, directly impacting pharmaceutical and fine chemical synthesis. Aremu’s research lies at the intersection of automation, reaction engineering, and mechanistic understanding, offering practical tools for chemists seeking to expedite drug development. Her work exemplifies how merging robotics with continuous processing can transform traditional batch chemistry into a data-rich, high-speed discipline. For students and researchers, Aremu’s achievements highlight the power of interdisciplinary approaches in modern organic synthesis, setting a benchmark for future innovations in reaction optimization and process intensification.
Research Focus
Key Achievements
Top Papers
- 1