Desmond Agboada

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About

Desmond Agboada is a rising figure in non-invasive brain stimulation, whose work is sharpening the precision and reliability of Transcranial Magnetic Stimulation (TMS) protocols. His primary research focuses on methodological optimization in TMS, specifically targeting motor hotspot identification and the influence of pulse parameters on measurement outcomes. Agboada’s major contribution is the development of the Semi-Automated Motor Hotspot Search (SAMHS) framework, a groundbreaking approach designed to standardize and optimize the traditionally subjective process of motor hotspot localization. This work, which has garnered 10 citations, directly addresses a critical bottleneck in TMS research by reducing experimenter bias and variability. Further extending his impact, his 2025 study on pulse shape and current direction provides essential data on how these parameters affect test-retest reliability, a cornerstone for reproducible brain stimulation research. By tackling fundamental methodological challenges, Agboada is not only advancing the technical rigor of TMS but also laying the groundwork for more reliable clinical applications. His work is essential reading for any student or researcher seeking to understand and implement best practices in TMS experimentation.