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About

Fernando Soto is a pioneering researcher at the intersection of micro/nanorobotics, smart materials, and precision medicine, whose work is reshaping the future of minimally invasive healthcare. His research focuses on designing and engineering microscale and nanoscale robotic systems capable of navigating the human body to perform targeted therapy, diagnostics, and drug delivery with unprecedented precision. Soto's most influential contributions include landmark reviews on medical micro/nanorobots (424 citations) and smart materials for microrobotics (414 citations), which have become essential references for the field globally. His development of hybrid biomembrane-functionalized nanorobots — capable of simultaneously eliminating pathogenic bacteria and neutralizing toxins in whole blood — represents a particularly striking translational achievement, earning 282 citations. He has also pioneered biohybrid microrobotic systems, including Volvox microalgae-based robots for tumor imaging and therapy under hypoxic conditions, and acoustic fabrication techniques for living cardiomyocyte-based biorobots, demonstrating his versatility across biological and engineering disciplines. Beyond these milestones, Soto has advanced ultrasound-powered medical robots and innovative diagnostic tools such as a robotic pill for gastrointestinal biomarker sampling. With hundreds of citations accumulated in just a few years, Fernando Soto stands as an emerging leader whose multidisciplinary vision is actively transforming precision medicine.