Gwangjun Go
Papers
13
Total Citations
905
H-Index
10
About
Gwangjun Go is a pioneering researcher in medical microrobotics, biomedical engineering, and smart materials, whose work sits at the intersection of robotics, materials science, and clinical medicine. His most celebrated contribution — a magnetic-actuated, pH-responsive hydrogel-based soft microrobot for targeted drug delivery in cancer therapy (2016, 393 citations) — established him as a leading voice in stimulus-responsive micro-device design. Building on this foundation, Go has advanced multifunctional microrobotic platforms capable of real-time imaging and chemoembolization for liver cancer treatment (2022, 134 citations), and developed thermo-electromagnetically actuated systems for precise therapeutic agent transport (2018, 93 citations). His translational impact extends to cardiovascular medicine, where his guide-wired helical microrobot demonstrated in vivo revascularization potential for treating chronic total occlusions. He has also explored capsule endoscopy locomotion, ultrasonic actuation, nanobiocomposite artificial muscles, and 4D-printed shape-morphing microstructures. Collectively accumulating nearly 900 citations, Go's research consistently bridges laboratory innovation with tangible clinical application, offering transformative solutions for minimally invasive diagnostics and targeted therapeutics across oncology, cardiology, and gastrointestinal medicine.
Research Focus
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