Papers
17
Total Citations
689
H-Index
14
About
Byungjeon Kang is pioneering the frontier of medical microrobotics, with a focus on developing intelligent, wirelessly controlled systems for minimally invasive interventions. His core research spans electromagnetic actuation (EMA), capsule endoscopy, and targeted drug delivery, where he has engineered microrobots capable of active locomotion, real-time imaging, and therapeutic action. Kang’s most cited work (134 citations) introduces a multifunctional microrobot for liver cancer chemoembolization, integrating magnetic resonance imaging visibility with precise navigation—a breakthrough for in vivo applications. He also advanced wireless capsule endoscopy with an enhanced EMA system (101 citations) enabling independent electromagnetic field control, and developed a biopsy capsule with a rotating blade mechanism (66 citations) for active tissue sampling. His contributions extend to continuum robots for safe navigation in constrained anatomies and guide-wired helical microrobots for revascularization in chronic total occlusions, validated in vivo. With over 600 total citations, Kang’s work addresses critical challenges in biocompatibility, actuation, and intraoperative imaging, positioning him as a leader in translating microrobots from bench to bedside for cancer therapy, gastrointestinal diagnostics, and neuroendoscopy.
Research Focus
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