Min Tae Kim

Papers

Total Citations

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About

Min Tae Kim is a biomedical engineer whose research centers on the mechanics of minimally invasive surgical tools, particularly biopsy needle insertions. His most cited work, "Quantitative analysis of applied force on biopsy needle insertions" (2012), provides foundational insights into the force dynamics during tissue penetration, a critical factor for improving needle placement accuracy and reducing patient trauma. While his citation count remains modest, Kim’s contributions are notable for their precision in characterizing the physical interactions between needles and biological tissues, directly informing safer, more effective biopsy procedures. His work bridges engineering and clinical practice, offering quantitative models that help surgeons anticipate resistance and optimize insertion techniques. Kim’s research is particularly valuable for advancing robotic-assisted biopsy systems, where force feedback is essential. Though early in his career, his focused approach to solving practical surgical challenges underscores a dedication to enhancing diagnostic accuracy and patient outcomes in interventional medicine.