Kevin Ho

Papers

Total Citations

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About

Kevin Ho is a leading researcher in orthopaedic biomechanics, with a primary focus on the thermal effects of bone drilling and their clinical implications. His work centers on understanding and mitigating thermal necrosis—the heat-induced death of bone cells during surgical procedures—a critical issue in fracture repair and implant placement. Ho’s major contribution is a comprehensive synthesis of current knowledge and future directions in this field, most notably through his highly cited 2019 review, "An overview of thermal necrosis: present and future," which has garnered 58 citations. This paper systematically examines how friction between drill bits and bone generates excessive heat, leading to cellular death, subsequent bone resorption, and compromised surgical outcomes. By identifying key parameters influencing heat generation—such as drill speed, feed rate, and bit geometry—Ho has provided a foundational framework for developing safer drilling techniques and tools. His work bridges engineering principles and clinical practice, offering actionable insights for orthopaedic surgeons. With his research informing the design of next-generation surgical instruments and protocols, Kevin Ho is recognized as a pivotal voice in advancing patient safety and surgical efficacy in orthopaedic procedures.