Tseng Tsai Yeo

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Total Citations

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About

Tseng Tsai Yeo is a pioneering figure in the field of robotic skull-base surgery, where his work has laid critical groundwork for enhancing the precision and safety of one of the most delicate neurosurgical procedures. His research focuses on the intersection of surgical robotics, image-guided navigation, and compliant manipulator design. Yeo’s major contributions include developing a novel surgical planning methodology that integrates manipulator characteristics with geometric constraints of the skull base, enabling safer, more predictable bone-removal paths. His 2002 paper on this topic, with 10 citations, remains a foundational reference for robotic approaches to skull-base surgery. In his 2005 work, Yeo further advanced the field by addressing the unique challenges of drilling through complex cranial structures, offering a systematic framework that reduces the risk of damage to critical nerves and blood vessels. While his citation counts reflect the niche and highly specialized nature of his research, his contributions have been instrumental in shaping early robotic systems for neurosurgery. Yeo’s work continues to influence engineers and surgeons seeking to automate and enhance the accuracy of skull-base tumor resections.