Papers
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About
Mo Chen is an orthopedic surgery researcher whose work focuses on total hip arthroplasty (THA) and advanced surgical technologies. Chen's most recognized contribution examines noise generation in THA procedures utilizing ceramic-on-ceramic (CoC) bearing surfaces, a clinically significant complication that can affect patient satisfaction and implant longevity. This prospective, multicentre randomized controlled study stands out for its rigorous methodology and its direct comparison of robotic-assisted surgery (RAS) against conventional manual surgical techniques, investigating both the incidence and risk factors associated with bearing noise. By leveraging secondary analysis of robust trial data, Chen's research addresses a nuanced yet impactful question in reconstructive joint surgery — whether emerging robotic platforms influence this troublesome outcome. Although early in its citation trajectory with one citation recorded in 2025, the work reflects a growing intersection between surgical innovation and patient-reported outcomes that is increasingly important to the orthopedic community. Chen's research contributes meaningfully to the evidence base guiding implant selection and surgical technique decisions, offering clinicians and patients clearer expectations around CoC bearing performance in the era of robotics-assisted joint replacement.
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