Irene Yang
Papers
4
Total Citations
8
H-Index
2
About
Irene Yang is a biomedical engineer whose research focuses on improving the outcomes of partial knee replacement surgery, specifically targeting the persistent challenge of mobile bearing dislocation in the Oxford Domed Lateral (ODL) implant. Her key contributions center on the biomechanics of lateral unicompartmental knee replacements (UKRs), where dislocation rates of 1-6% remain a significant clinical concern. Yang's work demonstrated that increasing the wall height of the tibial component effectively reduces the risk of medial bearing dislocation, a finding published in two 2021 papers. She further advanced the field by developing a novel robotics path planning algorithm to efficiently assess dislocation risk, replacing slower mechanical testing methods. This computational approach, detailed in her 2022 study, allows for more systematic evaluation of bearing stability under various conditions. While her papers currently hold modest citation counts, Yang's work represents a targeted, engineering-driven solution to a specific surgical complication, with potential to enhance implant design and surgical planning for the ~10% of arthritic knee patients with isolated lateral compartment OA.
Research Focus
Key Achievements
Top Papers
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