Philipp A. Michel
Papers
6
Total Citations
198
H-Index
5
About
Philipp A. Michel is an orthopedic biomechanics researcher whose work spans two principal areas: knee ligament stability and glenohumeral (shoulder) joint mechanics. His research has made meaningful contributions to how surgeons understand and treat instability in both of these complex joints. Michel's most-cited work (87 citations) challenged a common surgical assumption by demonstrating that harvesting ipsilateral hamstring tendons for ACL reconstruction may compromise medial knee stability when the medial collateral ligament is already insufficient — a finding with direct clinical implications for graft selection. Complementing this, his 2019 investigation into the semimembranosus corner (36 citations) further clarified the dynamic role of passive and active restraints along the medial knee. In shoulder biomechanics, Michel has produced a notable body of work examining factors governing glenohumeral stability beyond simple bone-loss thresholds. His 2021 finding that glenoid concavity exerts greater influence on shoulder stability than defect size alone (47 citations) has helped reshape thinking around surgical decision-making in instability cases. Subsequent studies on GLAD lesions and the long head of the biceps reinforce his systematic, cadaveric-model approach to isolating biomechanical variables. Collectively, his work bridges laboratory science and clinical orthopedics, offering surgeons evidence-based guidance on stabilization strategies.
Research Focus
Key Achievements
Top Papers
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