Christof Hurschler
Papers
28
Total Citations
830
H-Index
18
About
Christof Hurschler is a distinguished biomechanical researcher whose work spans orthopedic surgery, joint mechanics, and surgical implant design, with particular expertise in shoulder and knee biomechanics. Over two decades, he has made landmark contributions to understanding glenohumeral stability, including seminal investigations into reverse Hill-Sachs lesions, SLAP repairs, coracoacromial ligament function, and capsular shift procedures that have reshaped how surgeons approach shoulder instability and reconstruction. Hurschler's research on reverse shoulder arthroplasty — examining how implant configuration, neck-shaft angle, glenosphere lateralization, and scapular anatomy influence stability and impingement — has become essential reading for surgeons navigating this increasingly common procedure, with these studies collectively accumulating well over 100 citations. His knee arthroplasty work, notably demonstrating that posterior-stabilized designs reduce patellofemoral contact pressure compared to cruciate-retaining implants (60 citations), has directly informed prosthetic selection in clinical practice. His most-cited study (104 citations) on semi-rigid dynamic spinal implants further illustrates his range across musculoskeletal biomechanics. Through rigorous cadaveric and in vitro methodologies, Hurschler has consistently bridged laboratory science and surgical decision-making, establishing himself as a vital voice in translational orthopedic research.
Research Focus
Key Achievements
Top Papers
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- 9Medially Based Anterior Capsular Shift of the Glenohumeral Joint35 citations · 2001
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