Papers
4
Total Citations
174
H-Index
4
About
Manuel Ferle is a researcher whose work bridges the cutting edge of surgical robotics and orthopedic biomechanics. His primary research areas include haptic feedback in robot-assisted surgery and the biomechanical stability of shoulder arthroplasty and repair. Ferle’s major contribution is a landmark meta-analysis on the benefits of haptic feedback in robot-assisted surgery, which has garnered 95 citations and systematically identifies key moderators that influence surgical outcomes—a critical step for improving robotic systems. In orthopedic biomechanics, he has made significant strides with cadaveric studies on reverse shoulder arthroplasty, demonstrating how humeral neck-shaft angle and glenosphere lateralization affect joint stability (63 citations). Notably, Ferle developed the novel arthroscopic subscapular sling procedure, using a semitendinosus graft to enhance shoulder stability, and later refined it with a quadriceps tendon–bone graft for severe glenoid bone loss. These innovations offer promising solutions for recurrent shoulder instability, showcasing his ability to translate biomechanical insights into practical surgical techniques. His work is highly impactful for both engineers and clinicians seeking to advance surgical precision and patient outcomes.
Research Focus
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