Evaluation of a novel robotic testing method for stability and kinematics of total knee arthroplasty

Similar Items

• Total knee replacement designs have differing stability under novel robotic testing method in vitro
  by: Sander R. Holthof, et al.
  Published: (2025)
• High in‐vivo accuracy of a novel robotic‐arm‐assisted system for total knee arthroplasty
  by: Faseeh Zaidi, et al.
  Published: (2024)
• High‐grade trochlear dysplasia increases patellofemoral joint pressure and decreases the knee extension torque, and tibial tubercle anteriorisation does not correct these effects: Biomechanical study in vitro
  by: Michael Dan, et al.
  Published: (2024)
• Gait kinematics and knee stability 10‐years following posterior‐stabilised total knee arthroplasty comparable to healthy adults >55
  by: Gwenllian F. Tawy, et al.
  Published: (2024)
• Prospective, randomised controlled trial comparing robotic arm‐assisted bi‐unicompartmental knee arthroplasty to total knee arthroplasty
  by: Omer M. Farhan‐Alanie, et al.
  Published: (2025)