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Claudio Belvedere

Adjunct professor

Department of Biomedical and Neuromotor Sciences

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Biomechanics of motor function – Course programme, a.a. 2017-2018

  • Introduction to the course.
  • Basics on joint biomechanics and modeling.
  • Gait Cycle.
  • Gait Analysis: basic tools and relevant integration.
  • Gait Analysis: main errors and relevant correction.
  • Gait Analysis: standard protocols.
  • Gait Analysis: innovative protocols extended to trunk and total body motion.
  • Practice in Gait Analysis laboratory: gait cycle tracking.
  • Practice in Gait Analysis laboratory: trunk, foot and total body motion tracking.
  • Podobarografia: basics.
  • Practice in laboratory with podobarografica platform.
  • Joint mechanics: the human intact knee.
  • joint mechanics: the human prosthetic knee.
  • joint mechanics: the human intact ankle.
  • joint mechanics: the human prosthetic ankle.
  • Surgical navigation: basics on theory and instrumentation.
  • Surgical navigation: standard and innovative applications.
  • Live and simulated surgery during total knee arthroplasty performed using surgical navigation.
  • 3D video-fluoroscopy: basics and standard applications.
  • 3D video-fluoroscopy: hands-on practice on real cases.
  • 3D video-fluoroscopy: innovative applications.
  • Roentgen stereophotogrammetric analysis.
  • Virtual Simulation Environments.
  • 3D Printing: basics on theory and applications.
  • Exam description and conclusions.

Published on: February 09 2018