Skip to main content
Logo GMV

Main navigation

  • Sectors
    • Icono espacio
      Space
    • Icono Aeronáutica
      Aeronautics
    • Icono Defensa y Seguridad
      Defense and Security
    • Icono Sistemas Inteligentes de Transporte
      Intelligent Transportation Systems
    • Icono Automoción
      Automotive
    • Icono Ciberseguridad
      Cybersecurity
    • Icono Servicios públicos Digitales
      Digital Public Services
    • Icono Sanidad
      Healthcare
    • Icono Industria
      Industry
    • Icono Financiero
      Financial
    • Icono Industria
      Services
    • All Sectors

    Highlight

    EMV Transit
    EMV Transit: technology that keeps on working
  • Talent
  • About GMV
    • Get to Know the Company
    • History
    • Management Team
    • Certifications
    • Corporate Social Responsibility
  • Communication
    • News
    • Events
    • Blog
    • Magazine GMV News
    • Press Room
    • Media library
    • Latest from GMV

Secondary navigation

  • Products A-Z
  • GMV Global
    • Global (en)
    • Spain and LATAM (es - ca - en)
    • Germany (de - en)
    • Portugal (pt - en)
    • Poland (pl - en)
    • All branches and all GMV sites
  • Home
  • Communication
  • News
Back
New search
Date
  • Healthcare

Virtual Arthroscopy training in Imperial College

30/08/2011
  • Print
Share

Simulation nowadays plays a key role in surgeon training. Virtual reality provides a much more realistic learning environment and allows for trial-and-error learning without any undesired consequences for patients.

Along these lines the researcher Dr Sofia Bayona has been carrying out important work under the FP7 program Marie Curie Intra-European Fellowship during her stay at the Imperial College London, focusing on progress in validation of the virtual reality arthroscopy simulator insightArthroVR.

During this research experiments were carried out with both the knee- and shoulder-arthroscopy simulator. With the knee arthroscopy simulator 86.4% of the participants thought that the simulator gave a realistic vision of actual arthroscopy and 91.3% of the respondents declared their expectations to have been met.

There was an improvement in the performance of trainee surgeons in terms of task execution time, iatrogenic harm and efficiency of arthroscope movements. The simulator proved that it is capable of distinguishing between beginner, intermediate and expert surgeons in the objective indicators analyzed (time and efficiency of movements with the athroscope and probe).

The results, for both the knee- and shoulder-arthroscopy simulators, prove that insightArthroVR is capable of simulating arthroscopy with uncanny realism and can also distinguish between the subjects in terms of their experience; it is therefore valid as an educational tool. Training with the simulator has also been shown to improve efficiency of athroscope movements (a clear indicator of improvement in skills and speed).

These results were presented in the 4th Hamlyn Symposium for Medical Robotics 2011 and serve as further evidence of the growing interest in bringing virtual training practices into surgeons’ curricula, with the aim of improving their training and, in the last analysis, ensuring patient safety. The Imperial College is now determined to continue this line of research and bring out more publications on the subject; hence its upcoming presentations at the BOA/IOA Combined Meeting 2011 British Orthopaedic Association/Irish Orthopaedic Association, Dublin, Ireland, 13-16 Sep 2011 and the 23rd Congress of the European Society for Surgery of the Shoulder and the Elbow (SECEC-ESSSE), Lyon, France, 14-17 Sep 2011.

 

  • Print
Share

Related

Premios IA con Impacto Social
  • Healthcare
The GMV-led Tartaglia project wins the "AI with Social Impact Prize".
np_011_ia-lung-scan.jpg
  • Healthcare
Innovative artificial intelligence-based simulator for the diagnosis of interstitial lung diseases
np_011_ia-lung-scan.jpg
  • Healthcare
GMV designs a groundbreaking artificial intelligence-based simulator for diagnosing interstitial lung diseases

Contact

Contact menu

  • Contact
  • GMV around the world

Blog

  • Blog

Sectors

Sectors menu

  • Space
  • Aeronautics
  • Defense and Security
  • Intelligent Transportation Systems
  • Automotive
  • Cybersecurity
  • Digital Public Services
  • Healthcare
  • Industry
  • Financial
  • Services
  • Talent
  • About GMV
  • Shortcut to
    • Press Room
    • News
    • Events
    • Blog
    • Products A-Z
© 2025, GMV Innovating Solutions S.L.

Footer menu

  • Contact
  • Legal Notice
  • Privacy Policy
  • Cookie Policy

Footer Info

  • Commitment to the Environment
  • Financial Information