Related theme
Medical instrumentation
Sponsor - coordinator
Pierre Vacher, enseignant-chercheur SYMME
Partners
SYMME Laboratory
Christian Elmo, doctorant SYMME
Pierre Vacher, responsable scientifique, enseignant-chercheur SYMME
Ludovic Charleux, SYMME teacher-researcher
Émile Roux, responsable scientifique, enseignant-chercheur SYMME
Laurent Goujon, responsable scientifique, enseignant-chercheur SYMME
Olivier Peria, ingénieur d’études SYMME
Christophe Déprés, enseignant-chercheur SYMME
OntOrtho Medical
Christophe ALEPEE, Director
HEPIA, Geneva
Éric Vittecoq, researcher
GaitUp - Mindmaze, Lausane
Cléo Moulinn, chercheuse
Kinesiology Laboratory, Geneva
Stéphane Armand, Director
Florent Moissenet
Objectives
The aim of this project is to develop tools for diagnosis, simulation and personalized treatment of shoulder pathologies. It brings together two industrial structures, seven surgeons and three university entities. Within the SYMME laboratory, a non-invasive measuring device based on monocular vision, known as a surgical navigation tool, has been developed to identify in real time the position of the bony structures involved in the scapulo-humeral joint (shoulder) and enable the fixation of implant- or prosthesis-type elements. At the same time, a test bench that can be used on anatomical parts enables us to experimentally link a given movement of the humerus to the muscular efforts of the thirteen muscles involved in this joint. This system enables the choice of prosthetic assembly to be optimized in virtual surgery, in order to maximize amplitudes, muscular effort and, consequently, functional results.
Résultat(s) / Publication(s)
Les Résultats
Creation(s) software type, instrument...
Navigation software
Navigation device
Shoulder cadaveric test bench 13 muscles
Communication(s) such as video, website...
Project presentation video (LaboratoireSYMME channel on YouTube)
Protection(s) such as patents, APP applications, Soleauenvelopes...
Surgical navigation device
Les Publications
Doctoral dissertation
Christian Elmo, « Développement d’un système de localisation tridimensionnelle par vision monoculaire : application à la navigation chirurgicale de l’épaule », thèse de doctorat de l’USMB, mars 2023.
Scientific journal articles
"ArUco-based stylus reliability for reproducible 3D digitization of a shoulder cartilage contours", Journal of anatomy , under review (August 2023).
"High accuracy 3D locators tracking in real time using monocular vision", Machine vision and applications, under review (August 2023).