| Activité professionnelle |
Responsable Innovation – Développement de technologies de rééducation intensive
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| Activité scientifique |
Dessintey développe des technologies de rééducation intensive pour accélérer le retour à l’autonomie des patients.
Dessintey s’appuie sur les dernières avancées scientifiques en neurosciences et sur une proximité forte avec les thérapeutes pour proposer des technologies simples et efficientes.
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| Scientifical activity |
Dessintey develops intensive rehabilitation technologies to help patients regain autonomy faster.
Dessintey relies on the latest scientific advances in the field of neurosciences and on a close relationship with clinicians to offer simple and efficient technological solutions.
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| Publication(s) |
Main scientific publication regarding or using Dessintey’s Intensive Visual Simulation (IVS)
Mercier C., Sirigu A., 2009. Training with virtual visual feedback to alleviate phamtom limb pain. Neurorehabilitation and neural repair.
Giraux P., Sirigu A., 2003. Illusory movements of the paralyzed limb restore motor cortex activity. NeuroImage 20 (2003) S107-S111.
Touly Julia, Combining computerized mirror therapy and tDCS in upper limb rehabilitation in stroke patients: a feasibility study. University of Saint Etienne, 2019.
Phaner Virginie, Controlled study of visuomotor rehabilitation of upper limb motor deficits after cerebral vascular accident. University of Saint Etienne, 2006.
Main communication during congress regarding Dessintey’s Intensive Visual Simulation (IVS):
“Tous Azimut”, Occupational Therapy Congress, ERASME Hospital, 2020. From the Mirror Box to IVS3: Evolution of Mirror Therapy for the Post-Stroke Patient. BOURGUES M., ROBERT C. Clinique Valmont.
ECNR European Congress of Neurorehabilitation 2019. Combining tDCS and computerized mirror therapy in upper limb rehabilitation in stroke patients: a feasibility study. GIRAUX P., TOULY J., RIMAUD D. Physical Medicine and Rehabilitation Dept, University Hospital of Saint-Étienne, & LIBM, EA 7424, Jean Monnet University Saint Etienne.
SOFMER French Society of Physical and Rehabilitation Medicine 2019. Intensive Visual Simulation training in tetraplegic patients: feasibility, safety and subjective experience. ZAGORDA B., RIMAUD D., GIRAUX P. Physical Medicine and Rehabilitation Dept, University Hospital of Saint-Étienne, & LIBM, EA 7424, Jean Monnet University Saint Etienne.
ISPRM International Society of Physical and Rehabilitation Medicine World Congress 2018. Combining tDCS and computerized mirror therapy in upper limb rehabilitation in stroke patients. A feasibility study. Touly J., Fanfano L, Rimaud D., Giraux P. Physical Medicine and Rehabilitation Dept, University Hospital of Saint-Étienne, & LIBM, EA 7424, Jean Monnet University Saint Etienne.
EMPR Physical Medicine and Rehabilitation Interviews 2018. Mirror therapy in the traumatic hand [original title in French: Thérapie miroir dans la main traumatique] GIRAUX P., University Hospital of Saint-Étienne [http://empr.fr/EMPR2018/2_56_P%20Giraux/index.html]
SOFMER French Society of Physical and Rehabilitation Medicine 2016. Presentation of the Intensive Visual Simulation – Workshop
16th Session of the “Institut Garches” interviews 2003. Vascular Hemiplegia Rehabilitation – Upper limb rehabilitation with modified visual feedback [Original titile in French: Rééducation de l’hémiplégie vasculaire – Rééducation du member supérieur par retroaction visuelle modifiée]. Giraux P., Auclair D., Calmels P., Gautheron V., Sirigu A. Physical Medicine and Rehabilitation Dept, University Hospital of Saint-Étienne, & Institut des Sciences Cognitives de Lyon, CNRS UMR 5015.
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