Partageons nos savoirs
Explorez tous les abstracts présentés à des conférences provinciales, régionales et nationales depuis la création du programme CIME.
Sinha S, Georgakopoulos D, Chesné L, Bourgeois H, Hoang Quang N, Meftah EM, Comptois J, Duda V, Zidarov D, Demers M, Barthelemy D. Feasibility of Combined Activity-Based Therapy and Transcutaneous Spinal Cord Stimulation for Upper Limb Rehabilitation in Individuals with Sub-Acute Spinal Cord Injury. ABT expo, 2026.
Perron C, Restout J, Zidarov D, Barthélemy D, Demers M. Activity-Based Therapy and Spinal Stimulation: Experiences of Participants with Subacute Cervical Spinal Cord Injury. PREMIER; 2026.
Sabalette P, Zidarov D. La marche visuo-proprioceptive pour diminuer la douleur neuropathique après une lésion de la moelle épinière. RQRD; 2026.
Hoang Quang N, Cossette-Levasseur M, Beauregard-Veillette SJ, Dubé N, MacMahon M, Bourgeois H, Chesné L, Bonizzato M, Martinez M, Zidarov D, Barthélemy D. Exploring the Synergy Between Gait Training and Spinal Neuromodulation: A Feasibility Study. CSCI-RA; 2025.
Chesné L, Demers M, Zidarov D, Dubé N, Comtois J, Dansereau C, Lack M, Lamarche M-E, Desbarbieux A-C, Hoang Quang N, Labine S, Leclair B, Barthélemy D. Co-developed activity-based therapy with transcutaneous spinal cord stimulation protocol to boost upper limb recovery in subacute spinal cord injury. CSCI-RA; 2025.
Restout J, Barthélémy D, Bourgeois H, Chesné L, Dubé N, Zidarov D.A living lab approach to co-develop and implement a rehabilitation research program for people with spinal cord injury integrating intensification and neuromodulation.
CSCI-RA; 2025.
Hoang Quang N, Cossette-Levasseur M, Dubé N, MacMahon M, Bourgeois H, Sinha S, Bonizzato M, Martinez M, Zidarov D, Barthélémy D.Exploring the synergy between gait training and spinal neuromodulation: A feasibility study. CIRCA; 2025.
Chesné L, Demers M, Zidarov D, Dubé N, Comtois J, Dansereau C, Lack M, Lamarche M-E, Desbarbieux A-C, Hoang Quang N, Labine S, Leclair B, Barthelemy D. Enhancing upper limb recovery with a combined activity-based therapy and transcutaneous spinal cord stimulation: co-development of a protocol to intensify and supplement in-patient care for individuals with subacute spinal cord injury. Neuromodulation: Technology at the Neural Interface. 2026;29(1):S179.
Sinha S, Chesné L, Bourgeois H, Meftah EM, Comptois J, Duda V, Zidarov D, Demers M, Barthelemy D. Feasibility of combined activity-based therapy and transcutaneous spinal cord stimulation for upper limb rehabilitation in individuals with sub-acute spinal cord injury. Neuromodulation: Technology at the Neural Interface. 2026;29(1):S188.
Hoang Quang N, Cossette-Levasseur M, Beauregard-Veillette SJ, Dubé N, Meftah EM, Bourgeois H, Law N-Y, Ceglia A, Bonizzato M, Martinez M, Zidarov D, Barthelemy D. Gait training combined with transcutaneous spinal stimulation to enhance lower limbs motor recovery in people with spinal cord injury: Pilot Study. Neuromodulation: Technology at the Neural Interface. 2026;29(1):S183.
Desbarbieux, A.-C., Abolfazl, M., Barthelemy, D., Zidarov, D. & Demers, M. Analyse cinématique du membre supérieur chez des personnes tétraplégiques à l’aide de capture vidéo sans marqueurs. Acfas; 2025.
Desbarbieux A-C, Mohebbi A, Barthélémy D, Zidarov D, El Khamlichi Y, Demers M.
Proof-of-concept of a markerless approach in analyzing upper limb kinematics in tetraplegic patients. ASNR; 2025.
