C2Motion is physiotherapy software developed with a team of researchers and practitioners. It uses virtual reality and augmented reality to immerse the patient in environments dedicated to the assessment of mobility, vestibular rehabilitation and functional rehabilitation of the upper and lower limbs.
Mobility, balance or functional rehabilitation exercises often require reproducing situations close to the patient's daily life. However, recreating these contexts in a precise and repeatable way in consultation is not always simple.
The space available and the difficulty in gradually varying an exercise can limit the progress of the protocol. Precise monitoring of the patient's progress also remains difficult to objective without quantified feedback.
Virtual reality makes it possible to recreate these exercises directly in the office, in a controlled, reproducible and measurable environment.
The C2Care environments allow you to recreate mobility and proprioception assessment exercises, which the practitioner adjusts according to the objectives of the session.
The patient can perform flexion or range of motion movements, work on their balance in the face of optokinetic stimulation, or practice in environments dedicated to vestibular rehabilitation.
These exercises can be repeated and gradually integrated into the practitioner's protocol in order to work with the patient on mobility, balance and functional recovery of the limbs.
VRET
The practitioner seats the patient on a swivel chair and fits them with the virtual reality headset
Using the control interface, the practitioner selects the environment suited to the session's goals and starts the exposure.
During immersion, the practitioner supports the patient using a visual feed and can adjust the exposure scene in real time
Environments
Find the different environments available depending on the pathology you wish to treat.
The patient performs precise exercises (flexion of the elbow, shoulders, wrists) using the joysticks. The results are displayed gradually, providing the practitioner with quantified feedback and monitoring of progress.
Cervical and global proprioception exercises allow you to work on body balance. The patient's positional sense is quantified in order to precisely target the rectification work.
Vestibular rehabilitation relies on dedicated environments: optokinetic stimulation, vection, visual flow and seasickness. It targets the plasticity of the central nervous system to adopt new equilibration strategies.
Repetitive exercises in virtual reality help restore motor functions and autonomy of movement. C2Motion also allows you to work on an immobilized limb or relieve pain related to a phantom limb thanks to customizable movements.
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Solène Montègue
Neuropsychiatrist
The developments C2Care is currently integrating into the interface are very promising and meet the established therapeutic objectives [...]: offering tailored exercises that can be adapted to levels of dependency, cognitive disorders, and patients' real-time responses.
Samia Lahya
Psychiatrist
With the acquisition of new equipment [...] and updates to the C2Care programs, its use has expanded even further: OCD, phobias, addictions, anxiety disorders, depression, and PTSD. Ten years later, it is no longer merely a curiosity, but a genuine therapeutic tool that is stimulating, innovative, and effective.
Sabrina Gineau
Psychologist
I incorporate this technology into brief therapies lasting two to four months, with one session per week. I begin with relaxation techniques and, when patients are ready, we proceed. It makes it much easier to expose people to these situations.
Noël Schepers
Psychologist
Virtual reality can enrich and personalize treatment, facilitate patient-therapist collaboration in developing the treatment plan, and add a playful dimension. The possibilities for development and application are immense and extend to every area of psychology and psychotherapy.
MĂ©lanie Boucherot
Psychologist
The value of this technology [C2Care] lies in offering new possibilities for therapeutic support and expanding the range of tools available to healthcare professionals.
François Maltese
Psychologist
For several months, we have been using virtual reality in habituation therapies. Before the procedure, patients are progressively and immersively exposed to their future medical environment and psychologically prepared to accept it.
Dre Marie-Claude Roberge
Doctor of Psychology
Since 2022, we have been using virtual reality therapy with the C2Care platform to simulate exposure to aversive stimuli and triggers that cause anxiety. Exposure therapy is used to treat specific phobias, including fear of heights, enclosed spaces, flying, dogs, emetophobia, and many others.
Dr Laure Du Pouget
Urologist
Using a virtual reality headset for self-hypnosis during prostate biopsies creates a calm atmosphere for a procedure that can sometimes be uncomfortable, even with effective local anesthesia...
Delphine Py
Psychologist
Thank you to C2Care for providing innovative virtual reality solutions to support CBT (cognitive behavioral therapy)! A major step forward in making exposure exercises easier and helping our patients overcome their phobias.
Lo HHM et al. — Immersive and non-immersive virtual reality in active rehabilitation of chronic musculoskeletal pain
Immersive and Nonimmersive Virtual Reality-Assisted Active Training in Chronic Musculoskeletal Pain: Systematic Review and Meta-Analysis
Jo S et al. — Therapeutic mirror in 360° virtual reality for functional recovery of the upper limb after stroke
360° immersive virtual reality-based mirror therapy for upper extremity function and satisfaction among stroke patients: a randomized controlled trial
Chen J et al. — Effectiveness of virtual reality-assisted exercise therapy for upper limb motor rehabilitation after stroke
Effectiveness of Using Virtual Reality-Supported Exercise Therapy for Upper Extremity Motor Rehabilitation in Patients With Stroke: Systematic Review and Meta-analysis of Randomized Controlled Trials
Truijn S et al. — Home Virtual Reality Training and Telerehabilitation for Balance in Parkinson's Disease, Multiple Sclerosis and Stroke
Effect of home-based virtual reality training and telerehabilitation on balance in individuals with Parkinson disease, multiple sclerosis, and stroke: a systematic review and meta-analysis
Peláez-Vélez FJ et al. — Virtual reality and video games in the rehabilitation of patients after stroke
Use of Virtual Reality and Videogames in the Physiotherapy Treatment of Stroke Patients: A Pilot Randomized Controlled Trial
Discover more
Depending on your patients' needs, other areas may also be relevant to explore. Discover the different environments available in C2Care.
Create a free account to discover all exposure situations and subscribe directly online
FAQ
Here are the answers to the questions most asked by practitioners about C2Motion.
C2Motion is physiotherapy software using virtual reality and augmented reality. It makes it possible to assess functional mobility and to take care of vestibular and functional rehabilitation of the upper and lower limbs.
C2Motion treats motor and praxis disorders: vestibular disorders, body schema disorders, kinesiophobia and phantom limbs. It is also applied in orthopedics for the rehabilitation of an immobilized limb.
The patient performs precise movements (elbow flexion, shoulders, wrists) using the joysticks. The results are displayed in real time, providing the practitioner with quantified feedback and monitoring of progress.
Several immersive environments are available and customizable: visual motion, visual flow, optokinetic stimulation, motion sickness and vertigo. These exercises work on the plasticity of the central nervous system.
Yes, C2Motion works against kinesiophobia thanks to fun exercises, even in geriatrics. Playing the game stimulates concentration and allows for overall rehabilitation without anxiety or suffering.
Studies show improvements in balance, physical functioning and walking speed. They also note a reduction in the fear of falling and better psychological well-being of patients.
Yes, exercises target cervical and overall proprioception to work on body balance. The patient's positional sense is quantified in order to monitor and correct their progress.
