Exeira is a complete high-tech solution designed for the assessment, treatment and rehabilitation of both traumatological and neurological patients (affected by Acquired Brain Injury, mostly Stroke and its derived pathologies).
The Exeira solution consists of a software or desktop application that integrates and gamifies different therapies in virtual reality; and hardware devices that allow measurements and biomechanical assessments of patients while working with them. This generates objective data applicable in motivated reports, as well as in the generation of evolutionary statistics.
Our patient module provides you with a comprehensive and efficient tool to manage your patients’ information, ensuring a comprehensive approach to their care and allowing you to make informed decisions based on concrete data.
Objective data is collected through capture systems by means of the measurement systems integrated in the system.
The analysis module collects and evaluates all the data collected during the work sessions with the patients, both from the evaluation systems and from the virtual reality sessions. This allows the issuance of specific or evolutionary reports based on the information collected with the system.
Through virtual reality, different situations, activities, actions and processes of real life are simulated in a controlled environment, whose objectives and methodology are aligned with the therapeutic objectives and needs of the patient and the rehabilitation team. Each of the exercises has a series of associated difficulties that seek to have the highest level of adaptation for users.
In addition to virtual reality, the Exeira solution is composed of different sensing and monitoring devices such as surface electromyography (EMG) and motion capture sensors, which help to accurately evidence the patient’s joint range of movement (ROM) and muscle activation patterns for a more precise analysis of functional movements.
Evaluation of the electrical activity of muscles by placing electrodes on the surface of the skin. These electrodes pick up electrical signals generated by muscle contraction and relaxation.
Biomechanical evaluation of human movement to detect muscle imbalances and improve movement technique in patients with injuries or disabilities.
Virtual reality in the field of rehabilitation has a strong scientific evidence base supported by numerous scientific studies and articles. This research has consistently demonstrated the benefits and efficacy of virtual reality in improving motor function, cognitive rehabilitation, pain and stress reduction, as well as improving treatment adherence.
