Development and Validation of a Structured Tele-rehabilitation Programme of Brain Injured Patients

Overview

The goal of this research project is to develop a tele-rehabilitation programme, which will constitute an original care pathway for brain damaged patients. It will aim to improve their impairments, activities and social participation. The programme will deliver a therapeutic education and self-education programme targeting the upper and lower limbs, and will assess the patients by means of a diary and self-evaluation questionnaires.

According to WHO (1997), telemedicine is defined as "the part of medicine that uses the transmission of medical information (images, reports, recordings, etc.) by telecommunication, with a view to obtaining at a distance a diagnosis, a specialised opinioń, continuous monitoring of a patient, a therapeutic decision". More specifically, tele-rehabilitation is defined as "a set of interventions carried out at a distance and using communication technologies and information services, with the aim of improving the health or well-being of the persons involved". In other words, tele-rehabilitation is a form of health care practice that uses information and communication technologies to exchange information between rehabilitation providers and patients. Tele-rehabilitation programmes typically include self-rehabilitation. Self-rehabilitation consists of a personalised therapeutic programme during which the patient performs rehabilitation exercises independently. The patient is supervised by a clinician (e.g. physiotherapist or occupational therapist) throughout the programme. Initially to explain the programme and teach the patient how to use the technology. Then, to coach them regularly. Tele-rehabilitation programmes can be delivered in hospitals, rehabilitation centres or at home. Stroke affects 19,000 people per year in Belgium and is the leading cause of acquired disability in adults in industrialised countries. After a stroke, patients recover some of their functional abilities through spontaneous recovery. Rehabilitation improves this functional recovery, in terms of impairments, but especially in terms of activities and social participation, according to the International Classification of Functioning, Disability and Health. This rehabilitation must be intense, early and interdisciplinary, to promote cerebral neuroplasticity. However, more than half of these patients retain sequelae in terms of locomotion or function of the paretic upper limb. Current literature indicates that functional rehabilitation after stroke can be further optimised. On the one hand, current recommendations show that rehabilitation should be intensive and task-oriented to promote brain neuroplasticity and motor relearning. Currently, the intensity of treatment is generally insufficient in both the acute and chronic phases and may vary depending on the management setting. In Belgium, patients typically receive 2 hours of rehabilitation per working day in the acute and subacute phasë, and 30 minutes in the chronic phase. These patients are therefore globally not active enough. On the other hand, complementary treatments to classical rehabilitation have shown their effectiveness in recent years. Thus, several scientific publications have shown that tele-rehabilitation, which mainly includes remotely supervised self-rehabilitation programmes, is effective in improving impairments and activities in people who have had a stroke, either as a complement or a substitute for conventional rehabilitation. In 2018, Tchéro et al. showed that tele-rehabilitation was comparable in effectiveness to conventional treatments. A recent Cochrane review also showed that tele-rehabilitation was as effective as standard care, with a low to moderate level of evidence, on independence in daily activities, balance or quality of life. In addition to being able to intensify treatment, tele-rehabilitation is inexpensive and can also facilitate access to care for patients who do not have a physiotherapy practice or rehabilitation centre in their immediate vicinity. A structured telemedicine programme for stroke rehabilitation should include different elements. * Therapeutic education: Texts or videos that allow the patient and his or her relatives to better understand the condition and to know what they can do to improve it, for example, in terms of lifestyle, secondary prevention or rehabilitation. * Self-education exercise programmes: physical exercises adapted to the patient's health problem are presented in the form of commented videos. * Assessment: patients' functional abilities are assessed using PROMS-type questionnaires. * A space for instant communication between the patient and the rehabilitation team. This programme should be configured, personalised and regularly updated for each patient by a health professional. Telemedicine has recently been developed in Belgium in the context of the COVID19 crisis. It has made it possible to ensure the continuity of rehabilitation care. Different technical solutions are available to implement telemedicine. They must comply with different regulations to ensure the security and confidentiality of health data. A new tele-rehabilitation programme for post-stroke patients could meet the clinical needs to intensify treatment and improve accessibility to health care. Over the past few months, our team has been developing a tele-rehabilitation programme for stroke patients. This programme, called TeleRe, is a novel care pathway for stroke patients. It will aim to improve their impairments, activities and social participation, and ultimately their quality of life. After a stroke, neurorehabilitation varies from one patient to another, and over time for the same patient. The rehabilitation plan is established for each patient, with his or her agreement, at the beginning of his or her treatment and then regularly updated. Typically, the personalised treatment plan includes physiotherapy, occupational therapy, speech therapy and neuropsychology. Our TeleRé programme would be in addition to these standard treatments.