LEGEND |
| Tool Evidence |
@ctivehip Tele-rehabilitation (EN)
TYPE OF TOOL: Web based platform.
TARGET POPULATION: Developed for clinicians and patients after a hip replacement.
BASIC DESCRIPTION: Provides a platform for hosting and following a 12-wee multidisciplinary program consisting of physical exercise and occupational therapy video-recorded rehabilitation programmes, as well as a number of videos with general recommendations on the recovery process.
Dexteria- Fine Motor Skill Development for Grades K – Adult (EN)
The Dexteria app is a set of therapeutic hand exercises that improve fine motor skills and handwriting readiness in children and adults. The exercises take advantage of the multi-touch interface to help build strength, control, and dexterity.
Early clinical management of severe burn patients using telemedicine: a pilot study protocol (EN)
by Maxim Moreau & Guy Paré
July 04, 2020
The present pilot study aims to investigate the feasibility, acceptability, and potential value of a large telemedicine initiative at the University of Montreal Health Center’s burn center and its network of referring hospitals.
Glove Rehabilitation Application for Stroke Patients (GRASP) (EN)
TYPE OF TOOL: Modified SaeboGlove for home VR use.
TARGET POPULATION: Developed for stroke patients.
BASIC DESCRIPTION: Incorporates the SaeboVR software using Kinect-based motion capture to allow virtual practice of IADLs while patient is at home. Can be used both asynchronous and synchronous with telerehabilitation.
Home Kit by Khymeia (EN)
TYPE OF TOOL: Home Rehabilitation Kit.
TARGET POPULATION: Developed for clinicians and researchers.
BASIC DESCRIPTION: Provides a complete kit for clients to take home, allowing therapists or researchers to connect remotely to provide therapy. Has ability to record offline activities and provide records to therapist.
iMHere 2.0 System (EN)
The iMHere 2.0 system consists of cross-platform client and caregiver apps, a Web-based clinician portal, and a secure 2-way communication protocol for providing interactions among these 3 front-end components, all supported by a back-end server. The client and caregiver apps have 12 adaptive app modules to support various types of self-management tasks. The adaptive architecture makes it possible for PwCCDs to receive personalized app modules relevant to their conditions with or without support from various types of caregivers. The personalization and persuasive technologies in the architecture can be used to engage PwCCDs for long-term usage of the iMHere 2.0 system.
Implementation and Evaluation of a Wraparound Virtual Care Program for Children with Medical Complexity (EN)
by Curfman, A.L., Haycraft, M., McSwain, S.D., Dooley, M., & Simpson, K.N.
June 01, 2023
Children with medical complexity were identified and enrolled in a virtual complex care program with a dedicated multidisciplinary team, which provided care coordination, education, parental support, acute care triage, and virtual visits. A retrospective pre- and postanalysis of data obtained from the Hospital Industry Data Institute (HIDI) database measured inpatient, outpatient, and emergency department (ED) utilization and charges before implementation and during the 2-year program. Conclusions: We implemented a virtual care model to provide in-home support and care coordination for medically complex children and adolescents and used an economic framework to assess changes in utilization and cost. The program had high engagement rates and parent satisfaction, and a pre/postanalysis demonstrated statistically significant reduction in hospitalizations and ED visits for this high-cost population.
Light Detection and Ranging (LiDAR) (EN)
TYPE OF TOOL: Motion detection technology.
TARGET POPULATION: Developed for clinicians and researchers.
BASIC DESCRIPTION: Provides clinicians and researchers the ability to measure client movements non-invasively. This technology has recently been adapted with the goal of securing elderly people by monitoring for falls.
MIRA (EN)
MIRA is a software platform that turns physical and cognitive exercises into clinical exergames, making therapy more convenient and easier to follow. It is designed as a tool for therapists, using motion tracking sensors to engage patients in their therapy, while assessing and reporting patient compliance.
MOVE Online Programme (EN)
TYPE OF TOOL: Online Program.
TARGET POPULATION: 13–30-year-olds living with and beyond cancer.
BASIC DESCRIPTION: A free 8-week online program for youth living with and beyond cancer with aims including to improve fitness, function and overall quality of life, muscle strength and conditioning. Participants can self-refer online.
SELFBACK Application (EN)
TYPE OF TOOL: Mobile Application.
TARGET POPULATION: Developed for clients with back pain.
BASIC DESCRIPTION: Provides an AI-based self-management app that provides users with weekly and individually tailored plans for physical activity, strength and flexibility exercises, and educational messages. Also contains goal setting, mindfulness, and sleep reminders.
Shoupa (EN)
An expert team composed of occupational therapists, graphic designers, and information technology experts has developed a new app called “Shoupa” focused on balance ability. This app-based Tai Chi training improves balance ability, thereby improving daily living and the quality of life of patients with Parkinson’s Disease.
Smart Bandages: The Future of Wound Care (EN)
by Hossein Derakhshandeh, et al.
September 06, 2018
This article discusses technologies that have been developed to actively monitor the wound environment. Smart platforms can integrate different types of (bio)sensors for real-time monitoring and active treatment of the wound.
Telemedicine Optimized Burn Interventions (TOBI) (EN)
A novel smartphone application for burn wound care, called the Telemedicine Optimized Burn Intervention (TOBI), was recently developed to enable burn experts to direct burn wound care while the patient and caregiver are home through text messaging and video-conferencing.
The Computer Assisted Rehabilitation Environment (CAREN) (EN)
The Computer Assisted Rehabilitation Environment (CAREN) targets all aspects of balance and locomotion for clinical assessment and treatment. As well as benefiting from objective, standardised clinical gait, and balance assessments, the CAREN creates everyday functional environments for therapy in challenging yet safe conditions. Tailoring patient treatment with motivating and challenging exercise-games for gait and balance, patients are trained in a safe, yet challenging environment. The CAREN is medically certified. It enables you to effectively treat balance or gait disabilities caused by conditions of neurological, orthopedic, or other origin. Such conditions include Stroke, Cerebral palsy, Lower limb amputation, Parkinson’s disease, Traumatic Brain injury, Spinal Cord injury.
Timocco (EN)
Timocco is an online, therapeutic gaming environment specifically designed for children with special needs. Using motion-based technology, our games respond to the child’s movements. Timocco’s broad range of games have been especially designed by Occupational Therapists to provide interactive and motivating opportunities for developing motor, cognitive and communication abilities.
