LEGEND |
Tool Evidence |
Home-Based Telerehabilitation in Older Patients with COPD and Heart Failure (EN)
by Palmira Bernocchi, et al.
August 30, 2017
This study showed the effectiveness of a 4-month home-based telerehabilitation program (Telereab-HBP). The program included remote monitoring of cardiorespiratory parameters, weekly phone-calls by the nurse, and exercise programme, monitored weekly by the physiotherapist.
Recovery Plus (EN)
TYPE OF TOOL: Telehealth platform.
TARGET POPULATION: The platform was developed for cardiac patients either pre or post treatment. Was developed in the United States.
BASIC DESCRIPTION: This platform provides an interface for the remote administration of rehabilitation programs including exercise plans. The interface has an App for the client to use on a smart device.
RoboTeleRehab (EN)
March 01, 2023
The RoboTeleRehab system include (A) a home-based telerehabilitation system for the patient and (B) a telemonitoring system for the clinician. The designed home-based cardiac telemonitoring and telerehabilitation system (RoboTeleRehab) aims to aid patients in restoring motor function after a serious cardiac event.
The COPD Pocket Consultant Guide Mobile App (EN)
The COPD Foundation has developed an app that is designed to support the treatment and management of COPD. The latest version contains an updated therapy chart, including the latest medications, inhaler instruction videos, depression and anxiety screeners, a new pulmonary referral checklist and much more.
The Future of Wearables in Heart Failure Patients (EN)
by Adam D. DeVore; Jedrek Wosik; & Adrian F. Hernandez
November 14, 2019
This study assessed the potential applications of wearable devices in heart failure care, summarizes available data for wearables, and discusses the future of wearables for improving the health of patients with heart failure.
Virtual and In-Person Cardiac Rehabilitation (EN)
This article provides an overview of developments in telerehab since the Covid-19 pandemic. In the future, patients with cardiovascular disease are likely to be offered alternatives to centre based cardiac rehabilitation, including hybrid models, which will provide patient choice.
