2022 |
COVID‐19 pandemic like wars and natural disasters have resulted in widespread adoption of tele‐critical care. |
Ganapathy et al. |
64
|
2020 |
Direct‐to‐consumer telemedicine can enable patients to connect with their healthcare provider at a distance. |
Moazzami et al. |
65
|
Telemedicine could use of webcam‐enabled computers and smartphones and allows medical practitioner to remarkably screen patients with early signs of COVID‐19 before they reach to hospital. |
2020 |
Telemedicine connects the low cost, convenience, and ready accessibility of health‐related information and communication using the Internet and associated technologies. |
Vidal‐Alaball et al. |
66
|
Telemedicine could lead to a significant decline in unnecessary patients visit and encouraging self‐quarantine. |
2020 |
Telemedicine can provide appropriate access to routine care without the risk of exposure in a congested health center waiting rooms. |
Smith et al. |
67
|
2020 |
Tele‐intensive care unit nursing minimized the risk to bedside nurses while maintaining a high level of care for patients. |
Arneson et al. |
68
|
Challenges |
2022 |
Tele‐critical care needs transparent communication with software, hardware, and connectivity as three important components. |
Ganapathy et al. |
64
|
Barriers in implementing tele‐critical care solutions include compensation structures, regulatory policies, cybersecurity, network infrastructure costs, and vulnerabilities. |
More studies on Tele‐Critical implementation and outcomes is required to develop best practice guidelines, certification, standardization of processes, and clinical training paradigms. |
2022 |
Because of the COVID‐19 pandemic, it is crucial to develop and update the guidelines and regulations for telemedicine reimbursement. |
Salmanizadeh et al. |
69
|
Future studies can examine the telemedicine reimbursement methods in developed and developing countries before and after the COVID‐19 pandemic. |