Barello et al. (63) |
Mobile health apps |
Demonstrated success in providing personalised education and support to patients, leading to improved knowledge and self-management abilities. |
Laranjo et al. (39) |
Mobile health apps |
Showed promise in delivering tailored education and facilitating patient engagement through conversational agents. |
Liang et al. (64) |
Mobile health apps |
Highlighted the widespread use of smartphones in advanced and emerging economies, indicating their potential for health-related purposes. |
Richards et al. (65) |
Mobile health apps |
Showed positive impacts on self-management behaviours and treatment adherence, empowering patients to actively participate in their care. |
Hollander et al. (40) |
Telemedicine platforms |
Enabled real-time access to patient information, facilitating informed decisions and multidisciplinary collaboration, thereby enhancing clinical decision-making. |
Eldaly et al. (66) |
Telemedicine platforms |
Facilitated seamless information sharing, reducing medical errors and enhancing care coordination among healthcare providers. |
Sutton et al. (67) |
Telemedicine platforms |
Described the potential of mobile health apps equipped with decision support systems to enhance clinical decision-making by providing evidence-based recommendations to healthcare providers. |
Roh and Won (68) |
Online health information resources |
Identified concerns regarding the reliability and accuracy of online health information, particularly for individuals with low health literacy. |
Yao et al. (69) |
Online health information resources |
Explored the concept of eHealth literacy and the need to address the digital divide in accessing and evaluating health information online. |
Belfrage et al. (70) |
Online health information resources |
Highlighted the importance of protecting sensitive health data and ensuring transparent data governance to maintain patient trust in digital health platforms. |