Abstract:In an intensive care unit (ICU), patients' families play a very important role; however, they often lack medical knowledge and are extremely anxious, which could affect their ability to take care of the patients. The effects of giving conventional paper‐based instruction are limited in terms of improving patients' families' understanding of the facilities and the rules in the ICU and in reducing their anxiety. Therefore, in this study, an interactive e‐book was developed to present the nursing education conten… Show more
“…As Maganty et al (2018) informed that compared with conventional printed materials, interactive learning exhibited great potential in promoting patients' learning motivation and effects. It has now been demonstrated that interactive design tends to facilitate patients learning outcomes by presenting related knowledge in an interactive manner (Lee, Wang, et al, 2019). Research has tended to focus on the combination of interactive functions and learning content to provide tasks, guidance, and feedback to learners (Sung et al, 2019; Suppan et al, 2020).…”
Section: Literature Reviewmentioning
confidence: 99%
“…The major advantages of mobile devices include shareability, creativity and multimedia features (Shadiev et al, 2018). The mobile contextual interactive environment facilitates the delivery of healthcare education by nursing staff, as the interactive environment not only frequently updates the healthcare information but also provides interactions with audio‐visual information and social networking applications (Lee, Wang, et al, 2019; Lin et al, 2020). Likewise, these advantages show the huge potential to facilitate remote information sharing and education for caregivers and minimize their risk of infection (Taylor et al, 2017).…”
Section: Literature Reviewmentioning
confidence: 99%
“…This situation is similar to that of providing care for patients in the intensive care unit (ICU). Given the unique environment of the ICU, caregivers are often not allowed to enter the wards; thus, they cannot always accompany the patients (Lee, Wang, et al, 2019). The medical equipment in the ICU is complex and diverse, which may bring heavy mental burdens and anxiety to the caregivers (Edelhauser & Lupu‐Dima, 2020; Lam et al, 2020).…”
Section: Conclusion Insights and Limitationsmentioning
confidence: 99%
“…Compared to conventional pamphlet-based instructions, the integration between interactive technologies (e.g., video, 3D, virtual reality, and augmented reality, etc.) and health education system represents a valuable alternative for users to engage in interaction, self-regulated learning and more practice (Lee, Wang, et al, 2019;Muangpoon et al, 2020). Compared with conventional pamphlet-based instructions, the use of contextual mobile learning and interactive learning is valuable for promoting users' nursing skills and self-efficacy (Chung et al, 2021) The effective designs of the contextual interactive learning and mobile learning may assist caregivers' healthcare training outcomes as well as minimize their risk of infection, then reduce nurses' burden and caregivers' anxiety.…”
Background: The contextual and interactive learning research was motivated by the need to enhance the healthcare training effect of caregivers of patients with suspected COVID-19 infection during quarantine. However, there is a lack of effective approaches to integrating mobile contextual learning into interactive learning.Objectives: Therefore, this study developed a mobile augmented reality-integration contextual interactive healthcare training system, and then investigated the effects of the proposed system on anxiety, learning effects, perceived support and self-efficacies.Methods: To validate the effectiveness of the system, we conducted a quasiexperiment with a sample of 91 caregivers of patients with suspected COVID-19 infection.Results and conclusions: Results showed that the experimental group with the developed system was superior to the control group with e-pamphlet instruction in mobile devices, in terms of learning effect, perceived support, self-efficacies and reduction of anxiety during quarantine. Therefore, the mobile contextual interactive healthcare training system could be useful to improve caregivers' self-efficacies as well as their ability to care for patients in the context of COVID-19 infection prevention.Implications: This is one of the few studies of the effective approach for technologyenhanced healthcare education in the COVID-19 pandemic. Some corresponding suggestions are proposed: implementing mobile contextual interactive training activities to enhance caregivers' knowledge, skills and self-efficacies; involving social interactions to relieve caregivers' anxiety; providing professional communications and support while facing difficulties in taking care of patients with suspected COVID-19 infection.
“…As Maganty et al (2018) informed that compared with conventional printed materials, interactive learning exhibited great potential in promoting patients' learning motivation and effects. It has now been demonstrated that interactive design tends to facilitate patients learning outcomes by presenting related knowledge in an interactive manner (Lee, Wang, et al, 2019). Research has tended to focus on the combination of interactive functions and learning content to provide tasks, guidance, and feedback to learners (Sung et al, 2019; Suppan et al, 2020).…”
Section: Literature Reviewmentioning
confidence: 99%
“…The major advantages of mobile devices include shareability, creativity and multimedia features (Shadiev et al, 2018). The mobile contextual interactive environment facilitates the delivery of healthcare education by nursing staff, as the interactive environment not only frequently updates the healthcare information but also provides interactions with audio‐visual information and social networking applications (Lee, Wang, et al, 2019; Lin et al, 2020). Likewise, these advantages show the huge potential to facilitate remote information sharing and education for caregivers and minimize their risk of infection (Taylor et al, 2017).…”
Section: Literature Reviewmentioning
confidence: 99%
“…This situation is similar to that of providing care for patients in the intensive care unit (ICU). Given the unique environment of the ICU, caregivers are often not allowed to enter the wards; thus, they cannot always accompany the patients (Lee, Wang, et al, 2019). The medical equipment in the ICU is complex and diverse, which may bring heavy mental burdens and anxiety to the caregivers (Edelhauser & Lupu‐Dima, 2020; Lam et al, 2020).…”
Section: Conclusion Insights and Limitationsmentioning
confidence: 99%
“…Compared to conventional pamphlet-based instructions, the integration between interactive technologies (e.g., video, 3D, virtual reality, and augmented reality, etc.) and health education system represents a valuable alternative for users to engage in interaction, self-regulated learning and more practice (Lee, Wang, et al, 2019;Muangpoon et al, 2020). Compared with conventional pamphlet-based instructions, the use of contextual mobile learning and interactive learning is valuable for promoting users' nursing skills and self-efficacy (Chung et al, 2021) The effective designs of the contextual interactive learning and mobile learning may assist caregivers' healthcare training outcomes as well as minimize their risk of infection, then reduce nurses' burden and caregivers' anxiety.…”
Background: The contextual and interactive learning research was motivated by the need to enhance the healthcare training effect of caregivers of patients with suspected COVID-19 infection during quarantine. However, there is a lack of effective approaches to integrating mobile contextual learning into interactive learning.Objectives: Therefore, this study developed a mobile augmented reality-integration contextual interactive healthcare training system, and then investigated the effects of the proposed system on anxiety, learning effects, perceived support and self-efficacies.Methods: To validate the effectiveness of the system, we conducted a quasiexperiment with a sample of 91 caregivers of patients with suspected COVID-19 infection.Results and conclusions: Results showed that the experimental group with the developed system was superior to the control group with e-pamphlet instruction in mobile devices, in terms of learning effect, perceived support, self-efficacies and reduction of anxiety during quarantine. Therefore, the mobile contextual interactive healthcare training system could be useful to improve caregivers' self-efficacies as well as their ability to care for patients in the context of COVID-19 infection prevention.Implications: This is one of the few studies of the effective approach for technologyenhanced healthcare education in the COVID-19 pandemic. Some corresponding suggestions are proposed: implementing mobile contextual interactive training activities to enhance caregivers' knowledge, skills and self-efficacies; involving social interactions to relieve caregivers' anxiety; providing professional communications and support while facing difficulties in taking care of patients with suspected COVID-19 infection.
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