NURS FPX 4045 Assessment 3 Evidence-Based Proposal and Annotated Bibliography on Technology in Nursing

Evidence-Based Proposal and Annotated Bibliography on Technology in Nursing

Student Name

Capella University

Nurs FPX4045

Professor’s Name

Submission Date

Introduction 

One of the telemonitoring changes and the wearable devices, such as Continuous Glucose Monitors (CGMs), to manage chronic conditions has become particularly evident in the case of Type 2 Diabetes (Balata et al., 2025). These devices also supply patients with real-time information about their glucose levels, unlike finger-prick glucose monitoring tools, where patients are not supplied with the ongoing data on their glucose levels to undergo a proactive and not reactive approach to their diabetes. Several benefits of CGMs in helping improve patient safety, improve the quality of care, and assist in collaborative care of diabetes are addressed.

Throughout, the glucose information and alerts to the abnormal values can be supplied in real-time and used by the nursing team to help make timely interventions and optimized clinical decisions. Moreover, their incorporation into clinical processes has contributed to decreasing medical disparities with real-time information about the remote and underserved communities.

The available evidence of the use of CGM in the clinic was identified by conducting a structured review of the scholarly literature on the topic that appeared in recent years using PubMed, CINAHL, and ScienceDirect. The search of the studies was limited to peer-reviewed studies; those that are not more than five years old, so that they remain relevant and up to date. The other significant search terms included: CGM in Type 2 Diabetes, real-time glucose monitoring, CGM nursing workflow, and AI-driven glucose monitoring. The publications were critiqued as being relevant in nursing, interdisciplinary collaboration, adopting technology, and its effects on patient safety. The studies that measured patient-centered outcomes and integration problems within a healthcare system were also selected since they met the criteria of favoring study inclusion criteria.

Reasons why this Technology Topic was chosen

The topic was chosen because CGMs are becoming more and more important to the management of chronic diseases and the telehealth-based patient care of diabetes. The development of telemedicine during the COVID-19 pandemic and afterwards demonstrated the need to have a high-quality remote monitoring system, such as CGMs. It has trend analysis and dynamic glucose measurements that eliminate the use of fingerstick testing and achieve better patient outcomes. Continuous communication between the patients and care teams is also possible with CGMs to help provide personalized, proactive care. Moreover, data sharing can be easily used to make timely clinical adjustments that are needed to avoid acute complications.

CGMs will have an added value in Type 2 diabetes, where the early prevention of complications is crucial in combination with glycemic control. It might be chronic in nature and thus control and modification are required throughout a life, and CGMs can help in the continuous control. One of the most promising innovations in diabetes care is CGMs, as they allow providing real-time feedback, integrating with mobile, and being supported by AI (Balata et al., 2025). As a result, the CGMs offer a foundation in the management of diabetes today, supported by nurse-led education and monitoring, and make these available both in urban and rural areas. Moreover, CGMs will enable patients to engage in watching, which will foster self-efficacy and compliance with treatment regimes.

Indications of the Effect on Patient Safety, Quality of Care, and Interdisciplinary Team

Faulds et al. (2023) demonstrated the role of CGMs in diabetes management, as they can provide real-time data on patients’ glucose that helps both patients and clinicians to make timely and informed decisions. By employing CGMs, the number and severity of episodes of hypoglycemia and hyperglycemia can be reduced, leading to improved patient safety. Continuous data makes it possible to take early interventions, and frequent hospitalizations as a result of acute glycemic events could be avoided. CGMs have been found to lead to improved adherence to medication and lifestyle changes among patients, thereby leading to better glycemic control. Notably, the research will focus on the aspect of nurses in interpreting CGM readings and providing patients with the educational efforts needed to ensure the maximum advantages of this technology.

The interdisciplinary teams of endocrinologists, dietitians, pharmacists, and diabetes educators are shown real-time trends of glucose, and coordination of treatment plans is done. This improves patient outcomes and improves workflow efficiencies by removing redundancy of actions and enhancing patient interaction by providing the same level of support to patients across all healthcare providers. The article points to the ways in which CGMs enhance patient safety and quality of care by minimizing hypoglycemic and hyperglycemic events by using real-time data to aid prompt clinical decision-making. It also highlights the applicability of CGMs to both nursing practice and interdisciplinary teams in that nurses will digest information and direct care with other specialists such as endocrinologists, dietitians, and pharmacists. This publication is selected due to the key role that CGMs play in the improvement of diabetes management: this paper became an essential source of information that could be helpful to healthcare practitioners aiming at improving patient outcomes.

Combination of Continuous Glucose Monitors with Improvement of Patient Safety, Quality of Care, and Collaboration between Team Members

Shaw et al. (2024) emphasized the use of CGM data in clinical workflow as an aid to identify glucose variability early and personalized treatment in accordance with the patient-specific data. A feedback loop would enable timely interventions by the nurses and physicians to help reduce the number of emergency cases in an attempt to prevent the complications associated with diabetes. This involves more than traditional monitoring and will provide actionable information that will go a long way in enhancing the quality of care. Additionally, the interprofessional collaboration between CGMs and the new technology can be improved since team members can access and analyze glucose data in real time when integrated with CGMs. When medical professionals share data platforms, it motivates them to make joint decisions and provide care associated with coordination and a patient-focused approach.

Such an approach involving a team can enhance patient satisfaction by providing a common strategy of care by the various involved providers. The article emphasizes the way Shaw et al. (2024) show that the incorporation of CGM data into clinical workflows is a potential solution to identify glucose variability at the early stages to provide individual, proactive, and efficient interventions, improving patient safety and quality of care. It also highlights the applicability of CGMs to nursing and interdisciplinary care because they allow the sharing of data in real-time, making decisions jointly, and coordinating patient-centered care. The article has been chosen as it presents the way CGM technology is used to revolutionize the traditional approach to managing diabetes into an interprofessional, data-driven process that improves results and satisfaction of patients.

Organizational Factors that could influence CGM Implementation

Reaven et al. (2023) clarified that organizational readiness, such as executive sponsorship, capacity of infrastructure and policies, is crucial in the success of CGM implementation. Through leadership involvement, there is allocation of resources and even a two-tiered allocation in staff training to effectively use CGM. Integration of CGM data into electronic health records (EHRs) has the benefit of improving the accuracy of clinical documentation and efficiency of workflow. The authors also highlight the necessity of having technical support and effective communication among disciplines so as to maintain CGM use. Staff training on technology should be a continuous program to allow them to gain confidence in technology. Teamwork between nurses, endocrinologists, IT individuals, and pharmacists eases the sharing of data and aids clinical decision-making. These organizational elements are important to maximizing the benefits of CGMs in diabetes care in the long-term.

The article underlines the fact that Reaven et al. (2023) emphasize the importance of organization preparation in terms of leaders’ support, infrastructure, and electronic health records integration in enhancing care quality and efficiency as the key to successful CGM implementation. It emphasizes the applicability of CGMs to the nursing practice and interdisciplinary teams, which enhances the technical training, information exchange, and cooperation between nurses, IT specialists, endocrinologists, and pharmacists. This publication was chosen as it offers a lot of insight into how systemic and organizational strategies to preserve the use of CGM and improve the delivery of diabetes care can be launched.

Using and implementing the Continuous Glucose Monitors in the healthcare facilities

Ndugum (2025) reviewed scopes to use CGMs among underserved adults who have Type 2 Diabetes in the U.S. and found that the patients had greater confidence and autonomy in coping with the condition. Through real-time data, the patients will be able to understand more successfully the patterns and triggers, enabling them to make informed decisions about self-care. The researchers discovered that patient interactions were enhanced by CGM use, which resulted in a reduction of acute glucose-related emergencies and enhanced control in the long-run. CGMs are appreciated by healthcare providers, particularly nurses, as they enable them to inform patients in terms of education and enable them to make timely changes, including medication and lifestyle changes.

CGMs embedded in m-health apps allow patients and providers to be constantly in touch with each other. This integration facilitates related interdisciplinary interactions, as well as facilitates effective and efficient delivery of outpatient care. The article also reveals that Ndungu (2025) discovered that CGMs increase the number of homosexuals in the underserved adults trying to manage Type 2 Diabetes and lessen instances of acute complications as well as the advancement of glycemic regulation over the long run. It highlights the significance of CGMs in nursing and interdisciplinary care by aiding patient education, interventions at a certain moment, and real-time communication with the use of mobile health. This article was selected as it considers the issues of equity in diabetes management and shows how CGMs can enhance the outcomes among underserved groups with team-based and patient-centered initiatives.

Summary of Recommendations

A combination of the assessed publications supports the idea that CGMs aid in the management of diabetes by helping patients to better control their glucose levels and decreasing the number of visits to hospitals (Faulds et al., 2023; Shaw et al., 2024). Ongoing follow-up helps with the previous nursing interventions and additional providers’ care coordination. CGMs provide real-time insights that can be used to improve the quality. What Reaven et al. (2023) found is that a successful implementation process requires robust leadership, proper infrastructure, and training of staff members.

The article by Ndungu (2025) confirms that CGMs have a beneficial effect on the level of interaction between patients and the effectiveness of nurses. The systems mentioned by Shaw et al. (2024), which have AI improvements, promise to decrease the burden on providers and aid in timely clinical decision-making. The evidence altogether lends support to CGMs as innovative applications in diabetes management.

CGMs are both evidence-based and effective in the treatment of Type 2 Diabetes in telehealth and outpatient care. Such technologies minimize the number of critical events, improve and facilitate the work of nurses, and promote teamwork. The adoption of CGMs should lead to improved patient satisfaction, fewer readmissions, and more empowered care teams in the organization. With the development of CGMs, such features as predictive analytics will allow taking diabetes care a step further and become increasingly personalized.

Conclusion

A combination of the assessed publications supports the idea that CGMs aid in the management of diabetes by helping patients to better control their glucose levels and decreasing the number of visits to hospitals (Faulds et al., 2023; Shaw et al., 2024). Ongoing follow-up helps with the previous nursing interventions and additional providers’ care coordination.

CGMs provide real-time insights that can be used to improve the quality. What Reaven et al. (2023) found out is that a successful implementation process requires robust leadership, proper infrastructure, and training of staff members. The article by Ndungu (2025) confirms that CGMs have a beneficial effect on the level of interaction between patients and the effectiveness of nurses. The systems mentioned by Shaw et al. (2024), which have AI improvements, promise to decrease the burden on providers and aid in timely clinical decision-making. The evidence altogether lends support to CGMs as innovative applications in diabetes management.

CGMs are both evidence-based and effective in the treatment of Type 2 Diabetes in telehealth and outpatient care. Such technologies minimize the number of critical events, improve and facilitate the work of nurses, and promote teamwork. The adoption of CGMs should lead to improved patient satisfaction, fewer readmissions, and more empowered care teams in the organization. With the development of CGMs, such features as predictive analytics will allow taking diabetes care a step further and become increasingly personalized.

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