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-FPX-4045 A3

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Submission Date

Evidence-Based Proposal and Annotated Bibliography on Technology in Nursing

Insulin pump technology is a continuous insulin delivery technology that provides an accurate delivery of insulin to type 1 and type 2 diabetic patients. It enhances glycemic control, reduces acute complications, and improves self-management of the patients. The technology improves safety and care quality offered to the patients and promotes interdisciplinary collaboration. Its implementation in clinical practice may turn out to be of much benefit to the patients as well as the medical staff.

Rationale for Selecting This Technology Topic

The reason why insulin pump technology was selected is that it has significant implications for the management of chronic diseases, telehealth nursing practice, and patient-centered care. Insulin pumps provide precise and stable insulin administration to enhance the patient’s glycemic control and adherence and compliance. The technology can be applied most in the telehealth nursing profession, and it could be utilized to monitor remotely and intervene and coordinate care effectively among patients with diabetes type 2 diabetes, high blood pressure, and obesity. Insulin pumps are a crucial tool used to enhance patient outcomes and reduce complications related to the fast development of automated insulin delivery devices and digital health monitoring interventions (Puckett et al., 2020). Some competencies in the scope of practice, virtual visit management, and device alert monitoring also involve technology.

To ensure that the literature was up-to-date and relevant, a systematic review of peer-reviewed literature that was published within the last five years (2020-2025) was applied. The databases that were utilized were PubMed, Elsevier, Journal of Managed Care & Specialty Pharmacy, and Journal of the American Medical Association. The search terms were insulin pump, telehealth, diabetes, automated insulin delivery nursing role, remote monitoring diabetes management, and telehealth nurse patient education insulin pump.

The inclusion criterion was focused on the studies that demonstrated the contribution of nursing, device education, introduction of virtual visits, and outcomes of remote monitoring. The decision was informed by the following assumptions that telehealth nursing is at the center of the management of chronic diseases. Supposes that the insulin pump technology has undergone the stage of maturity to be applied in clinical practice, and such a solution, being a combination of technology and patient-centered strategies, improves the quality of care and safety.

Evidence of the Impact on Patient Safety, Quality of Care, and the Interdisciplinary Team

The paper has given a comprehensive review of the insulin pump system innovation over the past several years, covering hardware, algorithms, continuous glucose monitoring (CGM), connectivity enhancements, and future trends. The authors focus on the evolution of pump technologies in order to improve patient outcomes by providing more advanced basal-insulin delivery, responsive bolus, and data connectivity to allow remote patient monitoring and supervision by clinicians. The article demonstrated that these systems can be used to improve glycemic control, reduce cases of hypoglycemia, and elevate the quality of life of the patient, and hence improve the quality of care. Specifically, it identified such safety concerns as device malfunctions, infusion sets, and the possibility of cyber-security attack in case devices are connected to any network, which is why it associated the enhancement of technology with patient safety needs.

The provided review has introduced a perspective of an interdisciplinary team where the successful use of the state-of-the-art technology in pumps requires involvement of endocrinologists, diabetes educators, nurses, and biomedical devices teams to support the use of the device. The provided source is particularly significant as the technological and clinical dimensions of the insulin pump treatment are concentrated in a single place, which enables shaping the ideology of nursing work on educating patients, managing devices, and embracing telehealth.

Integrating Technology on Patient Safety, Quality of Care, and the Interdisciplinary Team

This essay outlined a home-based telehealth intervention, conducted by nurses, which has the capability of assisting in the management of insulin therapy among type 2 diabetes patients in primary care. It is interested in issues of feasibility in establishing the extent to which the telehealth model is feasible to be carried out using nurse-led monitoring, patient education, and remote follow-up among insulin users. The article has reported the process of helping patients undergoing this intervention at home through the telehealth communication channels and how the model addresses adherence, glycemic control, and self-management of these patients in a primary care setting. The research is significant because it provides a medium between insulin treatment grounded on their devices and telehealth-centered nursing care that illustrates how telehealth-based and nurse-centered care confront complicated diabetes treatment plans at a distance.

Its intervention, regarding patient safety, is linked to the possibility of detecting insulin therapy-related issues earlier, tracking the use of the insulin remotely, and offering nurses a quick reaction to the potential cases of hypo- or hyperglycemia. Regarding the quality of care, the research highlighted that distance learning and follow-up may assist in enhancing the engagement, adherence, and, potentially, the outcomes of the patients. The way the nurses play the central role in the telehealth system by interacting with the physicians, diabetes educators, and remote monitoring devices was also illustrated. The particular value of this source is that technology-enabled management of insulin therapy is put in the context of nursing-led provision of care.

Influence of Organizational Factors

The qualitative comparative research proposal presented looked at the impact of organizational environment on the allocation of insulin pump technology to children with type 1 diabetes in two endocrinology clinics. The authors obtained three primary organizational factors based on the results of the observation of more than 400 hours and the interviews of 16 providers, such as the manner in which eligible patients are made by the clinic, the manner in which the technology is framed by the organization, and the organizational structures of decision making influence allocation. A technology-receptive clinic began the implementation of pumps throughout the clinic as an example, and the hierarchical and risk-averse clinic restricted the implementation process of pumps by social capital and the level of compliance linked with patients. The article highlighted the structural, cultural, and historical aspects in organizations that drive organizational choices on technology adoption and equal access. It helps to fill the gap between the insulin pump adoption on a personal level, the institutional practices, power relations, and the resource policies, which can affect the safety, quality, and equity of care.

Implementation and Use of Insulin Pumps in a Health Care Setting

It was an observational study that was retrospective, based on Medicare claims data of 811 U.S. beneficiaries who had begun to use a tubeless and disposable insulin pump. The researchers used the rate of diabetes related emergency department visits (DRED), all-cause emergency department visits (ACED), and diabetes related inpatient (DRIP) or hospitalization and all-cause inpatient (ACIP) hospitalization, as pre and post-pump set-up. The decline in DRIP did not differ significantly across all subgroups, yet the homogenous negative direction of changes across all forms of events showed the existence of considerable changes in the use of healthcare resources.

This paper presented a strong case to adopt the use of insulin pump technology in the healthcare sector of the United States, with a high percentage of emergency visits and hospitalization reduction among the patients covered by Medicare. These findings reveal how the technology is significant in enhancing patient safety, quality of care, and use of healthcare. The findings also showcase cost-efficiency and the value of interdisciplinary coordination in the process of realizing better patient outcomes. In general, the source demonstrated that the adoption of insulin pumps results in practical changes in healthcare organizations as regards the safety, efficiency, and system performance.

Use of Artificial Intelligence (AI) 

It was a randomized clinical trial on the use of a voice-based AI system to address the issue of basal insulin prescription in six outpatient diabetes centers within the United States. It was a comparative study on the basal insulin titration using AI guidance versus physician guidance. Findings showed that the AI application showed the most rapid insulin dosing, improved adherence, and maintenance of better glycemic regulation with no supplemental hypoglycemic events in patients. The results indicated that efficiency, accuracy, and patient engagement in diabetes care can be facilitated by the introduction of AI. As it was shown in this paper, AI, when incorporated with insulin pumps, can be used to streamline the work process of nurses and enhance patient care. The AI-driven data will allow nurses to identify trends, anticipate complications, and provide education, which are designed to meet the requirements of the particular patient, and not by adjusting doses manually. The AI system also facilitates interdisciplinary collaboration where nurses, endocrinologists, and diabetes educators can communicate without any problems. The outcome is that patient safety will be increased because of prompt interventions, adherence, and quality of care in general, which demonstrates the practical impact of the technology in healthcare facilities in the United States.

Summary of Recommendations

The synergies provided in these five publications demonstrate the effectiveness of the insulin pump technology in clinical and organizational settings in improving patient care, safety, and interdisciplinary workflow. Biskupiak et al. (2024) proved that the use of tubeless insulin pumps could decrease the number of emergency department visits and inpatient stays, which is linked to improved patient safety and cost-efficiency. Nayak et al. (2023) demonstrated that the AI that depends on voice integration enhances the effectiveness of prescription management and the nursing workflow. An analysis by Piotie et al. (2022) revealed that nurse-initiated telehealth interventions increase adherence to insulin treatment and patient attendance at primary care.

In relation to the apprehension of technology adoption as a successful process, it is worth mentioning that organizational decisions and resource distribution influence technology implementation (Puckett et al., 2020). Rimon et al. (2024) provided an overview of the new insulin pump system development, mentioning the importance of the new training and interaction between disciplines. The institutional policies that prefer innovation, financial and technical resources, are the organizational factors of technology adoption. Insulin pump technology in the US healthcare environment should be used since it would help in facilitating patient safety, glycemic control, patient satisfaction, and efficacy of interdisciplinary collaboration. In this technology, reduction in the number of hospitalizations, effective utilization of the resources, and staff productivity, satisfaction, and retention are also minimized.

Conclusion

The improved technology is the insulin pump technology, which facilitates patient safety, adherence, and quality of care. Tubeless pumps, AI-based management, and nurse-led telehealth interventions can lower hospitalization rates and enable interdisciplinary workflow, which has been proven. The organizational factors that are needed to adopt are policies, resources, training, and a culture of innovation. All in all, the use of insulin pumps is justifiable, as it maximizes the patient outcomes, performance of the staff, and work of the healthcare system.