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Capella University

NURS-FPX4045 Nursing Informatics: Managing Health Information and Technology

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Evidence-Based Proposal and Annotated Bibliography on Technology in Nursing

The insulin pump technology refers to the continuous insulin delivery technology, which provides accurate delivery of insulin to both patients with type 1 and type 2 diabetes. It enhances glycemic control, reduces acute complications, and improves patient self-management. The technology promotes the quality and safety of care provision given to patients and promotes interdisciplinary cooperation. The value of its use in clinical practice is most beneficial to both the staff and patients.

Rationale for Selecting This Technology Topic

The reason why insulin pump technology is selected is due to its implications that hold significance in the management of chronic illnesses, the telehealth nursing practice, and patient-centered care. Insulin pumps provide precise and consistent delivery of insulin to enhance glycemic control and enhance patient adherence and compliance. The technology can primarily be utilized in the telehealth nursing profession, and it can be applied to remotely monitor, intervene, and successfully coordinate care among patients with diabetes type 2 diabetes, high blood pressure, and obesity. Insulin pumps are a critical tool in the enhancement of patient outcomes and complications because of the swift advancement of automated insulin delivery devices and digital health mixing (Puckett et al., 2020). Knowledge of technology is also among competence in the scope of practice, patient education, virtual visit management, and device alert monitoring.

This was ensured by the systematic review of peer-reviewed articles that were published within the last five years (2020-2025) to ensure that the literature was pertinent and not old. The databases were PubMed, Elsevier, Journal of Managed Care and Specialty Pharmacy, and Journal of the American Medical Association. Search words 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 where the contribution of nursing, the education of devices, the introduction of virtual visits, and the results of remote visits were demonstrated. The selection was made on the basis of the following assumptions that telehealth nursing lies at the center of chronic disease management. Postulates that the level of insulin pump technology is at the stage of maturity to be applied in the clinical setting, and a combination of the technologies and patient-centered approaches may improve the quality of care and safety.

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

Rimon, M. T. I., Hasan, M. W., Hassan, M. F., & Cesmeci, S. (2024). Advancements in insulin pumps: A comprehensive exploration of insulin pump systems, technologies, and future directions. Pharmaceutics, 16(7), 944. https://doi.org/10.3390/pharmaceutics16070944

The article gave a comprehensive discussion of insulin pump systems innovation over the recent years, which touched on hardware, algorithms, continuous glucose monitoring (CGM), connectivity enhancements, and direction. The authors highlight the advancement in pump technologies to improve the outcomes of patients by providing them with more advanced basal-insulin delivery, responsive bolus, and connection to data so that they can be monitored remotely and supervised by clinicians. The article demonstrated the relevance of these systems to improve glycemic control and reduce instances of hypoglycemia, and maximize patient quality of life, thereby enhancing the quality of care.

It is interesting to note that it identified safety concerns like equipment malfunction, infusion pumps, and cybersecurity susceptibility in case the equipment is connected to any network, so that the aspect of technology enhancement is correlated with the needs of patient safety. The review also gave the perspective of an interdisciplinary team where implementation of the most recent pump technology requires endocrinologists, diabetes educators, nurses, and biomedical device teams to coordinate their work to enable the selection of the device. The specified source is particularly critical because technological and clinical issues of insulin pump treatment are gathered in a single place, which will enable influencing the ideology of nursing practice in relation to patient education, control of devices, and utilization of telehealth.

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

Piotie, P. N., Wood, P., Muchiri, J. W., Webb, E. M., & Rheeder, P. (2022). Using a nurse-driven and home-based telehealth intervention to improve insulin therapy for people with type 2 diabetes in primary care: A feasibility study. Journal of Endocrinology, Metabolism and Diabetes of South Africa, 27(3), 108–116. https://doi.org/10.1080/16089677.2022.2074122

The paper has outlined a home-based telehealth intervention, which is nurse-led and can help manage insulin therapy in adults with type 2 diabetes in primary care. It is preoccupied with the possibility of defining to what degree a telehealth model can be feasible to be introduced with remote follow-up and patient education on the background of a nurse-led monitoring system, in insulin users. The article reported the process of helping patients undergoing this intervention at home through telehealth communication and the way this model will address adherence, glycemic control, and self-management in the primary care setting.

This article is relevant because it introduces an interface between insulin treatment relying on their equipment and telehealth-driven nursing care, illustrating how telehealth and nurse-focused care can manage complicated diabetes regimens. The intervention, regarding patient safety, is connected with the possibility of detecting insulin therapy-related issues earlier, tracking insulin usage remotely, and giving the nurse a quick reaction to the potential incidents of hypo or hyperglycemia. With regards to the quality of care, the research highlighted the aspect of remote education and follow-up usage contributing to the enhancement of patient engagement, adherence, and, potentially, outcomes. Also depicted is the central role played by nurses in the telehealth system when collaborating with physicians, diabetes educators, and remote monitoring devices. This source is particularly helpful because it puts technology-facilitated management of insulin administration into its context of nursing-based care delivery.

Influence of Organizational Factors

Puckett, C., Wong, J. C., Daley, T., & Cossen, K. (2020). How organizations shape medical technology allocation: Insulin pumps and pediatric patients with type 1 diabetes. Social Science & Medicine, 249, 112825. https://doi.org/10.1016/j.socscimed.2020.112825

The proposed qualitative comparative research proposal looked at the influence of organizational environment on the allocation of the insulin pump technology to pediatric patients with type 1 diabetes in two endocrinology clinics. The authors, through the observation of more than 400 hours and interviews with 16 providers, concluded that three big factors in the organization affect allocation, which are: how the clinic makes eligible patients, how the organization frames the technology, and organizational structures of decision-making. As one example, a technology-receptive clinic started using pumps in all corners of the clinic, and the more hierarchical risk-averse clinic restricted the use of pumps with the help of the social capital and compliance levels in relation to the patients. The magazine focused on how organizational choices on technology use and subsequent access are driven by the structural, cultural, and historical factors of organizations. It fills the gap between the adoption of insulin pumps at the individual level, institutional practices, power relations, and resource policies that may contribute to safety, quality, and equity of care.

Implementation and Use of Insulin Pumps in a Health Care Setting

Biskupiak, J. E., Carlow, D. L., & Munshi, M. N. (2024). Impact of a tubeless, disposable insulin pump on emergency department visits and inpatient admissions among a Medicare population. Journal of Managed Care & Specialty Pharmacy, 30(10), 1–8. https://doi.org/10.18553/jmcp.2024.23292

It was a retrospective observational study based on Medicare insurance claims on 811 American beneficiaries who had begun to use a tubeless and disposable insulin pump. The authors compared the rate of diabetes related emergency department visits (DRED), all cause ED visit (ACED), diabetes related inpatient (DRIP) or hospitalization, and all-cause inpatient (ACIP) hospitalization during the pre- and post-pump set-up. The decline in the utilization of the DRIP was not significant across all subgroups. Still, the similar negative direction of the changes in all types of events manifested the existence of substantial modifications in the use of healthcare resources.

This paper presented a strong argument to accept the insulin pump technology in the healthcare industry of the United States, with a high rate of emergency visits, and hospitals decreases among patients under the Medicare coverage. These findings prove the relevance of the technology in enhancing patient safety, quality of care, and use of healthcare. The findings also refer to cost-effectiveness and the value of interdisciplinary coordination of the process of attaining better patient outcomes. In total, the source demonstrated that the introduction of insulin pumps results in practical changes in healthcare organizations concerning the safety, efficiency, and system performance.

Use of Artificial Intelligence (AI) 

Nayak, A., Vakili, S., Nayak, K., Nikolov, M., Chiu, M., Sosseinheimer, P., Talamantes, S., Testa, S., Palanisamy, S., Giri, V., & Schulman, K. (2023). Use of voice-based conversational artificial intelligence for basal insulin prescription management among patients with type 2 diabetes: A randomized clinical trial. Journal of the American Medical Association Network Open, 6(12), e2340232. https://doi.org/10.1001/jamanetworkopen.2023.40232

It was a randomized clinical trial of the use of a voice-based AI system to treat the basal insulin prescription issues in six United States outpatient diabetes clinics. It was a comparison study of the basal insulin titration conducted with and without AI guidance and with physician guidance. Findings showed that the use of AI exhibited the quickest insulin dosing rate, increased adherence, and maintenance of improved glycemic control with no augmentation of hypoglycemic episodes in the patients. The results indicated that the implementation of AI could help to enable efficiency, accuracy, and patient involvement in diabetes treatment.

This paper has shown that incorporating AI into insulin pumps can support the nursing field of work and enhance the patient care process. Using AI-driven data, nurses can apply it to identify trends, identify complications, and provide education, which is customized according to the needs of the specific patient, as opposed to changing doses manually. The AI system contributes to interdisciplinary collaboration, allowing nurses, endocrinologists, and diabetes educators to communicate with each other without any trouble. The outcome is patient safety because of prompt interventions, compliance, and overall quality of care, which demonstrates the practical implications of the technology in healthcare organizations in the United States.

Summary of Recommendations

The synthesis of the concepts provided in these five papers can demonstrate the clinical and organizational effectiveness of insulin pump technology to improve patient care, safety, and interdisciplinary workflow. As it was proven by Biskupiak et al. (2024), the tubeless insulin pumps could decrease the number of patients visiting emergency departments and those inpatient-admitted people many times, which correlates with improved patient safety and cost-effectiveness. Nayak et al. (2023) established that the AI inclusion, depending on the voice integration, advances the efficiency of prescription management and the nursing workflow. Piotie et al.’s (2022) study revealed that nurse-initiated telehealth interventions can promote better adherence to insulin therapy and patient engagement in primary care.

As it is mentioned by Puckett et al. (2020), one of the factors that influences the successful implementation of technology is the organizational decisions and resource distribution. Rimon et al. (2024) have provided an overview of the new insulin pump system development, and they mention the importance of the new training and cross-disciplinary interrelation. The organizational elements related to the technology adoption include institutional policies that support innovation, the presence of financial and technical resources. Insulin pump technology that should be introduced into the US healthcare setting would help attain patient safety, glycemic control, patient satisfaction, and efficiency of the interdisciplinary cooperation. The application of this technology also reduces hospitalizations, optimally utilizes resources, and improves staff productivity, satisfaction, and retention.

Conclusion

The better technology is the insulin pump technology, which encourages safety and compliance among patients as well as quality of care. Proven to drive down hospitalization rates and support interdisciplinary workflow, tubeless pumps, AI-based management, and telehealth interventions by nurses have been found to reduce the rate of hospitalization. Real-time glucose monitoring integration further enhances decision-making by providing continuous data for timely insulin adjustments. The organizational factors required in the adoption of the same are policies, resources, training, and a culture of innovation. Overall, the use of insulin pumps is logical because it would maximize the functions of the patient, the staff, and the work of the healthcare system.

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