Using at least 4 current (within the past 5 years) relevant, peer-reviewed resources, create a literature review that does the following: Literature Search - Diabetes Technologies Literature Search – Diabetes Technologies Describes the project’s topic, resources reviewed, and conclusions of each article. Summarizes the principal findings of the research and their relevance to the project’s proposed outcomes

Literature Search – Diabetes Technologies

Diabetes technologies continue to redefine diabetic care. These technologies provide a framework for improving diabetes self-care and are integral to quality improvement measures in comprehensive disease management. Cutting-edge technologies have been developed that not only suffice the diagnostic component of the disease but also address the unmet needs of diabetes. As care approaches tend towards patient-centeredness and value-based approaches, these technologies remain the driving factors for quality care delivery necessitated in these approaches. This leaves the question of these technologies’ effectiveness in lessening the disease’s severity and improving the quality of care.

Article One

The first article is by Alcántara-Aragón (2019). The article notes that self-care remains one of the best practices in the coordination and continuum of diabetes care. This approach gives the patient greater control over their disease by involving the patient in the therapeutic management processes. According to Alcántara-Aragón (2019), diabetes technologies have empowered patients with diabetes to be more vigilant about their disease process and increased their self-efficacy regarding the interventions required for optimal glycemic control. Alcántara-Aragón (2019) concludes that these findings highlight the need for intensifying diabetes training programs to enhance patients’ accountability in their disease management.

Article Two

The next article is by Bradway et al. (2020). It notes that collaborative paradigms in diabetic care remain the gold standard for the coordination and continuum of diabetic care. These collaborations foster better patient-caregiver engagement and provide the groundwork for educating patients on and monitoring aspects of their disease. Bradway et al. (2020) report that healthcare technologies such as mobile health (mHealth) have facilitated communication and information sharing between patients and health professionals. Through these technologies, patients learn and understand aspects of their disease by sharing patient-gathered data with their caregivers and receiving feedback from them. The article concludes that these findings highlight the need for integrating mHealth in the comprehensive management of diabetes. Also, this technology increases diabetics’ self-efficacy in diabetes management and facilitates the monitoring of prognostic features of the disease.

Article Three

The third article is authored by Shan et al. (2019) and notes that the chronic and progressive nature of diabetes warrants long-term management. The effectiveness of this management approach depends on the patient’s literacy and understanding of the disease, their self-monitoring ability, and contact with clinicians. Digital health technology and mobile devices provide an efficient yet cost-effective means of empowering patients to self-monitor, contact clinicians, and know more about the disease (Shan et al., 2019). Health information technologies such as telehealth have been valuable in this regard. The article concludes that these findings emphasize the importance of implementing these technologies in coordinating diabetic care. By leveraging these technologies, healthcare professionals can maintain contact with their patients, allowing them to monitor them and inform any therapeutic adjustments.

Article Four

The last article is by Gavin & Bailey (2021). It reports that the goal of diabetes management is to attain optimal glycemic control. Continuous monitoring is warranted in this case. Continuous glucose monitoring (CGM) technologies allow period monitoring of blood glucose (Gavin & Bailey, 2021). Also, CGM technologies maintain effectiveness in informing dietary adjustments and therapeutic interventions based on blood glucose levels. The article concludes that the glycemic benefits of CGM warrant its use in glucose monitoring. In conjunction with other health information technologies, patients can implement measures to curtail spikes in their blood glucose without frequenting hospital visits.