糖尿病技术:连续血糖监测和门诊药剂师的作用

Ravi Patel, Rebecca Schoen, Kathryn Litten
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摘要

这篇评论讨论了门诊药剂师在糖尿病护理中的作用和不断发展的连续血糖监测(CGM)技术的使用。随着与糖尿病护理相关的临床负担和成本的增加,门诊护理药师具有独特的优势,可以在患者护理过程中发挥技术的潜力并实施技术。虽然以前的技术通常侧重于基于电话的干预,但快速发展的技术,如CGM,提供了与疾病状态管理相关的深刻见解。尽管CGM技术发展迅速,但人们对药师在糖尿病技术应用中的价值认识仍然有限。门诊护理药剂师有适当的资源和培训,以克服障碍,并支持有效使用cgm。他们可以根据患者的具体需求和可及性为选择最佳设备提供指导。药剂师还可以教育患者如何使用设备,解释数据,并将其与移动应用程序集成,以进行监测和数据共享。此外,药剂师可以通过审查数据报告和对治疗进行必要的调整来协助进行管理。药剂师主导的教育和多学科协调可以支持中医在临床环境中的整合。药剂师可以提供在职教育,为与护理相关的行政工作流程提供临床支持,并提供咨询,以增加提供者在处方中西医结合的舒适度。通过更好地描述药剂师在糖尿病护理中的干预措施,增加对他们在跨专业团队中的作用的认识,以及描述药剂师可用的可行报销途径,可以最好地实现药剂师在CGM和糖尿病技术方面在初级保健中的潜力。本文描述了门诊护理中的药剂师如何使用CGM作为糖尿病技术的一个例子,通过一个患者病例来改善患者护理。呼吁采取行动,进一步教育,研究和支持药剂师利用技术在这些角色。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Diabetes technology: Continuous glucose monitoring and the role of ambulatory care pharmacists

This commentary discusses the role of ambulatory care pharmacists in diabetes care and the evolving use of continuous glucose monitoring (CGM) technology. As the clinical burden and costs related to care for diabetes grows, ambulatory care pharmacists are uniquely positioned to realize the potential of and implement technology in the patient care process. Although previous technologies often focused on phone-based interventions, rapidly evolving technology, such as CGM, offers great insight related to disease state management. Despite the growth of CGM technology, there is still limited recognition of the value of pharmacists in the utilization of diabetes technology. Ambulatory care pharmacists have the appropriate resources and training to navigate barriers and support effective use of CGMs. They can provide guidance in selecting the best device based on patient-specific needs and accessibility. Pharmacists can also educate patients on how to use devices, interpret data, and integrate it with mobile applications for monitoring and data sharing. In addition, pharmacists can assist in ongoing management by reviewing data reports and making necessary adjustments to therapy. Pharmacist-led education and multidisciplinary coordination can support integration of CGMs in clinical settings. Pharmacists can deliver in-service education, provide clinical support to administrative workflow related to care, and provide consultations to increase provider comfort in prescribing CGMs. Pharmacists’ potential with CGM and diabetes technology in primary care would be best realized through better characterization of pharmacists’ interventions in diabetes care, increased recognition of their role on the interprofessional team, and describing viable reimbursement pathways available to pharmacists. This article describes how pharmacists in ambulatory care can use CGM as an example of diabetes technology to improve patient care through a patient case. A call to action is provided for further education, research, and support for pharmacists leveraging technology in these roles.

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