Maglaveras N, Koutkias V, Chouvarda I, Goulis D G, Avramides A, Adamidis D, Louridas G, Balas E A
Lab of Medical Informatics, The Medical School, Aristotelian University, Box 323, 54124, Macedonia, Thessaloniki, Greece.
Int J Med Inform. 2002 Dec 18;68(1-3):99-111. doi: 10.1016/s1386-5056(02)00069-2.
Health delivery practices are shifting towards home care. The reasons are the better possibilities for managing chronic care, controlling health delivery costs, increasing quality of life and quality of health services and the distinct possibility of predicting and thus avoiding serious complications. For the above goals to become routine, new telemedicine and information technology (IT) solutions need to be implemented and integrated in the health delivery scene, and these solutions need to be assessed through evidence-based medicine in order to provide solid proof for their usefulness. Thus, the concept of contact or call centers has emerged as a new and viable reality in the field of IT for health and telemedicine. In this paper we describe a generic contact center that was designed in the context of an EU funded IST for health project with acronym Citizen Health System (CHS). Since the generic contact center is composed by a number of modules, we shall concentrate in the modules dealing with the communication between the patient and the contact center using mobile telecommunications solutions, which can act as link between the internet and the classical computer telephony communication means. We further elaborate on the development tools of such solutions, the interface problems we face, and on the means to convey information from and to the patient in an efficient and medically acceptable way. This application proves the usefulness of wireless technology in providing health care services all around the clock and everywhere the citizen is located, it proves the necessity for restructuring the medical knowledge for education delivery to the patient, and it shows the virtue of interactivity by means of using the limited, yet useful browsing capabilities of the wireless application protocol (WAP) technology.
医疗服务实践正在向家庭护理转变。原因在于管理慢性病护理有更好的可能性、控制医疗服务成本、提高生活质量和医疗服务质量,以及预测并因此避免严重并发症的明显可能性。为了使上述目标成为常规做法,需要实施新的远程医疗和信息技术(IT)解决方案并将其整合到医疗服务场景中,并且这些解决方案需要通过循证医学进行评估,以便为其效用提供确凿证据。因此,联系或呼叫中心的概念已成为健康与远程医疗领域中一个新的可行现实。在本文中,我们描述了一个通用的联系中心,它是在欧盟资助的一个名为公民健康系统(CHS)的健康领域IST项目背景下设计的。由于通用联系中心由多个模块组成,我们将专注于使用移动通信解决方案处理患者与联系中心之间通信的模块,这些解决方案可充当互联网与传统计算机电话通信手段之间的链接。我们进一步阐述此类解决方案的开发工具、我们面临的接口问题,以及以高效且医学上可接受的方式向患者传递信息和从患者接收信息的方法。该应用证明了无线技术在全天候、无论公民身处何地都能提供医疗服务方面的有用性,证明了为向患者提供教育而重组医学知识的必要性,并且展示了通过利用无线应用协议(WAP)技术有限但有用的浏览功能实现交互性的优点。