手部损伤患者远程康复的合作方法

D. Pani, G. Barabino, A. Dessì, L. Raffo
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引用次数: 3

摘要

远程医疗系统是一种信息通信技术解决方案,用于远距离向患者提供卫生服务(患者对医生/医生对患者系统,P2D和D2P)或促进卫生专业人员之间的会诊(医生对医生系统,D2D)。无论P2D/D2P系统旨在定义跨越医院边界的两个相关人员之间的互动,D2D系统都促进医生之间的专业互动,通常是为了获得第二意见或合作治疗方法。在本文中,我们提出了一个远程康复系统的协作扩展(专利申请中),属于P2D类别,以包括一些D2D特征。拟议的扩展促进了一个涉及系统中具有不同角色和特权的几个参与者的协作场景:患者、物理治疗师、物理治疗师、咨询专家和管理员。由于明确设计的软件基础设施,所有涉及的数字都通过远程医疗系统进行交互。主要的P2D信息是由远程康复工具包保证的,能够记录和通过互联网发送在家庭康复期间提取的主要性能参数的统计数据。除了管理员之外,系统还允许其他图形(D2D)之间的交互,以便根据患者的表现趋势提出、验证和评论可能的康复方案修改,同时考虑到患者所接受的不同全身治疗可能产生的效果。这种协作框架的设计源于对正在进行的关于使用P2D系统对风湿病患者手部康复的实验试验中获得的经验的工程分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A collaborative approach to the telerehabilitation of patients with hand impairments
Telehealth systems represent an ICT solution for delivering health services to the patients from a distance (Patient to Doctor/Doctor to Patient systems, P2D and D2P) or facilitating the consultation between the health professionals (Doctor to Doctor systems, D2D). Whether P2D/D2P systems aim at defining an interaction between the two involved figures crossing the boundaries of the hospital, D2D systems foster a professional interaction between physicians, typically for a second opinion or for a collaborative approach to the treatment. In this paper we present a collaborative extension of a system for telerehabilitation (patent pending), belonging to the P2D category, in order to include also some D2D features. The proposed extension promotes a collaborative scenario involving several actors with different roles and privileges on the system: the patient, the physiotherapist, the physiatrist, a consulting specialist and the administrator. All the involved figures interact through the telehealth system thanks to an expressly designed software infrastructure. The main P2D information How is ensured by the telerehabilitation kit, able to record and send over the internet the statistics on the main performance parameters extracted during the home rehabilitation sessions. Beyond the administrator, the system enables the interactions between the other figures (D2D) in order to propose, validate and comment possible rehabilitation protocol modifications in response to the performance trend of the patient, taking into account the possible effect of different systemic treatments the patient is subjected to. The design of such a collaborative framework descends from an engineering analysis of the experience gained in the context of the ongoing experimental trials about hand rehabilitation of rheumatic patients with the P2D system.
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