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基于网络的血液学系统的设计与实现

Design and implementation of a web-enabled haematological system.

作者信息

Gortzis Lefteris, Koubias Stavros, Nikiforidis George

机构信息

Medical Physics Laboratory, Department of Medical School, University of Patras, Patra, Hellas 26500, Greece.

出版信息

Comput Methods Programs Biomed. 2004 Sep;75(3):221-34. doi: 10.1016/j.cmpb.2004.02.007.

Abstract

This paper describes the design and the implementation of a web-enabled integrated haematological system, named e-HS. The proposed system runs on a set of distributed network nodes providing useful haematological services. These services include patient-oriented data management, digitized histopathological slides (DHS) acquisition, teleconsulting facilities, etc. The objective of e-HS is to supply web-enabled services according to haematological requirements, implement a distributed storage scheme for DHS, and provide a common database containing all haematological laboratory results by using eXtensible Markup Language (XML) and web technologies. Our implementation can be accessible to every authorized physician at the distributed nodes without any additional software. The only software required for the user is the widely used browser (e.g. MS Internet Explorer v 3.02 or higher). Besides, by using a self-explaining user interfaces and HTML-techniques, such as hyperlinks, the necessary amount of training at the physicians-side is reduced to a minimum. A first implementation of the e-HS, has been established at the Medical Physics Department of the University of Patras (master node of the system), and has been tested with success by the medical staff of the Hospital Departments of the University of Patras and Thessalonica that served as distributed nodes of the system.

摘要

本文描述了一个名为电子血液学系统(e-HS)的基于网络的集成血液学系统的设计与实现。该系统运行在一组提供有用血液学服务的分布式网络节点上。这些服务包括面向患者的数据管理、数字化组织病理学切片(DHS)采集、远程会诊设施等。e-HS的目标是根据血液学需求提供基于网络的服务,为DHS实现分布式存储方案,并通过使用可扩展标记语言(XML)和网络技术提供一个包含所有血液学实验室结果的公共数据库。我们的实现对于分布式节点上的每一位授权医生都是可访问的,无需任何额外软件。用户唯一需要的软件是广泛使用的浏览器(如微软Internet Explorer v 3.02或更高版本)。此外,通过使用自解释用户界面和HTML技术(如超链接),医生所需的培训量降至最低。e-HS的首个实现版本已在帕特雷大学医学物理系(系统的主节点)建立,并已由作为系统分布式节点的帕特雷大学和塞萨洛尼基大学医院科室的医务人员成功测试。

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