Mupparapu Muralidhar, Binder Robert E, Cummins John M
Department of Diagnostic Sciences D-860, New Jersey Dental School, 110 Bergen Street, Newark, NJ 07101-1709, USA.
Am J Orthod Dentofacial Orthop. 2005 Jun;127(6):756-9. doi: 10.1016/j.ajodo.2004.11.027.
Radiographic images and other patient records, including medical histories, demographics, and health insurance information, can now be stored digitally and accessed via patient management programs. However, digital image acquisition and diagnosis and treatment planning are independent tasks, and each is time consuming, especially when performed at different computer workstations. Networking or linking the computers in an office enhances access to imaging and treatment planning tools. Access can be further enhanced if the entire network is wireless. Thanks to wireless technology, stand-alone, desk-bound personal computers have been replaced with mobile, hand-held devices that can communicate with each other and the rest of the world via the Internet. As with any emerging technology, some issues should be kept in mind when adapting to the wireless environment. Foremost is network security. Second is the choice of mobile hardware devices that are used by the orthodontist, office staff, and patients. This article details the standards and choices in wireless technology that can be implemented in an orthodontic clinic and suggests how to select suitable mobile hardware for accessing or adding data to a preexisting network. The network security protocols discussed comply with HIPAA regulations and boost the efficiency of a modern orthodontic clinic.
X光影像和其他患者记录,包括病史、人口统计学信息和健康保险信息,现在可以进行数字存储,并通过患者管理程序进行访问。然而,数字图像采集、诊断和治疗计划是相互独立的任务,而且每项任务都很耗时,尤其是在不同的计算机工作站上执行时。在办公室将计算机联网或连接起来,可以更方便地使用成像和治疗计划工具。如果整个网络是无线的,访问便利性还能进一步提高。得益于无线技术,独立的、固定在桌上的个人电脑已被移动手持设备所取代,这些设备可以通过互联网相互通信并与外界联系。与任何新兴技术一样,在适应无线环境时需要牢记一些问题。首要的是网络安全。其次是正畸医生、办公室工作人员和患者所使用的移动硬件设备的选择。本文详细介绍了可在正畸诊所实施的无线技术标准和选择,并建议如何选择合适的移动硬件来访问已有网络或向其添加数据。所讨论的网络安全协议符合《健康保险流通与责任法案》(HIPAA)的规定,并提高了现代正畸诊所的效率。