Grams R, Morgan G, Yu F S, Zhang D, Zhang G J, Iddings E, Fiorentino R, Broughton H
J Med Syst. 1995 Apr;19(2):165-70. doi: 10.1007/BF02257067.
The application and form of electronically stored medical knowledge has a direct impact on the design of any healthcare delivery system. For those who plan for remote medical care or who work at the disaster relief level, there are specific requirements which will dictate the type of knowledge required and the vehicle best suited to deliver that information. The PC based multimedia biomedical library developed for NASA was originally intended for long-term space missions where complete isolation from each support was a distinct possibility. The library is a combination of traditional references and secondary databases structured within a primary care physician's workstation. The integration of the library and a point-of-care system allows optimal use of both resources and provides a basic building block for telemedicine networking.
电子存储医学知识的应用和形式对任何医疗保健提供系统的设计都有直接影响。对于那些规划远程医疗护理或在救灾层面工作的人来说，有特定要求将决定所需知识的类型以及最适合传递该信息的载体。为美国国家航空航天局（NASA）开发的基于个人电脑的多媒体生物医学图书馆最初是为长期太空任务设计的，在这些任务中完全与各种支持隔绝是完全有可能的。该图书馆是传统参考文献和二级数据库的组合，构建在初级保健医生的工作站内。图书馆与即时医疗系统的整合实现了两种资源的优化利用，并为远程医疗网络提供了一个基本构建模块。
