Jackson K V, Clarke R N, Nureddin A, Hornstein M D, Rein M S, Friedman A J
Department of Obstetrics, Gynecology, and Reproductive Biology, Brigham & Women's Hospital, Boston, Massachusetts 02115.
J Assist Reprod Genet. 1993 Jan;10(1):58-66. doi: 10.1007/BF01204442.
Our purpose was to develop a data processing system for a large in Vitro Fertilization/Gamete Intrafallopian Transfer (IVF/GIFT) practice which would (1) require minimal data entry time, (2) be easy to operate, (3) be simple to construct (no knowledge of procedural language or programming necessary), and (4) quickly collate and reduce data.
A database management system was successfully constructed on an Apple MacIntosh computer which met the above criteria. The key elements of this database were its user-friendly features (MacIntosh-based system), adaptability (user was constantly able to update and revise the program as informational needs changed), and ability to perform complex searches and data analyses imposed by the individual operators.
The software and hardware described in this report were found to be highly effective in meeting the ever-changing administrative and clinical needs of our IVF/GIFT program.
我们的目的是为大型体外受精/配子输卵管内移植(IVF/GIFT)业务开发一个数据处理系统,该系统应具备以下特点:(1)所需数据录入时间最少;(2)易于操作;(3)构建简单(无需程序语言或编程知识);(4)能快速整理和精简数据。
在一台苹果麦金塔计算机上成功构建了一个满足上述标准的数据库管理系统。该数据库的关键要素包括其用户友好特性(基于麦金塔的系统)、适应性(随着信息需求的变化,用户能够不断更新和修改程序)以及执行各个操作人员要求的复杂搜索和数据分析的能力。
本报告中描述的软件和硬件在满足我们IVF/GIFT项目不断变化的管理和临床需求方面被证明是非常有效的。