EMBRYOLOGY BY COMPUTER-AIDED INSTRUCTION

胚胎学是人类生物学的基本要素，它提供了一种 大体解剖和理解先天性的必要基础 临床医学中遇到的异常现象。胚胎发育 是一个动态和迭代的过程，很难通过它来学习 传统的教科书。静态照片和静态插图对齐 文本的区分性不能完全描述这一动态过程。 生物医学成像技术(BIT)的目标是创造一种教育 软件包。胚胎学：一种计算机辅助教学(ECAI)，使用 动态图像和计算机动画将补充传统的 课本和讲座。该程序可在任何兼容IBM-PC的计算机上运行 使用标准VGA图形并在用户中操作的微型计算机 态度友好。 ECAI的特点确保了完成的程序是有用的、可访问的、 价格实惠，使用简单。技术上准确和详细的图纸 说明人类胚胎从精子和卵子发育到足月 胎儿。每个图像和动画都将附带说明性文字。电子计算机辅助教学 同时显示同时发展的器官系统， 完整的索引，人类产前发育日历，带自我测试 复习辅助工具和人声发音词汇表。 为了完成电子计算机辅助教学，我们必须绘制大部分的图纸，写下 说明性文本、完整的编程和试点测试以及草稿 文件。

Embryology is a fundamental element of human biology that provides a necessary Foundation for gross anatomy and understanding congenital anomalies as encountered in clinical medicine. Embryological development is a dynamic and iteractive process that is difficult to learn through traditional textbooks. Still photographs and static illustrations aligned with compartmentalized text cannot fully describe this dynamic process. Biomedical Imaging Technology's (BIT) goal is to create an educational software package. Embryology: a Computer-Aided Instruction (ECAI), using dynamic imagery and computer animation that will supplement traditional textbOoks and lectures. The program runs on any IBM-PC compatible microcomputer utilizing standard VGA graphics and operates in a user friendly manner. ECAI's features ensure that the finished program is useful, accessible, affordable, and simple to use. Technically accurate and detailed drawings illustrate development of the human embryo from sperm and ova to full term fetus. Explanatory text will accompany each image and animation. ECAI features simultaneous Display of concurrently developing organ systems, complete index, calendar of human prenatal development, with self-testing review aid, and a human voice pronouncing glossary. In order to complete ECAI, we must render most of the drawings, write explanatory text, complete programming and pilot test, and draft documentation.