随着临床细菌学鉴定方法的不断改革以及计算机的日益普及,细菌鉴定向着微量化,快速化、系统化、自动化方向发展。在计算机的辅助下,大量的细菌鉴定数据进行自动分析统计,由于系列的鉴定生化试验所反应结果数值化按着一定的数学模型进行多元化分析,利用计箅机快速的运算和高度精确的记忆能力,作出 With the continuous reform of clinical bacteriological identification methods and the ever-increasing popularity of computers, the identification of bacteria toward the micro-quantification, rapid, systematic and automated direction. In the computer aided, a large number of bacterial identification data for automatic analysis of statistics, as a result of a series of identification of biochemical tests of the numerical results according to a certain mathematical model of the diversification analysis, the use of calculator Ji operation and highly accurate memory Ability to make