三维流感病毒免疫模型研究

随着人类社会的发展,人类对于自身健康的研究越来越深入,人工免疫系统也成为了生物信息研究领域的热点.传统的动物实验虽趋于完善,却也出现了研究技术上的难关,研究员们无法通过传统的实验室环境模拟数量化的人体体内环境,更无法用人类活体做实验.这样,就产生了二维的免疫计算机模型,但也并没有完全贴切人体环境的要求.因此,我们利用Java 3D计算机三维模型以及计算机仿真方式来搭建类似于体内真实环境的人体免疫计算机模型,这可以使得人工免疫系统模型更加完善.与培养皿方式的实验相比,计算机模型的实验方式可以用于研究免疫系统智能性,对研究设计新的人工免疫系统方法很有意义.而且计算机模型具有准确性高、误报率低和稳定性好等优点.本文利用Java 3D技术,通过细胞之间的相互作用,加入对流感病毒免疫应答的仿真,结合免疫细胞的参数,模拟临床实验,期望得到一些规律性的结果.

Influenza Virus Immunnue Model Based on 3 D Technology

With the development of human society,studies of their own health have become more and more indepth,artificial immune system has become a hot field of bio-informatics. Traditional animal experiments tend to be perfect,but also appear to be difficulty on the technology. In this way,immune computer model in two dimensions appear,but it does not fully meet the requirements of appropriate human environment. Therefore,we use the Java 3D computer model and simulation to build human immune model which is similar to the real environment in vivo. Experimental method of computer models can be used for intelligent study of immune system. In this paper,the Java 3D technology is used,through the interactions between cells,the simulation model of immune responses to influenza virus,combined with the parameters of immune cells,some regularity results of clinical simulation experiment are obtained.