Conclusion The model of infection with eperythrozoon was established in mice.
结论可以用小鼠建立附红细胞体感染动物模型。
In animal model, we found that intestinal infection could sensitisize the intestinal response to stress.
我们对动物进行肠壁肌电检测也表明，肠道感染可使肠道对应激的反应更敏感。
Objective Construct fuzzy control mathematical model on infection of SIR type.
目的建立SIR型传染病模糊控制数学模型；
Therefore, we can use it as animal-model of HCV infection.
小鼠，形成HCV-C皮下移植瘤，建立HCV感染的动物模型。
At last, we give a computer simulation of the model cold focus of infection.
最后给出了模拟冷区病灶的处理效果。
At last, we give a computer simulation of the model cold focus of infection.
最后给出了模拟冷区病灶的处理效果。
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