The Eperythrozoon attached to erythrocyte was not moved.
附着在红细胞上的附红细胞体已停止运动。
Conclusion We can break the host's specificity of Eperythrozoon.
结论附红细胞体的宿主特异性可被打破。
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 conclusion, hydrochloric acid could not stimulate the vigor of Eperythrozoon.
结论盐酸不能刺激附红细胞体的活力；
The consequence indicated that eperythrozoon suis resis thinness to physics and chemicals in resistant experiment.
猪附红细胞体抵抗力的试验结果表明，猪附红细胞体对物理和化学药物的抵抗力较弱。
Eperythrozoon suis does not grow on solid and liquid training base or breed in training system of method two in vitro.
在方法二的体外培养系统中，在固体和液体培养基上均没有附红细胞体生长与繁殖。
The method for preparing antibody comprises the following steps: taking the antigen of Eperythrozoon suis to prepare serum;
抗体的制备方法，包括如下步骤：取猪附红细胞体抗原，制备血清；
By using the invention, a double-antibody sandwich ELISA method can be conveniently utilized to detect the Eperythrozoon suis.
在本发明的基础上，可方便地应用双抗夹心elisa法检测猪附红细胞体。
The aim of this study was to observe the influences of hydrochloric acid, pepsin and trypsinase on vigor of Eperythrozoon, and explore its transmission in alimentary tract.
目的观察盐酸、胃蛋白酶、胰蛋白酶对附红细胞体活力的影响，探讨附红细胞体的消化道传播。
There are two experiments in this study: one is for morphologic diagnosis method of dog Eperythrozoon, the other is Development of PCR Technique for Detecting dog Eperythrozoon.
本研究包括两个试验：试验一，犬附红细胞体病形态学诊断方法的研究；试验二，犬附红细胞体病pcr诊断方法建立与应用。
The detection rates of the staining methods with Wright, Giemsa and acridine stains were compared in order to search for a reliable method to detect the presence of Eperythrozoon.
目的比较瑞氏、姬姆萨、吖啶橙染色法以及PCR法对附红细胞体的检出率，探索比较可靠的检测附红细胞体的方法。
The results indicated that the goat showed symptoms of anemia, visualization mucosa pale and weak, erythrocyte were deformed and Eperythrozoon adhered to the red blood cell surface.
结果显示，山羊的可视黏膜苍白贫血，红细胞明显变形，红细胞表面有附红细胞体附着；
The results indicated that the goat showed symptoms of anemia, visualization mucosa pale and weak, erythrocyte were deformed and Eperythrozoon adhered to the red blood cell surface.
结果显示，山羊的可视黏膜苍白贫血，红细胞明显变形，红细胞表面有附红细胞体附着；
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