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[使用哥廷根生物反应器生产的狂犬病活疫苗对小鼠的保护作用]

[Protective effect in mice of the live rabies vaccine produced using the Göttingen bioreactor].

作者信息

Roth F, Ullrich M W

机构信息

Institut für Pflanzenbau und Tierhygiene in den Tropen und Subtropen der Georg-August-Universität Göttingen.

出版信息

Berl Munch Tierarztl Wochenschr. 1995 Dec;108(12):471-5.

PMID:8651900
Abstract

For the control of urban rabies in developing countries, the SAD-virusstrain was used in the Göttingen two-step Bioreactorsystem as a model-virus for oral vaccine production. The quality of the antigen had been tested by challenge. In the Bioreactorsystem, controlled by computer, a high standard of cell quality and cell density up to 6 x 10(6) cells/ml had been maintained. The high cell quality is correlated to high proliferation of rabies virus. Virus titres up to 10(8.5) pfu/ml were reached. The protectivity of the antigen had been tested by challenge. In comparison to a commercial vaccine with a PD50 of 10(-1.92) the SAD-Antigen of the Göttingen Bioreactorsystem reached a PD50 of 10(-1.63) by a challenge doses of 70-75 MLD50.

摘要

在发展中国家控制城市狂犬病时,SAD病毒株在哥廷根两步生物反应器系统中用作口服疫苗生产的模型病毒。抗原质量已通过攻毒试验进行检测。在由计算机控制的生物反应器系统中,维持了高标准的细胞质量,细胞密度高达6×10⁶个细胞/毫升。高细胞质量与狂犬病病毒的高增殖相关。病毒滴度达到10⁸·⁵蚀斑形成单位/毫升。抗原的保护性已通过攻毒试验进行检测。与效价为10⁻¹·⁹²的市售疫苗相比,哥廷根生物反应器系统的SAD抗原在70 - 75半数致死量的攻毒剂量下效价达到10⁻¹·⁶³。

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