兽医梭菌疫苗的试验:从小鼠到微滴板。

Developments in biologicals Pub Date : 2012-01-01
K Redhead, K Wood, K Jackson
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引用次数: 0

摘要

预防梭菌病的疫苗是最常见的兽医生物制剂之一。这些材料的每一批都要经过各种毒性和抗原性测试。然后通过毒素中和试验(TNT)评估最终疫苗的效力。所有这些试验都是用老鼠进行的,并且都有致命的终点。效价检测替代方案的开发是基于能够测量相对于具有确定单位的标准血清的特定毒素的抗体水平的elisa。这些替代测定法已被证明与相关tnt相关,并已被欧洲监管机构接受为批量释放效价试验。最近,我们开发了体外细胞系替代品,用于氯的毒性和抗原性试验。使用VERO细胞系检测败血病。有了这种细胞系,就有可能开发出体外试验,与体内试验相比,其相关性为87%至100%。在证明了原理的基础上,类似的细胞系测定法已经被开发出来。novyi和Cl。产气荚膜C型和D型。
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Testing of veterinary clostridial vaccines: from mouse to microtitre plate.

Vaccines to protect against clostridial diseases are among the most common veterinary biologicals. Each batch of these materials is subjected to a variety of toxicity and antigenicity tests. The potency of the final vaccine is then assessed by Toxin Neutralisation Test (TNT). All of these tests use mice and have lethal endpoints. Development of alternatives for potency testing was based on ELISAs able to measure antibody levels to the specific toxins relative to a standard serum with a defined unitage. These alternative assays were shown to correlate with the relevant TNTs and have been accepted by European Regulatory Authorities as batch release potency tests. Recently we have developed in vitro cell line alternatives for the toxicity and antigenicity tests for Cl. septicum using the VERO cell line. With this cell line it has been possible to develop in vitro assays which, when compared with the in vivo tests, gave correlations of 87% to 100%. Having shown proof of principle, similar cell line assays have been developed for Cl. novyi and Cl. perfringens types C and D.

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