Brennan Frank R, Shaw Leigh, Wing Mark G, Robinson Christine
Huntingdon Life Sciences, Woolley Rd, Alconbury, Huntingdon, Cambridgeshire PE28 4HS, UK.
Mol Biotechnol. 2004 May;27(1):59-74. doi: 10.1385/MB:27:1:59.
The unique and complex nature of biotechnology-derived pharmaceuticals has meant that it is often not possible to follow the conventional safety testing programs used for chemicals, and hence they are evaluated on a case-by-case basis. Nonclinical safety testing programs must be rationally designed with a strong scientific understanding of the product, including its method of manufacture, purity, sequence, structure, species specificity, pharmacological and immunological effects, and intended clinical use. This knowledge, coupled with a firm understanding of the regulatory requirements for particular product types, will ensure that the most sensitive and regulatory-compliant test systems are used to optimize the chances of gaining regulatory approval for clinical testing or marketing authorization in the shortest possible time frame.
生物技术衍生药物的独特和复杂性质意味着,通常无法遵循用于化学品的常规安全测试程序,因此对它们进行逐案评估。非临床安全测试程序必须在对产品有深入科学理解的基础上进行合理设计,包括其生产方法、纯度、序列、结构、物种特异性、药理和免疫作用以及预期的临床用途。这些知识,再加上对特定产品类型监管要求的坚定理解,将确保使用最敏感且符合监管要求的测试系统,以在尽可能短的时间内优化获得临床试验或上市许可监管批准的机会。