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首页> 外文期刊>BioDrugs: Clinical immunotherapeutics, biopharmaceuticals, and gene therapy >Understanding and applying regulatory guidance on the nonclinical development of biotechnology-derived pharmaceuticals.
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Understanding and applying regulatory guidance on the nonclinical development of biotechnology-derived pharmaceuticals.

机译:了解和应用有关生物技术衍生药物的非临床开发的法规指导。

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Biotechnology-derived pharmaceuticals are a well established and growing part of the therapeutic armamentarium. Beginning with recombinant versions of products such as insulin that were previously manufactured by extraction from animal and human sources, licensed biotechnology drugs and those in development now span an ever-increasing range of product types and therapeutic categories. As a consequence of this diversity, both general and product class-specific scientific guidelines have been developed on a regional (e.g. EU/US) or international (e.g. ICH - International Conference on Harmonization) basis. The current portfolio of nonclinical guidelines, particularly ICH S6, emphasizes flexibility and adaptability to the specific circumstances of the individual biotechnology product and its intended indication, taking into account factors not generally applicable to small-molecule drugs, such as pharmacodynamic responsiveness of safety and efficacy models, species specificity, and antibody formation. Guidelines developed principally with small-molecule drugs in mind may, nevertheless, have some applicability to biotechnology drugs on issues such as safety pharmacology, as well as on regulatory, procedural and dossier submission requirements. Scientific guidelines, such as those providing nonclinical guidance, are just one, albeit important, component of an increasingly complex legal/scientific environment in drug development.
机译:生物技术衍生的药物是治疗武器库中成熟且不断发展的一部分。从以前通过动物和人类来源提取生产的胰岛素等产品的重组版本开始,获得许可的生物技术药物以及正在开发的生物技术药物现在涵盖了越来越多的产品类型和治疗类别。由于这种多样性,已经在区域(例如欧盟/美国)或国际(例如ICH-国际协调会议)的基础上制定了一般性和针对产品类别的科学指南。当前的非临床指南组合,尤其是ICH S6,强调了对单个生物技术产品及其预期适应症的具体情况的灵活性和适应性,同时考虑了通常不适用于小分子药物的因素,例如安全性和有效性的药效响应性模型,物种特异性和抗体形成。但是,主要考虑到小分子药物制定的指南可能在安全药理学以及法规,程序和卷宗提交要求等方面对生物技术药物具有一定的适用性。科学指南,例如提供非临床指南的那些,只是在药物开发中日益复杂的法律/科学环境中的一个组成部分,尽管很重要。

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