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The environmental risk assessment of human pharmaceuticals in the overall EU regulatory affairs process.

机译:在整个欧盟法规事务流程中对人类药品进行的环境风险评估。

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The approval of new human pharmaceutical products in the EU requires an assessment of potential environmental risks related to the use by patients, besides the evaluation of the human safety, efficacy, and quality evaluation. The current guidance by the European Medicines Agency (EMEA), describing the process of the environmental risk assessment for human drugs, covers a two-tiered assessment programme with a modelling step for an environmental exposure scenario and a subsequent step of environmental fate and effects testing. The following paper describes ways how the requirements of the environmental risk assessment can be sensibly incorporated in the overall approval process of a pharmaceutical product including the risk/benefit analysis for the patient. The resources for environmental testing and assessment programmes can be employed economically, if the pharmacological, toxicological, and pharmacokinetic information obtained during the development programme of a human pharmaceutical is used to develop substance-specific test programmes and to evaluate the environmental risk assessment taking into account the pharmacodynamic properties and the use pattern by patients. Finally, we suggest that the environmental risk evaluation process as part of drug approvals should adhere to a focussed assessment strategy considering existing knowledge and the therapeutic needs.
机译:在欧盟批准新的人类药品时,除了评估人类安全性,功效和质量评估外,还需要评估与患者使用相关的潜在环境风险。欧洲药品管理局(EMEA)的当前指南描述了人类药物的环境风险评估过程,涵盖了两级评估程序,其中包括针对环境暴露场景的建模步骤以及随后的环境命运和效应测试步骤。下文描述了如何将环境风险评估的要求合理地纳入药品的总体批准流程中的方法,包括对患者的风险/收益分析。如果将人类药物开发计划中获得的药理,毒理和药代动力学信息用于制定针对特定物质的测试计划并评估环境风险评估,则可以经济地使用环境测试和评估计划的资源患者的药效学性质和使用方式。最后,我们建议,作为药物批准的一部分的环境风险评估过程应坚持考虑现有知识和治疗需求的重点评估策略。

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