制药工业发展替代方法的优先事项。

M R Jackson
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引用次数: 11

摘要

促进动物福利是毒理学家的一个潜在和值得称赞的目标,有充分的理由采取实际的、集中的、调查的方法来实现这一目标。药物管制毒理学可细分为系统(靶器官),生殖,遗传和局部毒理学,以及免疫毒理学和肿瘤学领域。可以对这些领域进行评估,确定优先次序,以便采取措施促进任何或全部3r(减少,替换,改进),从而为动物带来最切实的利益。这些措施的范围可以很广泛,例如,从用其他体外技术取代动物实验,到采用减少所需动物数量的管理方案。本文仅从减少/替代实验动物的角度考虑体外技术,和建议的优先级标准列表可能:-监管可接受性降低开发成本减少动物数量促进福利方面阐明毒性机制在化合物选择中的有用性推进毒理学科学从这样的分析中得出明确的信息,可能从动物福利,可行性和资源的角度影响体外毒理学应用的优先级。
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Priorities in the development of alternative methodologies in the pharmaceutical industry.

Promotion of animal welfare is an underlying and laudable goal for toxicologists and there is good reason to adopt practical, focused, investigative approaches towards this aim. Pharmaceutical regulatory toxicology can be subdivided into the areas of systemic (target organ), reproductive, genetic and topical toxicology, as well as immunotoxicology and oncology. These areas can be assessed for prioritisation as to where adoption of measures to promote any or all of the 3 Rs (reduction, replacement, refinement) would lead to the most tangible benefit for animals. These measures can range, for example, from replacement of animal experimentation with alternative in vitro techniques, to adoption of regulatory protocols that reduce the number of animals required. This paper is confined to consideration of in vitro technology in terms of reducing/replacing laboratory animal use, and a suggested list of criteria for prioritisation is potential for:- Regulatory acceptability Reducing development cost Reducing animal numbers Promoting welfare aspects Elucidating toxic mechanisms Usefulness in compound selection Advancing the science of toxicology Clear messages emerge from such an analysis which could influence prioritisation of the application of in vitro toxicology from the standpoints of animal welfare, feasibility and resources.

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Detection of low levels of DNA damage arising from exposure of humans to chemical carcinogens. Natural antioxidants in chemoprevention. Development of in vitro models for cellular and molecular studies in toxicology and chemoprevention. Bioavailability and health effects of dietary flavonols in man. Epidemiological studies on antioxidants, lipid peroxidation and atherosclerosis.
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