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The failure of dose-response models to predict low dose effects: a major challenge for biomedical, toxicological and aging research

机译:剂量反应模型无法预测低剂量效应:对生物医学,毒理学和衰老研究的重大挑战

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摘要

Recent detailed evaluations of the pharmacological, toxicological, and biogerontological literature indicate that the hormetic dose-response is quite common and highly generalizable by biological model, endpoint, and chemical class. Head-to-head comparisons of the hormetic model with the traditional threshold model have revealed the hormetic model to occur with considerably greater frequency in the biomedical literature. Despite these developments, the history of both pharmacology and toxicology reflects a strong acceptance and centralizing of the threshold model concept while profoundly marginalizing of the hormetic dose-response. This commentary will address why the biomedical community especially those in the areas of pharmacology and toxicology made an incorrect judgment that the most fundamental nature of the dose-response was threshold rather than hormetic and why this conclusion has continued to dominate these fields and their numerous applications despite convincing evidence to the contrary. These findings have particular relevance to the area of biogerontology since this discipline often resides at the pharmacological-toxicological interface.
机译:最近对药理学,毒理学和生物老年学文献的详细评估表明,激素的剂量反应非常普遍,并且可以通过生物学模型,终点和化学类别高度概括。与传统的阈值模型进行的头对头比较表明,在生物医学文献中,该模型的出现频率更高。尽管有这些发展,但是药理学和毒理学的历史都反映了阈值模型概念的强大接受和集中化,同时深深地抑制了激素剂量反应。这篇评论将解决生物医学界,尤其是药理学和毒理学领域的人们为什么做出错误的判断,即剂量反应的最基本性质是阈值而不是刻板的,为什么这个结论继续在这些领域及其众多应用中占主导地位尽管有令人信服的相反证据。这些发现与生物老年医学领域特别相关,因为该学科通常位于药理毒理学界。

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