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Overview of the Current State-of-the-Art for Bioaccumulation Models in Marine Mammals

机译:海洋哺乳动物生物蓄积模型的最新技术概述

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Information regarding the (toxico)kinetics of a chemical in organisms can be integrated in mathematical equations thereby creating bioaccumulation models. Such models can reconstruct previous exposure scenarios, provide a framework for current exposures and predict future situations. As such, they are gaining in popularity for risk assessment purposes. Since marine mammals are protected, the modeling process is different and more difficult to complete than for typical model organisms, such as rodents. This review will therefore discuss the currently available models for marine mammals, address statistical issues and knowledge gaps, highlight future perspectives and provide general do’s and don’ts.
机译:可以将有关生物体内化学物质的(毒性)动力学的信息整合到数学方程式中,从而创建生物蓄积模型。此类模型可以重建以前的暴露场景,为当前暴露提供框架并预测未来情况。因此,出于风险评估的目的,它们越来越受欢迎。由于海洋哺乳动物受到保护,因此建模过程是不同的,并且比典型的模型生物(例如啮齿动物)更难以完成。因此,本篇评论将讨论海洋哺乳动物的当前可用模型,解决统计问题和知识差距,强调未来的观点并提供一般性的做法。

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