促进神经科学研究中使用的动物的福利

Brain-X Pub Date : 2024-10-19 DOI:10.1002/brx2.70002
Tianshuo Zhang, NianNian Zhang, Ruoqing Feng, Hao Wang, Fangfang Bi, Shuangqing Wang
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引用次数: 0

摘要

保障动物福利在公共机构和立法结构中有着根深蒂固的历史,其目的是在整个实验过程中提高动物的舒适度和整体福利。将提高动物福利与医学研究实践相协调是至关重要的,因为这对于减少阻碍建模精确性的因素和优先考虑动物福利至关重要。这一承诺促进了先进实验方法和动物福利评估技术的创新。经典的 3R 原则--替换、减少和改进--是提高模型动物福利的基石。根据 3R 原则建立适当的动物福利衡量标准,将推动相关领域的进步。本综述深入探讨了动物伦理和 3R 原则的演变,以及提高神经科学中使用的各种模式动物(包括非人灵长类动物、啮齿动物、斑马鱼和其他物种)福利的策略。本综述旨在澄清这方面的福利概念,并评估在神经科学研究中使用模式动物的优点和限制因素。从本质上讲,这有助于加强动物保护和规范研究工作中的动物使用。此外,为了给神经科学研究提供更优越的替代方法,寻求新的建模方法势在必行。
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Promoting the welfare of animals utilized in neuroscience research

The safeguarding of animal welfare holds a deep-rooted history within public institutions and legislative structures, with the objective of enhancing the comfort and overall wellbeing of animals throughout the entire experimental process. It is paramount to harmonize the enhancement of animal welfare with medical research practices, as this is pivotal in mitigating factors that impede modeling precision and prioritizing their welfare. This commitment has nurtured innovation in advanced experimental methodologies and welfare evaluation techniques. The classic 3Rs principle-replacement, reduction, and refinement-serves as a fundamental cornerstone for advancing the welfare of model animals. The establishment of appropriate metrics for animal welfare, rooted in the 3Rs principle, will propel progress in related fields. This review delves into the evolution of animal ethics and the 3R principles, alongside strategies to elevate the welfare of various model animals utilized in neuroscience, encompassing non-human primates, rodents, zebrafish, and other species. The aim of this review is to clarify the notion of welfare in this context and to evaluate the merits and constraints of utilizing model animals in neuroscience research. This, in essence, may contribute to bolstering animal protection and standardizing their use in research endeavors. Additionally, the pursuit of novel modeling methodologies is imperative to provide superior alternatives for neuroscience research.

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