Study on the types and status of alternative animal testing for cosmetics evaluation

Testing methods that replace animals for experiments are essential. In the future, alternative testing methods should be able to increase the accuracy and efficiency of experimental results along with ethical directions. In addition, in most cases, it can save costs and time compared to testing using animals. Recently, cell culture, artificial skin, QSAR, and omics data-based analysis have been attracting attention as alternative testing methods for animals. In particular, toxicity and efficacy studies based on big data are being conducted in combination with AI. Among them, the zebrafish model is very useful for research on toxicity and aging, and is suitable for in vivo studies as an alternative animal model. Zebrafish is also expected to converge with bioprinting, AI, and big data.

Authors

Publication Details

Journal
The Korean Society of Human and Nature
Published
2025-03-31
DOI
https://doi.org/10.54913/hn.2025.6.1.691
Primary Topic
Animal testing and alternatives
Type
article
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article

Study on the types and status of alternative animal testing for cosmetics evaluation

Bo-Ae Kim
The Korean Society of Human and Nature
Animal testing and alternatives
article

Study on the types and status of alternative animal testing for cosmetics evaluation

Bo-Ae Kim
article en

Abstract

Testing methods that replace animals for experiments are essential. In the future, alternative testing methods should be able to increase the accuracy and efficiency of experimental results along with ethical directions. In addition, in most cases, it can save costs and time compared to testing using animals. Recently, cell culture, artificial skin, QSAR, and omics data-based analysis have been attracting attention as alternative testing methods for animals. In particular, toxicity and efficacy studies based on big data are being conducted in combination with AI. Among them, the zebrafish model is very useful for research on toxicity and aging, and is suitable for in vivo studies as an alternative animal model. Zebrafish is also expected to converge with bioprinting, AI, and big data.

The Korean Society of Human and NatureVol. 6(1)
Openalex Percentile: Top 93%
Animal testing and alternatives
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