AI Article Synopsis
- Pigment Red 53 is a harmful synthetic dye often found in cosmetics, despite being banned due to health risks, creating a need for better detection methods for illegal products.
- This study developed an indicator color chart that displays color changes through chemical reactions, allowing for quick onsite analysis of Pigment Red 53 in various cosmetics at concentrations as low as 10 ppm.
- Results indicate that the color chart is an effective initial screening tool for detecting Pigment Red 53, showing good correlation with established methods like TLC and UV-Vis spectrophotometry.
Article Abstract
Background: Pigment Red 53 is a dangerous synthetic dye that is often added to cosmetics, even though its use in cosmetic products has been prohibited because of possible impacts on health. Faster and more sensitive detection of Pigment Red 53 is needed for onsite analysis to protect the community from illegal cosmetics that contain the dye. Indicator color charts are a kind of analytical method that can be used to detect Pigment Red 53 in cosmetic products, including lipstick, rouge, and eyeshadow. Such charts are practical, fast, and can be used for onsite analysis.
Methods: In this study, an indicator for Pigment Red 53 detection was obtained through a reagent reaction that caused a specific color change. An indicator color chart was then produced by setting out in paper form the series of colors which resulted from the reaction of specific chemical reagents and Pigment Red 53 solutions at concentrations of 10, 20, 40, 60, 80, and 100 ppm.
Results: The testing results showed that the indicator color chart may be used as an initial screening method for the detection of Pigment Red 53 in cosmetic products with a detectable minimum concentration of 10 ppm. Out of nine samples, only one (Eyeshadow 3) tested positive for Pigment Red 53. Further analysis was carried out on the indicator color chart and the results showed good agreement with TLC and UV-Vis spectrophotometry methods.
Conclusion: The results reported in this paper demonstrate that the indicator color chart is a good prospective method for onsite analysis to detect Pigment Red 53 in cosmetic samples, with a lower detection limit compared to polymer-based indicators.
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| http://dx.doi.org/10.1111/jocd.16193 | DOI Listing |
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