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TOXICITY EVALUATION OF SINGLE AND MULTIPLE MIXTURES OF SOME FACIAL COSMETICS ON MUD CATFISH (Clarias gariepinus) FINGERLINGS.

Authors :
OSUALA, F. I.
OLUMIDE, H. F.
ABIODUN
OLUSHOLA, A.
IGWO-EZIKPE, M. N.
OVIAHON, O. B.
Source :
Journal of Aquatic Sciences. Jul2024, Vol. 38 Issue 2, p171-184. 14p.
Publication Year :
2024

Abstract

Astronomical discharge of facial cosmetic products into the aquatic environments exposes aquatic organisms to these pollutants. Eight facial cosmetic products such as Milani Powder, Ponds Primer, Zikel Powder, Zaron concealer, Glam gal's foundation, Maybelline foundation, L.A Girl concealer and Milk of Magnesia were evaluated for relative acute toxicity (single and joint action) against Clarias gariepinus in static laboratory bioassays. Single action toxicity data were statistically analysed based on Probit, while the Synergistic Ratio and Concentration - Addition analysed joint action. Results of acute toxicity (single action) based on 96hrLC50 values showed that Milani Powder (184.14 mg/l) was the most toxic, followed by Ponds Primer (230.95 mg/l), Zikel powder (233.58 mg/l), Aaron concealer (384.47 mg/l), Glam Gals' foundation (421.83 mg/l), Maybelline foundation (565.32 mg/l), L, A Girl concealer (587.75 mg/l) and Milk of Magnesia (2218 mg/l) in descending order of toxicity. Joint action toxicity evaluation of the binary, trinary and quaternary mixtures subjected to the Synergistic Ratio and Concentration showed that binary mixtures tended towards synergism and antagonism in varied ratios and combinations. The ratio of toxicity units for all mixtures interaction tended to synergism and could be dangerous to the biota. Therefore, strict regulation standards should be enforced to protect the environment and make eco-friendly alternative ingredients that can be incorporated into these products. [ABSTRACT FROM AUTHOR]

Details

Language :
English
ISSN :
11152788
Volume :
38
Issue :
2
Database :
Academic Search Index
Journal :
Journal of Aquatic Sciences
Publication Type :
Academic Journal
Accession number :
176241280
Full Text :
https://doi.org/10.4314.jas.v38i2.14