Rahma Suci Nabila; Ninik Darsini; Agustinus Agustinus
Abstract
Cigarette smoke produces particles such as nicotine, tar, and cadmium which can damage male germ cells and interfere with the hypothalamus, pituitary, and testicles which cause spermatogenesis ...
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Cigarette smoke produces particles such as nicotine, tar, and cadmium which can damage male germ cells and interfere with the hypothalamus, pituitary, and testicles which cause spermatogenesis disorders. The study aimed to analyze the differences in FSH levels in each group of mice (Mus musculus) exposed to cigarette smoke by administering ethanol extract from marigold leaves (Tegetes erecta). The laboratory experimental research method used a Randomized post-test-only control group design with exposure to one cigarette smoke 1 cigarette per day and administration of ethanol extract of marigold leaves (Tegetes erecta). The grouping of research samples used simple random sampling in 5 groups with experimental mice (Mus Musculus) males aged 8-12 weeks and weighing 20-25 grams which were divided into 5 groups, namely K(-) (placebo), K(+) (smoked cigarettes and placebo), P1 (cigarette smoke and marigold leaf extract dose 0.25 g/kg-BW), P2 (smoked cigarettes and marigold leaf extract dose 0.50 g/kg-BW), and P3 (smoked cigarettes and marigold leaf extract dose 1, 0 g/kg-BW). FSH levels were examined using ELISA. The results of the analysis of examining FSH levels showed an average of K(-): 0.80 mIU/ml, K(+): 0.60 mIU/ml, P1: 0.54 mIU/ml (dose 0.25 g/kg-BW), P2:0.60 mIU/ml (dose of 0.50 g/kg-BW), and P3:0.55 mIU/ml (dose of 1.0 g/kg-BW) with p-value ≤0.05. In conclusion, there was a significant effect of the administration of ethanol extract of marigold leaves (Tegetes erecta) on the FSH levels of mice exposed to cigarette smoke.
