Abstract

Tobacco leaves (Nicotiana tabacum L.) have secondary metabolites namely alkaloids as antibacterial, flavonoids and steroids / terpenoids as antimicrobials and adstringers which play a role in wound shrinkage, efficacious saponins stimulate collagen formation. This study aims to determine the effectiveness of tobacco leaf gel ethanol extract in the healing of burns. Tobacco leaf extract was prepared using a 96% ethanol immersion process. This study of tobacco leaf extract is prescribed in the form of gels at 5%, 10%, and 15% concentrations. There were five groups in this study. The first group (positive control), the second group (negative control), and the third group are tobacco leaf ethanol extract gels 5%, 10%, and 15%. In this study, 15 rats with burns on the backs of mice coated with the test preparation will be measured and photographed once daily. This is done until the wound is 0 cm in diameter or covered with new tissue. The data results of the mean wound healing rate data were statistically tested using the SPSS program. We analyzed the data using Oneway, ANOVA, TukeysB, and LSD to see the actual differences between the processes. The data results of the analysis on day 16 showed that the 15% tobacco leaf ethanol extract had a wound healing effect that was not significantly different from the positive control (Bioplasenton) (p> 0.05). cure burns that are comparable to comparable drugs (Bioplasenton). The conclusion of this study is that the most effective gel concentration is 15% with the day of recovery on the 16th day.

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