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Physical-Chemical Characterization of OzonizedCoconut Oil

机译:臭氧椰子油的理化特性

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In the present study, the products from the ozonation of three systemsrn(ozonized coconut oil, ozonized coconut oil with water and ozonizedrncoconut oil with ethanol) are characterized and compared statistically.rnPeroxide, acidity and viscosity indexes were determined. The reactionrnproducts were identified by 1H NMR and their antimicrobial activityrnwas evaluated. The ozonized coconut oil with ethanol showed thernhighest peroxide and acidity indexes. This result suggests that inrnpresence of ethanol a greater peroxide decomposition occur leading torngreater acid formation. The variation coefficients obtained in thernanalysis methods were smaller than 10%. As reaction products werernidentified ozonides and aldehydes compounds. The highest actionrnspectrum of antimicrobial activity by Staphylococcus aureus wasrnobtained with the ozonized coconut oil with water and ethanol systems.
机译:本研究对三种系统的臭氧化产物(臭氧化的椰子油,水和臭氧化的椰子油以及乙醇的臭氧化椰子油)进行了表征和统计比较。确定了过氧化物,酸度和粘度指数。通过1 H NMR鉴定反应产物,并评估其抗菌活性。用乙醇臭氧化的椰子油显示出最高的过氧化物和酸度指数。该结果表明,乙醇的不存在会导致更大的过氧化物分解,从而导致生成角豆酸。在热分析方法中获得的变异系数小于10%。作为反应产物,确定了臭氧化物和醛化合物。用臭氧化的椰子油,水和乙醇体系使金黄色葡萄球菌具有最高的抗菌活性。

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