首页> 外文期刊>Journal of applied microbiology >BIOACTIVITY OF SELECTED PLANT ESSENTIAL OILS AGAINST LISTERIA MONOCYTOGENES
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BIOACTIVITY OF SELECTED PLANT ESSENTIAL OILS AGAINST LISTERIA MONOCYTOGENES

机译:精选植物精油对单核黄体产生的生物活性

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Ninety-three different commercial essential oils were screened for activity against 20 Listeria monocytogenes strains In vitro and the results correlated against the actual chemical composition of each oil. There was a substantial difference in the activity between different essential oils as expected, but there was also a difference in activity between different samples of the same essential oil. Strong anti-Listeria activity was often correlated with essential oils containing a high percentage of monoterpenes, eugenol, cinnamaldehyde, thymol, and sometimes with citronellol, limonene and geraniol. However, as there was often no correlation between the anti-Listeria activity and the main chemical components, it is possible that either there is a more complex relationship with the chemical composition (which includes the minor components) or that substantial adulteration had occurred in some essential oil samples. The possible use of a number of essential oils in a dual role as flavours and antimicrobials is discussed.
机译:筛选了九十三种不同的商业精油对20种单核细胞增生李斯特氏菌菌株的体外活性,结果与每种油的实际化学成分相关。正如预期的那样,不同精油之间的活性存在显着差异,但是同一精油的不同样品之间的活性也存在差异。强烈的抗李斯特菌活性通常与含有高百分比的单萜类,丁子香酚,肉桂醛,百里酚的精油有关,有时与香茅醇,li烯和香叶醇有关。但是,由于抗李斯特菌活性与主要化学成分之间通常不存在相关性,因此可能与化学成分(包括次要成分)存在更复杂的关系,或者在某些情况下发生了严重的掺假精油样品。讨论了在香精和抗菌剂中双重作用的多种精油的可能用途。

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