conclusions: in vitro, a high concentration of farnesol (30 mm) shows antimicrobial properties against bacterial biofilms;

结论：在体外试验中，高浓度的法尼醇（30mm）对细菌生物膜有抗菌活性；

constituents of rose otto: citronellol geraniol nerol farnesol esters rose oxide etc hundreds of the rose fragrant ingredients.

玫瑰油营养成分：香茅醇，玫瑰醇，橙花醇以及各种酯类等上几百种天然芳香挥发成分。

the effect of farnesol on bacterial biofilm formation lasted for at least three days.

法尼醇对细菌生物膜形成的影响持续至少3天。

although farnesol may have a clinical role, additional investigations, both in vitro and in vivo, are needed.

虽然法尼醇具有临床效应，但增加对本品的体内和体外研究是必要的。

low concentrations of soluble farnesol (0.03 to 3 mm) did not inhibit biofilm formation and did not potentiate the effect of a submaximal concentration of gentamicin.

低浓度的法尼醇溶液（0.03-0.3mm）没有抑制生物膜的形成，并且作用不强于次最大浓度的庆大霉素。

cinnamomum tenuipilum kosterm. (farnesol-type), flowers of magnolia liliflora desr. , leaves of eriobotrya japonica, etc. are important potential resources of farnesol for industrial utilization.

金合欢醇型细毛樟、辛夷花、枇杷叶等是具有较好开发利用前景的重要资源。

our study provides a basic knowledge of the effectiveness of farnesol against staphylococcus aureus biofilms on titanium alloy surfaces.

我们的研究提供了关于法尼醇对钛合金表面的金黄色葡萄球菌生物膜的作用的基础知识。

farnesol can be synthesized by different chemical means from different materials, such as, nerolidol, geranyl derivatives or other (compounds).

由橙花叔醇、香叶基衍生物和其它多种原料经不同的化学反应手段，可以合成金合欢醇。

farnesol can also express antimicrobial activity when predried on titanium discs and when added to preformed biofilms.

当在钛合金盘中放置干燥的法尼醇和将其添加到已形成的生物膜中时，法尼醇也表现出抗菌活性。