[Show abstract][Hide abstract] ABSTRACT: In this study, antimicrobial activity of essential oil, ethyl acetate and ether extracts eosf sSe.n tuiarlm oiieln osfi st hBeu anegreia lw pearert socf rSe.e unremdi eangsaisin Bsut nsgoem wea ss peexcaimesin oefd bbayc GteCr iaan adn GdC f-uMngSi. .M Aelstoh,o dthse: Tpahret so iolfs So.b utarimnieedn sbisy hydrodistillation in a Clevenger apparatus from fresh and dried aerial oil components. Bunge were analyzed by GC and GC-MS to investigate the variations of powdered aerial pEatrht yaln da caeptparteop arniadte e athmeoru enxtst roafc etsa cohf sSo.l vuernmt iensis Bunge were obtained using method. (ethyl acetate, ether) by maceration bacteria aTnhde fmuningiim wuams dinehteirbmitionreyd c uosnicnegn btrraottiho nm (iMcrIoCd) ioluf teiosns emnteitahlo odi.l Ranedsu eltxst:r acts against the oil of S. urmiensis In the essential benzoate Bunge 27 Compounds have been identified. Benzyl benzoate (60.3 %), n-hexyl of the ess(1e6n.t7i a%l ),o Ailm. yl benzoate (5.2 %) and 2- octyl benzoate (4.2 %) were the main components The essential oil analysis showed greatest antimicrobial activity against Staphylococcus epidermidis (5.3g/ml) and S. cerevisiae (9.3 g/ml). The ethyl acetate showed gmrle) aatnesdt eatnhteirm eixctrroabcita sl haocwtievdit yg raegaateinsts ta nBtaimciilclurosb siuabl tailcitsi v(i1t0y6 .a7g aings/mt Kl),l eCbsaenildlaid pan aeulbmicoannias e( 5(.130 .7 g/ ga/cmtivl)i tayn odf SSa. cucrhmaireonmsiysc mesa cye breev idsuiaee t o(1 0it.s7 cogn/tmenl)t. oCf ogenrcmluasciroennse: awned sluingagleosotl .that
Asian Pacific Journal of Tropical Biomedicine 12/2012; 2(3):S1680-S1682.
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