Matches in SemOpenAlex for { <https://semopenalex.org/work/W3129202270> ?p ?o ?g. }
- W3129202270 endingPage "393" @default.
- W3129202270 startingPage "393" @default.
- W3129202270 abstract "Combinatory action of antimicrobial agents such as essential oils (EOs) show to be an effective strategy to overcome the problem with increasing antibiotic resistance of microorganisms, including Staphylococcus aureus. The objective of this study was to evaluate in vitro antimicrobial interactions between Origanum vulgare and Thymus vulgaris EOs against various S.aureus strains in both liquid and vapor phases using the broth volatilization checkerboard method. Fractional inhibitory concentrations (FICs) were determined for both liquid and vapor phases, and the composition of EOs was analyzed by gas chromatography-mass spectrometry using dual-column/dual-detector gas chromatograph. Results of oregano and thyme EOs combination showed additive effects against all S. aureus strains in both phases. In several cases, sums of FICs were lower than 0.6, which can be considered a strong additive interaction. The lowest FICs obtained were 0.53 in the liquid phase and 0.59 in the gaseous phase. Chemical analysis showed that both EOs were composed of many compounds, including carvacrol, thymol, γ-terpinene, and p-cymene. This is the first report on oregano and thyme EOs interactions against S. aureus in the vapor phase. It also confirms the accuracy of the broth volatilization checkerboard method for the evaluation of combinatory antimicrobial effects of EOs in the vapor phase." @default.
- W3129202270 created "2021-03-01" @default.
- W3129202270 creator A5005008777 @default.
- W3129202270 creator A5030699194 @default.
- W3129202270 creator A5037048884 @default.
- W3129202270 creator A5062953329 @default.
- W3129202270 creator A5091812207 @default.
- W3129202270 date "2021-02-18" @default.
- W3129202270 modified "2023-10-16" @default.
- W3129202270 title "Validation of Qualitative Broth Volatilization Checkerboard Method for Testing of Essential Oils: Dual-Column GC–FID/MS Analysis and In Vitro Combinatory Antimicrobial Effect of Origanum vulgare and Thymus vulgaris against Staphylococcus aureus in Liquid and Vapor Phases" @default.
- W3129202270 cites W125844918 @default.
- W3129202270 cites W1589605129 @default.
- W3129202270 cites W1595626752 @default.
- W3129202270 cites W1606945105 @default.
- W3129202270 cites W1673910544 @default.
- W3129202270 cites W1799910061 @default.
- W3129202270 cites W1917515069 @default.
- W3129202270 cites W1949162579 @default.
- W3129202270 cites W1967224299 @default.
- W3129202270 cites W1967432135 @default.
- W3129202270 cites W1968107181 @default.
- W3129202270 cites W1969027151 @default.
- W3129202270 cites W1969809451 @default.
- W3129202270 cites W1975091355 @default.
- W3129202270 cites W1984270632 @default.
- W3129202270 cites W1991188790 @default.
- W3129202270 cites W1992413291 @default.
- W3129202270 cites W1992992445 @default.
- W3129202270 cites W2001671049 @default.
- W3129202270 cites W2009967337 @default.
- W3129202270 cites W2011767657 @default.
- W3129202270 cites W2012393267 @default.
- W3129202270 cites W2017750957 @default.
- W3129202270 cites W2018698029 @default.
- W3129202270 cites W2019971469 @default.
- W3129202270 cites W2027017549 @default.
- W3129202270 cites W2028388446 @default.
- W3129202270 cites W2041192471 @default.
- W3129202270 cites W2055232144 @default.
- W3129202270 cites W2059852761 @default.
- W3129202270 cites W2061581690 @default.
- W3129202270 cites W2062336491 @default.
- W3129202270 cites W2064470344 @default.
- W3129202270 cites W2070950181 @default.
- W3129202270 cites W2073450677 @default.
- W3129202270 cites W2078248663 @default.
- W3129202270 cites W2081148559 @default.
- W3129202270 cites W2082336317 @default.
- W3129202270 cites W2083648421 @default.
- W3129202270 cites W2088221167 @default.
- W3129202270 cites W2088777932 @default.
- W3129202270 cites W2094364977 @default.
- W3129202270 cites W2126771311 @default.
- W3129202270 cites W2127968529 @default.
- W3129202270 cites W2129601971 @default.
- W3129202270 cites W2151343276 @default.
- W3129202270 cites W2158379424 @default.
- W3129202270 cites W2158921004 @default.
- W3129202270 cites W2168060423 @default.
- W3129202270 cites W2176496726 @default.
- W3129202270 cites W2282992687 @default.
- W3129202270 cites W2621310438 @default.
- W3129202270 cites W2627057528 @default.
- W3129202270 cites W2745288280 @default.
- W3129202270 cites W2762852834 @default.
- W3129202270 cites W2765413139 @default.
- W3129202270 cites W2792074098 @default.
- W3129202270 cites W2801138847 @default.
- W3129202270 cites W2808372213 @default.
- W3129202270 cites W2838813657 @default.
- W3129202270 cites W2891391648 @default.
- W3129202270 cites W2895984304 @default.
- W3129202270 cites W2898810938 @default.
- W3129202270 cites W2912038903 @default.
- W3129202270 cites W2933097833 @default.
- W3129202270 cites W2935472622 @default.
- W3129202270 cites W2970866580 @default.
- W3129202270 cites W2981647639 @default.
- W3129202270 cites W2985316946 @default.
- W3129202270 cites W3009543014 @default.
- W3129202270 cites W3023201046 @default.
- W3129202270 cites W3031701311 @default.
- W3129202270 cites W3036889696 @default.
- W3129202270 cites W4239569810 @default.
- W3129202270 cites W4365786968 @default.
- W3129202270 cites W99385554 @default.
- W3129202270 doi "https://doi.org/10.3390/plants10020393" @default.
- W3129202270 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7922886" @default.
- W3129202270 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33670756" @default.
- W3129202270 hasPublicationYear "2021" @default.
- W3129202270 type Work @default.
- W3129202270 sameAs 3129202270 @default.
- W3129202270 citedByCount "6" @default.
- W3129202270 countsByYear W31292022702021 @default.
- W3129202270 countsByYear W31292022702022 @default.
- W3129202270 countsByYear W31292022702023 @default.
- W3129202270 crossrefType "journal-article" @default.
- W3129202270 hasAuthorship W3129202270A5005008777 @default.