FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4387358626> ?p ?o ?g. }

• W4387358626 endingPage "e01927" @default.
• W4387358626 startingPage "e01927" @default.
• W4387358626 abstract "In this study, experimental design approach coupled with MIC assay were used to determine the combined treatment effect of three Moroccan essential oils (EOs) derived from Ammi visnaga (AVEO), Mentha suaveolens (MSEO) and Lavandula stoechas (LSEO), against S. aureus, E. coli and P. aeruginosa, as well as to predict the optimal formulations of these EOs to inhibit bacterial adhesion on the stainless steel (304L SS) surface. EOs were obtained via hydrodistillation and then, their volatile content was analyzed using Gas Chromatography-Mass Spectrometry (GC–MS). The antibacterial activity was evaluated using disc-diffusion, microdilution assays. Moreover, the anti-adhesive effect was assessed using two complementary methods, including contact angle measurements and scanning electron microscopy (SEM) analysis. The GC-MS analysis revealed the presence of various bioactive compounds in AVEO, MSEO and LSEO. The main identified components were piperitenone oxide (52.04%) and pulegone (19.78%) for MSEO; and camphor (23.97 %) and menthol (21.5%) for LSEO. Whereas, AVEO was mainly characterized by the presence of linalool (30.24 %). The antibacterial assays showed that all EOs are able to inhibit the bacterial growth at low concentration (MIC ranged from 0.015 to 4 v/v (%)). The optimization of mixtures antibacterial effect has demonstrated the synergistic effect between the three EOs. The optimal mixture predicted against E. coli, P. aeruginosa, and S. aureus corresponded to 30%/42%/28%, 43%/30%/27%, and 50%/50%/0%, AVEO, LSEO and MSEO, respectively. The contact angle assessment indicated that LSEO, MSEO, AVEO and their optimal mixtures remarkably inhibit bacterial adhesion by the alteration of the physico-chemical properties of 304L SS surface. These results are confirmed by SEM analysis, and proved that EOs formulation was able to inhibit more than 80% of bacterial adhesion to 304L SS surface. In light of these findings, EOs mixtures recommended here, can be applied as a promoting and eco-friendly agent for combating the formation of biofilms on stainless steel surface." @default.
• W4387358626 created "2023-10-06" @default.
• W4387358626 creator A5002091974 @default.
• W4387358626 creator A5037857943 @default.
• W4387358626 creator A5039365455 @default.
• W4387358626 creator A5053993094 @default.
• W4387358626 creator A5056144165 @default.
• W4387358626 creator A5078517541 @default.
• W4387358626 creator A5080097876 @default.
• W4387358626 creator A5086891558 @default.
• W4387358626 creator A5092807012 @default.
• W4387358626 date "2023-11-01" @default.
• W4387358626 modified "2023-10-09" @default.
• W4387358626 title "Exploration of Novel Antibacterial and Anti-adhesive Formulations from three Chemically Characterized Essential oils: Optimization using experimental design methodology" @default.
• W4387358626 cites W1969334945 @default.
• W4387358626 cites W1970867196 @default.
• W4387358626 cites W1975240963 @default.
• W4387358626 cites W1976907017 @default.
• W4387358626 cites W1979914363 @default.
• W4387358626 cites W2010123364 @default.
• W4387358626 cites W2020564096 @default.
• W4387358626 cites W2046531960 @default.
• W4387358626 cites W2051882869 @default.
• W4387358626 cites W2057005622 @default.
• W4387358626 cites W2060332933 @default.
• W4387358626 cites W2063771413 @default.
• W4387358626 cites W207061326 @default.
• W4387358626 cites W2070950181 @default.
• W4387358626 cites W2072377626 @default.
• W4387358626 cites W2078248663 @default.
• W4387358626 cites W2120077633 @default.
• W4387358626 cites W2121816765 @default.
• W4387358626 cites W2121903116 @default.
• W4387358626 cites W2144272029 @default.
• W4387358626 cites W2158921004 @default.
• W4387358626 cites W2332072819 @default.
• W4387358626 cites W2346673136 @default.
• W4387358626 cites W2521750804 @default.
• W4387358626 cites W2522290873 @default.
• W4387358626 cites W2746546304 @default.
• W4387358626 cites W2764160251 @default.
• W4387358626 cites W2911543398 @default.
• W4387358626 cites W2938193085 @default.
• W4387358626 cites W2948551030 @default.
• W4387358626 cites W2957399340 @default.
• W4387358626 cites W2971081837 @default.
• W4387358626 cites W2972110792 @default.
• W4387358626 cites W2972927412 @default.
• W4387358626 cites W2999768192 @default.
• W4387358626 cites W3013491198 @default.
• W4387358626 cites W3032548794 @default.
• W4387358626 cites W3036650783 @default.
• W4387358626 cites W3037191174 @default.
• W4387358626 cites W3043300575 @default.
• W4387358626 cites W3045395214 @default.
• W4387358626 cites W3046001126 @default.
• W4387358626 cites W3094543927 @default.
• W4387358626 cites W3096129661 @default.
• W4387358626 cites W3104412243 @default.
• W4387358626 cites W3120821875 @default.
• W4387358626 cites W3165152212 @default.
• W4387358626 cites W3182768862 @default.
• W4387358626 cites W3185111900 @default.
• W4387358626 cites W3195737959 @default.
• W4387358626 cites W3197551232 @default.
• W4387358626 cites W4210625078 @default.
• W4387358626 cites W4210853423 @default.
• W4387358626 cites W4210979525 @default.
• W4387358626 cites W4289527157 @default.
• W4387358626 cites W4296991883 @default.
• W4387358626 cites W4302023451 @default.
• W4387358626 cites W4304618690 @default.
• W4387358626 cites W4318069407 @default.
• W4387358626 cites W4353109555 @default.
• W4387358626 cites W4365450918 @default.
• W4387358626 cites W4378893223 @default.
• W4387358626 cites W4385273497 @default.
• W4387358626 cites W4385615127 @default.
• W4387358626 cites W898169771 @default.
• W4387358626 doi "https://doi.org/10.1016/j.sciaf.2023.e01927" @default.
• W4387358626 hasPublicationYear "2023" @default.
• W4387358626 type Work @default.
• W4387358626 citedByCount "0" @default.
• W4387358626 crossrefType "journal-article" @default.
• W4387358626 hasAuthorship W4387358626A5002091974 @default.
• W4387358626 hasAuthorship W4387358626A5037857943 @default.
• W4387358626 hasAuthorship W4387358626A5039365455 @default.
• W4387358626 hasAuthorship W4387358626A5053993094 @default.
• W4387358626 hasAuthorship W4387358626A5056144165 @default.
• W4387358626 hasAuthorship W4387358626A5078517541 @default.
• W4387358626 hasAuthorship W4387358626A5080097876 @default.
• W4387358626 hasAuthorship W4387358626A5086891558 @default.
• W4387358626 hasAuthorship W4387358626A5092807012 @default.
• W4387358626 hasBestOaLocation W43873586261 @default.
• W4387358626 hasConcept C150077022 @default.
• W4387358626 hasConcept C159985019 @default.
• W4387358626 hasConcept C176947019 @default.
• W4387358626 hasConcept C178790620 @default.

• next