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. 2020 May 5;9(5):585. doi: 10.3390/foods9050585

Table 1.

Antimicrobial activity of lemongrass essential oil.

Lemongrass Essential Oil Citral
species Classification IC50 [µL/L] MIC [µL/L] IC50 [µL/L] MIC [µL/L]
Candida famata Fungi, Ascomycota 177 ± 19 a 3684 ± 271 c,d 37 ± 7 b 142 ± 19 b,c
Cryptococcus albidus Fungi, Basidiomycota 199 ± 25 a 265 ± 31 a 2 ± 0 a 20 ± 6 a
Candida albicans Fungi, Ascomycota 571 ± 109 a,b 2734 ± 250 b,c 83 ± 8 d,e 110 ± 15 b,c
Mycobacterium smegmatis Bacteria, Gram positive 860 ± 89 b 3409 ± 775 c,d 109 ± 12 e 137 ± 19 b,c
Proteus vulgaris Bacteria, Gram negative 992 ± 37 b 1453 ± 40 a,b 97 ± 12 e 163 ± 34 c
Staphylococcus aureus Bacteria, Gram positive 1841 ± 199 c 5830 ± 198 e 77 ± 2 e 92 ± 2 b,c
Pseudomonas aeruginosa Bacteria, Gram negative 2385 ± 162 d 5308 ± 339 e 41 ± 2 b 93 ± 8 b
Salmonella enterica Bacteria, Gram negative 2626 ± 301 d 4693 ± 634 d,e 66 ± 8 c,d 97 ± 3 b,c

The data are presented as an average of eight repetitions (n) ± standard error of the mean (SEM). The data were analyzed by one-way ANOVA with Duncan’s post hoc test (P ˃ 0.05) as indicated by the superscript letters. The letters indicate the differences between the groups within one assay. Statistically significant levels are denoted with different letters. The data are presented as the concentration (µM) that (i) halved the cell viability (IC50) or (ii) reduced 90% of cell viability (MIC).