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. 2020 Nov 30;25(23):5654. doi: 10.3390/molecules25235654

Table 1.

Comparison of analyses of HSD_SPE and HHD_SPE extracts by means of peaks in chromatograms, identified compounds and three major components, n = 3.

Hydrolate from Peaks in Chromatograms Identified Compounds (Total Rel. Content) Main Compounds (Rel. Content)
HSD_SPE HHD_SPE HSD_SPE HHD_SPE HSD_SPE HHD_SPE
Lavender 186 172 48 (90.0%) 48 (93.2%) 1,8-Cineole (20.6%) Linalool (23.2%)
(Z)-Linalool furanoxide (11.9%) 1,8-Cineole (19.5%)
α-Terpineol (10.4%) α-Terpineol (13.0%)
Bay leaves 227 166 33 (78.0%) 33 (79.4%) 1,8-Cineol (56.4%) 1,8-Cineol (54.1%)
4-Terpineol (6.0%) 4-Terpineol (7.1%)
α-Terpineol (5.0%) α-Terpineol (6.4%)
Fennel 87 68 13 (84.1%) 11 (85.1%) Estragole (37.4%) Estragole (33.0%)
Fenchone 22.5%) Fenchone (26.5%)
p-Methoxy Cinnamaldehyde (7.0%) Eugenol (5.6%)
Clove 98 80 9 (99.3%) 9 (99.3%) Eugenol (89.1%) Eugenol (92.7%)
Eugenyl acetate (9.3%) Eugenyl acetate (5.6%)
Chavicol (0.4%) Chavicol (0.4%)

HHD_SPE—hydrolate obtained by hydrodistillation and 50× concentrated using solid phase extraction (SPE); HSD_SPE—hydrolate obtained by steam distillation and 50× concentrated using SPE.