Micromeria fruticosa and Foeniculum vulgare essential oils inhibit melanoma cell growth and migration by targeting MMP9 and NFkB signaling

Chemical and Biological Technologies in Agriculture

Table 2 Chemical components of M. fruticosa leaves's EO collected from the Genin region, Palestine

Compound	R.T	RI	Content%
α-Pinene	9.78	931	0.12
β-Pinene	11.73	974	0.33
Myrcene	12.32	987	0.11
Limonene	14.02	1026	0.86
p-Mentha-3,8-diene	15.81	1063	0.34
p-Mentha-3-en-8-ol	19.05	1149	1.38
Isomenthone	19.56	1162	2.17
trans-3-Pinanone	19.96	1172	1.27
α-Terpineol	20.80	1193	0.29
Verbenone	21.24	1205	0.77
ND	21.56	1214	1.01
Pulegone	22.46	1239	81.77
Piperitone	22.91	1251	0.16
trans-Anethole	24.05	1289	1.36
Piperitenone	25.83	1336	1.04
Piperitenone oxide	26.59	1358	1.78
β-Caryophellene	28.56	1418	2.95
α-Caryophellene	29.68	1454	0.18
Germacrene D	30.48	1480	0.74
Bicyclogermacrene	30.94	1495	0.29
Caryophyllene oxide	33.53	1582	1.09
Total identified			97.73
Monoterpene Hydrocarbons			1.76
Oxygenated monoterpenes			90.72
Sesquiterpene hydrocarbons			4.16
Oxygenated sesquiterpenes			1.09