Impact of essential oils on seed quality and seed-borne pathogens of Althea officinalis seeds of different ages

Chemical and Biological Technologies in Agriculture

Table 5 Chemical composition of lavender Eo

RT (min)	Compound	Molecular formula	RI^exp	RI^lit	%
13.02	Linalool	C10H18O	1098	1095	44.4
19.27	Linalyl acetate	C12H20O2	1251	1254	41.7
9.97	1,8-Cineole	C10H18O	1029	1026	2.9
14.58	Camphor	C10H16O	1136	1141	2.8
9.92	Limonene	C10H16	1027	1024	2.7
16.14	Terpinen-4-ol	C10H18O	1173	1174	1.7
15.76	Borneol	C10H18O	1164	1165	1.3
20.63	Lavandulyl acetate	C12H20O2	1283	1288	0.8
26.11	(E)-Caryophyllene	C15H24	1413	1417	0.5
24.58	Geranyl acetate	C12H20O2	1376	1379	0.4
8.38	3-Octanone	C8H16O	970	979	0.3
9.80	p-Cymene	C10H14	1024	1020	0.3
27.54	(Z)-β-Farnesene	C15H24	1448	1440	0.2
6.58	α-Thujene	C10H16	924	924	tr
6.79	α-Pinene	C10H16	930	932	tr
7.25	Camphene	C10H16	945	946	tr
7.99	Sabinene	C10H16	968	969	tr
8.11	β-Pinene	C10H16	972	974	tr
8.52	Myrcene	C10H16	985	988	tr
9.24	Hexyl acetate	C8H16O2	1007	1007	tr
10.21	(Z)-β-Ocimene	C10H16	1037	1032	tr
11.66	cis-Linalool oxide	C10H18O2	1062	1067	tr
12.27	trans-Linalool oxide	C10H18O2	1079	1084	tr
13.74	Heptyl acetate	C9H18O2	1112	1115	tr
13.97	cis-p-Menth-2-en-1-ol	C10H18O	1121	1118	tr
15.62	Lavandulol	C10H18O	1161	1165	tr
16.41	Hexyl butanoate	C10H20O2	1181	1191	tr
16.84	α-Terpineol	C10H18O	1190	1186	tr
22.39	Hexyl tiglate	C11H20O2	1324	1330	tr
Total identified					100

RT Retention time, RIlit Retention indices according to the literature, RIexp Experimentally determined retention indices using a homologous series of n-alkanes (C8‒C20) on the HP‒5MS column, tr—traces