Table 2.

Comparison of chemical compounds obtained by GC-MS from the essential oil of fresh. leaves of C. conduplicatus (Oliveira Júnior et al., 2018).

Peak	Compounds	RT (min)	% GC-MS
1	Tricyclene	8.447	0.08
2	α-Thujene	8.726	0.50
3	α-Pinene	8.927	2.30
4	Camphene	9.465	0.49
5	Sabinene	10.521	1.46
6	α-Phellandrene	11.731	1.44
7	p-Cymene	12.574	12.41
8	1,8-Cineole	12.792	21.42
9	NI	13.694	0.07
10	γ-Terpinene	13.942	0.14
11	Terpinolene	15.087	0.05
12	(E)-Sabinene	15.569	0.03
13	NI	15.716	0.13
14	(Z)-p-Menth-2-en-1-ol	16.402	0.16
15	α-Campholenal	16.535	0.01
16	(E)-Pinocarveol	16.977	0.18
17	Camphor	17.117	0.32
18	Pinocarvone	17.842	0.09
19	Borneol	17.989	0.52
20	NI	18.130	0.05
21	Terpinen-4-ol	18.417	2.28
22	α-Terpineol	19.001	0.60
23	Isobornyl acetate	22.236	0.32
24	α-Copaene	25.167	0.20
25	β-Bourbonene	25.450	0.21
26	β-Elemene	25.713	0.34
27	(E)-Caryophylene	26.560	7.52
28	α-Humulene	27.613	1.55
29	Alloaromadendrene	27.841	1.69
30	Germacrene D	28.473	0.31
31	β-Selinene	28.628	0.32
32	Bicyclogermacrene	28.955	1.61
33	δ-Amorphene	29.488	0.58
34	δ-Cadinene	29.776	0.53
35	α-Calacorene	30.355	0.14
36	NI	30.611	0.32
37	Spathulenol	34.413	15.47
38	Caryophyllene oxide	31.541	12.15
39	Ledol	32.105	1.50
40	Humulene epoxide	32.265	1.42
41	Cubenol	32.450	0.20
42	Acorenol	32.826	0.25
43	NI	32.966	0.44
44	NI	33.069	1.19
45	Epi-α-Cadinol	33.185	4.34
46	α-Muurolol	33.352	0.50
47	β-Eudesmol	33.449	0.51
48	α-Cadinol	33.578	1.02
49	NI	33.881	0.45
50	NI	35.751	0.15
Total identified			97.2

RT (min) = Retention times of the compounds; % GC-MS. = Relative percentage of the compound in the EOCC; NI = Not identified.