Typical G.C. analysis

Perflavory

Typical G.C. analysis
#	%	Leftshift	Components
achillea millefolium herb oil
41	0.30		bicyclogermacrene
20	2.50		borneol
30	0.60		bornyl acetate
44	trace	delta-	cadinene
43	0.20	gamma-	cadinene
49	0.40	alpha-	cadinol
47	0.40	T-	cadinol
4	2.50		camphene
17	25.50		camphor
26	0.50	trans-	carveol
27	0.10	cis-	carveol
32	0.70	trans-	carvyl acetate
35	trace	cis-	carvyl acetate
38	0.60	beta-	caryophyllene
46	0.50		caryophyllene oxide
50	0.30		chamazulene
29	0.20	(Z)-	chrysanthenyl acetate
11	17.40	1,8-	cineole
10	0.60	para-	cymene
37	trace	beta-	elemene
34	0.10	delta-	elemene
45	trace		elemol
33	0.40		eugenol
40	1.20		germacrene D
39	trace	alpha-	humulene
36	1.90	(Z)-	jasmone
21	2.00		lavandulol
12	0.50		limonene
16	3.30	(E)-para-	menth-2-en-1-ol
18	2.20	(Z)-para-	menth-2-en-1-ol
42	trace	alpha-	muurolene
48	trace	alpha-	muurolol
7	0.50	beta-	myrcene
23	0.80		myrtenal
25	1.00		myrtenol
31	2.90		neryl acetate
28	0.20	(Z)-	ocimenone
8	0.50	alpha-	phellandrene
3	4.20	alpha-	pinene
6	9.50	beta-	pinene
19	0.40		pinocarvone
5	2.90		sabinene
14	0.20	(E)-	sabinene hydrate
22	1.10		terpinen-4-ol
9	0.60	alpha-	terpinene
13	0.60	gamma-	terpinene
24	0.90	alpha-	terpineol
15	0.20		terpinolene
2	0.20	alpha-	thujene
1	0.20		tricyclene
A. C. Figueiredo, J. G. Barroso, M. S. S. Pais and J. J. C. Scheffer, Composition of the essential oils from two populations of Achilea mmillefolium L. ssp. milllefolium. J. Chromatogr Sci., 30, 392-395 (1992). P&F 22, No. 3, 57, (1997)
acorus calamus leaf oil
#	%	Leftshift	Components
30	1.61		acolamone
36	3.62	iso	acolamone
28	4.09		acoragermacrone
39	6.57	(1,10)-	aristolen-2-one
34	0.21	beta-	bisabolene
10	0.11		borneol
14	0.25		bornyl acetate
17	0.05	beta-	bourbonene
29	4.07	delta-	cadinene
31	0.30	alpha-	calacorene
42	0.58	iso	calamendiol
41	0.10		calamenene
40	0.72		calamusenone
9	0.08		camphor
20	4.13	beta-	caryophyllene
16	0.04	alpha-	copaene
23	0.32	beta-	cubebene
35	1.81	isoepi-	cubenol
4	0.04	para-	cymene
43	0.40		dibutyl phthalate
18	0.79	beta-	elemene
15	0.21	delta-	elemene
32	0.73		elemol
27	0.80	beta-	guaiene
24	0.96	beta-	gurjurene
21	0.07	alpha-	humulene
5	2.61		limonene
8	3.10		linalool
13	0.11		linalyl acetate
47	0.02		linoleic acid
3	0.07	para-	mentha-2,4(8)-diene
48	0.04		methyl 9,12,15-octadecatrienoate
19	0.86		methyl eugenol
26	3.37	(E)-	methyl isoeugenol
22	36.40	(Z)-	methyl isoeugenol
37	2.60	alpha-	muurolol
38	3.17	epi-alpha-	muurolol
2	0.09		myrcene
45	0.04	1-	octadecene
44	0.06		palmitic acid
46	0.11		phytol
1	0.21		sabinene
25	3.19		shyobunone
33	0.64	iso	shyobunone
11	0.21		terpinen-4-ol
7	0.04	alpha-	terpinene
6	0.05	gamma-	terpinene
12	0.31	alpha-	terpineol
49	0.10		tricosane
M. X. Li and Z-B. Jiang, The volatile constituents of the essential oil and their distribution in Acorus calamus L. Zhongcaoyo, 24, 459-461 (1993). P&F 22, No. 2, 59, (1997)
acorus calamus rhizome oil
#	%	Leftshift	Components
19	3.09		acolamone
25	3.25	iso	acolamone
17	7.38		acoragermacrone
33	0.24		acorenone
26	2.85	beta-	asarone
3	0.11		borneol
35	2.46		cadala-1,4,9-triene
18	3.72	delta-	cadinene
20	1.30	alpha-	calacorene
23	0.30	beta-	calacorene
37	0.86		calamendiol
36	8.37	iso	calamendiol
31	14.70		calamenene
38	0.60		calamenone
30	0.73		calamusenone
2	0.24		camphor
9	0.33	beta-	caryophyllene
6	0.07	alpha-	copaene
12	0.14	beta-	cubebene
32	0.23	1,4-	dihydro-1,1,4,4-tetramethyl-2,3-naphthalene dione
7	0.48	beta-	elemene
21	0.60		elemol
16	0.90	beta-	guaiene
13	0.12	beta-	gurjunene
10	0.31	beta-	gurjurene
29	2.48	8-	hydroxy-delta-cadinene
34	0.80	8-	hydroxy-gamma-cadinene
1	0.21		linalool
8	0.58		methyl eugenol
15	0.29	(E)-	methyl isoeugenol
11	17.70	(Z)-	methyl isoeugenol
27	1.18	alpha-	muurolol
28	1.70	epi-alpha-	muurolol
14	5.03		shyobunone
24	0.82	epi-	shyobunone
22	0.08	iso	shyobunone
4	0.22		terpinen-4-ol
5	0.14	alpha-	terpineol
M. X. Li and Z-B. Jiang, The volatile constituents of the essential oil and their distribution in Acorus calamus L. Zhongcaoyo, 24, 459-461 (1993). P&F 22, No. 2, 59, (1997)
amyris wood oil
#	%	Leftshift	Components
11	0.70	alpha-	acoradiene
30	1.00	beta-	acoradiene
35	0.70	beta-	acorenol
3	1.00	alpha-	agarofuran
14	1.60	beta-	bisabolene
26	0.20	delta-	cadinol
37	<0.10	T-	cadinol
2	trace	beta-	caryophyllene
36	<0.10		cedranol
17	3.10	ar-	curcumene
24	0.40	alpha-mono	cyclonerolidol
22	0.30	gamma-mono	cyclonerolidol
21	0.40	gamma-mono	cyclonerolidol
20	0.80		dihydroagarofuran
9	0.10	beta-	elemene
4	10.10		elemol
5	10.90	10-epi-gamma-	eudesmol
6	16.80	beta-	eudesmol
1	<0.10		furfural
31	1.00	alpha-	gurjunene
16	0.40	beta-	himachalene
15	<0.10	alpha-	humulene
7	0.50	4alpha-	hydroxydihydroagarofuran
38	<0.10		ledol
23	0.50	(E)-	nerolidol
10	<0.10	alpha-	santalene
34	6.40		selin-5-en-7-ol
29	0.10		selina-3,7-diene
19	3.50		selina-3,7(11)-diene
25	0.20		selina-5-en-11-ol
32	0.50	alpha-	selinene
18	3.10	epi-alpha-	selinene
12	trace	epi-gamma-	selinene
27	<0.10	1,3,7,7-	tetramethyl bicyclo(4.4.0)-3-decene
13	trace		valencene
28	0.10	iso	valencene
8	22.10		valerianol
33	3.50		zingiberene
B. Corbier, C. Ehret and P. Maupetit, Constituents inedits de L’essence de Santal Amyris. In: Progress in Terpene Chemistry. Edit., D. Joulain, pp. 307-316, Editns Frontiers (1986). P&F 21, No. 1, 37, (1996)
angelica archangelica root oil
#	%	Leftshift	Components
50	0.03	gamma-	atlantone
35	0.19		borneol
27	1.78		bornyl acetate
8	0.48	iso	butyl benzene
40	0.07	delta-	cadinene
62	0.06	alpha-	cadinol
61	0.04	T-	cadinol
5	1.88		camphene
9	0.20	delta-2-	carene
10	16.24	delta-3-	carene
42	0.21		carvyl acetate
48	0.04		caryophyllene oxide
54	trace	alpha-	copaen-11-ol
56	0.24	alpha-	copaen-8-ol
24	0.57	alpha-	copaene
28	0.16	beta-	copaene
52	0.04		copaenol
43	0.03		cuparene
64	0.85		cyclopentadecanolide
46	0.23	meta-	cymen-8-ol
45	0.65	para-	cymen-8-ol
19	6.39	para-	cymene
36	0.42	delta-	elemene
44	0.06	gamma-	elemene
63	0.05		elemol
33	0.41		eucarvone
60	0.49	beta-	eudesmol
4	0.05	alpha-	fenchene
37	0.64		germacrene D
65	0.37		heptadecanolide
32	0.54	alpha-	humulene
51	0.39		humulene oxide
49	0.09		humulenol
14	6.56		limonene
25	0.14		linalool
23	0.07		longicyclene
30	0.09	(E)-para-	menth-2-en-1-ol
26	0.50	(Z)-para-	menth-2-en-1-ol
20	1.57	para-	mentha-2,8-diene
22	0.08		menthone
55	trace		methyl tridecanolide
38	0.10	alpha-	muurolene
58	0.08	alpha-	muurolol
59	0.03	T-	muurolol
12	5.28		myrcene
18	trace	(E)-beta-	ocimene
16	0.05	(Z)-beta-	ocimene
47	0.10		perillyl alcohol
11	2.02	alpha-	phellandrene
15	1.26	beta-	phellandrene
2	32.19	alpha-	pinene
6	1.54	beta-	pinene
39	0.28	(E)-	piperitol
7	0.46		sabinene
41	0.15		sabinyl acetate
57	0.14		spathulenol
29	0.08		terpinen-4-ol
13	0.26	alpha-	terpinene
17	3.07	gamma-	terpinene
34	0.40	alpha-	terpineol
21	0.87		terpinolene
3	0.13	alpha-	thujene
1	0.04		tricyclene
53	0.56		tridecanolide
31	0.39		verbenyl acetate
J. C. Chalchat and R. P. Garry, Essential oil of Angelica roots (Angelica archangelica L.). Optimization of distillation, location in plant and chemical composition. J. Essent. Oil Res., 9, 311-319 (1997). P&F 24, No. 6, 45, (1999)
angelica archangelica seed oil CO2 extract
#	%	Leftshift	Components
34	0.60		bicyclogermacrene
35	trace	beta-	bisabolene
15	1.80		bornyl acetate
36	0.30	gamma-	cadinene
3	trace		camphene
6	1.70	delta-3-	carene
28	0.50	beta-	caryophyllene
29	2.00	iso	caryophyllene
26	trace	beta-	cedrene
46	0.50		cedrol
16	trace		chrysanthenyl acetate
17	2.30		chrysanthenyl acetate
39	0.40	alpha-	copaen-11-ol
40	1.10	alpha-	copaen-8-ol
24	0.20	alpha-	copaene
23	trace	alpha-	cubebene
21	0.40		cumin alcohol
38	trace		cuparene
22	trace	para-	cymen-8-ol
13	0.80	para-	cymene
49	0.70	(E,E)-2,4-	decadienal
44	1.30		dihydroeudesmol
50	0.60	(E,E)-2,4-	dodecadien-1-al
27	trace	beta-	elemene
25	1.30	gamma-	elemene
41	3.60		elemol
45	1.50	beta-	eudesmol
31	0.30	(Z)-beta-	farnesene
32	1.70		germacrene D
60	1.60		heptadecanyl acetate
59	0.60		hexadecanol
47	0.70		hexanal
9	1.70		limonene
56	1.10	12-	methyl-13-tridecanolide
33	trace	gamma-	muurolene
8	1.20		myrcene
12	trace	(E)-beta-	ocimene
61	0.90		octadecanol
54	0.90		pentadecanol
58	7.70	15-	pentadecanolide
19	1.40		phellandral
7	0.50	alpha-	phellandrene
10	16.70	beta-	phellandrene
2	11.80	alpha-	pinene
4	0.90	beta-	pinene
43	0.60		rosifoliol
5	9.10		sabinene
30	3.50	beta-	selinene
42	0.30		spathulenol
11	0.20	gamma-	terpinene
14	trace		terpinolene
51	0.40		tetradecanal
53	2.60		tetradecanol
57	0.50		tetradecanyl acetate
1	trace	alpha-	thujene
20	0.20	(Z)-	thujenol
37	0.60		thujopsene
52	0.50		tridecanal
55	0.40	13-	tridecanolide
18	0.30	4,4,6-	trimethyl-2-cyclohexen-1-one
48	trace	5-	undecen-3-yne
K. M. Kerrola and H. P. Kallio, Extraction of volatile compounds of Angelica (Angelica archangelica L.) root by liquid carbon dioxide. J. Agric. Food Chem., 42, 2234-2245 (1994). P&F 21, No. 5, 57, (1996)
baccharis coridifolia oil argentina
#	%	Leftshift	Components
13	0.20	allo-	aromadendrene
11	0.20	(E)-alpha-	bergamotene
17	3.30		bicyclogermacrene
18	0.40	beta-	bisabolene
19	0.90	delta-	cadinene
20	0.20	alpha-	calacorene
22	0.10	beta-	calacorene
9	10.80	beta-	caryophyllene
8	34.30	iso	caryophyllene
24	9.80		caryophyllene oxide
28	2.00		cedr-8(15)-en-9-alpha-ol
7	1.20	beta-	elemene
6	0.10	delta-	elemene
21	0.60		elemol
14	5.00		germacrene D
25	0.30		globulol
16	0.50	(E)-beta-	guaiene
10	0.20	beta-	gurjunene
12	0.40	alpha-	humulene
29	2.80	14-	hydroxy-9-epi-beta-caryophyllene
4	0.10		limonene
26	0.80	epi-alpha-	muurolol
3	0.10		myrcene
5	0.60	(Z)-beta-	ocimene
2	0.10	beta-	pinene
27	1.70		selin-11-en-4alpha-ol
15	8.20	beta-	selinene
23	4.20		spathulenol
1	0.10		tricyclene
J. of Ess. Oil Res. 13, No. 1, 23, (2001)
bulnesia sarmienti oil
#	%	Leftshift	Components
2	0.07	alpha-	bergamotene
11	40.54		bulnesol
12	0.79		bulnesol isomer
3	0.23	beta-	caryophyllene
1	0.09		dimethyl dodecene
5	1.19		elemol
7	0.54		elemol isomer
10	2.21	10-epi-gamma-	eudesmol
9	0.18	beta-	eudesmol
4	0.11	beta-	farnesene
6	26.78		guaiol
8	1.42		guaiol isomer
D. Prudent, F. Perineau, R. Bravo and M. Delmas, Preparation et caracterisation d’extraits volatils de bois de Guaiac (Bulnesia sarmienti Lor.). Rivista Ital. EPPOS, (5), 35-43 (1991). P&F 17, No. 6, 51, (1992)
cajuput leaf oil vietnam
#	%	Leftshift	Components
49	trace		bulnesol
37	0.4		cadina-1,4-diene
35	trace	delta-	cadinene
34	trace	gamma-	cadinene
47	trace	alpha-	cadinol
44	trace	T-	cadinol
38	trace		calamenene
2	trace		camphene
5	trace	delta-3-	carene
23	2.5	beta-	caryophyllene
41	0.3		caryophyllene oxide
10	41.1	1,8-	cineole
20	trace	alpha-	copaene
27	0.5	gamma-	curcumene
15	6.8	para-	cymene
17	0.2	para-	cymenene
22	0.3	beta-	elemene
18	trace	delta-	elemene
25	trace	gamma-	elemene
42	trace		elemol
48	0.7	beta-	eudesmol
45	0.6	gamma-	eudesmol
31	0.3	alpha-	farnesene
39	0.4		geraniol
29	0.3	beta-	guaiene
43	1.2		guaiol
28	1.6	alpha-	humulene
9	4.1		limonene
21	3.6		linalool
40	trace	alpha-	maaliene
46	trace	alpha-	muurolol
6	0.1		myrcene
14	trace	(E)-beta-	ocimene
12	trace	(Z)-beta-	ocimene
7	0.5	alpha-	phellandrene
11	0.2	beta-	phellandrene
36	trace	beta-sesqui	phellandrene
1	3.2	alpha-	pinene
3	0.8	beta-	pinene
4	trace		sabinene
33	1.5	alpha-	selinene
32	1.5	beta-	selinene
24	1.5		terpinen-4-ol
8	0.6	alpha-	terpinene
13	4.6	gamma-	terpinene
30	8.7	alpha-	terpineol
16	5.9		terpinolene
26	trace		thujopsene
19	0.3	alpha-	ylangene
O. Motl, J. Hodacova and K. Ubik, Composition of Vietnamese cajuput essential oil. Flav. Fragr. J., 5, 39-42 (1990). P&F 25, No. 1, 33, (2000)
callitris columellaris wood oil australia
#	%	Leftshift	Components
13	0.90		bulnesol
16	0.80		cadalene
22	0.90		callitrin
27	2.10		callitrisin
30	0.40		callitrisin isomer 1
2	25.70		citronellic acid
28	6.70		columellarin
17	0.30	(+)-alpha-	costol
18	0.90	(-)-gamma-	costol
31	0.50		dihydrocallitrisin
24	3.40		dihydrocolumellarin
21	0.30		elemanolide
9	0.20		elemol
6	0.20		eudesma-1,4(15),11-triene
23	1.00		eudesmanolide isomer
15	7.10	alpha-	eudesmol
14	7.50	beta-	eudesmol
11	0.20	10-epi-gamma-	eudesmol
12	3.70	gamma-	eudesmol
29	0.50		germacranolide
10	14.60		guaiol
25	0.40	iso	khusenic acid isomer 1
26	0.20	iso	khusenic acid isomer 2
20	0.30		methyl (E)-isocosticate
19	0.30		methyl (Z)-isocosticate
1	0.80		methyl citronellate
4	0.30	(E,E)-	methyl dihydrogeranate
3	0.10		methyl geranate
5	0.90		selina-4,11-diene
7	0.90	beta-	selinene
8	0.60	alpha-	selinene
J. of Ess. Oil Res. 13, No. 1, 25, (2001)
callitris glaucophylla wood oil australia
#	%	Leftshift	Components
13	0.60		bulnesol
16	3.30		cadalene
23	1.60		callitrin
27	1.00		callitrisin
30	0.20		callitrisin isomer 1
2	40.30		citronellic acid
28	2.60		columellarin
17	0.70	(-)-alpha-	costol
18	0.80	(+)-gamma-	costol
20	0.70	(+)-beta-	costol
31	0.70		dihydrocallitrisin
25	3.00		dihydrocolumellarin
22	0.50		elemanolide
9	0.80		elemol
5	0.20		eudesma-1,4(15),11-triene
24	1.40		eudesmanolide isomer
15	3.00	alpha-	eudesmol
14	10.00	beta-	eudesmol
11	0.30	10-epi-gamma-	eudesmol
12	2.80	gamma-	eudesmol
3	3.90		geranic acid
29	0.60		germacranolide
10	6.20		guaiol
6	0.90	alpha-	guaioxide
26	1.00	iso	khusenic acid isomer 1
21	0.60		methyl (E)-isocosticate
19	0.40		methyl (Z)-isocosticate
1	0.40		methyl citronellate
4	0.70	(E,E)-	methyl dihydrogeranate
7	0.30	beta-	selinene
8	0.10	alpha-	selinene
J. of Ess. Oil Res. 13, No. 1, 25, (2001)
callitris intratropica wood oil australia
#	%	Leftshift	Components
16	0.60		bulnesol
19	2.30		cadalene
28	2.40		callitrin
34	1.40		callitrisin
37	0.10		callitrisin isomer 1
23	5.60		chamazulene
1	0.10		citronellic acid
35	2.90		columellarin
20	0.30	(-)-alpha-	costol
21	0.30	(+)-alpha-	costol
22	0.10	(-)-gamma-	costol
38	0.50		dihydrocallitrisin
30	14.00		dihydrocolumellarin
27	0.60		elemanolide
4	0.50	beta-	elemene
12	1.30		elemol
9	0.70		eudesma-1,4(15),11-triene
29	0.10		eudesmanolide isomer
18	7.60	alpha-	eudesmol
17	14.40	beta-	eudesmol
14	0.40	10-epi-gamma-	eudesmol
15	9.10	gamma-	eudesmol
5	0.20		geranic acid
36	0.30		germacranolide
25	6.20		guaiazulene
6	0.60	alpha-	guaiene
13	13.70		guaiol
31	0.60	iso	khusenic acid isomer 1
32	0.20	iso	khusenic acid isomer 2
33	0.10	iso	khusenic acid isomer 3
26	0.60		methyl (E)-isocosticate
24	0.90		methyl (Z)-isocosticate
7	0.20	(E,E)-	methyl dihydrogeranate
2	0.20		methyl geranate
3	0.90		neric acid
8	0.80		selina-4,11-diene
10	2.20	beta-	selinene
11	1.50	alpha-	selinene
J. of Ess. Oil Res. 13, No. 1, 25, (2001)
cananga odorata flower oil CO2 extract
#	%	Leftshift	Components
45	1.46	alpha-	amorphene
28	0.17	(E)-	anethole
62	0.02	(Z)-	asarone
4	0.59		benzaldehyde
18	6.15		benzyl acetate
12	0.04		benzyl alcohol
64	11.97		benzyl benzoate
71	0.04		benzyl cinnamate
67	3.66		benzyl salicylate
52	0.02		bisabolene
59	0.61	alpha-	bisabolol
47	0.13	3-	buten-2-yl benzoate
53	0.19	delta-	cadinene
54	0.01	gamma-	cadinene
42	3.96	beta-	caryophyllene
43	0.21	alpha-	cedrene
60	0.02		cedrol
9	2.73	1,8-	cineole
30	0.02		cinnamic alcohol
26	0.21		cinnamic aldehyde
41	2.28		cinnamyl acetate
37	0.93	alpha-	copaene
14	0.53	para-	cresol
8	2.00	para-	cresyl methyl ether
40	0.60	beta-	cubebene
23	0.10	1,4-	dimethoxybenzene
21	0.04	3,4-	dimethoxytoluene
69	0.02		eicosane
38	0.02	delta-	elemene
55	0.02		elemol
19	0.02		ethyl benzoate
34	0.03		eugenol
44	0.54	iso	eugenol
51	14.63	(E,E)-alpha-	farnesene
63	1.39	(E,E)-	farnesol
66	2.00		farnesyl acetate
35	1.00		geranyl acetate
49	20.03		germacrene D
72	0.04		hexacosane
70	0.23		hexadecanoic acid
1	0.11	3-	hexen-1-ol
7	0.01	3-	hexen-1-yl acetate
57	0.01	(Z)-3-	hexen-1-yl benzoate
46	0.99	alpha-	humulene
31	0.13		indole
11	0.04		limonene
16	16.47		linalool
20	0.01	2-	methoxy-4-methyl phenol
29	0.04		methyl 2-methoxybenzoate
33	0.02		methyl anthranilate
25	0.07	4-	methyl benzaldoxime
15	2.42		methyl benzoate
48	0.14		methyl eugenol
22	0.04		methyl salicylate
2	0.18	2-	methyl-3-butenol
56	0.03	alpha-	muurolene
50	0.02	gamma-	muurolene
61	0.06	alpha-	muurolol
6	0.05		myrcene
58	0.02		nerolidol
13	0.02	(E)-beta-	ocimene
24	0.16	2-	phenethyl acetate
68	0.02	2-	phenethyl benzoate
10	0.03		phenyl acetaldehyde
27	0.10	2-	phenyl-1-nitroethane
3	0.19	alpha-	pinene
5	0.07	beta-	pinene
32	0.02	4-(2-	propenyl) phenol
65	0.01		tetradecanal
39	0.53		tetradecane
36	0.02	alpha-	ylangene
E. E. Stashenko, W. Torres and J. R. Martinez Morales, A study of the compositional variation of the essential oil of ylang ylang (Cananga odorata Hook. fil. et Thomson, forma genuina) during flower development. J. High Resol. Chromatogr., 18, 101-104 (1995). P&F 24, No. 4, 31, (1999)
chamaecyparis obtusa leaf oil
#	%	Leftshift	Components
13	1.23		borneol
17	7.15		bornyl acetate
36	1.70		cadin-10(15)-4-ol
27	2.76	delta-	cadinene
28	0.53	gamma-	cadinene
20	4.71	beta-	cadrene
30	0.41		calamenene
2	0.23		camphene
38	0.65		caryophylla-3,8(13)-dien-5alpha-ol
18	1.65	(Z)-	caryophyllene
19	0.28	beta-	caryophyllene
32	0.93		cedrol
25	0.48	beta-	cubebene
9	0.82	para-	cymene
21	1.47	alpha-	elemene
29	0.39	gamma-	elemene
31	14.78		elemol
34	5.39	alpha-	eudesmol
35	6.54	beta-	eudesmol
33	8.28	gamma-	eudesmol
10	2.09	alpha-	fenchol
24	0.30	beta-	guaiene
6	3.05		limonene
12	0.41		longicyclene
37	0.73		longicyclenyl aclohol
15	0.72		longifolene
11	0.37	alpha-	longipinene
26	3.81	alpha-	muurolene
22	5.71	gamma-	muurolene
1	1.01	alpha-	pinene
4	2.77	beta-	pinene
3	1.61		sabinene
5	1.11	alpha-	terpinene
7	1.77	gamma-	terpinene
14	1.11	alpha-	terpineol
8	1.00		terpinolene
23	9.09	alpha-	terpinyl acetate
16	0.89		verbenone
B. Shieh, Y. Lizuka and Y. Matsubara, Monoterpenoid and sesquiterpenoid constituents of the essential oil of Hinoki (Chamaecyparis obtusa (Sieb. et Zucc. ) Endl.). Agric. Biol. Chem. (Japan), 45, 1497-1499 (1981). P&F 8, No. 1, 61, (1983)
cinnamomum camphora cineoliferum leaf oil
#	%	Leftshift	Components
	11.40%		sabinene
	7.94%		methyl chavicol
	5.55%	alpha-	pinene
	5.26%		linalool
	5.00%		methyl eugenol
	4.76%		germacrene D
	4.00%		terpinen-4-ol
	3.54%	(E)-	caryophyllene
	3.52%	delta-3-	carene
	3.43%		myrcene
	2.98%	alpha-	terpinene
	2.91%	beta-	pinene
	2.15%	gamma-	terpinene
	1.99%	alpha-	phellandrene
	1.33%		camphene
	1.30%	(Z)-beta-	ocimene
	1.13%	alpha-	thujene
	1.08%	1,8-	cineole
	0.97%	para-	cymene
	0.79%	alpha-	humulene
	0.69%	alpha-	copaene
	0.63%	beta-	elemene
	0.60%	delta-	cadinene
	0.56%		terpinolene
	0.55%	delta-	elemene
	0.47%	alpha-	cubebene
	0.38%	alpha-	terpineol
	0.37%	alpha-	guaiene
	0.36%		bornyl acetate
	0.34%		elemol
	0.23%		elemicin
	0.22%	gamma-	muurolene
	0.21%		borneol
	0.20%		bicyclogermacrene
	0.19%	gamma-	cadinene
	0.19%	(E)-beta-	ocimene
	0.16%	beta-	cubebene
	0.12%		eugenol
	0.11%	alpha-	muurolene
	0.10%	delta-	amorphene
	0.10%	alpha-	eudesmol
	0.10%	cis-para-	menth-2-en-1-ol
	0.09%	ortho-	cymene
	0.09%	beta-	selinene
	0.08%	beta-	bourbonene
	0.08%	trans-	cadina-1,4-diene
	0.08%	trans-para-	menth-2-en-1-ol
	0.08%	(Z)-	sabinene hydrate
	0.08%	(E)-	sabinene hydrate
	0.07%		caryophyllene oxide
	0.07%	beta-	copaene
	0.07%	trans-	germacrene D
	0.07%	cis-	muurola-3,5-diene
	0.06%	trans-	cadina-1(6),4-diene
	0.06%	gamma-	eudesmol
	0.05%	beta-	eudesmol
	0.05%		guaiol
Halpern, Georges M., Weverka, Peter The Healing Trail: Essential Oils of Madagascar, Basic Health Publications Inc., Laguna Beach CA, 2003, pp. 54.
citronella oil ceylon
#	%	Leftshift	Components
52	0.55	T-	amorphol + bulnesol
23	5.23		borneol
29	0.42		bornyl acetate
37	0.18	beta-	bourbonene
48	0.09	delta-	cadinene
46	1.02	gamma-	cadinene
4	6.97		camphene
10	0.12	delta-3-	carene
39	0.44	beta-	caryophyllene
21	6.09		citronellal
27	6.15		citronellol
31	1.10		citronellyl acetate
36	0.04	alpha-	copaene
43	3.77	beta-	cubebene
12	0.10	para-	cymene
26	0.18		decanal
18	0.07	3,3-	dimethyl bicyclo(2.2.1)heptan-2-one
38	1.10	beta-	elemene
33	0.03	delta-	elemene
47	1.14		elemol
50	0.23	10-epi-gamma-	eudesmol
53	0.06	(E)-alpha-	farnesol
49	0.07	(Z)-alpha-	farnesol
28	20.91		geraniol
34	2.40		geranyl acetate
41	0.21	alpha-	humulene
14	8.66		limonene
20	0.56		linalool
16	0.11		melonal
35	0.99		methyl eugenol
42	8.42	(E)-	methyl isoeugenol
40	1.18	(Z)-	methyl isoeugenol
6	0.16	6-	methyl-5-hepten-2-one
44	0.46	alpha-	muurolene
45	0.36	gamma-	muurolene
51	0.33	T-	muurolol
8	0.83		myrcene
32	0.10		neryl acetate
17	1.07	(E)-beta-	ocimene
15	1.92	(Z)-beta-	ocimene
9	0.12	alpha-	phellandrene
13	0.06	beta-	phellandrene + 1,8-cineole
3	1.87	alpha-	pinene
7	0.06	beta-	pinene
22	0.87	iso(iso)	pulegol
5	0.06		sabinene
24	0.65		terpinen-4-ol
11	0.06	alpha-	terpinene
25	1.05	alpha-	terpineol
19	0.74		terpinolene
30	0.01	alpha-	terpinyl acetate
2	0.02	alpha-	thujene
1	1.09		tricyclene
J. T. Cadin, S. Kramer and C-T. Ho, Comparison of Commercial Citronella Oils from Various Origins. In: Flavor and Fragrances: A World Perspective. Edits., B. M. Lawence, B. D. Mookerjee and B. J. Willis, pp. 495-504, Elsevier Sci. PubI., Amsterdam (1988). P&F 21, No. 1, 37, (1996)
citronella oil java
#	%	Leftshift	Components
48	0.65	T-	amorphol + bulnesol
20	0.05		borneol
35	0.10	beta-	bourbonene
44	1.17	delta-	cadinene
42	1.74	gamma-	cadinene
4	0.04		camphene
9	0.01	delta-3-	carene
37	0.22	beta-	caryophyllene
18	34.79		citronellal
26	0.13		citronellic acid
24	11.19		citronellol
28	1.88		citronellyl acetate
34	0.08	alpha-	copaene
39	2.25	beta-	cubebene
23	0.10		decanal
36	1.96	beta-	elemene
31	0.01	delta-	elemene
43	3.16		elemol
46	0.17	10-epi-gamma-	eudesmol
29	2.45		eugenol
49	0.08	(E)-alpha-	farnesol
45	0.10	(Z)-alpha-	farnesol
25	23.18		geraniol
32	5.07		geranyl acetate
1	0.01	(Z)-3-	hexen-1-ol
38	0.13	alpha-	humulene
12	2.81		limonene
17	0.72		linalool
14	0.09		melonal
33	0.09		methyl eugenol
6	0.01	6-	methyl-5-hepten-2-one
40	0.46	alpha-	muurolene
41	0.67	gamma-	muurolene
47	0.53	T-	muurolol
8	0.09		myrcene
30	0.04		neryl acetate
15	0.19	(E)-beta-	ocimene
13	0.37	(Z)-beta-	ocimene
11	0.07	beta-	phellandrene + 1,8-cineole
3	0.05	alpha-	pinene
7	0.01	beta-	pinene
19	0.22	iso(iso)	pulegol
5	0.07		sabinene
21	0.04		terpinen-4-ol
10	0.01	alpha-	terpinene
22	0.05	alpha-	terpineol
16	0.06		terpinolene
27	0.16	alpha-	terpinyl acetate
2	0.01		tricyclene
J. T. Cadin, S. Kramer and C-T. Ho, Comparison of Commercial Citronella Oils from Various Origins. In: Flavor and Fragrances: A World Perspective. Edits., B. M. Lawence, B. D. Mookerjee and B. J. Willis, pp. 495-504, Elsevier Sci. PubI., Amsterdam (1988). P&F 21, No. 1, 37, (1996)
citrus aurantifolia swingle oil distilled peru
#	%	Leftshift	Components
77	0.72	(E)-alpha-	bergamotene
73	0.06	(Z)-alpha-	bergamotene
90	0.04	(E)-gamma-	bisabolene
86	0.11	(Z)-alpha-	bisabolene
88	0.01	(Z)-gamma-	bisabolene
100	0.06	alpha-	bisabolol
101	0.06	epi-alpha-	bisabolol
45	0.82		borneol
43	0.06	iso	borneol
61	0.02		bornyl acetate
89	0.08	delta-	cadinene
98	0.03	alpha-	cadinol
99	0.03		campherenol
14	0.03	delta-3-	carene
54	trace		carvone
75	0.42	beta-	caryophyllene
71	trace	iso	caryophyllene
94	0.06		caryophyllene alcohol
95	0.02		caryophyllene oxide
15	3.52	1,4-	cineole
20	4.35	1,8-	cineole
66	trace		citronellyl acetate
82	0.11	gamma-	curcumene
48	0.11	para-	cymen-8-ol
17	2.30	para-	cymene
27	0.16	para-	cymenene
51	0.11		decanal
59	trace		decanol
74	trace		decyl acetate
11	0.21	2,3-	dihydro-1,8-cineole
18	0.02	2,2-	dimethyl-5-(1-methyl propenyl) tetrahydrofuran
72	0.06		dodecanal
81	trace		dodecanol
70	0.06	beta-	elemene
65	0.05	delta-	elemene
76	trace	gamma-	elemene
92	trace		elemol
40	0.03	4,8-	epoxy-para-menth-1-ene
97	0.06	gamma-	eudesmol
87	2.07	(E,E)-alpha-	farnesene
78	0.09	(Z)-beta-	farnesene
5	0.79	alpha-	fenchene
32	0.82	alpha-	fenchol
33	0.01	beta-	fenchol
57	0.02		geranial
56	0.01		geraniol
69	0.07		geranyl acetate
93	0.05		germacrene B
83	0.09	(Z)-beta-	guaiene
79	0.08	alpha-	humulene
19	39.19		limonene
38	trace	(E)-	limonene oxide
36	trace	(Z)-	limonene oxide
28	0.16		linalool
31	trace	para-	mentha-1,3,8-triene
25	0.02	para-	mentha-3,8-diene
9	0.01	6-	methyl-5-hepten-2-one
10	1.00		myrcene
34	0.01		myrcenol
53	0.03		neral
52	0.02		nerol
67	0.06		neryl acetate
30	0.01		nonanal
1	0.03		nonane
22	0.45	(E)-beta-	ocimene
21	0.20	(Z)-beta-	ocimene
35	trace	allo-	ocimene
12	0.05		octanal
24	0.02		octanol
58	0.05		perillaldehyde
13	0.44	alpha-	phellandrene
4	0.99	alpha-	pinene
8	0.77	beta-	pinene
39	0.03	trans-	pinene hydrate
46	0.05		pinocamphone
44	0.05	iso	pinocamphone
62	0.01	trans-	pinocarvyl acetate
55	trace		piperitone
42	0.08	iso	pulegol
7	trace		sabinene
80	0.04	beta-	santalene
91	0.10		selina-3,7(11)-diene
85	0.09	alpha-	selinene
37	1.27		terpinen-1-ol
47	0.71		terpinen-4-ol
60	0.02	alpha-	terpinen-7-al
16	2.35	alpha-	terpinene
23	13.35	gamma-	terpinene
41	0.80	(Z)-beta-	terpineol
49	7.00	alpha-	terpineol
50	1.24	gamma-	terpineol
26	9.70		terpinolene
96	0.04		tetradecanal
84	0.18	1,1,3a,7-	tetramethyl-1H-1a,2,2,3a,4,5,6,7b-octahydrocyclopropa(a)naphthalene
3	0.01	alpha-	thujene
2	0.03		tricyclene
63	trace		tridecane
6	0.24	2,6,6-	trimethyl-2-ethenyl tetrahydropyran
64	0.01		undecanal
29	0.02		undecane
68	0.01		undecanol
P. Dugo, A. Cotroneo, I. Bonarcorsi and L. Mondello, On the genuineness of citrus essential oils Part LVII. The composition of distilled lime oil. Flav. Fragr. J., 13, 93-97 (1998). P&F 24, No. 2, 35, (1999)
citrus aurantium peel oil
#	%	Leftshift	Components
43	0.10	delta-	cadinene
42	trace	gamma-	cadinene
28	0.02		carvacrol
20	0.05		carveol
22	0.03		carvone
38	0.03	beta-	caryophyllene
15	0.01		citronellal
21	0.07		citronellol
36	0.05	alpha-	copaene
33	trace	alpha-	cubebene
40	0.36	beta-	cubebene
6	0.52	para-	cymene
19	0.10		decanal
34	0.03		decanoic acid
37	trace	beta-	elemene
31	0.01	delta-	elemene
41	0.04	gamma-	elemene
44	trace		elemol
25	trace		geranial
35	trace		geranyl acetate
39	0.02	alpha-	humulene
7	86.36		limonene
13	1.91		linalool
10	0.16	(E)-	linalool oxide furanoid
11	0.08	(Z)-	linalool oxide furanoid
5	1.83		myrcene
16	trace		naphthalene
23	0.04		nerol
45	0.02		nerolidol
32	0.03		neryl acetate
8	0.24	(E)-beta-	ocimene
26	0.01		perillaldehyde
29	0.01		perillyl alcohol
2	1.17	alpha-	pinene
4	0.63	beta-	pinene
24	0.02	iso	piperitenone
3	0.07		sabinene
17	0.20		terpinen-4-ol
9	4.25	gamma-	terpinene
18	0.24	alpha-	terpineol
14	0.02	beta-	terpineol
12	0.21		terpinolene
1	0.22	alpha-	thujene
27	0.12		thymol
30	trace		undecanal
M-B. Huang, D-X. Zhang, C-T. Yan and S-B. Yang, Identification and determination of the constituents of essential oil extracted from Fructus Citri aurantii by GC and GC/MS. Sepu, 8, 321-325 (1990). P&F 25, No. 2, 46, (2000)
citrus aurantium subsp. junos leaf oil
#	%	Leftshift	Components
3	trace		camphene
26	0.39-0.55	beta-	caryophyllene
16	0.28-0.30		citronellal
9	0.71-1.09	para-	cymene
19	0.07-0.12		decanal
25	0.19-0.39	beta-	elemene
31	0.03-0.04		elemol
32	0.15-0.21	beta-	eudesmol
29	0.05	alpha-	farnesene
23	0.14-0.17		geranyl acetate
27	0.13-0.14	alpha-	humulene
10	15.14-18.98		limonene
15	0.19-0.21		linalool
20	0.07-0.08		linalyl acetate
24	45.36-58.50		methyl N-methyl anthranilate
28	0.11-0.15	gamma-	muurolene
6	0.55-0.82		myrcene
30	0.23-0.28		nerolidol
22	0.07-0.14		neryl acetate
11	3.42-5.14	(E)-beta-	ocimene
13	trace-0.03		octanol
7	0.27-0.36	alpha-	phellandrene
2	0.68-1.62	alpha-	pinene
5	0.86-1.56	beta-	pinene
4	0.24-0.33		sabinene
17	0.05-0.06		terpinen-4-ol
8	0.08-0.12	alpha-	terpinene
12	13.62-18.46	gamma-	terpinene
18	0.05-0.06	alpha-	terpineol
14	0.42-0.52		terpinolene
1	0.25-0.63	alpha-	thujene
21	0.07-0.08		undecanal
Y-Z. Huang, Y-H. Cao, Q-Y. Chen and Y-L. Wu, Studies on the chemical components of essential oil from the leaves of Citrus junos (Sieb) Tan cv. louhancherg Hort. Chemistry Industry Forest Prod., 13, 165-168 (1993). P&F 24, No. 6, 45, (1999)
citrus grandis peel oil
#	%	Leftshift	Components
16	0.19	delta-	cadinene
24	trace	trans-	carveol
26	trace	cis-	carveol
12	0.35	beta-	caryophyllene
36	0.11		citronellal
22	0.04		citronellol
48	0.03		citronellyl acetate
10	0.11	alpha-	copaene
11	0.11	beta-	copaene
34	0.53		decanal
47	0.02		decyl acetate
35	0.07		dodecanal
42	0.02		dodecanoic acid
13	0.03	beta-	elemene
28	0.09		elemol
29	0.12		farnesol
38	0.17		geranial
25	0.02		geraniol
49	0.19		geranyl acetate
15	0.13		germacrene D
44	0.11		hexadecanoic acid
30	0.01		hexanal
31	0.03	(E)-2-	hexenal
45	trace		hexyl butyrate
14	0.10	alpha-	humulene
50	0.02		limonen-10-yl acetate
5	91.12		limonene
52	0.02	(E)-	limonene oxide
51	trace	(Z)-	limonene oxide
18	0.25		linalool
4	1.78		myrcene
37	0.08		neral
23	0.01		nerol
27	0.03		nerolidol
33	0.06		nonanal
40	0.60		nootkatone
8	0.24	(E)-beta-	ocimene
7	0.01	(Z)-beta-	ocimene
32	0.26		octanal
41	0.02		octanoic acid
17	0.13		octanol
46	0.11		octyl acetate
39	0.05		perillaldehyde
6	0.27	beta-	phellandrene
1	0.45	alpha-	pinene
2	0.09	beta-	pinene
3	0.93		sabinene
19	0.06	(E)-	sabinene hydrate
20	0.02		terpinen-4-ol
21	0.12	alpha-	terpineol
9	trace		terpinolene
43	0.03		tetradecanoic acid
H. Gotou and T. Fukumoto, Flavor constituents of pummelos (Citrus grandis Osbeck). Koryo, 183, 95-105 (1994). P&F 25, No. 3, 54, (2000)
citrus hystrix leaf oil
#	%	Leftshift	Components
38	trace	delta-	cadinene
40	trace		calamenene
4	trace	delta-3-	carene
31	0.16	beta-	caryophyllene
27	trace	iso	caryophyllene
22	81.49		citronellal
53	0.10		citronellic acid
43	8.22		citronellol
34	0.90		citronellyl acetate
24	0.06	alpha-	copaene
46	trace		cubenol
47	trace	epi-	cubenol
39	trace	ar-	curcumene
12	trace	para-	cymene
33	trace	2,6-	dimethyl-5-heptenal
15	0.13	2,6-	dimethyl-5-heptenol
30	trace	beta-	elemene
51	trace		elemol
23	trace	4,8-	epoxyterpinolene
37	trace	(Z)-alpha-	farnesene
44	0.31		geraniol
42	0.09		geranyl acetate
35	trace		germacrene D
32	trace	alpha-	humulene
52	trace		indole
8	0.03		limonene
25	3.69		linalool
20	trace	(E)-	linalool oxide furanoid
19	trace	(Z)-	linalool oxide furanoid
48	trace	para-	menthan-1,8-diol
17	trace		menthone
18	trace	iso	menthone
14	trace	6-	methyl-5-hepten-2-one
36	trace	alpha-	muurolene
5	0.43		myrcene
41	trace		neral
50	0.18	(E)-	nerolidol
45	trace		neryl acetone
10	0.23	beta-	ocimene
6	trace	alpha-	phellandrene
9	0.05	beta-	phellandrene
54	trace		phytol
55	trace	iso	phytol
1	0.06	alpha-	pinene
2	0.24	beta-	pinene
28	0.32	iso	pulegol
16	trace		rose oxide
3	1.57		sabinene
21	0.14	(E)-	sabinene hydrate
26	0.13	(Z)-	sabinene hydrate
49	0.24		safrole
29	0.20		terpinen-4-ol
7	0.03	alpha-	terpinene
11	0.07	gamma-	terpinene
13	0.05		terpinolene
A. Sato, K. Asano and T. Sato, The chemical composition of Citrus hystrix DC (Swangi), J. Essent. oil Res., 2, 179-163 ( 1990). P&F 18, No. 5, 43, (1993)
citrus paradisi var. CO2 extract falvedo
co2 extract
#	%	Leftshift	Components
38	0.07	alpha-	bergamotene
43	0.52	delta-	cadinene
3	0.02		camphene
23	0.03		carveol
37	1.42	beta-	caryophyllene
18	0.12		citronellal
31	0.04		citronellyl acetate
33	0.34	alpha-	copaene
35	0.36	beta-	cubebene
21	0.63		decanal
36	0.03		dodecanal
44	0.11		elemol
42	0.09	alpha-	farnesene
40	0.40	beta-	farnesene
47	0.08	(Z,Z)-	farnesol
27	0.15		geranial
26	0.18		geraniol
34	0.26		geranyl acetate
41	0.11		germacrene D
39	0.31	alpha-	humulene
9	84.06		limonene + para-cymene
16	0.43		linalool
6	1.40		myrcene
25	0.15		neral
24	0.05		nerol
45	0.15	(E)-	nerolidol
32	0.05		neryl acetate
17	0.05		nonanal
48	5.19		nootkatone
11	0.28	(E)-beta-	ocimene
10	0.09	(Z)-beta-	ocimene
7	0.47		octanal + beta-phellandrene
14	0.11		octanol
22	0.09		octyl acetate
28	0.05		perillaldehyde
2	0.21	alpha-	pinene
5	0.06	beta-	pinene
4	0.17		sabinene
13	0.01	(E)-	sabinene hydrate
46	0.31	beta-	sinensal
19	0.07		terpinen-4-ol
8	0.03	alpha-	terpinene
12	0.74	gamma-	terpinene
20	0.32	alpha-	terpineol
15	0.06		terpinolene
30	0.02	alpha-	terpinyl acetate
1	0.02	alpha-	thujene
29	0.09		undecanal
M. Poiano, V. Sicari and B. Minicione, Supercritical carbon dioxide (SC-CO2 extraction of grapefruit flavedo. Flav. Fragr. J., 13, 125-130 (1998). P&F 25, No. 3, 54, (2000)
citrus paradisi var. falvedo oil
hydrodistilled
#	%	Leftshift	Components
38	0.01	alpha-	bergamotene
43	0.02	delta-	cadinene
3	0.01		camphene
23	0.05		carveol
37	0.13	beta-	caryophyllene
18	0.03		citronellal
31	0.01		citronellyl acetate
33	0.13	alpha-	copaene
35	0.04	beta-	cubebene
21	0.19		decanal
36	0.03		dodecanal
44	0.01		elemol
42	trace	alpha-	farnesene
40	0.02	beta-	farnesene
47	0.01	(Z,Z)-	farnesol
27	0.04		geranial
26	0.02		geraniol
34	0.08		geranyl acetate
41	trace		germacrene D
39	0.03	alpha-	humulene
9	94.98		limonene + para-cymene
16	0.16		linalool
6	1.65		myrcene
25	0.05		neral
24	0.04		nerol
45	0.02	(E)-	nerolidol
32	0.12		neryl acetate
17	0.03		nonanal
48	0.26		nootkatone
11	0.13	(E)-beta-	ocimene
10	trace	(Z)-beta-	ocimene
7	0.03		octanal + beta-phellandrene
14	0.16		octanol
22	0.03		octyl acetate
28	0.03		perillaldehyde
2	0.50	alpha-	pinene
5	0.02	beta-	pinene
4	0.24		sabinene
13	trace	(E)-	sabinene hydrate
46	0.04	beta-	sinensal
19	0.05		terpinen-4-ol
8	0.03	alpha-	terpinene
12	0.01	gamma-	terpinene
20	0.07	alpha-	terpineol
15	0.04		terpinolene
30	trace	alpha-	terpinyl acetate
1	trace	alpha-	thujene
29	0.10		undecanal
M. Poiano, V. Sicari and B. Minicione, Supercritical carbon dioxide (SC-CO2 extraction of grapefruit flavedo. Flav. Fragr. J., 13, 125-130 (1998). P&F 25, No. 3, 54, (2000)
citrus reticulata nova var. mandarin oil uruguay
#	%	Leftshift	Components
65	trace		bicyclogermacrene
66	trace	alpha-	bulnesene
69	0.04-0.05	delta-	cadinene
3	trace		camphene
9	0.17-0.19	delta-3-	carene
32	0.01-0.02	trans-	carveol
35	trace	cis-	carveol
37	0.02-0.07		carvone
57	0.01	beta-	caryophyllene
25	0.01		citronellal
34	trace-0.01		citronellol
49	trace		citronellyl acetate
51	0.02-0.03	alpha-	copaene
53	0.01	beta-	cubebene
68	trace		cubebol
46	0.03	(E,E)-2,4-	decadienal
43	trace	(E,Z)-2,4-	decadienal
30	0.30-0.32		decanal
39	0.01	(E)-2-	decenal
56	0.01		decyl acetate
29	0.01-0.03		dihydrocarveol
44	trace	neo	dihydrocarvyl acetate
55	0.06-0.07		dodecanal
62	0.01-0.02	(E)-2-	dodecenal
54	0.01	beta-	elemene
47	0.01	delta-	elemene
70	0.01-0.02		elemol
67	0.02-0.03	(E,E)-alpha-	farnesene
61	trace-0.01	(E)-beta-	farnesene
38	trace		geranial
40	0.04-0.06		geraniol
52	trace		geranyl acetate
71	0.01		germacrene B
64	0.09-0.11		germacrene D
73	trace-0.01		germacrene D-4-ol
59	trace	alpha-	guaiene
58	0.01	beta-	gurjunene
60	0.02	alpha-	humulene
11	93.10-94.20		limonene
23	0.01-0.04	(E)-	limonene oxide
22	0.01-0.05	(Z)-	limonene oxide
20	0.67-0.88		linalool
17	trace	para-	mentha-2,4(8)-diene
63	trace	gamma-	muurolene
6	1.93-1.98		myrcene
24	0.01-0.02	(E)-	myroxide
36	0.01-0.03		neral
33	trace-0.01		nerol
72	trace	(E)-	nerolidol
50	trace-0.01		neryl acetate
21	0.05		nonanal
77	0.01		nootkatone
13	0.38-0.44	(E)-beta-	ocimene
12	0.01-0.02	(Z)-beta-	ocimene
8	0.16-0.17		octanal
16	trace-0.04		octanol
31	trace		octyl acetate
41	0.02-0.04		perillaldehyde
42	0.02-0.03		perillyl alcohol
7	0.03-0.04	alpha-	phellandrene
2	0.48-0.50	alpha-	pinene
5	0.14	beta-	pinene
26	0.01-0.02	iso	pinocamphone
4	0.34-0.35		sabinene
19	trace	(E)-	sabinene hydrate
15	trace-0.02	(Z)-	sabinene hydrate
76	0.02-0.04	alpha-	sinensal
75	0.01-0.02	beta-	sinensal
27	trace-0.01		terpinen-4-ol
10	trace	alpha-	terpinene
14	0.01-0.02	gamma-	terpinene
28	0.06-0.08	alpha-	terpineol
18	0.03		terpinolene
48	trace	alpha-	terpinyl acetate
74	trace-0.01		tetradecanal
1	trace	alpha-	thujene
45	0.02		undecanal
A. Verzera, A. Trozzi, A. Cotroneo, D. Lorenzo and E. Dellacassa, Uruguayan essential oil. 12. Composition of Nova and Satsuma mandarin oils. J. Agric. Food Chem., 48, 2903-2909 (2000). P&F 26, No. 1, 36, (2001)
citrus sinensis oil terpeneless
#	%	Leftshift	Components
6	2.60		citronellal
9	1.40		citronellol
8	11.50		decanal
15	2.00		dodecanal
16	0.60		elemol
12	5.60		geranial
10	1.60		geraniol
2	0.80		limonene
5	27.90		linalool
11	4.50		neral
4	1.40		nonanal
19	1.40		nootkatone
1	4.80		octanal
3	2.90		octanol
13	0.80		perillaldehyde
18	0.80	alpha-	sinensal
17	1.30	beta-	sinensal
7	3.40	alpha-	terpineol
14	0.90		undecanal
A. Fleisher, G. Biza, N. Secord and J. Dono, Ultra-Tech Citrus Concentrates�A New Series of Deterpenified Citrus Oils. Perfum. Flav., 12(2), 57-61 (1987). P&F 15, No. 6, 45, (1990)
cymbopogon citratus (dc.) stapf. leaf oil ivory coast
#	%	Leftshift	Components
13	0.60-0.80	(Z)-alpha-	bergamotene
12	trace-0.10		bornyl acetate
16	0.40-0.60	gamma-	cadinene
27	0.30-0.40	alpha-	cadinol
4	trace-0.10	1,8-	cineole
9	trace-0.10		citronellal
18	0.10-0.20		citronellol
21	0.20-0.70		elemol
25	0.10	alpha-	eudesmol
26	0.10-0.20	beta-	eudesmol
7	0.40		geigerene
15	30.50-34.00		geranial
20	6.20-7.70		geraniol
17	2.10-3.50		geranyl acetate
22	0.10-0.20		germacrene D-4-ol
3	trace		limonene
10	1.20-1.30		linalool
8	2.40-2.50	6-	methyl-5-hepten-2-one
24	0.10-0.20	T-	muurolol
23	0.10	alpha-	muurolol
2	18.10-22.60		myrcene
14	23.60-26.30		neral
19	0.10		nerol
5	0.30-0.40	(Z)-beta-	ocimene
6	0.10-0.30	(E)-beta-	ocimene
1	0.20-0.30		sabinene
11	1.10-1.20		verbenone
cymbopogon khasianus x c. pendulus oil
#	%	Leftshift	Components
32	0.37	beta-	bisabolol
29	0.09	delta-	cadinene
13	0.53		camphor
27	0.36	beta-	caryophyllene
31	1.60		caryophyllene oxide
15	0.38		citronellal
25	0.08	alpha-	copaene
6	0.22	para-	cymene
19	0.26		decanal
26	0.13	beta-	elemene
30	0.14		elemol
23	49.64		geranial
22	2.59		geraniol
24	2.81		geranyl acetate
1	0.08	(Z)-3-	hexen-1-ol
28	0.19	alpha-	humulene
7	3.79		limonene
12	0.79		linalool
3	0.87	6-	methyl-5-hepten-2-one
4	1.40		myrcene
20	34.93		neral
9	0.13	(E)-beta-	ocimene
8	0.07	(Z)-beta-	ocimene
5	0.27	alpha-	phellandrene
2	0.06	alpha-	pinene
21	0.06		piperitone
16	1.23	iso	pulegol
17	0.15		terpinen-4-ol
10	0.04	gamma-	terpinene
18	0.06	alpha-	terpineol
14	0.17	beta-	terpineol
11	0.09		terpinolene
cymbopogon schoenanthus leaf oil
#	%	Leftshift	Components
16	0.30		bulnesol
1	22.30	delta-2-	carene
9	trace	beta-	caryophyllene
2	0.10	para-	cymene
8	trace	beta-	elemene
11	5.80		elemol
15	1.30	alpha-	eudesmol
14	1.10	beta-	eudesmol
12	1.10	gamma-	eudesmol
3	3.90		limonene
5	1.10	(E)-para-	menth-2-en-1-ol
4	0.70	(Z)-para-	menth-2-en-1-ol
10	trace	3-	methyl butyl octanoate
13	0.20	T-	muurolol
7	59.10		piperitone
6	1.10	alpha-	terpineol
J. of Ess. Oil Res. 12, No. 2, 207, (2000)
cymbopogon winterianus oil china
#	%	Leftshift	Components
45	1.37	T-	amorphol + bulnesol
18	0.06		borneol
32	0.12	beta-	bourbonene
41	0.66	delta-	cadinene
39	1.87	gamma-	cadinene
6	0.01	delta-3-	carene
34	0.08	beta-	caryophyllene
16	35.27		citronellal
24	0.17		citronellic acid
22	9.92		citronellol
26	1.01		citronellyl acetate
31	0.13	alpha-	copaene
36	1.76	beta-	cubebene
8	0.01	para-	cymene
21	0.10		decanal
13	0.01	3,3-	dimethyl bicyclo(2.2.1)heptan-2-one
33	2.80	beta-	elemene
29	0.01	delta-	elemene
40	5.58		elemol
43	0.59	10-epi-gamma-	eudesmol
27	2.29		eugenol
46	0.19	(E)-alpha-	farnesol
42	0.20	(Z)-alpha-	farnesol
23	23.13		geraniol
30	3.78		geranyl acetate
1	0.02	(Z)-3-	hexen-1-ol
35	0.12	alpha-	humulene
10	2.62		limonene
15	0.77		linalool
11	0.09		melonal
4	0.01	6-	methyl-5-hepten-2-one
37	0.52	alpha-	muurolene
38	0.56	gamma-	muurolene
44	0.82	T-	muurolol
5	0.07		myrcene
28	0.03		neryl acetate
12	0.02	(E)-beta-	ocimene
9	0.05	beta-	phellandrene + 1,8-cineole
2	0.01	alpha-	pinene
17	0.29	iso(iso)	pulegol
3	0.07		sabinene
19	0.04		terpinen-4-ol
7	0.01	alpha-	terpinene
20	0.06	alpha-	terpineol
14	0.05		terpinolene
25	0.23	alpha-	terpinyl acetate
J. T. Cadin, S. Kramer and C-T. Ho, Comparison of Commercial Citronella Oils from Various Origins. In: Flavor and Fragrances: A World Perspective. Edits., B. M. Lawence, B. D. Mookerjee and B. J. Willis, pp. 495-504, Elsevier Sci. PubI., Amsterdam (1988). P&F 21, No. 1, 37, (1996)
daucus carota sativa leaf oil
#	%	Leftshift	Components
26	7.38		bisabolene
3	0.11		bornylene
15	1.99		camphor
28	9.85		carotol
23	8.77		carvone
8	0.30	1,8-	cineole
25	3.50		daucene
16	5.92	alpha-	dihydro-alpha-terpineol
9	3.00		elemol
12	0.76	alpha-	fenchol
13	3.08	beta-	fenchol
11	0.61		fenchone
21	2.00		geraniol
24	2.00	alpha-	humulene
6	1.60		limonene
14	14.90		linalool
18	8.35		linalyl acetate
24	0.69		methyl cinnamate
10	1.33	6-	methyl-5-hepten-2-one
5	7.49		myrcene
17	4.02	2-	nonenal
7	0.65	beta-	phellandrene
2	1.42	alpha-	pinene
4	10.93		sabinene
19	1.60		terpinen-4-ol
20	1.08	alpha-	terpineol
22	5.33	alpha-	terpinyl acetate
1	1.06	alpha-	thujene
R. K. Khanna, O. S. Sharma and A. Singh, The essential oil from the leaves of Daucus carota Linn var. sativa. In: Proceedings of 11th International Congress of Essential Oils, Fragrances and Flavors, New Delhi, Nov. 1989. Edits. S. C. Bhattacharyya, N. Sen and K. L. Sethi, Vol. 4, 173-176, Oxford & IBH Publ. Co., New Delhi (1989). P&F 24, No. 6, 45, (1999)
elemi oil
#	%	Leftshift	Components
6	7.70	para-	cymene
10	10.60		elemicin
9	17.30		elemol
4	26.90		limonene
7	1.00		myrcene
8	4.30	alpha-	phellandrene
5	1.60	beta-	phellandrene
1	5.40	alpha-	pinene
2	1.00	beta-	pinene
3	1.30		sabinene
B. M. Lawrence, unpublished information. P&F 9, No. 4, 35, (1984)
hyptis spicigera lam. oil mali
#	%	Leftshift	Components
12	trace-0.10		amyl 2-methyl butyrate
25	trace-0.10		aromadendrene
20	0.10-0.20	beta-	bourbonene
3	trace-0.10		camphene
19	0.10-0.20		campholenol
35	trace-0.10	trans-	carveol
23	23.50-27.20	beta-	caryophyllene
36	0.10-0.20	iso	caryophyllene oxide
37	3.80-6.30		caryophyllene oxide
9	3.90-6.20	1,8-	cineole
18	trace-0.20	beta-	cubebene
38	0.10-0.20	1-epi-	cubenol
11	0.20-0.30	para-	cymene
34	0.10-0.20	beta-	elemene
26	trace-0.30	gamma-	elemene
39	0.10-0.20		elemol
31	0.10-0.20		geranial
32	3.00-3.80		germacrene D
14	trace-0.10	3-	hexen-1-ol
8	1.70-3.00		limonene
13	trace-0.10		limonene oxide
22	trace-0.20		linalool
21	trace-0.10	(Z)-para-	menth-2-en-1-ol
17	0.10-0.20	(E)-para-	menth-2-en-1-ol
33	0.10-0.20	para-	mentha-1,4-dien-7-ol
30	trace-0.10	(E)-para-	mentha-1(7),2-dien-8-ol
6	0.10-0.40		myrcene
24	0.20-0.60		myrtenol
28	3.00-3.40		neral
16	0.20-0.40	3-	octen-1-ol
15	trace-0.20	3-	octanol
1	6.00-14.00	alpha-	pinene
4	6.70-13.40	beta-	pinene
27	0.10-0.30		pinocarveol
5	1.90-4.70		sabinene
40	0.20-0.50		spathulenol
7	0.30-0.40	alpha-	terpinene
10	trace-0.20	gamma-	terpinene
29	0.20-0.40	alpha-	terpineol
2	0.10-0.20	alpha-	thujene
hyptis suaveolens (l.) poit. oil mali
#	%	Leftshift	Components
48	2.20-4.00	ar-	abietatriene
39	trace-0.20		aromadendrene oxide
26	12.00-18.80	(E)-alpha-	bergamotene + beta-caryophyllene
46	1.60-2.50	(Z)-alpha-	bergamotol
47	1.80-3.00	(E)-alpha-	bergamotol
34	trace-0.60	delta-	cadinene
45	0.30-0.70	alpha-	cadinol
5	0.10-0.30	delta-3-	carene
37	0.10-0.30	iso	caryophyllene oxide
38	0.90-1.90		caryophyllene oxide
9	0.50-0.80	1,8-	cineole
21	trace-0.10	alpha-	cubebene
22	trace-0.20	beta-	cubebene
35	0.20-0.40	para-	cymen-8-ol
14	0.30-1.30	para-	cymene
18	0.10-0.40	para-	cymenene
40	trace-0.10		elemol
25	trace-0.20	beta-	fenchol
33	0.10-0.90		geranial
36	0.10-0.30		geraniol
16	trace-0.10		hexanol
17	0.10-0.20	(Z)-3-	hexen-1-ol
28	0.70-1.80	alpha-	humulene
8	2.00-4.90		limonene
24	0.10-0.20		linalool
10	trace-0.10	para-	mentha-1,3,8-triene
32	0.20-0.50	alpha-	muurolene
43	trace-0.10	T-	muurolol
42	0.10-0.30	alpha-	muurolol
6	0.20-0.50		myrcene
29	0.20-1.00		neral
13	trace-0.10	(Z)-beta-	ocimene
11	trace-0.10	(E)-beta-	ocimene
19	0.30-0.90	1-	octen-3-ol
1	1.80-2.60	alpha-	pinene
3	3.70-6.00	beta-	pinene
4	30.40-37.10		sabinene
20	trace-0.10	(E)-	sabinene hydrate
23	trace-0.20	(Z)-	sabinene hydrate
41	0.30-0.70		spathulenol
44	0.10-0.30	epi-	spathulenol
27	2.10-5.30		terpinen-4-ol
7	0.60-0.90	alpha-	terpinene
12	1.00-2.10	gamma-	terpinene
30	0.10-0.30	alpha-	terpineol
15	4.00-7.20		terpinolene
2	trace-0.10	alpha-	thujene
31	0.60-1.00		valencene
J. of Ess. Oil Res. 13, No. 1, 55, (2001)
illicium verum fruit oil china
#	%	Leftshift	Components
23	87.89	(E)-	anethole
21	0.20	(Z)-	anethole
22	0.28	para-	anisaldehyde
25	0.06		anise ketone
34	0.16	allo-	aromadendrene
31	0.14	beta-	bergamotene
35	0.22	beta-	bisabolene
16	0.04		borneol
15	0.05	iso	borneol
2	0.03		camphene
14	0.02		camphor
7	0.58	delta-3-	carene
29	0.35	beta-	caryophyllene
28	0.31	iso	caryophyllene
10	0.20	1,8-	cineole
26	0.10	alpha-	copaene
8	0.29	para-	cymene
27	0.04	beta-	elemene
30	0.50	gamma-	elemene
39	0.05		elemol
33	0.42	(E)-beta-	farnesene
38	0.03		farnesol
36	0.89		foeniculin
9	2.38		limonene
13	0.73		linalool
19	0.57		methyl chavicol
32	0.32		methyl isoeugenol
5	0.41		myrcene
37	0.12		nerolidol
6	0.39	alpha-	phellandrene
12	0.03	beta-	phellandrene
1	0.49	alpha-	pinene
4	0.03	beta-	pinene
24	0.19	4-iso	propyl tropolone
3	0.03		sabinene
20	0.14		safrole
17	0.03		terpinen-4-ol
11	0.30	gamma-	terpinene
18	0.28	alpha-	terpineol
L-F. Sun, Studies on the Chemical constituents of the volatile oil of Illicium verum Hook. f grown in Shangyou. Youji Huaxue, 10, 183-186 (1990). P&F 17, No. 2, 39, (1992)
juniperus phoenicea wood oil
#	%	Leftshift	Components
26	0.23		abietatriene
20	0.25	gamma-	cadinene
2	trace		camphene
5	0.21	delta-3-	carene
23	0.96	beta-	caryophyllene
24	0.28		caryophyllene oxide
10	2.22	para-	cymen-8-ol
6	0.14	para-	cymene
17	0.62	beta-	elemene
15	0.36	delta-	elemene
16	0.57	gamma-	elemene
19	0.60		elemoferol
18	3.31		elemol
25	0.41	alpha-	humulene
14	0.46		juniper camphor
7	0.80		limonene
28	0.38		manoyl oxide
22	0.40	alpha-	muurolene
21	0.31	gamma-	muurolene
3	0.68		myrcene
1	69.00	alpha-	pinene
4	0.80	beta-	pinene
27	0.47		sandracopimaradiene
13	0.37		selina-3,7(11)-diene
11	0.41	beta-	selinene
12	2.15	gamma-	selinene
9	1.77	alpha-	terpineol
8	4.80	alpha-	terpinyl acetate
J. de Pascual Teresa, A. F. Barrero, M. C. Caballero, M. A. Ramos and A. San Feliciano, Components de las arcestidas de Juniperus phoenicea linneaus aceit esencial. Rivista Ital. 62, 353-354 (1981). P&F 7, No. 4, 41, (1982)
juniperus sabina oil
#	%	Leftshift	Components
18	0.10		cadinene
3	0.10		camphene
10	0.20	1,8-	cineole
19	0.20		citronellol
13	0.20	para-	cymene
20	0.20		elemol
8	1.50		limonene
5	3.40		myrcene
6	0.20	alpha-	phellandrene
9	0.20	beta-	phellandrene
1	1.60	alpha-	pinene
4	23.50		sabinene
17	0.30	(Z)-	sabinol
16	45.50	(Z)-	sabinyl acetate
15	3.10		terpinen-4-ol
7	0.50	alpha-	terpinene
11	1.30	gamma-	terpinene
12	0.80		terpinolene
2	0.90	alpha-	thujene
14	1.10	beta-	thujone
G. Fournier, N. Pages, C. Fournier and G. Callen, Contribution to the study of the essential oil of various cultivars of ]uniperus sabina. Planta Med., 57, 392-393 (1991). P&F 16, No. 6, 49, (1991)
marjoram oil spain
#	%	Leftshift	Components
26	trace		borneol
37	trace	alpha-	cadinol
3	0.40		camphene
18	trace		camphor
36	trace		carvacrol
21	0.40	beta-	caryophyllene
31	0.30		caryophyllene oxide
9	42.60	1,8-	cineole
29	0.10		citronellol
13	0.30	para-	cymene
33	0.30		elemol
27	0.40		geranial
30	0.10		geraniol
28	0.20		geranyl acetate
8	2.10		limonene
19	32.80		linalool
17	0.80	(E)-	linalool oxide
15	0.80	(Z)-	linalool oxide
20	0.50		linalyl acetate
6	1.40		myrcene
12	0.20	(E)-beta-	ocimene
10	trace	(Z)-beta-	ocimene
2	2.00	alpha-	pinene
4	2.60	beta-	pinene
5	2.20		sabinene
16	0.40	(E)-	sabinene hydrate
34	0.20		spathulenol
22	0.30		terpinen-4-ol
7	0.10	alpha-	terpinene
11	0.10	gamma-	terpinene
25	3.00	alpha-	terpineol
24	1.10	gamma-	terpineol
14	0.10		terpinolene
1	trace	alpha-	thujene
35	trace		thymol
23	0.10	(Z)-	verbenol
32	0.35		viridiflorol
M. C. Soriano, J. A. Sotomayor, E. Correal, P. Sanchez Gomez and C. Garcia-Vallejo, Chemical composition of the essential oil of Thymus x arundanas Willk. and its parents T. mastichina L. and T. baeticus Boiss ex Lacaita. J. Essent. Oil Res., 9, 593-594 (1997). P&F 26, No. 1, 36, (2001)
mentha citrata herb oil
Lawrence (1978) used a combination of column chromatography, preparative and analytical GC and infrared spectroscopy to analyze the oils from three different strains of Menta citrata. The compounds identified in the oils were:
#	%	Leftshift	Components
27	0.1-0.3		bicyclogermacrene + carvone
29	<0.1-0.1	delta-	cadinene
22	<0.1-2.1	beta-	caryophyllene
6	0.9-4.1	1,8-	cineole
30	<0.1-0.8		citronellol
9	0.0-0.1	para-	cymene
20	0.0-0.3	beta-	elemene
32	0.0-1.3		elemol
23	0.0-0.5	(E)-beta-	farnesene
31	<0.1-1.0		geraniol
28	0.2-0.5		geranyl acetate
26	0.2-0.7		germacrene D
19	0.0-<0.1	alpha-	gurjunene
21	0.0-1.4		lavandulyl acetate
5	<0.1-0.4		limonene
17	10.3-38.1		linalool
18	42.0-78.4		linalyl acetate
14	0.0-<0.1		menthofuran
13	0.0-0.4		menthone
15	0.0-0.2	iso	menthone
4	0.5-1.3		myrcene
25	0.7-1.1		neryl acetate
7	0.2-0.5	(Z)-beta-	ocimene
8	<0.1-0.6	(E)-beta-	ocimene + gamma-terpinene
12	0.2-1.5	3-	octanol
11	<0.1-1.8	3-	octyl acetate
1	0.0-0.1	alpha-	pinene
2	0.0-0.3	beta-	pinene
16	0.0-0.2	iso	pinocamphone
3	0.0-0.2		sabinene
24	0.6-7.3	alpha-	terpineol
10	0.0-0.1		terpinolene
33	<0.1-3.0		viridiflorol
B. M. Lawrence, A study of the monoterpene interrelationships in the genus Mentha with special reference to the origin of pulegone and menthofuran. PhD thesis, Rijksuniversiteit, Groningen, Netherlands (1978). P&F 22, No. 6, 45, (1997)
murraya koenigii leaf oil india
#	%	Leftshift	Components
35	0.10		aromadendrene
29	0.70		bornyl acetate
40	0.10	delta-	cadinene
46	0.10	T-	cadinol
3	0.20		camphene
8	<0.05	delta-3-	carene
33	4.90	beta-	caryophyllene
44	0.10		caryophyllene oxide
31	0.10	alpha-	copaene
10	0.10	para-	cymene
26	0.10		decanal
17	<0.05	alpha-para-	dimethyl styrene
32	0.20	beta-	elemene
41	0.30		elemol
47	0.20	beta-	eudesmol
48	0.20	(E,E)-	farnesol
28	<0.05		geraniol
45	0.20		globulol
38	0.10	(Z)-beta-	guaiene
34	<0.05	beta-	gurjunene
36	0.10	gamma-	gurjunene
37	1.20	alpha-	humulene
23	0.10		lavandulol
11	5.10		limonene
19	2.00		linalool
6	2.40		myrcene
27	0.10		nerol
42	0.30	(E)-	nerolidol
30	0.10		neryl acetate
14	7.10	(E)-beta-	ocimene
13	0.60	(Z)-beta-	ocimene
7	6.10	alpha-	phellandrene
12	49.00	beta-	phellandrene
2	9.00	alpha-	pinene
5	1.50	beta-	pinene
4	0.20		sabinene
16	<0.05	(E)-	sabinene hydrate
20	<0.05	(Z)-	sabinene hydrate
39	0.20	alpha-	selinene
43	0.10		spathulenol
24	0.40		terpinen-4-ol
9	0.20	alpha-	terpinene
15	0.20	gamma-	terpinene
22	<0.05	(E)-beta-	terpineol
21	0.30	(Z)-beta-	terpineol
25	0.60	alpha-	terpineol
18	0.20		terpinolene
1	0.10	alpha-	thujene
J. of Ess. Oil Res. 12, No. 6, 766, (2000)
origanum majorana oil
#	%	Leftshift	Components
10	2.70		citronellol
12	0.20		elemol
3	9.32		limonene
7	22.38		linalyl acetate
9	2.56		methyl chavicol
1	1.45		myrcene
13	0.15		nerolidol
11	2.07		patchoulene
2	4.84	alpha-	phellandrene
5	6.83	beta-	phellandrene
4	7.81		terpinene
8	26.85	alpha-	terpineol
6	4.59		terpinolene
Z. Y. Daw, G. E. El-Baroty and A. M. Ebtesam, Inhibition of Aspergillus parasiticus grown and aflatoxin production by some essential oils. Chem. Mikrobiol. Technol. Lebensmitt., 16(516), 129-135 (1994). P&F 23, No. 5, 52, (2000)
origanum vulgare ssp. vulgare oil himalaya
#	%	Leftshift	Components
7	5.30	delta-	cadinene
6	2.80	gamma-	cadinene
11	1.40	alpha-	cadinol
8	2.60	(E)-	calamenene
10	2.50		caryophyllene oxide
9	5.90		elemol
2	0.60		geraniol
5	62.00	gamma-	muurolene
1	1.00		sabinene
4	1.10	(E)-	sabinyl acetate
3	1.30	neoiso	thujyl acetate
J. of Ess. Oil Res. 12, No. 4, 441, (2000)
petroselinum crispum leaf oil cuba
In 1997, Pino et al. analyLed a parsley leaf oil that was produced from plants grown in Cuba. Using CC/MS as the method of analysis the oil was determined to contain the following constituents:
#	%	Leftshift	Components
24	0.02	alpha-	amorphene
34	14.40		apiole
11	0.02		benzyl alcohol
21	0.02	(E)-beta-	bergamotene
32	1.42		carotol
19	0.24	beta-	caryophyllene
14	0.03		citronellal
16	0.09	para-	cymen-8-ol
5	0.03	para-	cymene
9	0.28	alpha-para-	dimethyl styrene
18	0.61	beta-	elemene
20	0.21	gamma-	elemene
28	1.70		elemicin
29	0.02	iso	elemicin
30	0.02		elemol
23	0.11	(Z)-beta-	farnesene
25	1.09		germacrene D
33	0.28		guaiol
22	0.03	alpha-	humulene
7	0.06		limonene
12	3.90	para-	mentha-1,3,8-triene
13	0.05	para-	mentha-1,4,8-triene
15	0.03	para-	menthatriene
3	0.84		myrcene
26	63.90		myristicin
31	0.03		nerolidol
4	0.09	alpha-	phellandrene
6	1.60	beta-	phellandrene
27	1.04	beta-sesqui	phellandrene
1	0.03	alpha-	pinene
2	0.01	beta-	pinene
8	0.03	gamma-	terpinene
10	0.72		terpinolene
17	0.02		thymol
J. A. Pino, A. Rosado and V. Fuentes, Herb oil of parsley (Petroselinum crispum Mill.) from Cuba. J. Essent. Oil Res., 9, 241-242 (1997). P&F 26, No. 2, 22, (2001)
phoebe porosa mez. oil brazil
#	%	Leftshift	Components
31	0.66	1,10-	aristolene
35	0.11		aromadendrene
39	2.67	allo-	aromadendrene
33	2.54	(E)-alpha-	bergamotene
28	0.51	(Z)-alpha-	bergamotene
70	3.33	alpha-	bisabolol
69	2.50	beta-	bisabolol
15	0.01		borneol
49	0.11		cadina-1(10),4-diene
48	3.28	delta-	cadinene
46	1.20	gamma-	cadinene
50	1.06	alpha-	calacorene
59	1.20	alpha-	calacorene epoxide
47	1.47		calamenene
3	0.03		camphene
8	0.20	delta-3-	carene
30	1.15	beta-	caryophyllene
54	1.09	beta-	caryophyllene oxide
29	0.11	alpha-	cedrene
11	0.45	1,8-	cineole
25	6.25	alpha-	copaene
21	0.42	alpha-	cubebene
41	2.49	beta-	curcumene
23	0.33		cyclosativene
9	0.38	para-	cymene
27	0.44	beta-	elemene
20	0.06	delta-	elemene
51	0.59		elemol
60	8.78		eremoligenol
61	2.55		eremophil-9,10-en-11-ol
58	2.12	10-epi-gamma-	eudesmol
68	2.36	7-epi-delta-	eudesmol
67	2.37	alpha-	eudesmol
65	6.86	beta-	eudesmol
62	0.12	gamma-	eudesmol
37	1.28	(E)-beta-	farnesene
34	0.63	(Z)-beta-	farnesene + alpha-amorphene
18	0.15		geraniol
22	0.05		geranyl acetate
36	0.23		guaia-3,7-diene
32	0.50	gamma-	gurjunene
63	3.25		hinesol
38	1.36	alpha-	humulene
56	1.08		humulene oxide I
57	0.70		ledol
10	0.10		limonene
14	0.11		linalool
45	0.10	alpha-	muurolene
40	0.22	gamma-	muurolene
6	0.04		myrcene
52	0.74	(E)-	nerolidol
7	0.08	alpha-	phellandrene
2	1.29	alpha-	pinene
5	0.34	beta-	pinene
4	0.03		sabinene
19	0.70		safrole
43	1.07	alpha-	selinene
42	1.15	beta-	selinene
53	0.66		spathulenol
16	0.29		terpinen-4-ol
12	0.03	gamma-	terpinene
17	0.07	alpha-	terpineol
13	0.01		terpinolene
1	0.04	alpha-	thujene
26	1.95	sesqui	thujene
64	0.78		torreyol
66	7.55		valerianol
44	0.77		viridiflorene
55	1.19		viridiflorol
24	0.44	alpha-	ylangene
T. Reynolds and G. Kite, Volatile constituents of Phoebe pomsa Mez. J. Essent. Oil Res., 7, 415-418 (1995). P&F 20, No. 6, 35, (1995)
piper cubeba fruit oil
#	%	Leftshift	Components
29	1.67	allo-	aromadendrene
52	1.39	(E)-	asarone
48	0.37		bisabolol
37	trace	delta-	cadinene
39	trace		calamenene
15	0.04		camphor
20	trace		carvone
27	1.69	beta-	caryophyllene
25	4.01	alpha-	copaene
23	1.65	alpha-	cubebene
26	4.39	beta-	cubebene
38	15.18		cubebol
49	0.56		cubenol
19	0.01		cuminaldehyde
31	trace	gamma-	curcumene
7	0.59	para-	cymene
47	0.16		dillapiole
22	0.10	delta-	elemene
41	trace		elemicin
50	0.39	(E)-iso	elemicin
40	0.32		elemol
36	trace	alpha-	farnesene
53	trace		farnesol
32	2.89		germacrene D
44	0.77		germacrene D-4-ol
46	1.76		globulol
51	0.06		guaiol
28	0.45	alpha-	humulene
42	0.20		ledol
8	4.41		limonene
14	3.22		linalool
33	trace		methyl isoeugenol
35	0.62	alpha-	muurolene
30	4.20	gamma-	muurolene
3	1.15		myrcene
34	trace		myristicin
18	trace		myrtenol
43	1.45	(E)-	nerolidol
9	0.07	(E)-beta-	ocimene
5	0.81	(Z)-beta-	ocimene
4	0.58	alpha-	phellandrene
6	0.76	beta-	phellandrene
1	5.44	alpha-	pinene
2	28.09		sabinene
13	trace	(E)-	sabinene hydrate
11	2.73	(Z)-	sabinene hydrate
21	0.08		safrole
45	trace		spathulenol
16	2.69		terpinen-4-ol
10	1.14	gamma-	terpinene
17	0.30	alpha-	terpineol
12	0.31		terpinolene
24	0.07	alpha-	ylangene
N. B. Shankaracharya, L. Jaganmohan Reo, S. Nagalakshmi and J. Puranaik, Studies on the chemical composition of cubeb (Piper cubeba Linn.). PAFAI J., 17(1), 33-39 (1995). P&F 26, No. 4, 68, (2001)
piper nigrum fruit oil black
#	%	Leftshift	Components
26	1.00	alpha-	amorphene
32	1.20		bisabolene
42	0.20	beta-	bisabolol
33	0.50	delta-	cadinene
39	0.20		cadinol
3	0.20		camphene
6	2.00	delta-3-	carene
19	0.10		carvone oxide
24	5.30	beta-	caryophyllene
36	0.10		caryophyllene alcohol
37	trace		caryophyllene oxide
16	0.10		citronellal
22	1.20	alpha-	copaene
21	0.10	alpha-	cubebene
23	trace	beta-	elemene
20	0.10	delta-	elemene
34	0.30		elemol
41	trace	alpha-	eudesmol
40	trace	beta-	eudesmol
25	0.10		farnesene
28	0.10	alpha-	guaiene
38	trace		guaiol
27	0.60	alpha-	humulene
9	24.00		limonene
14	0.30		linalool
13	0.60	(E)-	linalool oxide furanoid
15	0.10	(E)-para-	menth-2-en-1-ol
30	0.10	gamma-	muurolene
35	3.00		nerolidol
10	0.50	(E)-beta-	ocimene
8	0.60	beta-	phellandrene
2	7.80	alpha-	pinene
5	15.70	beta-	pinene
4	17.90		sabinene
29	0.10	beta-	selinene
17	0.60		terpinen-4-ol
7	9.90	alpha-	terpinene
11	0.50	gamma-	terpinene
18	0.20	alpha-	terpineol
12	0.10		terpinolene
1	2.10	alpha-	thujene
31	trace		valencene
N. Chacko, A. Jayalekshmy, M. Gopalakrishnan and C. S. Natarajan, Roasting studies on black pepper(Piper nigrum L.), Flav. Fragr. J., 11, 305-310 (1996). P&F 22, No. 2, 59, (1997)
ruta graveolens flower oil colombia
#	%	Leftshift	Components
33	3.09		chalepensin (xylotenin)
5	0.05	1,8-	cineole
12	1.25	2-	decanone
23	0.08	7,8-	dihydroxy-6-methoxycoumarin
19	0.68	2-	dodecanone
18	0.91	2-	dodecanone branched
20	0.05		dodecyl acetate
24	0.25		elemol
10	1.31		geijerene
2	0.09	2-	heptanone
1	0.04	(Z)-3-	hexen-1-ol
6	0.10		limonene
28	0.19		methyl 4-(3,4-methylene dioxyphenyl) butyrate
25	0.16	4-(3,4-	methylene dioxyphenyl)-2-butanone
30	0.06	6-(3,4-	methylene dioxyphenyl)-2-hexanone
32	0.77	8-(3,4-	methylene dioxyphenyl)-2-octanone
31	0.37	1-(3,4-	methylene dioxyphenyl)-4-hexene-3-one
4	trace		myrcene
11	0.04		naphthalene
8	0.06		nonanal
9	0.07	2-	nonanol
7	16.82	2-	nonanone
17	0.16		nonyl acetate
3	0.18	2-	octanone
13	0.16		octyl acetate
14	0.08	2-	octyl acetate
27	0.69	2-(3-	phenyl-1-propyl) furan
29	0.24		psoralen
26	0.07	2-	tetradecanone
22	1.39	2-	tridecanone
21	0.12	2-	tridecanone branched
15	68.05	2-	undecanone
16	0.06	2-	undecanone branched
E. E. Stashenko, H. S. Villa and M. Y. Combariza, Comparitive study of Colombian rue oils by high resolution gas chromatography using different detection systems. J. Microcol. Sep., 7, 117-122 (1995), 35th Internat. Symosium Chromatogr. Proceedings, 475-483, Japan (1995). P&F 23, No. 6, 53, (1998)
ruta graveolens oil
#	%	Leftshift	Components
34	0.36		angelicin
11	0.16	1,8-	cineole
9	0.02	para-	cymene
19	1.31	2-	decanone
26	0.33	2-	decyl acetate
32	0.05	2,6-	di-tert-butyl-4-methyl phenol
35	0.25		dibutyl phthalate
28	0.54	2-	dodecanone
33	0.18		elemol
2	0.02		ethyl benzene
3	0.01	2-	heptanone
1	0.07	3-	hexen-1-ol
7	0.04	3-	hexen-1-yl acetate
16	0.02	2-	hydroxy-4-methoxyphenyl methyl ketone
10	0.09		limonene
8	0.02	2-	methoxytoluene
20	0.10		methyl chavicol
23	0.12	9-	methyl-2-decanone
30	0.07	11-	methyl-2-dodecanone
17	0.06	9-	methyl-2-nonanone
27	1.28	10-	methyl-2-undecanone
15	0.25	1-	methyl-5,6-diethyl cyclohexene
18	0.07		nonanol
13	0.73	2-	nonanol
12	24.12	2-	nonanone
25	0.57		nonyl acetate
22	16.71	2-	nonyl acetate
6	0.02	2-	octanol
5	0.24	2-	octanone
21	0.21		octyl acetate
14	0.48	2-	octyl acetate
36	0.86		phytol
4	0.02	alpha-	pinene
31	0.80	2-	tridecanone
24	36.82	2-	undecanone
29	3.04	2-	undecyl acetate
H-H. Xu, S-F. Chiug, J. Zhou, J-K. Ding and X-J. Yu, Preliminary studies on insecticidal activity of the rue oil and analysis of its components. Natural Product Res. Dev.,6(4), 56-61 (1994). P&F 23, No. 6, 35, (1998)
ruta graveolens oil cuba
#	%	Leftshift	Components
26	0.61	(E)-	amyl cinnamic alcohol
17	0.77	(Z)-gamma-	bisabolene
18	0.07	delta-	cadinene
6	0.37		camphor
14	0.22	beta-	caryophyllene
29	8.18		curcuphenol
2	0.01	para-	cymene
9	0.72	2-	decanone
13	2.43	2-	dodecanone
19	1.44		elemol
25	0.42	alpha-	eudesmol
24	0.56	beta-	eudesmol
23	0.33	gamma-	eudesmol
7	1.64		geijerene
31	5.68		hexadecanoic acid
30	0.36	2-	hexadecanone
15	0.03	alpha-	humulene
3	0.16		limonene
1	0.01		myrcene
20	0.26	(E)-	nerolidol
5	0.62	2-	nonanone
4	0.02	(E)-beta-	ocimene
32	2.38	iso	phytol
11	0.52		pregeijerene
10	0.10		pulegone
8	0.08		terpinen-4-ol
28	0.29		tetradecanoic acid
27	0.06		tetradecanol
21	0.20	2-	tetradecanone
22	0.07		tridecanoic acid
16	3.72	2-	tridecanone
12	48.67	2-	undecanone
J. A. Pino, A. Rosado and V. Fuentes, Leaf oils of Ruta graveolens L. grown in Cuba. J. Essent. Oil Res., 9, 365-366 (1997). P&F 23, No. 6, 53, (1998)
salvia plebeia oil
Chemical Composition of Salvia plebeian R.Br. Essential Oil and its Larvicidal Activity against Aedes aegypti L Shanliang Zhu, Xin Chao Liu, Zhi Long Liu* and Xiaofeng Xu
#	%	Leftshift	Components
106	0.21		acetophenone
144	1.22		aromadendrene
117	0.55		borneol
128	0.50		bornyl acetate
167	5.28		cadalene
151	5.30	gamma-	cadinene
164	10.21	T-	cadinol
165	5.08	alpha-	cadinol
154	2.75	alpha-	calacorene
152	9.63		calamenene
114	0.08		camphor
140	0.91	(Z)-	caryophyllene
142	0.88		caryophyllene
158	15.54		caryophyllene oxide
103	0.18	1,8-	cineole
137	5.70		copaene
134	2.88	alpha-	cubebene
138	0.62	beta-	cubebene
153	0.88		cubenene
136	0.11		cyclosativene
154	1.16		elemol
163	14.04	gamma-	eudesmol
135	0.78		eugenol
108	0.16		fenchone
156	0.27		germacrene B
156	5.14		ledol
109	0.48		linalool
107	0.19	(Z)-	linalool oxide
147	1.84	gamma-	muurolene
150	5.19	alpha-	muurolene
991	0.11		myrcene
157	0.21		spathulenol
137	0.24		ylangene
salvia sclarea oil greece
#	%	Leftshift	Components
32	0.10		aromadendrene
57	trace		benzyl tiglate
29	trace		bornyl acetate
25	0.15	beta-	bourbonene
43	trace	delta-	cadinene
2	trace		camphene
62	trace		carvacrol
30	1.20	beta-	caryophyllene
50	1.50		caryophyllene oxide
6	trace	1,8-	cineole
23	0.50	alpha-	copaene
26	0.10	beta-	cubebene
48	0.15	para-	cymen-8-ol
46	0.10	beta-	damascenone
69	1.25		deutenyl curcumene furanoid
45	trace		dihydro-para-cymen-8-ol
58	0.10		dodecahydro-3a-,6,6,9a-tetramethyl(2,1beta)furan
55	0.15		elemol
61	0.15	8,13-	epoxy-15,16-dinorlabd-12-ene
56	trace		eudesmol
54	trace	10-epi-gamma-	eudesmol
63	0.20	alpha-	eudesmol
64	1.50	beta-	eudesmol
24	trace		formic acid + benzaldehyde
41	2.15		geranial
49	6.50		geraniol
44	7.50		geranyl acetate
40	1.25		geranyl formate
14	0.10		hexanol
17	0.10	2-	hexanol
15	0.15	3-	hexanol
7	0.15	2-	hexenal
12	trace		hexen-1-yl acetate furanoid
35	0.10	alpha-	humulene
51	trace		hydroxycitronellal
67	0.10	endo-8-	hydroxycycloisolongifolene furanoid
52	1.20		hydroxylinalool furanoid
37	0.10		lavandulol + beta-farnesene
5	0.15		limonene
27	17.20		linalool
22	1.10	(E)-	linalool oxide furanoid
19	0.15	(Z)-	linalool oxide furanoid
28	14.30		linalyl acetate
31	trace		linalyl formate
71	2.50		manool
68	0.10		manoyl oxide
70	0.15	13-epi-	manoyl oxide
34	trace		methyl chavicol
9	trace	2-	methyl-2-vinyl-4-isopropenyl tetrahydrofuran
13	trace	6-	methyl-5-hepten-2-one
38	trace		muurolene
66	trace		muurolol
4	0.25		myrcene
36	1.50		neral
47	5.50		nerol
21	trace		nerol oxide
53	trace		nerolidol
42	5.20		neryl acetate
16	trace		nonanal
10	0.15	(E)-beta-	ocimene
8	0.10	(Z)-beta-	ocimene
18	0.10		perillene
1	0.10	alpha-	pinene
3	0.10	beta-	pinene
72	5.20		sclareol
59	0.20		spathulenol
33	0.20		terpinen-4-ol
39	15.10	alpha-	terpineol
11	trace		terpinolene
65	trace		thymol
60	0.10		valerianol
20	0.10	alpha-	ylangene + 1-octen-3-ol
Ch. Souleles and N. Argyriadou, Constituents of the essential oil of Salvia sclarea growing wild in Greece. Internat. J. Pharmacog., 35, 218-220 (1997). P&F 25, No. 4, 55, (2000)
schinus molle leaf oil
#	%	Leftshift	Components
21	1.71	delta-	cadinene
31	trace	alpha-	cadinol
27	4.70	T-	cadinol
23	0.93		calamenene
2	trace		camphene
16	0.47	beta-	caryophyllene
14	0.02	alpha-	copaene
13	0.01	alpha-	cubebene
10	0.59	para-	cymene
15	0.01	beta-	elemene
18	trace	gamma-	elemene
24	13.25		elemol
30	trace	alpha-	eudesmol
26	3.24	gamma-	eudesmol
20	5.21		germacrene D
22	trace	beta-	guaiene
19	0.39	alpha-	humulene
8	9.27		limonene
12	trace		methyl octanoate
29	trace	alpha-	muurolol
28	trace	T-	muurolol
5	trace		myrcene
25	2.94		neryl hexanoate
6	30.24	alpha-	phellandrene
9	9.63	beta-	phellandrene
1	1.46	alpha-	pinene
3	0.10	beta-	pinene
4	0.67		sabinene
17	0.03		terpinen-4-ol
7	0.02	alpha-	terpinene
11	0.20		terpinolene
M. Maffei and F. Chialva, Essential oils from Schinus molle berries and leaves. Flav. Fragr. J., 5, 49 -52 (1990). P&F 22, No. 5, 71, (1997)
schinus molle seed oil
Bernhard et al. (1983) analyzed an oil of S. molle fruit produced by the Likens-Nickerson apparatus using GC/MS. They found that the oil contained the following components:
#	%	Leftshift	Components
12	9.11	delta-	cadinene
32	6.64		cadinol
27	1.39	T-	cadinol
23	0.26	alpha-	calacorene
16	0.15	gamma-	calacorene
14	0.28		calamenene
8	2.02	beta-	caryophyllene
21	0.12	alpha-	copaene
20	0.13	alpha-	cubebene
17	2.93	para-	cymene
7	0.52	beta-	elemene
24	1.32		elemol
30	0.90	alpha-	eudesmol
31	1.01	beta-	eudesmol
26	1.04	gamma-	eudesmol
15	0.34		geranyl butyrate
13	0.22	beta-	guaiene
22	0.71	alpha-	gurjunene
9	0.58	alpha-	humulene
5	7.23		limonene
19	0.95		methyl octanoate
11	1.48	alpha-	muurolene
10	0.48	gamma-	muurolene
29	0.69	alpha-	muurolol
28	2.32	T-	muurolol
3	20.41		myrcene
25	0.28		neryl hexanoate
4	17.34	alpha-	phellandrene
6	6.21	beta-	phellandrene
1	2.66	alpha-	pinene
2	0.17	beta-	pinene
18	0.10		terpinolene
R. A. Bernhard, T. Shibamoto, K. Yamaguchi and E. White, The volatile constituents of Schinus molle L. J. Agric. Food Chem., 31, 463-466 (1983). P&F 22, No. 5, 71, (1997)
sideritis scardica oil bulgaria
#	%	Leftshift	Components
14	4.50		bicyclogermacrene
6	0.70	alpha-	bourbonene
15	3.50	delta-	cadinene
18	5.20	alpha-	cadinol
9	18.80	beta-	caryophyllene
8	1.50	beta-	cedrene
5	1.70	alpha-	copaene
13	4.40	ar-	curcumene
7	0.50	beta-	elemene
4	0.80	delta-	elemene
17	5.80		elemol
10	6.60	(Z)-beta-	farnesene
19	4.30		farnesol
12	6.60		germacrene D
11	2.20	alpha-	humulene
3	0.70		limonene
2	2.10		myrcene
16	12.10		nerolidol
1	1.40	alpha-	pinene
J. of Ess. Oil Res. 12, No. 4, 418, (2000)
skimmia laureola oil
#	%	Leftshift	Components
20	0.6		elemol
15	0.5	alpha-	farnesene
22	0.7	(E,E)-	farnesol
21	1.5	(E,E)-	farnesyl acetate
8	5.0		geijerene
11	12.3	pre	geijerene
18	1.9		geraniol
16	2.5		geranyl acetate
3	0.4		limonene
9	7.8		linalool
10	55.6		linalyl acetate
4	0.4		myrcene
17	0.6		nerol
19	0.4		nerolidol
14	1.1		neryl acetate
7	0.7	(E)-beta-	ocimene
6	0.5	(Z)-beta-	ocimene
5	1.6	beta-	phellandrene
1	0.2	alpha-	pinene
2	0.1		sabinene
13	1.8	alpha-	terpineol
12	0.9	alpha-	terpinyl acetate
C. S. Mathela, A. B. Melkani and A. K. Pant, Reinvestigation of Skimmia laureola essential oil. Indian Perfum., 36(3), 217-222 (1992). P&F 19, No. 3, 59, (1994)
tanacetum annum l. oil marocco
#	%	Leftshift	Components
31	0.10	allo-	aromadendrene
47	0.30		benzyl benzoate
45	0.60	alpha-	bisabolol
21	2.10		borneol
8	0.40	iso	butyl 2-methyl butyrate
36	0.40	gamma-	cadinene
35	0.30	(Z)-	calamenene
3	0.50		camphene
20	9.60		camphor
10	030	delta-3-	carene
27	0.20		carvacrol
25	0.30		carvone
29	1.20	beta-	caryophyllene
40	0.70		caryophyllene oxide
46	28.00		chamazulene
14	1.00	1,8-	cineole
12	2.20	para-	cymene
42	1.70	7,12-	dehydro-5,6,7,8-tetrahydrochamazulene
34	3.70	3,6-	dihydrochamazulene
41	1.70	5,6-	dihydrochamazulene
28	0.40	beta-	elemene
37	0.40		elemol
44	5.10	beta-	eudesmol
30	1.00	(Z)-beta-	farnesene
43	0.70		hinesol
39	0.30		ledol
13	1.30		limonene
17	0.10		linalool
6	4.40		myrcene
24	0.10		myrtenal
7	0.20		octanal
9	2.60	alpha-	phellandrene
32	0.10	2-	phenethyl isovalerate
2	1.30	alpha-	pinene
5	3.10	beta-	pinene
19	0.10	trans-	pinocarveol
4	6.40		sabinene
38	0.20		spathulenol
22	1.80		terpinen-4-ol
11	0.40	alpha-	terpinene
15	0.40	gamma-	terpinene
23	0.40	alpha-	terpineol
16	0.10		terpinolene
1	0.10	alpha-	thujene
18	0.10	alpha-	thujone
26	1.20		thymol
33	0.50		valencene
H. Greche, M. Ismaili-Alaoui, N. Hajjaji, S. Zrira, A. Belanger and B. Benjilali, Composition of Tanacetum annuum L. oil from Morocco. J. Essent. Oil Res., 11, 343-348 (1999). P&F 26, No. 1, 36, (2001)
thymus serpyllum oil finland
#	%	Leftshift	Components
20	0.50	allo-	aromadendrene
23	1.90	beta-	bisabolene
22	0.20		borneol
17	3.50		bornyl acetate
16	2.70	beta-	bourbonene + linalool
3	3.70		camphene
15	2.50		camphor
19	6.90	beta-	caryophyllene
27	0.10		caryophyllene oxide
9	0.30	1,8-	cineole + beta-phellandrene
11	1.10	para-	cymene
26	0.80		elemol
21	0.40	alpha-	humulene
24	1.20		ledol
8	0.80		limonene
25	0.20	alpha-	muurolol
6	39.10		myrcene
10	9.60	(Z)-beta-	ocimene
13	0.10	3-	octanol
14	0.40	1-	octen-3-ol
2	1.90	alpha-	pinene
4	5.20	beta-	pinene
5	0.20		sabinene
18	0.40		terpinen-4-ol
7	0.30	alpha-	terpinene
12	0.10		terpinolene
1	0.10		tricyclene
K.-G. Widen, P. Alanko and M. Uotila, Thymus serpyllum L, x vulgaris L. morphology, chromosome number and chemical composition. Ann. Bot. Fennici, 14, 29-34 (1977). P&F 23, No. 3, 63, (1998)
thymus zygis gracillis herb oil spain
Variations in the chemical composition of the essential oils of T. sygis L. ssp. sylvestris (Hoffm. et Link) Brot. ex. Coutinho and T. sygis L. ssp. gracilis (boiss.) R. Morales from southeastern Spain were determined by Saez (1995). In this study, oils from four collections of each subspecies were examined by GC and GC/MS. A summary of the data obtained from these analyses (Table IV) shows that different chemotypes of each of the subspecies can be found. Of these, only the thymol chemotypes of T. zygis ssp. gracilis is typical of the red thyme oil in commerce. Only the chemotype thymol will be shown here:
#	%	Leftshift	Components
19	1.63		borneol
14	1.17	iso	bornyl acetate
29	0.05	alpha-	cadinol
2	0.30		camphene
11	0.56		camphor
28	3.34		carvacrol
16	0.12	beta-	caryophyllene
23	0.07		caryophyllene oxide
7	1.02	1,8-	cineole
21	0.08		citronellol
9	2.95	para-	cymene
25	0.08		elemol
22	0.14		geraniol
20	0.09		geranyl acetate
6	0.09		limonene
12	7.89		linalool
13	0.06		linalyl acetate
4	0.06		myrcene
1	0.04	alpha-	pinene
3	0.04	beta-	pinene
10	0.36	(E)-	sabinene hydrate
26	0.28		spathulenol
15	1.60		terpinen-4-ol
5	0.02	alpha-	terpinene
8	0.36	gamma-	terpinene
18	0.08	alpha-	terpineol
17	0.11	delta-	terpineol
27	71.84		thymol
24	0.08		viridiflorol
F. Saez, Essential oil variability of Thymus zygis growing wild in southeastern Spain. Phytochemistry, 40, 819-825 (1995). P&F 23, No. 1, 39, (1998)
valeriana officinalis rhizome oil CO2 extract china
#	%	Leftshift	Components
1	0.37		acetic acid
17	0.01		benzoic acid
41	0.72	(E)-alpha-	bergamotol
42	0.34	(Z)-alpha-	bergamotol
18	0.47		borneol
23	36.07		bornyl acetate
36	0.24	delta-	cadinene
10	0.02	iso	camphane
5	2.81		camphene
11	0.03	delta-3-	carene
25	0.02	trans-	carvone oxide
24	0.14	cis-	carvone oxide
31	0.65	beta-	caryophyllene
13	0.02	1,8-	cineole
21	0.19		cumic acid
8	0.02	para-	cymene
29	0.07	beta-	elemene
27	0.08	delta-	elemene
37	0.53		elemol
12	0.01	3-	ethyl-2,5-dimethyl-1,3-hexadiene
44	2.45		eugenyl acetate
35	0.66		germacrene
40	2.24		globulol
34	0.23		guaiene
32	0.21	beta-	gurjunene
33	0.31	alpha-	humulene
9	0.26		limonene
15	0.02		linalool
22	0.12		methyl chavocol
20	0.02		myrtenol
43	26.56		nootkatone
4	0.60	alpha-	pinene
7	0.59	beta-	pinene
6	0.03		sabinene
16	0.01		sabinene hydrate
26	3.03		sabinyl acetate
38	0.73		sabinyl valerate
39	1.84		spathulenol
19	0.13		terpinen-4-ol
14	0.02		terpinolene
28	0.62	alpha-	terpinyl acetate
30	0.42		thymohydroquinone dimethyl ether
3	0.03		tricyclene
2	0.21	iso	valeric acid
J-J. Xian, G. Yuan, Y-X. Zhang, J-M. Yuan and X-W. Luo, The chemical constituents of the essential oil from the roots of Valeriana officinalis. Yunnan Zhiwu Yanjiu, 17, 479-481 (1995). P&F 24, No. 3, 47, (1999)
zingiber officinale oil CO2 extract australia
In 1994, Bartley and Foley analyzed the chemical composition of a supercritical fluid extract of Australian-grown ginger. The freshly harvested roots were peeled and chopped into 2 mm cubes before grinding under liquid nitrogen. The pulp was mixed with coarse granulated Celite (diatomaceous earth) and subjected to extraction by supercritical CO2. The analysis was preformed by a combination of capillary GC (for retention indices and quantitative data) and GC/MS (for component identification confirmation). The compounds identified were:
#	%	Leftshift	Components
32	0.20		aromadendrenol
23	10.83	alpha-	bergamolene
24	2.73	beta-	bisabolene
29	0.14	alpha-	bisabolol
11	0.60		borneol
16	0.10	iso	bornyl acetate
25	0.14	gamma-	cadinene
4	3.71		camphene
9	2.99	1,8-	cineole
21	3.25	ar-	curcumene
12	0.11		decanal
28	0.22		dodecatrienol
19	0.20	beta-	elemene
18	0.23	delta-	elemene
27	0.25		elemol
20	0.18	beta-	farnesene
15	25.06		geranial
14	0.66		geraniol
17	0.12		geranyl acetate
1	0.52		hexanal
7	0.43		limonene
10	0.46		linalool
2	0.11	3-	methyl hexanol
6	0.53		myrcene
13	2.87		neral
35	0.08	6-	paradol
34	0.20		pentenyl curcumene
8	1.63	beta-	phellandrene
26	8.18	beta-sesqui	phellandrene
5	0.08	beta-	pinene
30	0.22	(Z)-sesqui	sabinene hydrate
36	0.31	6-	shogaol
3	0.93	alpha-	thujene
31	0.15		zingerenol
22	25.87		zingiberene
33	0.64		zongerone
J. P. Bartley and P. Foley, Supercritical fluid extraction of Australian grown ginger (Zingibar officinale), J. Sci. Food Agric., 66, 365-371 (1994). P&F 22, No. 5, 71, (1997)

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