Typical G.C. analysis

Perflavory

Typical G.C. analysis
#	%	Leftshift	Components
artemisia absinthium herb oil italy
Mucciarelli et al. (1995) performed GC/MS analysis on oils obtained from a number of Artemisia species growing in northwest Italy. In this study, they determined that an oil of A. absinthum contained:
17	trace		artemisyl alcohol
46	trace		artemisyl ketone
31	trace		ascaridole
55	trace	(E)-alpha-	bergamotol
54	trace	alpha-	bisabolol
58	trace		bisabolol oxide
36	trace		borneol
42	trace		bornyl acetate
56	trace	alpha-	cadinol
4	trace		camphene
47	trace		camphenilone
21	0.4		camphor
59	0.3		carvacrol
39	trace	trans-	carveol
25	trace		carvone
50	0.5	beta-	caryophyllene
57	0.4		caryophyllene oxide
41	trace	(E)-	chrysanthenyl acetate
40	trace	(Z)-	chrysanthenyl acetate
28	2.0	1,8-	cineole
48	0.2	alpha-	copaene
52	trace	epi-	cubenol
45	0.2		cuminaldehyde
12	1.0	para-	cymene
26	trace		damascenone
27	trace	2,3-	dihydro-1,8-cineole
29	trace	(Z)-	epoxyocimene
3	trace	alpha-	fenchene
10	0.1		limonene
18	trace		linalool
30	0.1		linalool oxide
7	trace		myrcene
44	0.1		myrtenal
38	0.1		myrtenol
51	trace	(E)-	nerolidol
37	trace		nojiku alcohol
8	trace	alpha-	phellandrene
1	0.3	alpha-	pinene
5	0.7	beta-	pinene
22	trace	iso	pinocamphone
33	trace		pinocarveol
23	0.2		pinocarvone
6	1.6		sabinene
14	0.2	(E)-	sabinene hydrate
43	1.6		sabinyl acetate
49	0.6	gamma-	selinene
53	0.1		spathulenol
32	1.3		terpinen-4-ol
9	0.3	alpha-	terpinene
11	0.6	gamma-	terpinene
35	trace	alpha-	terpineol
13	0.1		terpinolene
16	0.4	(Z)-	thuj-2-en-4-ol
2	0.3	alpha-	thujene
19	67.5	alpha-	thujone
20	18.2	beta-	thujone
34	trace	(E)-	verbenol
24	trace		verbenone
15	trace		yomogi alcohol
M. Mucciarelli, R. Caramiello, M. Maffei and F. Chialva, Essential oils from some Artemisia species growing spontaneously in Northwest Italy. Flav. Fragr. J., 10, 25-32 (1995). P&F 23, No. 1, 39, (1998)
bois de rose leaf oil brazil
#	%	Leftshift	Components
21	0.62-0.79		benzyl benzoate
11	trace		camphor
19	0.80-0.95		caryophyllene oxide
4	0.03-0.04	1,8-	cineole
10	1.40-2.70		cyclosativene
7	trace-0.03	para-	cymene
16	4.50-6.00		eremophilene
14	0.40-0.54		hotrienol
3	0.10-0.15		limonene
12	73.00-78.00		linalool
9	1.00-1.54	(E)-	linalool oxide furanoid
8	1.20-1.80	(Z)-	linalool oxide furanoid
18	0.04	(E)-	linalool oxide pyranoid
17	0.13-0.25	(Z)-	linalool oxide pyranoid
2	0.06-0.10		myrcene
6	0.03-0.05	(E)-beta-	ocimene
5	trace-0.20	(Z)-beta-	ocimene
1	trace-0.03	beta-	pinene
15	0.10-0.50	gamma-	selinene
20	0.35-0.62		spathulenol
13	0.14-0.53		terpinen-4-ol
S. T. Ohashi, L. dos S. Rosa, J. A. Santana and C. L. Green, Brazilian rosewood oil: sustainable production and oil quality management. Perfum. Flav., 22(2), 1-5 (1997). P&F 24, No. 1, 53, (1999)
eucalyptus globulus fruit oil
#	%	Leftshift	Components
13	0.46	iso	amyl isovalerate
21	23.33		aromadendrene
23	3.32	allo-	aromadendrene
17	2.40	beta-	bourbonene
22	0.44		bulnesene
41	0.62	delta-	cadinene
40	trace	gamma-	cadinene
58	0.20	alpha-	cadinol
55	0.28	T-	cadinol
18	trace		carvenone
27	0.16		carvotan acetone
7	15.31	1,8-	cineole
15	0.08	alpha-	copaene
24	0.13		cryptone
14	0.34	alpha-	cubebene
19	trace	beta-	cubebene
44	trace	para-	cymen-7-ol
11	6.44	para-	cymene
52	0.84	beta-	eudesmol
47	0.55	gamma-	eudesmol
36	trace		germacrene D
50	14.98		globulol
49	3.10	epi-	globulol
34	0.39	alpha-	guaiene
16	trace	alpha-	gurjunene
20	0.47	beta-	gurjunene
26	0.20	gamma-	gurjunene
28	trace	alpha-	humulene
59	0.22	5-epi-neo	intermedeol
31	3.63		ledene
46	trace		ledol
6	1.10		limonene
43	trace	cis-para-	mentha-1(7),5-dien-2-ol
38	trace	gamma-	muurolene
54	0.12	T-	muurolol
4	0.21		myrcene
42	0.10		nerol
10	trace	(E)-beta-	ocimene
45	0.16		palustrol
3	2.11	alpha-	phellandrene
8	0.50	beta-	phellandrene
48	trace	2-	phenethyl 2-methyl butyrate
1	3.61	alpha-	pinene
2	0.10	beta-	pinene
25	trace	trans-	pinocarveol
33	trace		piperitone
35	0.30	alpha-	selinene
37	trace	delta-	selinene
39	trace	gamma-	selinene
53	0.20		spathulenol
57	trace	iso	spathulenol
5	0.22	alpha-	terpinene
9	0.18	gamma-	terpinene
32	2.27	alpha-	terpineol
12	0.20		terpinolene
56	0.28		thymol
29	trace	beta-	vetivene
30	0.66		viridiflorene
51	2.17		viridiflorol
J-C. Chalchat, J. L. Cabard, M. S. Gorunovic, V. Djermanovic and V. Bulatovic, Chemical composition of Eucalyptus globulus oils from the Montenegro coast and east coast of spain. J. Essent. Oil Res., 7, 147-152 (1995). P&F 26, No. 2, 22, (2001)
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)
laurus nobilis leaf oil turkey
#	%	Leftshift	Components
84	0.10	(E)-	anethole
139	0.20		anhydrooplopanone
16	trace		benzaldehyde
123	0.10		bicyclogermacrene
129	0.20	alpha-	bisabolene
55	0.30		borneol
83	0.70		bornyl acetate
101	0.10		bourbonene
23	<0.10	iso	butyl 2-methyl butyrate
9	trace	iso	butyl isobutyrate
152	0.10		cadalene
128	trace		cadina-1,4-diene
125	0.30	gamma-	cadinene
126	0.40	delta-	cadinene
146	trace	T-	cadinol
150	0.10	alpha-	cadinol
130	0.10	alpha-	calacorene
133	0.10	beta-	calacorene
127	0.10		calamenene
15	0.70		camphene
47	<0.10	alpha-	campholenic aldehyde
25	<0.10	delta-3-	carene
89	0.10		carvacrol
71	0.20	trans-	carveol
74	0.10	cis-	carveol
78	0.10		carvone
95	0.10	cis-	carvyl acetate
145	0.60	3(15),7(14)-	caryophylladien-6-ol
106	0.40	beta-	caryophyllene
136	0.90		caryophyllene oxide
29	21.80	1,8-	cineole
92	0.40	1,8-	cineole-2-yl acetate
108	0.70		cinnamyl acetate
100	<0.10	alpha-	copaene
77	0.10		cuminaldehyde
105	<0.10		cuminyl acetate
87	0.10		cuminyl alcohol
60	0.20	para-	cymen-8-ol
27	1.50	para-	cymene
38	<0.10	para-	cymenene
114	0.30	(E)-3-	decen-1-yl acetate
154	0.20		dehydrocostus lactone
75	<0.10	2,3-	dimethoxytoluene
96	trace	2-	dodecanone
102	0.60	beta-	elemene
131	0.30		elemicin
147	0.30	(E)-iso	elemicin
21	0.20	1,8-	epoxy-2-para-menthene
155	0.10		eremanthin
2	trace		ethyl 2-methyl butyrate
3	trace		ethyl isovalerate
149	0.30	alpha-	eudesmol
148	1.10	beta-	eudesmol
142	<0.10	10-epi-gamma-	eudesmol
144	trace	gamma-	eudesmol
94	2.90		eugenol
111	0.20	(E)-iso	eugenol
118	<0.10	(Z,E)-alpha-	farnesene
153	<0.10		farnesyl acetone
14	<0.10	alpha-	fenchene
110	trace		geranyl acetone
115	0.10		germacrene D
109	<0.10		guaia-6,9-diene
107	0.10	alpha-	guaiene
104	<0.10	alpha-	gurjunene
22	trace	2,4-	heptadienal
1	<0.10		hexanal
7	<0.10		hexanol
4	<0.10	(E)-2-	hexenal
6	trace	(E)-2-	hexen-1-ol
5	0.10	(E)-3-	hexen-1-ol
41	0.10		hotrienol
113	0.10	alpha-	humulene
140	0.10		humulene oxide
151	0.30		intermedeol
51	0.10		ipsdienol
141	0.20	laevo-	junenol
138	0.30		ledol
28	1.50		limonene
39	2.00		linalool
36	<0.10	(E)-	linalool oxide furanoid
35	<0.10	(Z)-	linalool oxide furanoid
49	0.20	(Z)-para-	menth-2-en-1-ol
46	0.20	(E)-para-	menth-2-en-1-ol
91	0.10	para-	mentha-1,4-dien-7-ol
57	0.20	para-	mentha-1,5-dien-8-ol
64	0.20	para-	mentha-1(7),2-dien-8-ol
61	0.30	(E)-para-	mentha-1(7),8-dien-2-ol
73	0.30	(Z)-para-	mentha-1(7),8-dien-2-ol
48	0.10	(Z)-para-	mentha-2,8-dien-1-ol
45	0.10	(E)-para-	mentha-2,8-dien-1-ol
42	<0.10	para-	menthatriene
67	<0.10		methyl chavicol
103	3.50		methyl eugenol
120	0.40	(E)-	methyl isoeugenol
65	trace		methyl salicylate
19	<0.10	6-	methyl-5-hepten-2-one
121	0.10	gamma-	muurolene
124	trace	alpha-	muurolene
20	0.60		myrcene
68	0.40		myrtenal
72	0.10		nerol
52	0.10		nerol oxide
132	0.10	(E)-	nerolidol
99	<0.10		neryl acetate
31	trace	2-	nonanone
30	<0.10	(E)-beta-	ocimene
134	trace		palustrol
81	0.10		phellandral
24	0.20	alpha-	phellandrene
97	0.10	3-	phenyl propyl acetate
12	4.60	alpha-	pinene
18	4.00	beta-	pinene
50	0.10	trans-	pinocarveol
54	0.20		pinocarvone
88	0.10		pinocarvyl acetate
34	<0.10		pinol
43	0.10	iso	pinol
66	<0.10	(Z)-	piperitol
69	0.10	(E)-	piperitol
79	trace		piperitone
8	trace	iso	propyl 2-methyl butyrate
62	trace	4-iso	propyl-2-cyclohexenone
53	0.10		sabinaketone
17	5.30		sabinene
33	<0.10	(E)-	sabinene hydrate
40	trace	(Z)-	sabinene hydrate
76	trace		sabinol
86	0.10		sabinyl acetate
112	trace		selina-4(15),5-diene
119	0.30	beta-	selinene
122	0.30	alpha-	selinene
116	trace	gamma-	selinene
135	0.80		spathulenol
59	4.30		terpinen-4-ol
26	1.30	alpha-	terpinene
32	1.80	gamma-	terpinene
63	3.10	alpha-	terpineol
56	0.60	delta-	terpineol
37	0.70		terpinolene
90	0.90	delta-	terpinyl acetate
93	9.80	alpha-	terpinyl acetate
13	0.10	2,4(10)-	thujadiene
80	0.50	4-	thujen-2-alpha-yl acetate
11	0.60	alpha-	thujene
44	trace	beta-	thujone
82	trace		thymol
10	<0.10		tricyclene
117	0.10	2-	tridecanone
58	trace		umbellulone
85	0.20	2-	undecanone
143	0.20		valerianol
70	<0.10		verbenone
137	0.30		viridiflorol
98	0.10	alpha-	ylangene
J. of Ess. Oil Res. 13, No. 2, 95, (2001)
levisticum officinale root oil
#	%	Leftshift	Components
22	0.26		bornyl acetate
25	1.33	(E)-3-	butylidene phthalide
24	2.24	(Z)-3-	butylidene phthalide
27	0.55	(E)-3-	butylidene-4,5-dihydrophthalide
26	61.79	(Z)-3-	butylidene-4,5-dihydrophthalide
2	0.07		camphene
16	0.19	alpha-	copaene
17	0.87	beta-	cubebene
7	0.86	para-	cymene
9	0.18		limonene
20	2.79		linalool
5	0.45		myrcene
11	0.63	(E)-beta-	ocimene
10	0.22	(Z)-beta-	ocimene
14	0.47		pentyl benzene
15	0.13		pentyl cyclohexane
6	0.24	alpha-	phellandrene
8	0.07	beta-	phellandrene
1	0.65	alpha-	pinene
4	2.05	beta-	pinene
3	0.12		sabinene
19	5.92	beta-	selinene
18	1.58	gamma-	selinene
12	0.74	gamma-	terpinene
21	4.12	alpha-	terpineol
13	0.37		terpinolene
23	0.22	alpha-	terpinyl acetate
28	0.39	(Z)-3-	validene-3,4-dihydrophthalide
J-Q. Cu, F. Pu, Y. Shi, F. Perineau, M. Delmas and A. Gaset, The chemical composition of lovage headspace and essential oils produced by solvent extraction with various solvents. J. Essent. Oil. Res., 2, 53-59 (1990). P&F 24, No. 2, 35, (1999)
patchouli oil china
#	%	Leftshift	Components
33	0.85		aristolone
5	trace		camphene
23	3.18	beta-	caryophyllene
30	0.21	ar-	curcumene
16	0.01		dihydrocarvone
21	0.04	delta-	elemene
24	8.82	alpha-	guaiene
28	8.65	delta-	guaiene
6	0.01	1-	hepten-3-ol
2	0.01		hexanal
8	0.02		limonene
10	0.01		linalool
9	trace		linalool oxide
27	0.66	beta-	maaliene
13	0.01	4-	methyl-1-furanyl-1-pentene
3	0.01	5-	methyl-2-hexanone
1	0.01	3-	methyl-2-pentanone
18	0.02		myrtenol
26	8.48	alpha-	patchoulene
22	6.91	beta-	patchoulene
31	31.86		patchouli alcohol
19	0.02		perilla ketone
11	0.03	iso	phorone
4	0.09	alpha-	pinene
7	0.26	beta-	pinene
14	0.01	iso	pinocamphone
32	3.83		pogostone
29	0.11	gamma-	selinene
25	9.58		seychellene
15	0.01		terpinen-4-ol
20	trace		thujone
12	0.03	(E)-	verbenol
17	0.02		verbenone
L. Guan, L-H. Quan and P-H. Cong, Study on chemical constituents of volatile oil from Pogostemon Cablin (Blanc.) Benth. Tianran Chanwu Yangui Yu Kaifa, 4(2), 3437 (1992). P&F 20, No. 3, 67, (1995)
rosewood oil brazillian
#	%	Leftshift	Components
21	0.25-0.59		benzyl benzoate
11	0.03-0.09		camphor
19	0.10-0.15		caryophyllene oxide
4	trace	1,8-	cineole
10	trace-0.90		cyclosativene
7	trace-0.03	para-	cymene
16	0.30-0.90		eremophilene
14	0.10-0.20		hotrienol
3	0.10-0.56		limonene
12	87.00-92.00		linalool
9	0.90-1.60	(E)-	linalool oxide furanoid
8	1.00-1.68	(Z)-	linalool oxide furanoid
18	0.03-0.27	(E)-	linalool oxide pyranoid
17	0.10-0.27	(Z)-	linalool oxide pyranoid
2	0.04-0.04		myrcene
6	0.03-0.07	(E)-beta-	ocimene
5	0.03-0.20	(Z)-beta-	ocimene
1	trace-0.10	beta-	pinene
15	0.20-0.37	gamma-	selinene
20	trace		spathulenol
13	0.10-0.26		terpinen-4-ol
S. T. Ohashi, L. dos S. Rosa, J. A. Santana and C. L. Green, Brazilian rosewood oil: sustainable production and oil quality management. Perfum. Flav., 22(2), 1-5 (1997). P&F 24, No. 1, 53, (1999)

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