Lipids, Lipophilic Components and Essential Oils from Plant Sources || Thymus serpyllum L.
Transcript of Lipids, Lipophilic Components and Essential Oils from Plant Sources || Thymus serpyllum L.
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Lamiaceae
Acinos arvensis (L.) Dandy
Synonyms
A. thymoides Moench; Calaminta acinos L.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.1 [1]
FAs: 18:1(3) [1]
Sterols, % dry wt: 0.06 [2]
Triterpenoic acids, % dry wt: Ursolic acid – 1.4 [1, 2]
Terpenoids
Phytol, % dry wt: 0.05 [2]
Seed
Oil (n-hexane)
Iodine value, % J2: 246.2 (cald) [3]
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 –
4.1; 18:0 – 1.1; 18:1 – 5.6; 18:2 – 13.2; 18:3 –
76.0 [3]
Use: Ornamental plant [1].
Leaves are used as kitchen spice [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
10 [in Russian]
2. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
3. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7, 32 (1971)
A.I. Glushenkova (ed.), Lipids, Lipophilic Components and EssentDOI 10.1007/978-0-85729-323-7, # Springer Science+Business M
Acinos rotundifolius Pers.
Synonyms
A. graveolens (Benth.) Lind.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.12–0.14
Composition of essential oil, %: a-Pinene +
b-pinene – 25.0; camphene + terpinolene +
menthone – 60.0
Activity: Bacteriostatic activity of essential oils.
Use: Source of menthol.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
10 [in Russian]
Agastache foeniculum O. Kuntze.
Family: Lamiaceae
Seed
Oil, % dry wt: 32.11 (China); 40.73 (Russia)
Iodine value, % J2: 187.18–189.92
ial Oils from Plant Sources,edia, LLC 2012
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Lamiaceae 390 Agastache nepetoides (L.) Kuntze.
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 347 [in
Russian]
Agastache nepetoides (L.) Kuntze.
Family: Lamiaceae
Plant Material
Terpenoids
Composition, %: Germacrene D – 48.3;
caryophyllene – 18.4; trans-ocimene – 3.6
References
1. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton,
L.S. Gill, Phytochemistry 11, 2636 (1972)
Agastache rugosa (Fisch. et Mey.)O. Kuntze
Synonyms
Liphanthus rugosus Fisch. et Mey.
Family: Lamiaceae
Essential oil, % dry wt: 0.14–0.39 [1]
Components, %: a-Pinene, b-pinene, (+)-limonene,
p-cymol, octanone-3, octan-3-ol, octene-3-ol,
linalool, b-caryophyllene, a-elangene, b-elemene, b-humulene, b-farnesene, g-cadinene,d-cadinene, calamenene, methyl eugenol and
others [1]
Inflorescence
Essential oil, % dry wt: 1.5 [2]
Leaf
Essential oil, % dry wt: 2.5–3.05 [1, 2]; 0.65 [3]
Seed
Oil, % dry wt: 17.35–21.42 [1]; 33.0–33.7 [3]
Iodine value, % J2: 194.27–196.84 [1]
Stem
Essential oil, % dry wt: 0.45 [1]; 0.1 [2]
Components, %: Methylhavicol – 89.5; octanone –
3.04; a-limonene – 2.0; and others [2]
Activity: Sedative [1]
Use: As drug agent “huo hsiang” in China [1]. Leaves
may be used as aromatic plant material [1]. Essential
oil may be used in perfume and as flowering agent [1].
Herbal may be used as flavoring agent in food [2]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
p. 10 [in Russian]
2. N.I. Suprunov, P.G. Gorov, Yu. A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 127
[in Russian]
3. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 347 [in
Russian]
Agastache urticifolia (Benth.) O. Kuntze.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.4 [1]
Oil (petroleum ether, 30–60�C), % dry wt: 32.0 [1]
n40D : 1.4745
Iodine value (Wijs), % J2: 186.0; 196.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �4.0; 18:0� 1.3; 18:1� 16.0; 18:2� 24.0; 18:3�55.0; others (3) � 0.9
IR
Use: As aromatic agent for food, perfume, and cos-
metic industry [2].
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
2. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 100 [in
Russian]
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Ajuga chamaepitys subsp. chia var. ciliata 391 Lamiaceae
Ajuga bombycina Boiss.Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), %: 0.1 (from air dried
material, Turkey)
Composition of essential oil (GC/MS, CP Sil 5CB),
%: trans-2-Hexenal – 0.1; a-thujene – 3.9; a-pinene – 18.5; camphene – 0.4; verbenene –
0.1; sabinene –0.9; b-pinene – 28.2; 2-
amylphurane – 0.2; myrcene – 0.7; a-phellandrene – 0.3; p-cymene – 0.3; b-phellandrene + limonene – 6.9; (Z)-b-ocimene
– tr; (E)-b-ocimene – 0.1; g-terpinene – 0.1;
terpinolene – 0.7; nonanal + linalool – l0.7; b-thujone – 0.1; a-campholene aldehyde – 0.6; cis-limonene oxide – 0.1; trans-limonene oxide –
0.1; trans-pinocarveol – 1.5; trans-verbenol –
1.1; pinocarvone – 2.6; terpinen-4-ol – l–tr;
myrtenol – 2.1; myrtenol – 0.1; verbenone –
0.3; decanal – 0.1; dodecane – 0.1; thymol –
2.3; carvacrol – 5.8; tridecane – 0.1; a-copaene– 0.5; b-bourbonene – 1.7; b-cubebene – 0.5; b-caryophyllene – 0.5; (E)-geranyl acetone – 0.3;
guajene – 0.1; a-humulene – 0.1; g-muurolene –
0.1; germacrene D – 8.5; bicyclogermacrene –
1.4; b-bisabolene + g-cadinene – 0.1; d-cadinene– 0.2; germacrene B – 0.9; germacrene D-4-ol –
1.1; caryophyllene oxide – 0.4; a-cedrol – 0.2;
hexahydrofarnesyl acetone – 1.0; hexadecanoic
acid – 0.1
References
1. K.H.C. Baser, M. Kurkcuoglu, F.Z. Erdemgil, Chem. Nat.
Comp. 37(3), 242 (2001)
Ajuga chamaepitys
Family: Lamiaceae
Herb
Essential oil, % dry wt: tr [1]
Activity: Antibacterial activity [2].
Use: Diuretic and hemostatic agent [2].
References
1. N. Tanker, F. Ilisulu, M. Koyuncu, M. Coskun, Int. J. Crud
Drug Res. 24(4), 177 (1986); K.H.C. Baser, M. Kurkcuoglu,
F.Z. Erdemgil, Chem. Nat. Comp. 37, 242 (2001)
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
11 [in Russian]
Ajuga chamaepitys subsp. chia var. chia
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.3 [1]
Components, %: b-Caryophyllene – 24.4
Herb
Essential oil, % dry wt: 0.046 [2]
Components, %: b-Pinene – 20.8; germacrene-D –
12.6
References
1. F. Mericli, A.H. Mericli, Y. Korkmas-Alp, P. Yilmaz, Acta
Farm Turcica 36(1), 177 (1994); K.H.C. Baser,
M. Kurkcuoglu, F.Z. Erdemgil, Chem. Nat. Comp. 37, 242
(2001)
2. K.H.C. Baser, F.Z. Erdemgil, T. Ozek, B. Demirci, J. Essen-
tial oil Res. 11, 203 (1999); K.H.C. Baser, M. Kurkcuoglu,
F.Z. Erdemgil, Chem. Nat. Comp. 37, 242 (2001)
Ajuga chamaepitys subsp. chia var. ciliata
Family: Lamiaceae
Herb
Essential oil, % dry wt: 0.086
Components, %: Germacrene D – 14.6; b-pinene –14.0
References
1. K.H.C. Baser, Z. Erdemgil, T. Ozek, B. Demirci, J. Essential
oil Res. 11, 203 (1999); K.H.C. Baser, M. Kurkcuoglu, F.Z.
Erdemgil, Chem. Nat. Comp. 37, 242 (2001)
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Lamiaceae 392 Ajuga chamaepitys subsp. cuneatifolia
Ajuga chamaepitys subsp. cuneatifolia
Family: Lamiaceae
Herb
Essential oil, % dry wt: 0.1–0.4
References
1. N. Tanker, F. Ilisulu, M. Koyuncu, M. Coskun, Int. J. Crud
Drug Res. 24(4), 177 (1986); K.H.C. Baser, M. Kurkcuoglu,
F.Z. Erdemgil, Chem. Nat. Comp. 37, 242 (2001)
Ajuga chamaepitys subsp. laevigata
Family: Lamiaceae
Herb
Essential oil, % dry wt: 0.1–0.4
References
1. N. Tanker, F. Ilisulu, M. Koyuncu, M. Coskun, Int. J. Crud
Drug Res. 24(4), 177 (1986); K.H.C. Baser, M. Kurkcuoglu,
F.Z. Erdemgil, Chem. Nat. Comp. 37, 242 (2001)
Ajuga chamaepitys subsp. mesogitana
Family: Lamiaceae
Herb
Essential oil, % dry wt: 0.1–0.4
References
1. N. Tanker, F. Ilisulu, M. Koyuncu, M. Coskun, Int. J. Crud
Drug Res. 24(4), 177 (1986); K.H.C. Baser, M. Kurkcuoglu,
F.Z. Erdemgil, Chem. Nat. Comp. 37, 242 (2001)
Ajuga chia (Poir.) Schreb.
Synonyms
Ajuga chamaepitys Auct.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.01 [1]
Triterpenoic acids: Ursolic acid [1]
Seed and Pericarp
Mass of 1,000, g: 1.7 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 21.0 [2]
n40D : 1.4705
Iodine value (Wijs), % J2: 147; 149 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.8; 18:0 – 2.4; 18:1 – 22.0; 18:2 – 58.0; 18:3 –
11.0; others (3) – 0.1
IR
Seed
Oil, % dry wt: 17.4 [1]
Iodine value, % J2: 131.2 (cald) [3]
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 –
4.6; 18:0 – 1.6; 18:1 – 16.1; 18:2 – 55.7; 18:3 –
21.9 [3]
Activity: Anti-inflammatory and hemostatic activi-
ties [4].
Use: Ornamental plant [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
11 [in Russian]
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
3. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971) [in Russian]
4. I. E. Akopov, Krovoostanavlivayushchie rasteniya (Fan,
Tashkent, 1990), p. 267 [in Russian]
Ajuga genevensis L.
Family: Lamiaceae
Sterols, % dry wt: 0.08 [1]
Terpenoids
Phytol, % dry wt: 0.06 [1]
Activity: Anti-inflammatory, hemostatic, and anti-
malarial activities [2].
Use: Ornamental plant [2].
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Amaracus dictamnus Benth. 393 Lamiaceae
References1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
12 [in Russian]
Ajuga iva (Poir.) Schreb.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 4.4
Oil (petroleum ether, 30–60�C), % dry wt: 18.0
n40D : 1.4691
Iodine value (Wijs), % J2: 144.0; 144.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.2; 18:0 – 3.1; 18:1 – 24.0; 18:2 – 53.0; 18:3 –
12.0; others (5) – 0.4
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Ajuga laxmanii (L.) Benth.
Family: Lamiaceae
Sterols, % dry wt: 0.06 [1]
Terpenoids
Phytol, % dry wt: 0.07 [1]
Use: As antimalarial, antitumor agent in folk
medicine [2].
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
12 [in Russian]
Ajuga reptans L.
Family: Lamiaceae
Sterols, % dry wt: 0.07 [1]
Terpenoids
Phytol, % dry wt: 0.05 [1]
Leaf
Hexadeca-7,10,13-trienoic acid, % total lipids:
0.2% [2]
Use: As anti-inflammatory antiseptic hemostatic-
tumor agent in folk medicine. Leaves are used as
vegetables [3].
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
2. G.R Jamieson, E.H. Reid, Phytochemistry 10(8), 1837 (1971)
3. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
13 [in Russian]
Amaracus akhdarensis (Ietswaart etBoulos) Brullo et Furnari
Synonyms
Origanum akhdarensis
Family: Lamiaceae
Aerial Part
Extract (acetone)
Components (CC): Hydrocarbons, fats, waxes,
triterpenes, and diterpenes
Triterpenoic acids, g (from 269 g aerial part):
Oleanolic and ursolic acids – 2.0
References
1. S. Passannanti, M. Paternostro, F. Piozzi, J. Nat. Prod. 47, 885
(1984)
Amaracus dictamnus Benth.
Synonyms
Origanum dictamnus L.
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Lamiaceae 394 Amaracus pampanini Brullo et Farnari
Family: Lamiaceae
Flower
Extract (acetone)Triterpenoids (CC), g (from 50 g flowers): Methyl 3b-
dihydro-olean-12-en-28-oate + methyl 3b, 21a-dihydroxy-urs-12-en-28-oate – 15.0; uvaol – 10.0
Triterpenoic acids: Oleanolic acid, ursolic acid
Leaves and Stems
Extract (acetone), g (from 800 g leaves and stems):
58.0
Triterpenoic acids (CC), g: Oleanolic acid + ursolic
acids – 3.0; methyl 3b-dihydro-olean-12-en-28-oate – 0.11; methyl 3b, 21a-dihydroxy-urs-12-en-28-oate – 0.024
Methyl 3b-dihydro-olean-12-en-28-oate
M.p, [a]D, MS, 13C NMR
Methyl 3b, 21a-dihydroxy-urs-12-en-28-oateM.p, [a]D, MS, 13C NMR
References
1. F. Piozzi, M. Paternostro, S. Passannanti, E. Gacs-Baitz, Phy-
tochemistry 25, 539 (1986)
Amaracus pampanini Brullo et Farnari
Family: Lamiaceae
Aerial Part
Extract (acetone)Components (CC): Hydrocarbons, fats, waxes,
triterpenes and diterpenes
Triterpenoic acids, g (from 269 g aerial part):
Oleanolic + ursolic acids – 2.0; uvaol – 0.05
References
1. S. Passannanti, M. Paternostro, F. Piozzi, J. Nat. Prod. 47, 885
(1984)
Amethystea caeruleae L.
Family: Lamiaceae
Seed
Mass of 1,000 seeds, g: 0.6
Oil, %: 23.0
n40D : 1.4764
Iodine value, % J2: 185; 187 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.3; 18:0 – 2.0; 18:1 – 13.0; 18:2 – 35.0; 18:3 –
44.0; others (5) – 0.8
IR: Usually (methyl esters)
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Anisomeles indica (L.) O. Kuntze.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.2
Oil (petroleum ether, 30–60�C), % dry wt: 28.0
n40D : 1.4680
Iodine value (Wijs), % J2: 130.0; 134.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
10.0; 18:0 – 4.0; 18:1 – 16.0; 18:2 – 68.0 18:3 –
0.8; others (2) – 0.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Anisomeles ovata
Family: Lamiaceae
Seed
Moisture, %: 7.2
Oil (petroleum ether, 40–60�C), % dry wt: 19.0
n33D : 1.4769
Iodine value (Wijs), % J2: 130.0
Saponification value, mg KOH: 190.0
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Arischrada korolkowii (Regel et Schmalh.) Robed 395 Lamiaceae
FAsComposition (GLC, 15% DEGS and 2% SE-30), %:
16:0 – 14.7; 18:0 – 3.0; 18:1 – 20.8; 18:2 – 61.5
References
1. S.K. Husain, M.U. Ahmad, S. Sinha, A.A. Ansari, S.M.
Osman, Fette, Seifen, Anstrichmittel 80(6), 225 (1978)
Arischrada bucharica M. Pop.
Family: Lamiaceae
Essential oil, % dry wt: 0.025–0.17
Aerial Part
Essential oil, % dry wt: 0.12–0.25
Flower
Essential oil, % dry wt: 0.045–0.8
Leaf
Essential oil, % dry wt: 0.14–0.25
Stem
Essential oil, % dry wt: 0.05
Use: The plant is of importance as a flavoring agent in
the food industry.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
14 [in Russian]
Arischrada dracocephaloides Boriss.
Family: Lamiaceae
Aerial part
Essential oil (hydrodistillation), % dry wt: 0.9–1.4 (at
flowering stage)
Acid value, mg KOH: 4.48
Ester value, mg KOH: 21.04
Ester value after acetylated, mg KOH: 59.07
Composition of essential oil (GLC), %: a-Pinene –4.9; camphene – 8.5; b-pinene – 5.0; a-terpinene– 31.5; limonene – 0.6; 1,8-cineole – 0.5; cam-
phor – 38.7; linalool – 2.3; borneol – 0.5; anethol
– 0.5; a-terpineol – 0.7; iso-eugenol – 0.5; euge-nol – 0.7; thymol – 0.6; unidentifieds – 4.5
Monoterpene hydrocarbons, %: 50.5
Oxygenated components, %: 15.0
References
1. S.A. Mamedova, Chem. Nat. Comp. 33, 593 (1997)
Arischrada korolkowii (Regel etSchmalh.) Robed
Synonyms
Salvia korolkowii Regel et Schmalh.; Schraderiakorolkowii Regel et Schmalh Robed.
Family: Lamiaceae
Aerial Part
Lipids (chloroform–methanol, 2:1 v/v), % dry wt: 7.27
[1]
Composition of lipids (CC), %: Hydrocarbons +
carotenes – 12.0; esters of alcohols + triterpenols
+ sterols – 11.5; TAG – 11.4; free FAs – 8.5;
alcohols + triterpenols + sterols + components of
essential oil – 11.2; triterpenoic acids – 0.5; GL –
31.0; PhL – 0.8; chlorophylls + pheophytenes +
unidentified components – 13.1 [1]
TAG
FAs (GLC, 15% Reoplex 400), %: 12:0 – 0.4; 14:0
– 4.2; 15:0 – 0.2; 15:1 – 0.8; 16:0 – 28.1; 16:1 –
tr; 17:0 – 0.8; 17:1 – 0.9; 18:0 – 8.0; 18:1 – 12.8;
18:2 – 22.0; 18:3 – 21.8; 20:0 – tr
Free FAs
Composition (GLC), %: 12:0 – 0.4; 14:0 – 0.9; 15:0
– 0.7; 15:1 – tr; 16:0 – 54.8; 16:1 – tr; 17:0 – 1.7;
17:1 – tr; 18:0 – 13.5; 18:1 – 16.6; 18:2 – 1.0;
18:3 – 1.9; 20:0 – 8.5
GL
FAs (GLC), %: 14:0 – 1.3; 16:0 – 51.9; 16:1 – tr;
17:0 – tr; 18:0 – 5.0; 18:1 – 19.5; 18:2 – 8.6; 18:3
– 13.7; 20:0 – tr
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Lamiaceae 396 Ballota acetabulosa Benth.
Essential oil (hydrodistillation), %: 1.1 (Chatkal
mountains of Uzbekistan) [2]
Composition of essential oil (GC/MS, HP-Innowax
FSC), %: Tricyclene – 0.1; a-pinene – 2.5; a-thujene – 0.2; camphene – 3.4; b-pinene – 2.3;
sabinene – 0.1; myrcene – 0.3; p-mentha-1,7(8)-
diene – tr; a-terpinene – tr; dehydro-1,8-cineole
– 0.2; limonene – 3.3; 1,8-cineole – 29.3; isomyl
alcohol – tr; g-terpinene – 0.1; p-cymene – 1.6;
terpinolene – tr; 6-methyl-5-hepten-2-one – tr; a,p-dimethylstyrene – 0.1; trans-sabinene hydrate
– 0.2; (E,Z)-2,4-heptadienal – tr; a-copaene – tr;
a-compholene aldehyde – tr; (E,E)-2,4-heptadienal – tr; camphor – 9.8; linalool – 0.1;
cis-sabinene hydrate – 0.2; trans-p-menth-2-en-
1-ol – 0.1; pinocarvone – 0.2; bornyl acetate –
7.7; terpinen-4-ol – 1.2; b-caryophyllene – 8.5;
4-terpinenyl acetate – 0.1; cis-p-menth-2-en-1-ol
– 0.1; myrtenal – 0.3; pulegone – 0.1; phenylace-
taldehyde – tr; trans-pinocarveol – 0.7; p-
mentha-1,5-dien-8-ol – tr; trans-p-mentha-2;8-
dien-1-ol – tr; d-terpineol – 1.4; trans-verbenol– 0.4; a-humulene – 0.4; a-terpineol – 2.4; bor-
neol – 5.6; verbenone – 0.1; trans-p-menth-2-en-
1;8-diol – 0.1; carvone – 0.1; cis-piperitol – 0.1;
g-cadinene – 0.1; cis-p-menth-2-en-1,8-diol –
0.1; myrtenol – 0.2; trans-carveol – 0.2; cis-
calamenene – 0.1; geraniol – tr; p-cymen-8-ol –
0.2; (E)-geranyl acetate – tr; cis-carveol – 0.1;
cis-p-mentha-1(7);8-diene-2-ol – tr; geranyl
butyrate – tr; cubebol-(E)-12-norcaryophyll-5-en-2-one – 0.1; isocaryophyllene oxide – tr;
caryophyllene oxide – 7.2; perilla alcohol – 0.3;
methyl eugenol – tr; salvial-4(14)-en-1-one – tr;
humulene epoxide 1 – 0.1; humulene epoxide 2 –
0.5; cubenol – tr; globulol – tr; cumin alcohol –
tr; spathulenol – 0.3; isothymol (2-isopropyl-4-
methylphenol) – 0.1; eugenol – tr; thymol – 0.2;
t-muurolol – tr; isocarvacrol (4-isopropyl-2-
meyhylphenol) – 0.4; carvacrol – 0.2; elemicin
– tr; a-eudesmol – 0.1; b-eudesmol–0.4; (2Z,6Z)-
farnesol – tr; caryophylla-2(12);6(13)-dien-5b-ol – 0.3; caryophylla-2(12),6(13)-dien-5a-ol –1.3; abietatriene – tr; hexadecanoic acid – 0.1;
caryophylla-2(12),6-dien-5a-ol – 0.8;
caryophylla-2(12),6-dien-5b-ol – 1.0
Activity: The essential oil has bactericidal
properties [3].
Tincture prepared from roots and leaves exhibited
antibacterial activity [4].
References
1. D.T. Asilbekova, Chem. Nat. Comp. 40, 597 (2004)
2. K.H.C. Baser, T. Ozek, H.R. Nuriddinov, B. Demirci, Chem.
Nat. Comp. 38(1), 51 (2002)
3. I.V. Rakhimova, N.Z. Alimkhadjaeva, Izuchenieantimikrobnykh svoystv chetyrekh vidov shalfeya (Naukova
Dumka, Kiev, 1973), p. 36 [in Russian]
4. N.Z. Alimkhadjaeva, Author’s Abstract of Candidate’s Dis-
sertation (Lvov, 1974), p. 17 [in Russian]
Ballota acetabulosa Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.2
Oil (petroleum ether, 30–60�C), % dry wt: 38.0
n40D : 1.4675
Iodine value (Wijs), % J2: 114.0; 114.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
10.0; 18:0 – 4.0; 18:1 – 16.0; 18:2 – 68.0; 18:3 –
0.8; others (2) – 0.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Ballota hispanica (L.) Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.4
Oil (petroleum ether, 30–60�C), % dry wt: 37.0
n40D : 1.4676
Iodine value (Wijs), % J2: 112.0; 111.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.7; 18:0� 3.2; 18:1� 32.0; 18:2� 41.0; 18:3�0.8; others (6) � 1.6
IR
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Betonica foliosa Rupr. 397 Lamiaceae
References1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Ballota nigra L.
Family: Lamiaceae
Essential oil, % dry wt: 0.01
Seed
Oil
Iodine value, % J2: 158.0
FAs
Composition, %: 16:0 – 6.2; 18:0 – 1.4; 18:1 – 19.3;
18:2 – 70.8; 18:3 – 2.3
Activity: Antibacterial activity.
Use: Ornamental plant.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
14 [in Russian]
Ballota nigra L. ssp. ruderalis (Sw.) Briq.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.1
Oil (petroleum ether, 30–60�C), % dry wt: 35.0
n40D : 1.4688
Iodine value (Wijs), % J2: 120.0; 119.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �6.5; 18:0 � 2.8; 18:1 � 24.0 18:2–48.0; 18:3 �1.2; others (8) � 1.7
Allenic acid, %: 15.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Betonica alopecuros L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.4
Oil (petroleum ether, 30–60�C), % dry wt: 26.0
n40D : 1.4689
Iodine value (Wijs), % J2: 127.0; 129.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �5.7; 18:0� 3.0; 18:1� 26.0; 18:2� 55.0; 18:3�1.7; others (6) � 0.3
Allenic acid, %: 8.6
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Betonica foliosa Rupr.
Synonyms
Stachys betonicaeflora Rupr.; S. betonicaefolia Rgl.
Family: Lamiaceae
Essential oil, % dry wt: 0.035–0.82 [1]
Aerial Part
Essential oil, % dry wt: 0.12–0.83 [1]
Seed
Oil, % dry wt: 42.0 [1]
Iodine value, mg KOH: 187.4 [1]
FAs
Composition (GLC, mol %, 10% PEGA): 16:0 –
1.2; 18:0 – 0.3; 18:1 – 23.5; 18:2 – 74.1; 18:3 –
0.9 [1, 2]
Activity: Extracts have sedative, hemostatic, hypo-
tensive, cardiotonic, expectorant properties [1]
Use: Ornamental and honey bearing plant [1]
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Lamiaceae 398 Betonica grandiflora Willd.
References
1. G. V. Novitzkaya, V. I. Krishtopa, Rast. Resursy. 7(1), 32
(1971), [in Russian]
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
p. 15 [in Russian]
Betonica grandiflora Willd.
Family: Lamiaceae
Seed
Oil, % dry wt: 30.7 [1]
Iodine value, % J2: 105.6 [1]; 152.9 (cald) [2]
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 �5.6; 18:0� 1.3; 18:1� 25.8; 18:2� 65.4; 18:3�1.9 [2]
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 347
2. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
Betonica officinalis L.
Synonyms
B. bielorussica Kossko ex Klok.; B. brachyodontaKlok.; B. fusca Klok.; B. peraucta Klok.; B. vulgaris
Rota; Stachys betonica Benth.; S. officinalis (L.)
Trevis.
Family: Lamiaceae
Essential oil, % dry wt: 0.028–0.058 [1]
Sterols, % dry wt: 0.01 [2]
Terpenoids
Phytol, % dry wt: 0.02 [2]
Flower
Essential oil, %: 0.03–0.05 [2]
Seed
Mass of 1,000, g: 1.40 [3]
Oil, % dry wt: 42.0 [2, 3]; 19.0–42.0 [4]
d20: 0.9251 [3]
Acid value, mg KOH: 6.41 [3]; 5.8 [4]
Сolor: 0862/2 [3]
Iodine value, % J2: 132.0–153.0 [4]; 153.0–158.4
[2, 5]
Saponification value, mg KOH: 198.0 [4]
FAs
Composition (GLC), %: 16:0 – 3.6; 18:0 – 1.4;
18:1(9) – 17.3; 18:1(6) – 1.3; 18:2 – 69.3; 18:3
– 1.4; others – 5.8, (FFAP) [3]
16:0 – 4.7; 18:0 – 2.1; 18:1 – 20.9; 18:2 – 69.5; 18:3
– 2.8 (mol %, 10% PEGA) [2, 5]
Activity: Antibacterial and antifungal properties [2].
Use: Tincture is used as hypotensive, sedative, anti-
inflammatory, antituberculosis, and diuretic agent in
folk medicine [2].
Ornamental plant [2].
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
16 [in Russian]
3. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Polonica 44(3),
161 (1998)
4. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 347 [in
Russian]
5. G.V. Novitzkaya, V.I. Krishtopa, Rastitel’nye Resursy 7(1),
32 (1971) [in Russian]
Brazoria scutellarioides Engelm andGray.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.3
Oil (petroleum ether, 30–60�C), % dry wt: 36.0
n40D : 1.4707
Iodine value (Wijs), % J2: 134.0; 136.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �6.7; 18:0� 2.0; 18:1� 30.0; 18:2� 14.0; 18:3�27.0; others (6) � 1.6
Allenic acid, %: 19.0
IR
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Calamintha nepeta (L.) Savi subsp. glandulosa (Req.) P.W. Ball. 399 Lamiaceae
References1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Calamintha clinopodium Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.3
Oil (petroleum ether, 30–60�C), % dry wt: 28.0
n40D : 1.4765
Iodine value (Wijs), % J2: 205.0; 206.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �4.6; 18:0 � 2.6; 18:1 � 7.3; 18:2� 25.0; 18:3�60.0; others (6) � 0.7
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Calamintha nepeta (L.) Savi ssp.glandulosa (Req.) P. W.
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation in a semimicro Likens-
Nickerson apparatus, France)
Сomposition (GLC and GC/MS, WCOT and
FSOT SE 52), %: a-Pinene � 0.3; sabinene �0.2; b-pinene � 0.3; myrcene � 0.8; octan-3-ol
� 1.3; a-terpinene � tr; limonene � 5.5; cis-b-ocimene � tr; trans-b-ocimene � tr; g-terpinene� 0.1; trans-sabine hydrate � 0.4; cis-sabine +
methone � 12.1; isomethone � 0.6; neomenthol
+ terpinen-4-ol � 4.1; menthol � 0.5; isomethol
+ a-terpineol� 0.1; pulegone� 68.0; piperitone
oxide� 1.1; menthyl acetate� 0.1; piperitenone
� 1.6; piperitenone oxide � 0.5;
b-caryophyllene � 0.2; germacrene-D � 0.7
References
1. H.L. De Pooter, P. Goetghebeur, N. Schamp, Phytochemistry
26(12), 3355 (1987)
Calamintha nepeta (L.) Savi ssp. nepeta
Family: Lamiaceae
Aerial Part
Essential oil (by hydrodistillation in a semimicro
Likens-Nickerson apparatus, France)
Composition (GLC and GC/MS, WCOT and FSOT
SE 52), %: a-Pinene � 0.2–0.6; sabinene � 0.1–
0.4; b-pinene � 0.2–0.8; myrcene � 0.3–0.9;
octan-3-ol � 0.1–0.2; a-terpinene � tr � 0.4;
limonene � 0.7–4.6; cis-b-ocimene � 0.1–0.8;
trans-b-ocimene � tr � 0.2; g-terpinene � 0.2–
0.9; trans-sabinene hydrate � 0.1–2.4;
terpinolene � tr � 0.2; cis-sabine hydrate � tr
� 0.1; menthone� 4.9–8.9; isomenthone� 0.2–
6.7; neomenthol + terpinen-4-ol� 1.5–5.4; men-
thol � 1.4–7.5; isomenthol + a-terpineol � 0.5–
0.9; pulegone � 11.5–33.2; piperitone oxide �8.4–17.0; isopiperitenone � 0.5–0.6;
neomenthyl acetate � 0.6–1.9; menthyl acetate
� 0.7–2.5; 4-hydroxypiperitone � 0.1–1.4;
isomenthyl acetate + piperitenone � 0.4–3.8;
piperitenone oxide � 5.9–37.8; b-caryophyllene� 1.4–6.2; a-humulene + b-farnesene� 0.2–0.6;
germacrene-D � 0.6–1.6; a-elemene � 0.1–0.6
References
1. H.L. De Pooter, P. Goetghebeur, N. Schamp, Phytochemistry
26(12), 3355 (1987)
Calamintha nepeta (L.) Savi subsp.glandulosa (Req.) P.W. Ball.
Family: Lamiaceae
Plant Material
The headspace (Steam distillation), % fresh wt: 0.1–
0.3 (from the top with leaves and flowers)
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Lamiaceae 400 Calamintha nepetoides Jord.
Composition (GC/MS, OV-1), %: Methyl 2-
methylbutanoate – 0.7; a-thujene – 1.2; a-pinene– 4.4; camphene – 0.6; sabinene – 3.5; b-pinene –2.7; myrcene – 1.9; a-phellandrene + octan-3-ol –
4.4; a-terpinene – 1.2; b-cymene – 0.7; 1,8-cineole
– 0.1; limonene – 15.3; g-terpinene – 2.3; trans-
sabinene hydrate – 1.2; terpinolene – 0.8; cis-sabinene hydrate – 1.0; dihydrocarvone – 0.6;
piperitone oxide – 25.4; dihydrocarvyl acetate 1
–3.4; dihydrocarvyl acetate 2 – 0.8; piperitenone
oxide –1.6; b-caryophyllene – 5.4; a-humulene –
0.7
Essential oilComposition (GC/MS, OV-1), %: a-Thujene – tr; a-
pinene –0.1-0.4; camphene – tr; sabinene – 0.1–
0.4; b-pinene – 0.1–0.4; myrcene – 0.2–0.5; a-phellandrene + octan-3-ol – 0.6–2.4; a-terpinene– tr; b-cymene – 0.1–0.5; 1;8-cineole – tr.; lim-
onene – 0.7–4.3; g-terpinene – 0.3–1.0; trans-sabinene hydrate – 0.6–1.7; terpinolene – tr –
0.3; cis-sabinene hydrate – 0.3–1.2; terpinen-4-
ol – 0.9–4.9; dihydrocarvone – tr – 0.5; a-terpineol – tr – 0.4; piperitone oxide – 30.7–
74.2; 4-hydroxypiperitone – 0.6–15.9;
dihydrocarvyl acetate 1 – 0.5–3.6; dihydrocarvyl
acetate 2 – tr – 0.9; piperitenone oxide – 5.2–
52.0; b-caryophyllene – 0.7–2.3; a-humulene –
tr – 0.1; germacrene-D – 0.1–1.2
References
1. H.L. De Poorter, L.F. De Buyck, N.M. Schamp, Phytochem-
istry 25, 691 (1986)
Calamintha nepetoides Jord.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.3
Oil (petroleum ether, 30–60�C), % dry wt: 38.0
n40D : 1.4758
Iodine value (Wijs), % J2: 196.0; 204.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �4.5; 18:0� 2.3; 18:1� 13.0; 18:2� 20.0; 18:3�61.0; others (4) � 0.2
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Chaiturus marrubiastrum (L.) Reichb.
Family: Lamiaceae
Sterols, % dry wt: 0.05
Terpenoids
Phytol, % dry wt: 0.04
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
Cleonia lusitanica L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.8
Oil (petroleum ether, 30–60�C), % dry wt: 24.0
n40D : 1.4756
Iodine value (Wijs), % J2: 195.0; 205.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �5.4; 18:0 � 2.3; 18:1 � 15.0; 18:2� 9.7; 18:3�67.0; others (6) – 1.1
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Clinopodium integerrimum Boriss.
Family: Lamiaceae
Essential oil, % dry wt: 0.24
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
19 [in Russian]
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Coridothymus capitatus (L.) Reichenb. fil. 401 Lamiaceae
Clinopodium vulgare L.Family: Lamiaceae
Herb
Extract (petrol), % dry wt: 2.0 [1]
Waxes, %: 0.44 [1]
FAs of waxes, %: 0.1 [1]
Composition (GLC, 20% Reoplex 400), %: 14:0 �1.37; 16:0� 30.0; 18:0� 3.39; 20:0� tr; 18:1�10.62; 18:2� 21.6; 18:3� 29.63; others� 2.4 [1]
n-Triacontane, %: 0.098 [1]
M. p.
Sterols, % dry wt: 0.07 [2]
a-SpinasterolM.p. (acetate, benzoate) [1]
Terpenoids
Phytol, % dry wt: 0.04 [2]
Triterpenoic acids, % dry wt: Ursolic acid –
1.40 [2]
Betulin
M.p. [1]
b-Amyrin [2]
Aerial Part
Essential oil, % dry wt: 0.09 [3]
FAs
Components: 12:0; 14:0; 16:0; 18:0; 20:0; 18:1;
18:1(3); 18:2; 18:3 [3]
Leaf
Triterpenoic acids, % dry wt: Ursolic acid – 1.6 [3]
Seed
Oil (hexane) [4]
Iodine value, % J2: 230.7 (cald) [4]
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 �3.7; 18:0 � 1.7; 18:1 � 7.2; 18:2� 25.3; 18:3�62.1 [4]
Activity: Ether extracts have antibacterial property
[3].
Use: As fodder grass [3].
References
1. B. Broda, M. Krolikowska, B. Kostka, Acta Polon. Pharm.
31(2), 213 (1974)
2. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
3. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
19 [in Russian]
4. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971) [in Russian]
Collinsonia canadensis L.
Family: Lamiaceae
Plant Material
TerpenoidsComposition, %: Germacrene D – 46.0;
caryophyllene – 5.3; elemicin – 3.6; b-elemene –
3.3
References
1. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
Coridothymus capitatus (L.) Reichenb. fil.
Synonyms
Thymus capitatus (L.) Hoffm and Link; Satureja
capitata L.
Family: Lamiaceae
Essential oil (steam distillation), % v/w: 0.6 (Fresh
plant material, wild, from Israel) [1]
Main components (GLC, 5% Carbowax 20 M and
6%OV 17; GC/MS on OV 1), %: a-Pinene – 2.9;camphene – 0.3; b-pinene – 0.3; sabinene – 0.2;
D3-carene – 0.1; myrcene – 3.0; a-terpinene – 3.2;limonene – 0.7; 1,8-cineole – 0.6; g-terpinene –
19.4; p-cymene – 6.0; camphor – tr; linalool – 1.0;
terpinene-4-ol – 0.8; caryophyllene – 5.0; borneol
– 1.2; thymol – 39.3; carvacrol – 12.7 [1]
Aerial Part
Essential oil (Plant when in flower, steam distillation,
2 h), %: 3.2 [2, 3]
Components: (GLC-MS, W WCOT SP-2100,
INCOS data system): a-Pinene, a-thujene,
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Lamiaceae 402 Coridothymus capitatus (L.) Reichenb. fil.
camphene, b-pinene, D3-carene, myrcene,
a-terpinene, limonene, b-phellandrene,cis-b-ocimene, g-terpinene, b-cymene,
terpinolene, 6-methyl-5-hepten-2-one, 3-
octanol, a,p-dimethylstyrene, 7-octen-4-ol,
unidentified, cis-linalool oxid, furanoid, a-gurjunene, linalool, pulegone, bornyl acetate
(1S-endo), caryophyllene, aromadendrene,
isodihydrocarvone, unidentified, unidentified
mixture of an alcohol and sesquiterpene,
dihydrocarvone, alloaromadendrene, trans-
pinocarveol, dihydrocarveol acetate, a-humulene, neral, a-terpineol, borneol (endo),carvenone, geranial, carvone, naphthalene, d-cadinene, bisabolene, cuminic aldehyde, nerol,
geraniol, p-cymen-8-ol, cis-6,10-dimethyl-5,9-
undecadien-2-one, carvacryl acetate, 4-methyl-
2-(1,1-dimethyl-ethyl)-phenol, unidentified, 1-
(1,4-dimethyl-3-cyclohexen-1-yl)-ethanone, ledol,
unidentified, 4-(1,1-dimethyl-ethyl)-phenol, euge-
nol, thymol, diethyl-phenol, carvacrol, 2-methoxy-
1,3,5-trimethyl–benzene [2]
Main components: Carvacrol, thymol, and their iso-
mers, as well as myrcene, a-terpinene, and
p-cymene [2]
Components (GC/MS, W WCOT SP 2100): 2.5-
Diethyltetrahydrofuran, hexyl acetate and
butylbenzene isomer, methyl hexyl ketone,
bornyl chloride, 1-propenyl-2-methyl-1,3-
cyclohexadiene, a-copaene, sesquiterpene,
isogeranial, sesquiterpene, 4,8-dimethyl-nona-
4,7-dien-2-one, hydrocinnamic aldehyde,
piperitenone, 2-methyl-4-phenyl-2-butyl ace-
tate, g-octalactone, 2-(3-pentyl)-phenol, a-calacorene, ledyl acetate, g-nonalactone and
ledol, g-undelactone, atisirene (at flowering
state) [3]
Bornyl chloride
MS [3]
1-Propenyl-2-methyl-1,3-cyclohexadiene
MS [3]
Mixture of g-octalactone, 2-(3-pentyl)-phenol, and
a-calacoreneMS [3]
Ledyl acetate
MS [3]
Mixture of g-nonalactone and ledol
MS [3]
Atisirene
MS [3]
Phenols, % of oil: 1,0 [4]
Components (MS), %: 5-Methyl-2,4-
diisopropylphenol – more than 90.0; methyl-
2,5-diisopropylphenol, 2,5 diisopropylphenol,
3-methyl-2,5-diisopropylphenol, 5-methyl-2,3-
diisopropylphenol, 3-methyl-2,4 diisopro-
pylphenol [4]
Flowering Herb
Components (GLC,3%OV17),%:Carvacrol<60 [5]
Monoterpene hydrocarbons: a-Thujene, a-pinene,camphene, b-pinene, myrcene, D3-carene, a-phellandrene, a-terpinene, limonene, b-phellandrene, p-cymene (high, 10–20%), g-terpinene, terpinolene [5]
Light oxygenated compounds: 1,8-Cineole, 3-
octanol, 1-octen-3-ol, p-menth-3-en-9-al,
octenyl acetate, fenchone, sabinene hydrate,
thujone, linalool (high, 10–20%), isogeranial,
camphor, cis-3-hexenyl pentanoate, 1-terpinen-4-ol, cis-dihydrocarvone, trans-dihydrocarvone,
d-terpineol, a-terpineol, bornyl acetate, borneol,2-undecanone, 1-terpinen-4-yl acetate [5]
Sesquiterpene hydrocarbons: Isocaryophyllene,
b-caryophyllene (high, 10–20%), trans-
a-bergamoten, aromadendrene, a-humulene,
allo-aromadendrene, g-muurolene, b-bisabolene[5]
Heavy oxygenated compounds: Neral, carvone,
carvenone geranial, b-terpinyl acetate, cis-3-
hexenyl trans-4-hexenoate, carvacryl acetate,
3-methyl-2,6-diisopropyl phenol, caryophyllene
oxide [5]
p-Menth-3-en-9-al
MS [5]
Isogeranial, cis-3-Hexenyl pentanoate
MS [5]
a-Terpineol
MS [5]
cis-3-Hexenyl trans-4-hexenoate
MS [5]
3-Methyl-2,6-diisopropyl phenol
MS, 1H NMR [5]
Seed and Pericarp
Mass of 1,000, g: 0.3 [6]
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Dracocephalum bipinnatum Rupr. 403 Lamiaceae
Oil, %: 37 (petroleum ether, 30–60�C, in the Buttapparatus) [6]
n40D : 1.4761 [6]
Iodine value (Wijs), % J2: 193; 191 (cald.) [6]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.4; 18:0 – 3.0; 18:1 – 12.0; 18:2 – 21.0; 18:3 –
55.0; others (5) – 2.3 [6]
Hydroxy acid (IR) [6]
References
1. V. Ravid, E. Putievsky, Planta Med. 49, 248 (1983)
2. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
3. V.P. Papageorgiou, N. Argyriadou, Planta Med. Suppl. 29
(1980)
4. J.M. Sendra, P. Cunat, Phytochemistry 19, 1513 (1980)
5. J.M. Sendra, P. Cunat, Phytochemistry 19, 89 (1980)
6. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Cyclotrichium leucotrichum (Stapf exRech. fil.) Leblebici
Family: Lamiaceae
Leaf
Essential oil (microdistillation)
Composition of essential oil (GC/MS, HP-Innowax
FSC), %: 3-Hexanone – 0.34; b-pinene – 0.55; 3-hexanol–0.29; limonene–4.13;1,8-cineole–9.26;
g-terpinene – 0.26; p-mentha-3,8-diene – 1.45; p-
cymene – 3.03; 6-methyl-5-hepten-2-one – 0.49; a-fenchone – 5.95; camphor – 11.92; neomethyl ace-
tate – 2.21; methyl acetate – 1.08; bornyl acetate –
0.54; neomenthol – 1.63; b-caryophyllene – 14.14;p-menth-3-en-8-ol – 11.44; octyl butyrate – 0.63;
pulegone – 0.31; a-humulene – 0.66; borneol –
1.53; bicyclogermacrene – 0.90; naphthalene –
3.86; b-cadinene – 0.84; (E)-b-damascenone –
1.35; p-cymen-8-ol – 0.79; (E)-geranyl acetone –
1.37; caryophyllene oxide – 1.41; 1-epi-cubenol –0.29; T-cadinol – 3.81; thymol – 0.76; carvacrol –
2.28; total – 89.5
References
1. K.H.C. Baser, B. Demirci, F. Demirci, N. Kirimer, I.C.
Hedge, Chem. Nat. Comp. 37, 336 (2001)
Cyclotrichium stamineum (Boriss. andHohen.) Manden. and Scheng.
Family: Lamiaceae
Leaf
Essential oil (by microdistillation)
Composition of essential oil (GC/MS, HP-Innowax
FSC), %: a-Pinene – 0.99; b-pinene – 5.52;
g-terpinene – 2.68; p-cymene – 5.25;
pinocamphone – 33.78; isopinocamphone –
13.67; terpinen-4-ol – 7.22; myrtenyl acetate –
9.11; borneol – 1.75; naphthalene – 7.36;
myrtenol – 3.35; carvacrol – 1.99; total – 92.67
References
1. K.H.C. Baser, B. Demirci, F. Demirci, N. Kirimer, I.C.
Hedge, Chem. Nat. Comp. 37, 336 (2001)
Dracocephalum austriacum L.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.1
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
23 [in Russian]
Dracocephalum bipinnatum Rupr.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.02–0.12
Activity: Ethanol extract has hypotensive property.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
19 [in Russian]
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Lamiaceae 404 Dracocephalum botryoides Stev.
Dracocephalum botryoides Stev.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.6–0.64
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
23 [in Russian]
Dracocephalum diversifolium Rupr.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.0–0.63
Use: Recommended as sedative agent.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
16 [in Russian]
Dracocephalum foetidum Bunge
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.46–1.0
Activity: Essential oil has antibacterial and antifun-
gal activity.
Use: Fodder grass for camel.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6 20
[in Russian]
Dracocephalum fruticulosum Steph.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.18–0.32
Composition of essential oil, %: Limonene + 1,8-
cineol – 62.0; linalool � 8.0–11.0; trans-pinocamphone � 8.0–10.0; a-pinene, b-pinene,myrcene, carvon, a-terpeneol
Use: Fodder grass for camel.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
20 [in Russian]
Dracocephalum heterophyllum Benth.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.03–0.37
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
23 [in Russian]
Dracocephalum imberbe Bunge
Family: Lamiaceae
Flower
Essential oil, % dry wt: 1.0
Leaf
Essential oil, % dry wt: 0.25
Activity: Essential oil showed antibacterial
activity.
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Dracocephalum kotschyi 405 Lamiaceae
References1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991) 6, 23
[in Russian]
Dracocephalum integrifolium Bunge
Family: Lamiaceae
Aerial part
Essential oil, % dry wt: 0.08–0.15 [1]
Seed
Moisture, %: 7.98 [2]
Oil (petroleum ether, 40–50�C), % dry wt: 3.72 [2]
Iodine value (Kaufmann), % J2: 156.2 [2]
IR, UV [2]
FAs
IR, UV [2]
Iodine value (Kaufmann), % J2: 161.4 [2]
Conjugated dienes, %: 0.21 [2]
Activity: Ethanol extract is hypotensive [2].
Ether extract and essential oil have antibacterial
property [2].
References
1. S.D. Gusakova, A.U. Umarov, Chem. Nat. Comp. 8, 23
(1972)
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
20 [in Russian]
Dracocephalum kotschyi
Family: Lamiaceae
Aerial Part
Essential oilComposition, %: a-Pinene – 12.2; camphene – 0.2;
2,4 (10)-thujadiene – 0.2; sabinene – 3.0; b-pinene – 0.8; b-myrcene – 2.3; p-mentha-
1(7),8-diene – 0.8; a-terpinene – 0.2; p-cymene
– 1.0; limonene – 7.2; b-phellandrene – 3.9;
(Z)-b-ocimene – 8.6; (E)-b-ocimene – 0.8; g-terpinene – 0.6; trans-sabinene hydrate – 0.4;
cis-linalool oxide – 0.2; terpinolene – 0.8; cis-
sabinene hydrate – 0.4; linalool – 1.0; 1-octen-3-
yl acetate – 0.1; 6-camphenol – 1.2; trans-p-2-
menthen-1-ol – 0.1; cis-p-2-mentha-2,8-dien-1-
ol – 0.2; trans-limonene oxide – 0.3; neo-allo-
ocimene – 1.0; trans-verbenol – 1.4;
pinocarvone – 0.2; 3-thujanol – 0.8; terpinen-4-
ol – 2.0; myrtenal – 0.2; a-terpineol – 0.1;
verbenone – 0.3; trans-carveol – 0.5; cumine
aldehyde – 0.2; neral – 6.6; geraniol – 0.1;
geranial – 5.1; bornyl acetate – 0.7; methyl
geranate – 11.2; trans-neryl acetate – 0.2; (Z)-
b-damascenone – 0.2; geranyl acetate – 4.1; b-bourbonene – 0.5; b-elemene – 0.6; (E)-
caryophyllene – 0.5; a-humulene – 0.1; allo-
aromadendrene – 1.1; germacrene D – 5.7;
bicyclogermacrene – 0.7; germacrene A – 0.2;
d-cadinene – 0.3; spathulenol – 0.7;
caryophyllene oxide – 0.2; humulene epoxide II
– 0.2; 10-epi-g-eudesmol – 0.4; heptadecane –
0.1; (E,E)-farnesol – 0.5
Composition, %: a-Pinene – 15.0; camphene – 0.2;
2,4 (10)-thujadiene – 0.3; sabinene – 3.6; b-pinene – 0.9; b-myrcene – 2.5; p-mentha-
1(7),8-diene – 0.8; p-cymene – 0.6; limonene –
11.2; b-phellandrene – 1.6; (Z)-b-ocimene – 8.4;
(E)-b-ocimene – 0.8; g-terpinene – 0.2; trans-
sabinene hydrate – 0.4; cis-linalool oxide – 0.3;
terpinolene – 0.6; cis-sabinene hydrate – 0.4;
linalool – 0.7; 1-octen-3-yl acetate – 0.1; 6-
camphenol – 0.9; trans-p-2-menthen-1-ol – 0.1;
cis-p-2-mentha-2,8-dien-1-ol – 0.3; neo-allo-
ocimene – 1.0; trans-verbenol – 0.4;
pinocarvone – 0.2; 3-thujanol – 0.6; myrtenal –
0.2; a-terpineol – 0.2; verbenone – 1.2; trans-
carveol – 0.1; cumine aldehyde – 0.1; neral – 2.9;
geranial – 1.3; bornyl acetate – 0.8; perilla alco-
hol – 0.1; p-menth-1-en-9-ol – 0.2; methyl
geranate – 14.5; trans-neryl acetate – 0.3;
geranyl acetate – 4.7; b-bourbonene – 0.9; b-elemene – 0.8; (E)-caryophyllene – 0.7; a-humulene – 0.2; allo-aromadendrene – 1.9;
germacrene D – 7.0; bicyclogermacrene – 0.6;
germacrene A – 0.1; d-cadinene – 0.4;
spathulenol – 0.9; caryophyllene oxide – 0.2;
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Lamiaceae 406 Dracocephalum moldavica L.
humulene epoxide II – 0.3; 10-epi-g-eudesmol –
0.7; heptadecane – 0.1; (E,E)-farnesol – 0.5
References
1. H.R. Monsef-Esfahani, F. Karamkhani, B. Nickavar, K. Abdi,
M.A. Faramarzi, Chem. Nat. Comp. 43, 265 (2007)
Dracocephalum moldavica L.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.013–0.9 [1]
Components of essential oil, %: Citral – 20.0–50.0;
geraniol – 20.0–50.0; and others [1]
Flower
Essential oil, % dry wt: 1.09–1.9 [1]
Components of essential oil, %: Geraniol – 8.8–
17.4; geranyl acetate – 3.9–57.7; citral – 25.3–
80.4 [1]
Herbal
Essential oil, % dry wt: 0.008–0.2 [2]
[a]D: 0.39–5.42 [2]
d: 0.8978–0.9483 [2]
n40D : 1.4760–1.4874 [2]
Acid value, mg KOH: 2.32–18.6 [2]
Ester value, mg KOH: 34.64–170.33 [2]
Ester value after acetylated, mg KOH: 194.2–
288.11 [2]
Components, %: Citral – 50.0; geraniol – 30.0; nerol
− 7.0; citronelol − 4.0; thymol − 0.2; and
others [2]
Leaf
Essential oil, % dry wt: 0.8 [1]
Components of essential oil, %: Geraniol – 9.0–
21.0; geranyl acetate – 3.9–41.4; citral – 37.0–
80.5 [1]
Seed
Mass of 1,000, g: 1.5 [3]
Oil (petroleum ether, 30–60˚C), % dry wt: 20.0–29.0
[3, 4]
n20D : 1.4747 [3]
Iodine value (Wijs), % J2: 145.0–209.0 (cald) [2, 3]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.6; 18:0 – 2.6; 18:1 – 7.3; 18:2 – 16.0; 18:3 –
67.0; others (6) – 1.8 [3]
IR [3]
Activity: Extract has antibacterial property [1]
Use: The essential oils are important in perfume and
cosmetic [1]. The essential oils are search for citral and
geraniol [2]. Cultivated in European part of SSSR [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
p. 10 [in Russian]
2. N. I. Suprunov, P.G. Gorov, Yu. A. Pankov, Efirno-maslichnye rasteniya Dalnogo Vostoka (Novosibirsk, 1972),
p. 137 [in Russian]
3. J. M. Hageman, F. R. Earle, I. A. Wolff, A. S. Barclay, Lipids
2, 371 (1967)
4. N. I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348 [in
Russian]
Dracocephalum multicauli Montbr. etAuch. ex Benth.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 227.1 (cald)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 – 3.9;
18:0 – 2.3; 18:1 – 9.8; 18:2 – 21.1; 18:3 – 62.8
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971) [in Russian]
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Dracocephalum origanoides Steph. 407 Lamiaceae
Dracocephalum multicolor Kom.Family: Lamiaceae
Flower
Essential oil, % dry wt: 0.25
Leaf
Essential oil, % dry wt: 1.0
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 136 [in
Russian]
Dracocephalum nodulosum Rupr.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.23–0.54
Activity: Ethanol extract has hypotensive property.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
21 [in Russian]
Dracocephalum nutans L.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.01–2.12 [1, 2]
n20D : 1.505 [2]
Components of essential oil, %: Citral – 50.0;
limonene – 13.0; and others [1]
Seed
Oil (hexane) [3]
Iodine value, % J2: 231.4 (cald)
FAs
Composition (GLC, 10% PEGA), mole %: 16:0 –
4.3; 18:0 – 1.2; 18:1 – 8.8; 18:2 – 21.1; 18:3 –
64.6 [3]
Activity: Extract has antibacterial property [1]
Use: The essential oil is important in perfume [1]. The
essential oil may be used in perfume and herbal as
spice [2]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991),
6, p. 10 [in Russian]
2. N. I. Suprunov, P.G. Gorov, Yu. A. Pankov, Efirno-maslichnye rasteniya Dalnogo Vostoka (Novosibirsk, 1972),
p. 136 [in Russian]
3. G. V. Novitzkaya, V. I. Krishtopa, Rast. resursy. 7(1), 32
(1971), [in Russian]
Dracocephalum oblongifolium Rgl.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.49–0.53
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
23 [in Russian]
Dracocephalum origanoides Steph.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.3–0.46
Activity: Essential oil showed antibacterial and anti-
fungal activity.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
16 [in Russian]
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Lamiaceae 408 Dracocephalum palmatum Steph.
Dracocephalum palmatum Steph.
Family: Lamiaceae
Aerial part
Essential oil, % dry wt: 1.3
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
23 [in Russian]
Dracocephalum parviflora
Synonyms
Moldavica parviflora
Family: Lamiaceae
Seed
(nutlets)
Mass of 1,000, g: 2.3
Oil (petroleum ether, 30–60�C), % dry wt: 20.0
n40D :1.4743
Iodine value (Wijs), % J2: 192.0; 195.0 (cald)
Saponification value, mg KOH: 303.0
FAs
Composition (GLC, 14% Butanediol succinate), %:
14:0 � 0.3; 16:0 � 5.8; 16:1 � 0.8; 18:0 � 2.6;
18:1� 7.8; 18: 2� 28.7; 18:3� 53.3; 20:0� 0.7
Conjugated FAs as C18 diene, %: 0.4
References
1. E.C.M. Coxworth, J. Am. Oil Chem. Soc. 42, 891 (1965)
Dracocephalum paulsenii Briq.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.1–0.39
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
23 [in Russian]
Dracocephalum peregrinum L.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.03–0.5 [1]
Components of essential oil, %: a-Fellandrene –
70.0 and others [1]
Seed
Oil (hexane) [2]
Iodine value, % J2: 229.7 (cald)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 �3.0; 18:0 � 1.4; 18:1 � 8.3; 18:2� 27.2; 18:3�60.1
Activity: Extracts have hypotensive and antibacterial
property [1].
Essential oil showed antibacterial and antifungal activ-
ity [1].
Use: The essential oil is of importance in the perfume
and cosmetics industry [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
22 [in Russian]
2. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971) [in Russian]
Dracocephalum pinnatum L.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.34
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
23 [in Russian]
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Elsholtzia patrini Garcke 409 Lamiaceae
Dracocephalum Ruyschiana L.Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.1 [1]
Seed
Oil, % dry wt: 14.56 [2]
d2020: 0.9276 [2]
n20D : 1.4801 [2]
Acid value, mg KOH: 4.22 [2]
Iodine value, % J2: 176.4 [2]; 205.1 (cald) [3]
Saponification value, mg KOH: 185.5 [2]
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 �4.5; 18:0� 1.1; 18:1� 11.0; 18:2� 26.8; 18:3�56.5 [3]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
22 [in Russian]
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348
3. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
Dracocephalum scrobiculatum Rgl.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.03
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
23 [in Russian]
Dracocephalum stamineum Kar et Kir.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.12–0.4
Components of essential oil, %: Citral – 45.3;
geraniol – 22.0; geranyl acetate –13.35’others
Activity: Essential oil has sedative property.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
16 [in Russian]
Dracocephalum subcapitatum(O. Kuntze) Lipsky
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 1.38–3.3
Activity: Essential oils have antibacterial property.
Use: Essential oils may be used in perfume.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
23 [in Russian]
Dracocephalum thymiflorum L.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.03–0.13
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991) 6, 23
[in Russian]
Elsholtzia patrini Garcke
Synonyms
E. cristata Willd.
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Lamiaceae 410 Elsholtzia pseudo – cristata Levl. et Vant.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.1–0.23 (1), 0.61−2.17 (2) [1][a]D: 1.0
o (1), 0.62−1.02 (2) [1]
d:-1.0121–0.9960 (1); 1.0131−1.0182 (2) [1]
n20D : 1.5166–1.5086 (1); 1.5275−1.5320 (2) [1]
Acid value, mg KOH: 7.09−2.11 (1); 0.65−0.71(2) [1]
Ester value, mg KOH: 31.31−18.31 (1); 13.71
−16.93 (2) [1]
Ester value after acetylated, mg KOH: 18.53 −19.24 (2) [1]
Seed
Oil, %:38.84–42.10 [2]
d15: 0.9355 [2]
n20D : 1.4840 [2]
n25D : 1.4830 [2]
Acid value, mg KOH: 0.36 [2]
Iodine value, % J2: 175.4–208.6 [2]
Saponification value, mg KOH: 192.0–196.0 [2]
Seed and Pericarp
Mass of 1,000, g: 0.2 [3]
Oil (petroleum ether, 30–60˚C), % dry wt: 40.0 [3]
n40D : 1.4752 [3]
Iodine value (Wijs), % J2: 194.0; 200.0 (cald) [3]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.9; 18:0 – 2.2; 18:1 – 10.0; 18:2 – 23.0; 18:3 –
58.0; others (2) –0.2 [3]
IR [3]
Use: The essential oil may be used in perfume and
food [1]
References
1. N.I. Suprunov, P.G. Gorov, Yu. A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 145 [in
Russian]
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 351 [in
Russian]
3. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Elsholtzia pseudo – cristata Levl. et Vant.
Family: Lamiaceae
Flower
Essential oil, % dry wt: 2.0
Leaf
Essential oil, % dry wt: 1.01
Root
Essential oil, % dry wt: 0.11
Stem
Essential oil, % dry wt: 0.25
Use: The essential oil may be used in perfume and
food.
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 145 [in
Russian]
Elsholtzia splendens Nak.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.3
Oil (petroleum ether, 30–60�C), % dry wt: 39.0
n40D : 1.4754
Iodine value (Wijs), % J2: 195.0; 201.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �4.6; 18:0 � 2.1; 18:1 � 9.1; 18:2� 28.0; 18:3�55.0; others (2) � 0.7
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Eremostachys moluccelloides Rgl. 411 Lamiaceae
Eremostachys hyssarica Rgl.Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 11.4 [1]
TAG
Main components (Coleman), mol %: OLeL � 1.8;
OLeO � 2.8; OLL � 5.0; OLO � 8.4; PLO �1.8; OOLe� 2.8; LOL� 3.1; OOL� 20.8; POL
� 2.4; OOO � 35.0; POO � 8.2; OPO � 1.1;
others (10) � 4.6 [2]
Composition, %: SSU + USS � 0.2; USU � 2.0;
SUS� 0.6; UUS + SUU� 14.2; UUU� 83.0 [1]
FAs (GLC, 15% Reoplex 400), %: 16:0 – 6.1; 16:1
� 1.1; 18:0 � tr; 18:1 � 69.5; 18:2(9,12) +
18:2(5,6) � 19.3; 18:3 � 4.0 [1]
Free FAs
Composition (GLC), %: 14:0 � 0.2; 16:0 � 6.6;
16:1 � tr; 17:0 � 0.4; 18:0 � 2.1; 18:1 � 48.6;
18:2� 16.8; 18:3� 1.2; 20:0 � 9.5; 20:1 � 3.9;
unidentified 1 � 8.5; unidentified 2–1.5; 22:0 –
0.7 [3]
References
1. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
2. T.V. Khomova, (unpublished)
3. G.A. Stepanenko, T.V. Khomova, S.D. Gusakova, A.U.
Umarov, Chem. Nat. Comp. 17, 326 (1981)
Eremostachys laciniata (L.) Bunge
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 25.0
Oil (petroleum ether, 30–60�C), % dry wt: 12.0
n40D : 1.4849
Iodine value (Wijs), % J2: 89.0; 84.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �6.1; 18:0� 1.6; 18:1� 65.0; 18:2� 11.0; 18:3�0.2; others (7) � 4.8
Allenic acid, %: 11.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Eremostachys moluccelloides Rgl.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 22.3 [1]
d20: 0.9115 [2]
n20D : 1.4732 [2]
Acid value, mg KOH: 2.5 [2]
Iodine value (Wijs), % J2: 107.1 [2]
Saponification value, mg KOH: 185.9 [2]
Unsaponifiables, %: 2.2 [2]
FAs
n20D : 1.4652 [2]
Iodine value (Wijs), % J2: 122.5 [2]
UV, IR [2]
Composition (GLC, 17% PEGS), %: 16:0 � 2.1;
18:0 � 0.3; 18:1 � 70.8; 18:2 � 26.3;
unidentified � 0.5 [2]
5,6-Octadekadienoic acid (laballenic), % total FAs:
8.5 [2]
Ag+-TLC, IR
Trans-10, trans-12-Octadecadienoic acid, % total
FAs: 0.5 [3]
Ag+-TLC, UV, IR
9,10-Dibromoctadecanoic acid [4]
9,10,12,13-Tetrabromoctadecanoic acid [4]
Ag+-TLC, IR, 13C NMR
Composition of oil (CC), %: Hydrocarbons + car-
otenes + esters of sterols + high molecular
alkanols + pigments � 1.1; TAG � 89.6; free
FAs + DAG +MAG� 0.8; PhL� 1.4; sterols�7.2 [5]
TAG
Composition, %; SSU + USS – 0.2; USU � 0.3;
SUS� 0.7; UUS + SUU� 10.0; UUU� 87.9 [5]
FAs
Composition (GLC, 15% Reoplex 400), %: 16:0 �3.1; 16:1 � 0.5; 18:0 � 1.1; 18:1� 71.9; 18:2�22.8; 18:3 � 0.6 [5]
DAG
IR, 1H NMR, MS [5]
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Lamiaceae 412 Eremostachys speciosa Rupr.
FAs (GLC), %: 16:0 � 2.9; 16:1 � 0.5; 17:0 � 0.2;
18:0� 1.1; 18:1� 57.5; 18:2� 34.7; 18:3� 1.2
[5]
1,2-DAG
Main components, %: PP � 0.2; OP � 2.9; LP �1.9; PO� 2.1; OO� 35.8; LO� 23.5; PL� 1.2
OL � 19.6; LL � 12.8 [5]
1,3-DAG
Main components, %: PP � 0.1; OP � 2.0; LP �1.4; PO� 2.0; OO� 34.0; LO� 22.3; PL� 1.3;
OL � 22.3; LL � 14.6 [5]
MAG
FAs (GLC), %: 16:0 � 13.7; 18:0 � 9.7; 18:1 �51.2; 18:2 � 25.4 [5]
Hydrocarbons (MS): C27–C35 [2]
Alkanols (MS): C32�C34 [2]
b Carotene [2]
UV
Hydroxycarotenes 1 and 2 [2]
UV
3,30-dihydroxycarotene [2]UV
Oxocarotene [2]
UV, IR
Di-2-ethylhexylphtalate [3]
UV, MS
References
1. T.V. Khomova, Autor’s Abstract of Candidate’s Dissertation(Akad. A.S. Sadikov Institute of Bioorganic chemistry of the
Uzbek Academy of Sciences, Tashkent, 1985) [in Russian]
2. S.D. Gusakova, A.U. Umarov, Chem. Nat. Comp. 11, 340(1975)
3. S.D. Gusakova, A.U. Umarov, Chem. Nat. Comp. 11, 527(1975)
4. S.D. Gusakova, A.U. Umarov, Chem. Nat. Comp. 12, 645(1976)
5. T.V. Panekina, S.D. Gusakova, M.Y. Tabak, A.U. Umarov,
Chem. Nat. Comp. 14, 33 (1978)
Eremostachys speciosa Rupr.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 8.9
Oil (petroleum ether, 30–60�C), % dry wt: 21.0
n40D : 1.4667
Iodine value (Wijs), % J2: 87; 81 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �5.6; 18:0 � 2.2; 18:1 � 53.0; 18:2� 8.8; 18:3�0.9; others (9) � 7.7
Allenic acid, %: 22.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Eremostachys vicaryi Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 6.3
Oil (petroleum ether, 30–60�C), % dry wt: 19.0
n40D : 1.4665
Iodine value, (Wijs), % J2: 90.0; 84.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �6.4; 18:0� 4.2; 18:1� 59.0; 18:2� 12.0; 18:3�0.3; others (5) � 3.1
Allenic acid, %: 15.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Galeopsis bifida Boenn.
Family: Lamiaceae
Essential oil, % dry wt: 0.1 [1]
Seed
Oil (petroleum ether), % dry wt: 42.0 [2]
d20: 0.9228
n20D : 1.4784
Acid value, mg KOH: 2.0
Iodine value (Kauffmann), % J2: 157.94
Saponification value, mg KOH: 190.08
Unsaponifiables, %: 1.07
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Galeopsis bifida Boenn. 413 Lamiaceae
FAsd20: 0.9003 [2]
n20D : 1.4685 [2]
Iodine value (Kauffmann), % J2: 164.92 [2]
UV, IR [2]
Composition (GLC, 17% EGS), %: 16:0 � 1.8;
16:1(9) � tr; 17:0 � tr; 18:0 � 0.9; 18:1 �12.4; 18:2 + 18:2(5,6) � 50.6; 18:3 � 33.4;
20:1(11) � tr; others (1) � 0.9 [2]
Composition of oil (CC), %: Hydrocarbons + squa-
lene � 0.14; TAG � 90.1; epoxy-TAG � 1.63;
free FAs + oxo-TAG � 1.1; hydroxy-TAG �2.12; DAG + sterols � 1.98; polar acylglycerol
1 � 0.29; polar acylglycerol 2 � 0.51; polar
acylglycerol 3 � 0.29; polar acylglycerol 4 �0.50; polar acylglycerol 5 � 0.11; polar
acylglycerol 6 � 1.2 [2]
UV, IR, 1H NMR
Free FAs
Composition, %: 14:0 � 0.1; 15:0 � tr; 16:0 � 7.4;
16:1(9) � 0.3; 17:0 � tr; 18:0 � 2.3; 18:1 �23.7; 18:2 � 45.6; 18:2(5,6) � 6.0; 18:3 � 14.6;
20:1(11) � tr [2]
TAG
Main components (Coleman), mol %: POL � 1.0;
OOL � 4.2; OOLe � 2.4; LOL � 6.0; LOLe �6.6; LeOLe� 1.8; PLL� 2.2; PLLe� 1.2; OLO
� 1.7; OLL � 9.6; OLLe � 5.5; LLL � 13.6;
LLLe� 15.0; LeLLe� 4.1; OLeL� 3.4; OLeSt
� 1.2; OLeLe� 1.8; LLeLe� 4.7; LeLeL� 5.2;
LeLeLe � 1.4 [2]
FAs, %:15:0� tr; 16:0� 2.7; 16:1(9)� 0.1; 17:0�tr; 18:0 � 1.0; 18:1 � 20.2; 18:2 � 49.1;
18:2(5;6) � 2.4; 18:3 � 24.5; 20:1(11) � tr [2]
The Positional Distributions of FAs in TAG (stereo
specific analysis), mol %: [3]
Position of
TAG 16:0 18:0 18:1
18:2(5,6) +
18:2(9,12) 18:3
Sn-1,2,3 2.9 1.0 20.1 51.4 24.6
Sn-1 7.3 2.4 25.1 44.8 20.4
Sn-2 0.5 – 24.6 55.6 19.3
Sn-3 0.9 0.6 10.6 53.8 34.1
Epoxy-TAG, %: 1.65 [4]
CC, UV, IR, MS [4]1H NMR [2]
Usual FAs of epoxy-TAG (GLC, 15% Reoplex
400), %: 16:0 � 3.3; 18:0 � 1.7; 18:1 � 20.8;
18:2 � 57.6; 18:3 � 16.3 [4]Epoxy-FAs (GLC, 15% Reoplex 400 and 3% OV-
1), %: cis-10,11-Epoxy-16:1(7Z) � 1.2; cis-
13,14-epoxy-16:2(7Z,10Z) � 0.4; cis-9,10-epoxy-18:0 � 3.0; cis-9,10-epoxy-18:1(12Z) �2.0; cis-12,13-epoxy-18:1(9Z) � 29.3; cis-
12,13-epoxy-18:2(9Z,15Z) � 7.2; cis-15,16-epoxy-18:2(9Z,12Z) � 52.8; trans-15,16-
epoxy-18:2(9Z,12Z) � 0.1; cis-15,16-epoxy-
18:2(9Z,12E or 9E,12Z) � 1.8; cis-11,12-epoxy-20:1(14Z) � 0.5; cis-14,15-epoxy-
20:1(11Z) � 1.4; cis-17,18-epoxy-
20:2(11Z,14Z) � 1.6 [4]
(-) 12(R),13(S)-Epoxy-18:1(9Z)
½a�20D : �2.7�
[a]560: �2.7�; [a]520: �2.7�; [a]480: �3.3�; [a]440:�3.0�; [a]360: �3.0�; [a]335: �1.8�; [a]310: 0.0�;[a]300: +0.9�; [a]280: +5.4�; [a]270: +6.7� (97.3%,
C 6.67 mg/mL, hexane) [4]
(+) 15(S),16(R) Epoxy-18:2(9Z,12Z)
½a�20D : + 6.9�
[a]560: + 6.9�; [a]480 + 8.9�; [a]400 + 15.5�; [a]360 +25.7�; [a]335 + 35.4�; [a]300 + 48.6�; [a]280 +
79.5� (87.2%, C 5.83 mg/mL, hexane) [4]
The Positional Distributions of FAs in epoxy-TAGs
(stereo specific analysis), mol %:
Sn-1,2,3: 16:0 � 5.0; C18 � 62.0; epoxy-18:1 �11.7; epoxy-18:2 � 21.3
Sn-1: 16:0 � 13.3; C18 � 29.0; epoxy-18:1 �9.2; epoxy-18:2 � 48.5
Sn-2: 16:0 � 1.6; C18 � 78.1; epoxy-18:1 �14.5; epoxy-18:2 � 5.8
Sn-3: 16:0 � 0.1; C18 � 78.9; epoxy-18:1 �11.4; epoxy-18:2 � 9.6 [3]
Oxo-TAG (CC), %: 0.3 [5]
UV, IR [2]
IR, MS [5]
Oxo-FAs: 10-Oxo-18:0, 9-oxo-18:0, 12-oxo-18:1(9Z),
10-oxo-18:1(8), 9-oxo-18:1(10), 9-oxo-
18:2(10,12), 13-oxo-18:3(9,11,15), 12-oxo-
18:3(9,13,15) [5]
Usual FAs of oxo-TAG (%, GLC, 15%
Replex 400): 16:0 � 3.9; 16:1 � 0.2;
18:0 � 0.9; 18:1 � 22.8; 18:2 � 49.4; 18:3 �22.8 [5]
Hydroxy-TAG
UV, IR, 1H NMR [2]
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Lamiaceae 414 Galeopsis Ladanum L.
Hydroxy FAs
Main components (GLC, 15% Reoplex 400 and 3%
OV-1): 13-Hydroxy-18:2(9Z,11E), 9-hydroxy-
18:2(10E,12Z), 12-hydroxy-18:1(9Z),
9-hydroxy-18:1(12Z) [1], 13-hydroxy-
16:2(9Z,11E), 9-hydroxy-18:0, 16-hydroxy-
18:2(9Z,12Z), 15-hydroxy-18:2(9Z,12Z), 12-
hydroxy-18:2(9Z,13E), 10-hydroxy-
18:2(8E,12Z), 16-hydroxy-18:3(9Z,12Z,14E),
15-hydroxy-18:3(9Z,13Z,16E), 9-hydroxy-
18:3(10E,12Z,15Z), 17-hydroxy-20:2(11Z,14Z),
and others [6]
UV, IR, MS [6]
Activity: Toxic oil [7].
Tincture has hypotensive property [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
27 [in Russian]
2. S.D. Gusakova, I.I. Vinokurov, A.U. Umarov, Chem. Nat.
Comp. 17, 217 (1981)
3. T.V. Khomova, S.D. Gusakova, A.U. Umarov, Chem. Nat.
Comp. 19, 266 (1983)
4. D.T. Asilbekova, S.D. Gusakova, G.P. Moiseeva, A.I.
Glushenkova, Chem. Nat. Comp. 23, 186 (1987)
5. S.D. Gusakova, T.V. Khomova, Chem. Nat. Comp. 20, 266
(1984)
6. S.D. Gusakova, D.T. Asilbekova, Chem. Nat. Comp. 27, 655
(1992)
7. I.A. Gusinin, Toksikologiya yadovitikh rastenii(Sel’khozizdat, Moscow, 1962), p. 6 [in Russian]
Galeopsis Ladanum L.
Family: Lamiaceae
Seed
Oil, % dry wt: 39.4 � 40.4 � 45.9 [1]
d20: 0.9220
n20D : 1.4763
Acid value, mg KOH: 4.3
Iodine value, % J2: 135.0–154.9
Saponification value, mg KOH: 195.4
Activity: Toxic oil [2].
Use: Recommended as technical oil [2].
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348 [in
Russian]
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
16 [in Russian]
Galeopsis speciosa Mill.
Family: Lamiaceae
Seed
Oil, %: 40.0–44.3 [1]
Acid value, mg KOH: 3.1
Iodine value, % J2: 148.0 – 153.0 � 157.0
Saponification value, mg KOH: 105.0
Activity: Toxic oil [2].
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 347 [in
Russian]
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
27 [in Russian]
Galeopsis tetrahit L.
Family: Lamiaceae
Essential oil, % dry wt: 0.05 [1]
Seed
(Nutlets)
Mass of 1,000, g: 1.6 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 30.0 [2];
40.0–50.0 [1]
n40D :1.4713 [2]
Iodine value (Wijs), % J2: 161.0; 158.0 (cald) [2];
131.19–150.0 [1]
Saponification value, mg KOH: 293.0
Unsaponifiables, %: 0.9
FAs
Composition (GLC, 14% Butanediol succinate), %:
16:0� 4.8; 18:0� 0.9; 18:1� 27.0; 18:2� 45.0;
18:3 � 22.1; 20:0 � 0.3 [2]
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Glechoma hirsuta Waldst. et Kit. 415 Lamiaceae
18:1 � 38.53; 18:2 � 47.38; and dihydroxy-18:0,tetrahydroxy-18:0 [1]
Conjugated acids as C18 diene, %: 0.7 [2]
Activity: Seed oil is toxic. Ether extract has
antibacterial activity [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
27 [in Russian]
2. E.C.M. Coxworth, J. Am. Oil Chem. Soc. 42, 891 (1965)
Galeopsis tetrahit L. var. parvifloraBenth.
Family: Lamiaceae
Seed
Oil, % dry wt: 40.0–50.1
d2020: 0.9368
n20D : 1.4794
Acid value, mg KOH: 2.3–4.0
Iodine value, % J2: 131.1 – 159.8 � 161.0
Saponification value, mg KOH: 194.2–195.4
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 347 [in
Russian]
Glechoma hederacea L.
Family: Lamiaceae
Essential oil, % dry wt: 0.03–0.08 [1]
Sterols: b-Sitosterol [1]FAs: 16:0 [1]
Aerial Part
Essential oil, % dry wt: 0.03–0.29 [1]
Triterpenoic6 acids: 2a-Hydroxyursolic acid [1]
b-Carotene [1]
Leaf
Essential oil, % dry wt: 0.013–0.9 [1]
Composition of essential oil, %: Germacrene D –
13.9; cis-ocymene – 9.2; b-elemene – 8.9; 1,8-
cineol – 6.2; and others [1]
Triterpenoic acids, %: Ursolic acid – 0.45 [1]
b-Carotene [1]
Plant Material
TerpenoidsComposition, %: Germacrene D – 19.4; germacrene
B – 13.9; cis-ocimene – 9.2; b-elemene – 8.9;
1.8-cineol – 6.2; a-pinene – 3.7; myrcene – 3.4;
b-pinene – 2.9; 3-octanone – 2.7; ɛ-bulgarene –1.9; sabinene – 1.5; terpinen-4-ol – 1.3; 1-octen-
3-ol – 1.2; g-elemene – 1.1; a-terpinol – 1.1; b-bourbonene – 1.0; limonene – 0.9; ɛ-muurolene
– 0.9; a-codinol – 0.9; borneol – 0.9 [2]
Essential oil, % dry wt: 0.29 [3]
Activity: Ether and ethanol extracts have
antibacterial property [1]. Essential oil is antiseptic [1].
Use: The herbal may be use as spice [3]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
p. 28 [in Russian]
2. B.M. Lawrence, J. W. Hogg, S.J. Terhune, J. K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
3. N.I. Suprunov, P.G. Gorov, Yu. A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 132 [in
Russian]
Glechoma hirsuta Waldst. et Kit.
Family: Lamiaceae
Sterols, % dry wt: 0.07 [1]
Triterpenoic acids, % dry wt: Ursolic acid � 0.63 [1]
Terpenoids
Phytol, % dry wt: 0.06 [1]
FAs: 18:1 (3) [2]
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Lamiaceae 416 Glechoma longituba (Nakai) Kuprian.
Use: The essential oil is of importance in the perfume
industry [2].
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
28 [in Russian]
Glechoma longituba (Nakai) Kuprian.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.40
Use: The essential oil may be used in perfume and the
flowers and leaves may be used as spice.
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 131 [in
Russian]
Hedeoma drummondii Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.2
Oil (petroleum ether, 30–60�C), % dry wt: 6.9
n40D : 1.4764
Iodine value (Wijs), % J2: 199.0; 209.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �5.5; 18:0 � 2.9; 18:1 � 6.4; 18:2� 20.0; 18:3�64.0; others (6) � 1.1
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Hymenocrater bituminosus Fisch. et Mey.
Family: Lamiaceae
Essential oil, % dry wt: 0.14–0.18
Components of essential oil, %: Citral � 224.0–
28.0 and others
Sterols: b-Sitosterol
Activity: Essential oil has antibacterial property.
Ether extract showed antifungal activity.
Use: Ornamental plant.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
29 [in Russian]
Hymenocrater incidentatus Boriss.
Family: Lamiaceae
Essential oil, % dry wt: 0.18–0.24
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
29 [in Russian]
Hyptis decurrens (Blanio). Epl.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.5
Oil (petroleum ether, 30–60�C), % dry wt: 20.0
n40D : 1.4740
Iodine value (Wijs), % J2: 189.0; 196.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �5.6; 18:0 � 3.2; 18:1 � 8.2; 18:2� 31.0; 18:3�51.0; others (2) � 0.3
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Hyptis stellulata Benth. 417 Lamiaceae
Hyptis floribunda Briq.Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.4
Oil (petroleum ether, 30–60�C), % dry wt: 25.0
n40D : 1.4749
Iodine value (Wijs), % J2: 185.0; 195.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �6.5; 18:0� 2.5; 18:1� 12.0; 18:2� 24.0; 18:3�55.0; others (3) � tr
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Hyptis mutabilis (Rich). Briq.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.1
Oil (petroleum ether, 30–60�C), % dry wt: 30.0
n40D : 1.4757
Iodine value, (Wijs), % J2: 196.0; 201.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �6.8; 18:0 � 2.7; 18:1 � 8.3; 18:2� 23.0; 18:3�58.0; others (4) � 0.6
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Hyptis spicigera Jacq.
Synonyms
Hyptis spicigera L.
Family: Lamiaceae
Seed
Oil, % dry wt: 37.3–38.0 [1]
d20: 0.9436
Iodine value, % J2: 171.0–203.0
Saponification value, mg KOH: 203.0
Seed and Pericarp
Mass of 1,000, g: 0.6 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 19.0 [2]
n40D : 1.4757
Iodine value (Wijs), % J2: 201.0; 212.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �5.4; 18:0 � 2.1; 18:1 � 6.1; 18:2� 22.0; 18:3�64.0; others (1) � 0.1 [2]
IR
References
1. N.I. Sharapov, Oil Plants and the Process of OilFormation (AS USSR Press, Moskwa-Leningrad, 1959), p.
351
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Hyptis stellulata Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.3
Oil (petroleum ether, 30–60�C), % dry wt: 22.0
n40D : 1.4750
Iodine value, (Wijs), % J2: 191.0; 201.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �7.2; 18:0 � 2.7; 18:1 � 7.7; 18:2� 24.0; 18:3�58.0; others (2) � tr
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Lamiaceae 418 Hyptis suaveolens (L.) Poit.
Hyptis suaveolens (L.) Poit.
Family: Lamiaceae
Seed
Moisture, %: 9.0 [1]
Oil (petrol ether, 40–60�C), %: 12.4 [1]; 13.0 [2]
n33D : 1.4830 [1]
Iodine value %, J2: 146.0 [1]; 140.2 [2]
Saponification value, mg KOH: 216.0 [1]
FAs
Composition (GLC, 15% DEGS and 2% SE 30), %:
16:0� 15.3; 18:0� 2.1; 18:1� 6.0; 18:2� 76.6
[1]
Seed and Pericarp
Mass of 1,000, g: 7.4 [3]
Oil (petroleum ether, 30–60�C), %: 24.0 [3]
n40D : 1.4696
Iodine value (Wijs), % J2: 145.0; 146.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �8.1; 18:0 � 2.9; 18:1 � 8.5; 18:2� 79.0; 18:3�0.6; others (3) � 0.9 [3]
Saturated � 12.0; 18:1 � 6.0; 18:2 � 77.0; conju-
gated 18:3 � 0.2 [4]
IR [4]
Root
Sitosterol-b-D-glucoside [5]
Triterpenoic acids
Components: Ursolic acid and betulinic acid [5]
3b-Hydroxylup-12-en-28-oic acid [6]
½a�25D : +12.0 (pyridine)
M.p., IR, MS,,1H NMR
3b-Hydroxylup-20(29)-en-27 oic acid [6]
½a�25D : +31.0 (pyridine)
M.p., IR, MS, 1H NMR
Triterpenols
Components: a-Amyrin and b-amyrin [5]
Heptacosanone [5]
References
1. S.K. Husain, M.U. Ahmad, S. Sinha, A.A. Ansari, S.M.
Osman, Fette, Seifen, Anstrichmittel 80, 225 (1978)
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 351 [in
Russian]
3. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
4. F.R. Earle, C.A. Glass, G.C. Geisinger, I.A. Wolff, J. Am. Oil
Chem. Soc. 37, 440 (1960)
5. T.N. Misra, R.S. Singh, J. Upadhyay, Phytochemistry 22, 603
(1983)
6. T.N. Misra, R.S. Singh, J. Upadhyay, Phytochemistry 22,
2557 (1983)
Hyssopus ambiguous (Trautv.) Iljin
Family: Lamiaceae
Essential oil, % dry wt: 1.4
Triterpenoic acid: Ursolic acid – 0.49
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
31 [in Russian]
Hyssopus cretaceus Dubjan.
Family: Lamiaceae
Essential oil, % dry wt: 1.2
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
31 [in Russian]
Hyssopus cuspidatus Boriss.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 1.13
Components of essential oil, %: a-Terpeniol – 30.0;a-pinene + b pinene – 18.0; 1,8-cineol –13.0;
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Hyssopus seravschanicus (Dubjan.) Pazij 419 Lamiaceae
trans-pinocamphone – 10.0; limonene – 7.0;pinocamphone – 9.0; and others
Use: The essential oil is of importance in the perfume
and cosmetics industry.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
29 [in Russian]
Hyssopus officinalis L.
Family: Lamiaceae
Essential oil, % dry wt: 0.22–0.6 [1]
b-Sitosterol [1]
Aerial Part
Essential oil, % dry wt: 0.07–1.7 [1]
Components of essential oil, %: Pinocamphone –
12.18–69.1; b pinene – 16.1–22.87; camphene –
0.35–11.5 and others
Triterpenoic acids: Ursolic acid, oleanolic acid [1]
Leaf
Essential oil, % dry wt: 0.14–0.9 [1]
Seed
Mass of 1,000, g: 1.0 [2]; 1.10 [3]
Oil, % dry wt: 29.0 (petroleum ether, 30–60�C) [2];26.0 [3]; 24.2 (hexane) [4]; 9.0–11.0 [5]
d20: 0.9296 [3]
n40D : 1.4758 [2]
Acid value, mg KOH: 5.6 [3]
Color: 763.0 [3]
Iodine value, (Wijs), % J2: 197.0; 202.0 (cald) [2];
229.0 (cald) [4]
FAs
Composition (GLC): 16:0� 5.4; 18:0� 2.6; 18:1�12.0; 18:2 � 17.0; 18:3 � 62.0; others (7) � 1.1
(%, 20% LAC-2R 446) [2]
16:0 � 5.0; 18:0 � 1.0; 18:1(9) � 9.6; 18:1(6) �0.9; 18:2 � 17.5; 18:3 � 64.4 (%, FFAP) [3]
16:0 � 5.1; 18:0 � 1.4; 18:1 � 8.6; 18:2 � 21.4;
18:3 � 63.5 (mol %, 10% PEGA) [4]
IR [2]
TAG
Main components (Coleman), mol %: LeLeLe �24.7; LLeLe � 11.6; OLeLe � 9.8; LeLLe �8.8; LeOLe � 6.7; PLeLe � 5.8; LLLe � 4.2;
OLLe� 3.6; LOLe� 3.2; OOLe� 2.6; OLeL�2.4; PLLe� 2.4; LLeL� 1.4; POLe� 1.8; PLeL
� 1.6; PLeO � 1.2; others (15) – 7.2 [5]
Composition, %: SSU + USS � 0.2; USU � 0.9;
SUS� 0.7; UUS + SUU� 15.8; UUU� 83.0 [5]
FAs (GLC, 15% Reoplex 400), %: 16:0� 4.8; 16:1
� tr; 18:0 � 1.3; 18:1 � 13.9; 18:2 � 17.2; 18:3
� 62.8 [6]
Activity: Essential oil showed antibacterial activity
[1].
Use: The essential oil is of importance in the perfume
industry [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
30 [in Russian]
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
3. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Polonica 44(3),
161 (1998)
4. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
5. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
6. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348 [in
Russian]
Hyssopus seravschanicus (Dubjan.) Pazij
Synonyms
H. ferganensis Boriss.; H. tianschanicus Boriss.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.67–0.83
Components of essential oil, %: Pinocamphone –
23.0; sabinene – 16.34; d-limonene 13.75;
myrcene – 5.03 and others
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Lamiaceae 420 Isanthus brachiatus (L.) BSP.
Triterpenoic acids: Ursolic acid, oleanolic acid
Sterols: b-Sitosterol
Undeground Part
Triterpenoic acids: Ursolic acid, oleanolic acid
Sterols: b-Sitosterol
Activity: Essential oil showed antibacterial activity.
Use: Aerial part is used as herbal tea and spice. The
essential oil is of importance in the perfume industry.
References
1. Rastitel’nye Resursy SSSR(Nauka, St. Petersburg, 1991), 6, 30[in Russian]
Isanthus brachiatus (L.) BSP.
Family: Lamiaceae
Plant Material
Terpenoids
Composition, %: a-Pinene – 64.8; b-pinene – 13.6;
myrcene – 5.8; caryophyllene – 3.0; limonene –
2.0; a-humulene – 1.7; 1-octen-3-ol – 0.6; trans-
verbenol –.4; 1.8-cineol – 0.2; terpinen-4-ol –
0.2; a-terpineol – 0.2
References
1. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
Lagochilus occultiflorus
Family: Lamiaceae
Seed
Moisture, %: 4.35
Oil (petroleum ether, 40–50�C), % dry wt: 30.25
d20: 0.9262
n40D : 1.4771
Acid value, mg KOH: 1.19
Iodine value (Kaufmann), % J2: 122.3
UV, IR
FAs
Iodine value, % J2: 128.2
Neutralization value, mg KOH: 200.61
Conjugated dienes, %: 1.75
UV, IR
Composition (GLC, 17% PEGS), %: 14:0 – tr; 16:0
– 3.69; 18:0 – 1.49; 18:1 – 24.04; 18:2 – 66.11;
20:1 (11Z) – 2.92; 20:2(9Z, 11E or 9 E,11Z) –
1.75
Allenic acid, % total FAs: 18:2 (5.6) – 12.0
TAG
Composition, %: SSS – 0.01; SSU + USS � 0.5;
USU � 4.49; SUS � 0.27; UUS + SUU � 9.48;
UUU � 85.25
FAs
References
1. S.D. Gusakova, A.U. Umarov, Chem. Nat. Comp. 23
(1972)
Lallemantia iberica Fisch. et Mey.
Family: Lamiaceae
Seed
Oil, %: 24.0–38.0
d20: 0.9336–0.9340
n20D : 1.4840
Iodine value, % J2: 162.0–203.04
Saponification value, mg KOH: 185.0–189.0
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348 [in
Russian]
Lallemantia peltata (L.) Fisch. et Mey.
Family: Lamiaceae
Seed
Oil, % dry wt: 20.5 [1]; 17.5 [2]
Iodine value, % J2: 147.0
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Lamium moshatum Mill. 421 Lamiaceae
Components of oil (TLC): Hydrocarbons, sterylesters, TAG, free FAs, DAG, MAG, sterols [2]
TAG
FAs (GLC), %: 16:0 � 4.5; 16:1 � 0.5; 18:0 � 2.0;
18:1 � 25.0; 18:2 � 68.0 [2]
Free FAs
Composition (GLC), %: 14:0 � 8.4; 16:0 � 9.4;
16:1� 5.0; 18:0� 4.1; 18:1� 13.5; 18:2� 49.4;
18:3 � 10.2 [2]
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348 [in
Russian]
2. G.A. Stepanenko, T.V. Khomova, S.D. Gusakova,
A.U. Umarov, Chem. Nat. Comp. 17, 326 (1981)
Lamium album L.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.04–0.46
Flower
Essential oil, % dry wt: 0.05
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
38 [in Russian]
Lamium amplexicaule L.
Family: Lamiaceae
Essential oil, % dry wt: 0.09 [1]
Aerial Part
Terpenoids
Phytol, % dry wt: 0.1 [1]
Seed and Pericarp
Mass of 1,000, g: 0.6 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 39.0 [2]
n40D : 1.4703 [2]
Iodine value (Wijs), % J2: 136; 134 (cald) [2]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.7; 18:0 – 3.0; 18:1 – 36.0; 18:2 – 28.0; 18:3 –
11.0; others (4) – 1.4 [2]
Allenic and trans acids (IR) [2]
IR: 870; 1960 [2]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
39 [in Russian]
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Lamium molecellifolium
Family: Lamiaceae
Leaves
Hexadeca-7,10,13-trienoic acid, %: 0.2
References
1. G.R. Jamieson, E.H. Reid, Phytochemistry 10, 1837 (1971)
Lamium moshatum Mill.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 7.0
Oil (petroleum ether, 30–60�C)n40D : 1.4670
Iodine value (Wijs), % J2: 114; 115 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �7.3; 18:0� 4.1; 18:1� 38.0; 18:2� 44.0; 18:3�26.0; others (7) � 1.1
Trans acid, %: 5.4
IR: 870
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Lamiaceae 422 Lamium purpureum
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Lamium purpureum
Family: Lamiaceae
Seed
Allenic acid: 18:3 (5Z, 6E, 16Z)
References
1. P. Pohl, H. Wagner, Fette, Seifen, Anstrichmittel 74(9), 541
(1972)
Lamium purpureum L.
Family: Lamiaceae
Aerial Part
Sterols, %: b-Sitosterol, stigmasterol, campesterol [1]
Seed and Pericarp
Mass of 1,000, g: 1.0 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 39.0 [2]
n40D : 1.4706 [2]
Iodine value (Wijs), % J2: 140; 135 (cald) [2]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �9.2; 18:0� 2.4; 18:1� 24.0; 18:2� 34.0; 18:3�12.0; others (7) � 3.1 [2]
Allenic acids (IR), %: 15.0 [2]
Trans acid, %: 14.0 [2]
IR [2]
Seed
Oil, %: 40.5 [1, 3]
FAs
Composition (GLC, 10% PEGA), mol %): 16:0 �12.5; 18:0 � 1.7; 18:1 � 25.7; 18:2 � 33.7;
18:3 � 26.3 [3]
16:0 � 11.0; 18:0 � 2.0; 18:1 � 25.0; 18:2 � 34.0;
18:3 + allenic acid � 28.0 [4]
(-) Octadeca-5,6-trans-16-trienoic acid, %: 16.0 [4]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
40 [in Russian]
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
3. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7, 32
(1971) [in Russian]
4. K.L. Mikolajczak, M.F. Rogers, C.R. Smith, I.A. Wollf,
Biochem. J. 105, 1245 (1967)
Lavandula angustifolia Mill.
Family: Lamiaceae
Essential oil
Composition of essential oil (GC, SPBS; GC/MS),
%:Myrcene� 0.7; 1,8-cineole� 0.9; b-ocimene
� 1.8; linalool � 31.5; linalyl acetate � 43.6;
b-caryophyllene � 5.0; unidentified � 3.0
References
1. C. Ghelardini, N. Galeotti, G. Salvatore, G. Mazzanti, Planta
Med. 65, 700 (1999)
Lavandula dentata L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.2
Oil (petroleum ether, 30–60�C), % dry wt: 31.0
n40D : 1.4757
Iodine value (Wijs), % J2: 202; 205 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �5.6; 18:0 � 1.1; 18:1 � 8.8; 18:2 � 11; 18:3 �72; others (5) � 1.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Lavandula latifolia Medic. 423 Lamiaceae
Lavandula gibsoniiSynonyms
L. perrottetii
Family: Lamiaceae
Whole Plant
Sitosterol (from 1 kg air dried whole plant: root, stem,
leaves, and flowers), g: 0.46
Methyl 3-acetoxy-16-methylheptadecanoate (from
1 kg), g: 0.55
3-Acetoxy-16-methylheptadecanoic acid
IR, MS, 1H NMR
Activity: Acetone extracts exhibit antifeedant,
antigonadal, ovipositor-deterrent, and repellent
properties against different insects.
References
1. S.A. Patwardhan, A.S. Gupta, Phytochemistry 22, 165 (1983)
Lavandula lanata Boiss.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.0
Oil (petroleum ether, 30–60�C), % dry wt: 25.0
n40D : 1.4760
Iodine value (Wijs), % J2: 198; 207 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �5.6; 18:0� 2.1; 18:1� 10.0; 18:2� 16.0; 18:3�65.0; others (7) � 1.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Lavandula latifolia
Family: Lamiaceae
Essential oil (steam distillation), % dry wt: 0.6
Composition of essential oil (GLC, 20% Apiezon
L and 20% Carbowax 20M), %: a-Pinene �4.21; camphene � 0.23; b-pinene � 0.84;
sabinene � 0.86; b-myrcene � 0.15; 1;8-cineole
� 33.65; p-cymene � 0.91; linaloyl oxide �0.53; a-gurjunene � 0.47; camphor � 5.31; lin-
alool� 26.34; caryophyllene� 1.39; d-cadinene� 0.98; trans-pinocarveol � 0.37; d-terpineol �1.02; a-terpineol � 1.71; borneol � 4.89; b-bisabolene � 0.40; myrthenol � 0.23; trans-a-bisabolene � 1.90; geraniol � 0.20; cis
calamanenes + trans-calamanenes � 0.29;
cymenol � 0.37; carveol � 0.35; b-farnesene� 0.03; caryophyllene oxide � 1.04; cuminyl
alcohol � 0.23; herniarn � 1.07; coumarin �9.04
Monoterpene hydrocarbons, %: 7.0
Sesquiterpene-hydrocarbons %: 7.3
Oxygenated monoterpenoids, %: 75.2
2-Terpineol
CC, Ag+-TLC, IR, MS, 1H NMR
References
1. I. De Pascual-T, E. Caballero, C. Caballero, G. Machin, Phy-
tochemistry 22, 1033 (1983)
Lavandula latifolia Medic.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.1
Oil (petroleum ether, 30–60�C), % dry wt: 28.0
n40D : 1.4766
Iodine value (Wijs), % J2: 207; 213 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %:16:0 �4.9; 18:0 � 2.6; 18:1 � 9.2; 18:2 � 13; 18:3 �69; others (4) � 0.8
IR
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Lamiaceae 424 Lavandula officinalis L.
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Lavandula officinalis L.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 18.3
Iodine value (Wijs), % J2: (cald)
TAG, %: 97.7
FAs from TAG
Composition (GLC, 15% Reoplex 400), %:14:0 �tr; 16:0 � 6.8; 16:1 � 0.5; 18:0 � 1.5; 18:1 �21.3; 18:2 � 21.9; 18:3 � 48.0
Free FAs
Composition (GLC, 15% Reoplex 400), %: 14:0 �0.5; 16:0 � 9.3; 16:1 � 1.1; 18:0 � 2.4; 18:1 �25.3; 18:2 � 18.6; 18:3 � 42.8
References
1. S.D. Gusakova, G.A. Stepanenko, D.T. Asilbekova, Y.M.
Murdokhaev, Rast. Resursy 19(4), 444 (1983)
Lavandula pendunculata Cav.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.1
Oil (petroleum ether, 30–60�C), % dry wt: 20.0
n40D : 1.4770
Iodine value (Wijs), % J2: 207; 208 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �4.9; 18:0 � 1.7; 18:1 � 8.1; 18:2� 16.0; 18:3�66.0; others (5) � 3.3
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Lavandula spica L.
Synonyms
L. vera DC.
Family: Lamiaceae
Seed
Oil, %: 29.77–30.0
d2020: 0.9344–0.9348
n20D : 1.4830–1.4835
Acid value, mg KOH: 4.22
Iodine value, % J2: 191.38; 192.4
Saponification value, mg KOH: 191.93
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 327 [in
Russian]
Lavandula stoechas L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.8
Oil (petroleum ether, 30–60�C), % dry wt: 20.0
n40D : 1.4749
Iodine value (Wijs), % J2: 199, 209 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %:16:0 �5.6; 18:0 � 2.0; 18:1 � 8.8; 18:2� 18.0; 18:3�65.0; others � 0.8
IR: 792; 940
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Leonurus cardiaca L. 425 Lamiaceae
Lavandula vera L.Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 20.0 [1]
Iodine value (Wijs), % J2: (cald) [1]
TAG
Main components (by Coleman), mol %: LeLeLe –
42.8; LLeLe – 6.6; OLeLe – 4.8; LeLLe – 12.5;
LeOLe – 11.6; PLeLe – 4.0; LLLe – 2.0; OLLe –
1.2; LOLe – 1.8; OOLe – 1.4; PLLe – 1.2; POLe –
1.2; LePLe – 4.7; others – 4.1 [2]
Composition, mol %: SUS – 0.1; SSU + USS – 0.6;
USU – 5.8; UUS + SUU – 7.2; UUU – 86.3
FAs of TAG
Composition (GLC, 15% Reoplex 400), %: 16:0 –
4.3; 16:1(9) – tr; 18:0 – 0.5; 18:1(9) – 8.6;
18:2(9,12) – 10.2; 18:3(9,12,15) – 76.4 [2]
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
2. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
Leonotis nepetaefolia (L.) R. Br.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 2.0
Oil (petroleum ether, 30–60�C), % dry wt: 37.0
n40D : 1.4662
Iodine value (Wijs), % J2: 92; 87 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %:16:0 �11; 18:0� 5.5; 18:1� 47; 18:2� 19; 18:3� 0.6;
others (5) � 2.5
Allenic acid (IR), %: 15.0 [1]; 16.0 [2]
IR: 1960
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
2. M.O. Bagby, C.R. Smith, K.L. Mikolajczak, I. A. Wollf,
Biochemistry 1(4), 632 (1962)
Leontis nepetaefolia (R. Br.) Ait.
Family: Lamiaceae
Seed
Oil, %: 28.0
n20D : 1.4673
Iodine value, % J2: 82.5
Saponification value, mg KOH: 191.2
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 347
Leonurus cardiaca L.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.003–0.09 [1]
Leaf
Essential oil
Composition, %: Caryophyllene – 39.8; a-humulene – 34.8; a-pinene – 5.6; b-pinene –
0.5; linolool – 0.7; limonene – 0.4 [1]
Triterpenoic acids, % dry wt: Ursolic acid – 0.26 [1]
Seed
Oil, % dry wt: 14.9 [1, 2]
Iodine value, % J2: 167.7 [1, 3]
FAs
Composition (GLC, 10% PEGA), mole %: 16:0 –
4.3; 18:0 – 0.6; 18:1 – 16.8; 18:2 – 73.6; 18:3 –
4.7 [2]
Seed and Pericarp
Ash, %: 6.4 [4]
Mass of 1,000, g: 1.2 [3]; 0.4 [4]; 0.85 [5]
Oil (petroleum ether, 30−60˚C), % dry wt: 38.0 [3];
23.0 – 30.2 [4, 5, 6]
d20: 0.9387 [4]; 0.9230 [5]
n20D : 1.4694 [3]; 1.4689 [7]
Acid value, mg KOH: 2.75 [5]
Color: 3.2 [5]
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Lamiaceae 426 Leonurus glaucescens Bge.
Iodine value (Wijs), % J2: 126.0–203.0 [6]; 133.0
[7]; 130, 131 (cald) [3]; 167.7 (cald) [2]
Saponification value, mg KOH: 180.0 [7]
HBr uptake, as C18 epoxy acid, %: 0.5 [7]
IR [7]
FAs
Composition (GLC), %:16:0 – 4.6; 18:0 – 2.3; 18:1
– 21.0; 18:2 – 55.0; 18:3 – 3.6; others (8) –3.1
(20% LAC-2R 446) [3]; 16:0 – 4.7; 18:0 – 2.7;
18:1(9) – 19.6; 18:1(6) – 0.9; 18:2 – 58.9; 18:3 –
2.7; others – 10.1 (FFAP) [5]: Saturated – 6.0;
18:1 – 35.0; 18:2 – 53.0; 18:3 – 2.0 (20%
Apiezon L) [7]
Allenic acid (IR), %: 9.9 [3]
IR: 1960 [3]
Stem
Essential oil, % dry wt: 0.06 [1]
Plant material
Terpenoids
Composition, %: Caryophyllene – 39.8; a-humulene – 34.8; a-pinene – 5.6; linalool – 0.7;
b-pinene – 0.5; limonene – 0.4 [8]
Use: The plant is of importance as a flavoring agent
in food industry; the seed oil may be used as technical
oil [1]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991),
6, p. 40 [in Russian]
2. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971) [in Russian]
3. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
4. F.R. Earle, Q. Jones, Econ. Bot. 16(4) 221 (1962)
5. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Pol. 44(3), 161
(1998)
6. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 349 [in
Russian]
7. F.R. Earle, C.A. Glass, G.C. Geisinger, I.A. Wolff, J. Amer.
Oil Chem. Soc. 37, 440 (1960)
8. B.M. Lawrence, J. W. Hogg, S.J. Terhune, J. K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
Leonurus glaucescens Bge.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 158.3 (cald)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 –
4.6; 18:0 – 2.2; 18:1 – 20.7; 18:2 – 70.1; 18:3 –
2.4
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971) [in Russian]
Leonurus heterophyllus Sweet.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.02 (1), 0.04 (2)
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 132 [in
Russian]
Leonurus quinquelobatus Gilib.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 16.2 [1]:
Iodine value, % J2: 165.2 (cald) [2]
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 –
3.8; 18:0 – 1.6; 18:1 – 17.9; 18:2 – 72.9; 18:3 –
3.9 [2]
TAG, % mass of oil: 97.1 [1]
FAs of TAG
Composition (GLC, 15% Reoplex 400), %: 16:0 –
2.5; 16:1 – tr; 18:0 – 0.7; 18:1 – 18.6; 18:2 – 75.1;
18:3 – 3.1
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Leonurus villosus Des. 427 Lamiaceae
Free FAsComposition (GLC), %: 14:0 – 0.3; 16:0 – 6.2; 16:1
– tr; 18:0 – 2.0; 18:1 – 21.5; 18:2 – 65.3; 18:3 –
4.7 [1]
Free FAs of Tinctura Leonuri (GLC), %: 12:0 –
2.3; 14:0 – 3.0; 16:0 – 42.4; 16:1 – 3.1; 18:0 –
6.3; 18:1 – 6.0; 18:2 – 17.0; 18:3 – 18.7 [1]
References
1. S.D. Gusakova, G.A. Stepanenko, D.T. Asilbekova, Y.M.
Murdokhaev, Rast. Resursy 19(4), 444 (1983)
2. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
Leonurus sibiricus L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.2
Oil (petroleum ether, 30–60�C), % dry wt: 42.0
n40D : 1.4693
Iodine value (Wijs), % J2: 124; 121 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %:16:0 �4.9; 18:0� 1.8; 18:1� 24.0; 18:2� 50.0; 18:3�1.0; others (7) � 4.8
Allenic acid, %: 14.0
IR: 1960
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Leonurus turcestanicus
Family: Lamiaceae
Seed
Moisture, %: 5.2
Oil (petroleum ether, 40–50�C), % dry wt: 34.4
d204 : 0.9207
n40D : 1.4775
Acid value, mg KOH: 1.1
Iodine value (Kaufmann), % J2: 127.7
UV, IR
FAs
Iodine value, % J2: 128.5
Conjugated dienes, %: 1.23
UV, IR
Composition (GLC, 17% PEGS), %: 12:0 � 0.39;
16:0 – 4.49; 18:0 – 2.15; 18:1 – 30.45; 18:2 –
68.35; 20:1(11Z) – 1.25
TAG
Composition, %: SSS � 0.04; SSU + USS � 1.08;
USU � 6.83; SUS � 0.49; UUS + SUU � 12.46;
UUU � 79.10
References
1. S.D. Gusakova, A.U. Umarov, Chem. Nat. Comp. 8, 24 (1972)
Leonurus villosus Des.
Synonyms
L. quinquelobatus Gilib.
Family: Lamiaceae
Sterols, % dry wt: 0.04 [1]
Terpenoids
Phytol, % dry wt: 0.07 [1]
Seed
Oil, %: 25.4–30.2 [2]
d20: 0.4770
Iodine value, % J2: 125.1
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 349 [in
Russian]
2. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976)
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Lamiaceae 428 Lepechinia calycina Epl.
Lepechinia calycina Epl.
Family: Lamiaceae
Plant Material
Essential oil (Clevenger apparatus)Composition (GLC), %: 1,8-Сineole – 19.7; cam-
phor – 17.5; d-3-carene – 17.4; camphene – 7.8; a-pinene – 6.5; caryophyllene – 5.7; linalool – 2.6;
a-terpinene – 2.3; limonene – 2.3; b-pinene – 1.8;trans-nerolidol – 1.8; myrcene – 1.7; terpineol –
1.5; g-terpinene – 1.4; a-phellandrene – 1.0;
terpinolene – 0.9; piperitone – 0.8; d-cadinene –0.8; b-cymene – 0.7; terpinene-4-ol – 0.7; a-phellandrene – 0.6; menthone – 0.6; phenylethyl
butyrate – 0.6; trans-b-farnesene – 0.3; 10-epi-a-cadinol – 0.3; a-thujene – 0.2; isomenthone – 0.2;
a-gurjunene – 0.2; a-humulene – 0.2; bornyl ace-
tate – 0.1; geranyl acetate – 0.1; neoisopulegol –
tr; phenylethyl 2-methylbutyrate – tr
References
1. B.M. Lawrence, J.K. Morton, Phytochemistry 18, 1887 (1979)
Lepechinia spicata Willd.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.4
Oil (petroleum ether, 30–60�C), % dry wt: 16.0
n40D : 1.4689
Iodine value (Wijs), % J2: 137; 141 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %:16:0 �9.2; 18:0 � 2.3; 18:1 – 15.0; 18:2 – 72.0; 18:3 –
1.6; others (3) – 0.3
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Leucas asper Link.
Family: Lamiaceae
Seed
Oil, %: 20.0 [1]
Iodine value, % J2:93.0
Seed and Pericarp
Ash, %: 6.7 [2]
Mass of 1,000, g: 7.0 [2]
Oil, % dry wt: 25.4 [2]
HBr uptake, as C18 acid, %: 1.4
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348
2. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
Leucas cephalotes Spreng.
Family: Lamiaceae
Seed
Oil (petroleum ether, bp. 40–60�C) %: 28.5 [1]; 28 [2]
n20D : 1.4795 [1]
Iodine value, % J2 (Wij’s): 100 [1]
Saponification value, mg KOH: 160
NMR [2]
FAs
Composition (%, GLC): 16:0 – 13.0; 18:0 – 3.9;
18:1 – 41.6; 18:2 – 13.5; 18:2(5.6) – 28.0 (20%
LAC-2R 446)
16:0 – 15.0; 18:0 – 5.0; 18:1 – 46.0; 18:2 – 15.0;
18:2(5.6) – 19.0 (5% FFAP on Chromasorb P)
Methyl laballenate
IR [1]
NMR [1, 2]
References
1. S. Sarita, A.A. Ashfaque, S.M. Osman, Chem. Ind. (2), 67
(1978)
2. C. Shi-Chow, P.M. Elefson, J.M. MacTaggart, J. Agric Food
Chem. 27, 435 (1979)
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Lycopus europaeus L. 429 Lamiaceae
Leucas nutans Spreng.Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 2.6
Oil (petroleum ether, 30–60�C), % dry wt: 43.0
n40D : 1.4654
Iodine value (Wijs), % J2: 91; 88 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
12.0; 18:0 – 5.7; 18:1 – 39.0; 18:2 – 23.0; 18:3 –
0.6; others – 3.4
Allenic acid (IR), %: 16.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Leucas zeylonica R. Br.
Family: Lamiaceae
Seed
Oil, %: 20.3
Iodine value, % J2:100.0
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348 [in
Russian]
Lycopus asper Greene
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.7
Oil (petroleum ether, 30–60�C), % dry wt: 25.0
n40D : 1.4719
Iodine value (Wijs), % J2: 155.0
Saponification value, mg KOH: 168.0
FAs
Composition (20% Apiezon L), %: 18:1 � 49.0;
18:2 � 16.0; 18:3 � 30.0
HBr uptake, as C18 epoxy acid, %: 1.6
IR
References
1. F.R. Earle, C.A. Glass, G.C. Geisinger, I.A. Wolff, J. Am. Oil
Chem. Soc. 37, 440 (1960)
Lycopus asper Greene.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.7
Oil (petroleum ether, 30–60�C), % dry wt: 25.0
n40D : 1.4719
Iodine value (Wijs), % J2: 155; 185 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
3.5; 18:0 – 1.5; 18:1 – 16.0; 18:2 – 24.0; 18:3 –
50.0; others (5) – 5.4
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Lycopus europaeus L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.6
Oil (petroleum ether, 30–60�C), % dry wt: 33.0
n40D : 1.4700
Iodine value (Wijs), % J2: 131; 134 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
4.9; 18:0 – 1.8; 18:1 – 19.0; 18:2 – 59.0; 18:3 –
2.5; others (4) – 1.4
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Lamiaceae 430 Lycopus europeus L.
Allenic acid (IR), %: 11.0
IR: 1960
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Lycopus europeus L.
Family: Lamiaceae
Sterols, % dry wt: 0.05 [1]
Triterpenoic acids, % dry wt: Ursolic acid – 1.00 [1]
Terpenoids
Phytol, % dry wt: 0.03 [1]
Seed
Mass of 1,000, g: 0.15 [2]
Oil, % dry wt: 22.0 [2]
d20: 0.9330
Acid value, mg KOH: 8.60
Сolor: 3.0
FAs
Composition (GLC, FFAP), %: 16:0 � 4.5; 18:0 �2.4; 18:1 � 10.3; 18:2 � 29.4; 18:3 � 51.0;
others � 0.5 [2]
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
2. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Polonica 44(3),
161 (1998)
Lycopus exaltatus L.
Family: Lamiaceae
Sterols, % dry wt: 0.05
Triterpenoic acids, % dry wt: Ursolic acid � 1.19
Terpenoids
Phytol, % dry wt: 0.03
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976)
Lycopus lucidus Turcz.
Family: Lamiaceae
Herbal
Essential oil, % dry wt: 0.06
Leaf
Essential oil, % dry wt: 0.01
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 141
Lycopus uniflorus Michx.
Family: Lamiaceae
Leaves
TerpenoidsComposition, %: Сaryophyllene – 39.8;
a-humulene – 34.8; a-pinene – 5.6; linalool –
0.7; b-pinene – 0.5; limonene – 0.4l
References
1. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
Majorana hortensis
Family: Lamiaceae
Seed
Ash, %: 5.2 [1]
Mass of 1,000, g: 1.5 [1]
Oil, % dry wt: 39.7 [1], 40.0 (petroleum ether, 30–
60�C) [2]n40D : 1.4753 [2]
Iodine value (Wijs), % J2: 199.0 [2]
Saponification value, mg KOH: 188.0 [2]
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Melissa officinalis L. 431 Lamiaceae
FAsComposition (20% Apiezon L), %: Saturated� 5.0;
18:1 � 16.0; 18:2 � 20.0; 18:3 � 55.0 [2]
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
2. F.R. Earle, T.A.McGuire, J. Mallan, M.O. Bagby, I.A.Wolff,
J. Am. Oil Chem. Soc. 37, 48 (1960)
Majorana syriaca (L.) Rafin.
Synonyms
M. syriaca (L.) Feinbr.; Origanum maru L.; Origanumsyriacum L.
Family: Lamiaceae
Essential oil (steam distillation), % v/w: 0.9 (from
fresh plant material, Israel)
Composition of essential oil (GLC, 5% Carbowax
20 M and 6% OV 17; GC/MS, OV 1), %: a-Pinene � 2.3; camphene � 0.1; b-pinene �0.2; sabinene � tr; D3-carene � 0.1; myrcene �2.9; a-terpinene � 2.8; limonene � 0.4; 1;8-
cineole � 0.3; g-terpinene � 14.5; cymene �13.1; camphor � tr; linalool � 0.2; terpinene-4-
ol � 0.6; caryophyllene � 2.2; borneol � 0.7;
thymol � 41.1; carvacrol � 15.6
References
1. V. Ravid, E. Putievsky, Planta Med. 49, 248 (1983)
Marrubium alternidens
Family: Lamiaceae
Seed
Free FAs
Composition (GLC), %: 14:0 � 4.8; unidentified
1 � 2.0; 16:0 � 27.4; 16:1 � tr; 17:0 � 0.9;
18:0 � 5.7; 18:1 � 28.7; 18:2 � 18.6; 18:3 � tr;
20:0 � 0.9; 20:1 � 0.8; unidentified 2 � 10.2
References
1. G.A. Stepanenko, T.V. Khomova, S.D. Gusakova, A.U.
Umarov, Chem. Nat. Comp. 17, 326 (1981)
Marrubium vulgare
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.8
Oil, % dry wt: 35.1
HBr uptake, as C18 acid, %: 0.3
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
Melissa officinalis L.
Family: Lamiaceae
Aerial Part
Pigments
Composition, %: Chlorophyll a� 60.3; chlorophyll
b � 16.0; pheophytin a � 0.8; pheophytin b �0.3; pheophorbid a � 0.4; pheophorbid b � 0.3;
ethylchlorophyllide a� 1.9; ethylchlorophyllide
b� 0.8; chlorophyllide a� 12.0; chlorophyllide
b� 7.2; a-carotene � 4.5; b-carotene � 35.2; d-carotene� 0.6; 5,6-epoxy-lutein � 1.5; lutein�20.0; zeaxanthin � 2.5; violaxanthin � 9.2;
neoxanthin � 7.2; unidentified carotenoides �6.7 [1]
Carotenoids, 10�3%: 9.10 [1]
Chlorophylls, 10�3%: 109.3 [1]
Leaf
Essential oil, %: 0.06–0.375 [2]
Composition of essential oil (GC/MS, OV 101), %:
6-Methylhepten-2-ol � 2.2–8.6; citronellal �1.0–8.4; linalool � 0.5–2.7; neral – 19.6–36.1;
geranial� 25.3–47.5; geranyl acetate� 1.2–6.2;
b-caryophyllene-oxide � 0.5–9.0 and 62 com-
pounds as minor [2]
Seed
Mass of 1,000, g: 0.52 [3]
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Lamiaceae 432 Melittis melissophyllum L.
Oil, % dry wt: 39.0 [3]; 20.0–25.0 [4]
d20: 0.9370 [3]
Acid value, mg KOH: 2.72 [3]
Сolor: 2/2 [3]
Iodine value, % J2: 140.0–194.0 [4]
FAs
Composition (GLC, FFAP), %: 16:0 � 6.0; 18:0 �2.0; 18:1(9) � 4.0; 18:1(6) � 0.8; 18:2 � 36.4;
18:3 � 50.4 [3]
References
1. L.N. Pilipenko, L.B. Oleynik, V.V. Kozhukhar, Chem. Nat.
Comp. 33, 269 (1998)
2. G. Tittel, H. Wagner, R. Bos, Planta Med. 46, 91 (1982)
3. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Polonica 44(3),
161 (1998)
4. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348 [in
Russian]
Melittis melissophyllum L.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 125.9 (cald)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 –
6.1; 18:0 – 2.2; 18:1 – 51.2; 18:2 – 39.1; 18:3 – 1.4
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32 (1971)
Mentha aquatica L.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.1
Oil (petroleum ether, 30–60�C), %: 25.0
n40D : 1.4750
Iodine value (Wijs), % J2: 184.0; 194.0 (cald)
FAs
Composition (GLC; 20% LAC-2R 446), %: 16:0 –
5.7; 18:0 – 2.8; 18:1 – 11.0; 18:2 – 29.0; 18:3 –
51.0; and others – 0.4
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Mentha arvensis
Family: Lamiaceae
Seed and Pericarp
Ash, %: 8.9 [1]
Mass of 1,000, g: 0.1 [1, 2]
Oil, (petroleum ether, 30–60�C), % dry wt: 23.0 [1, 2]
n40D : 1.4752 [2]
Iodine value (Wijs), % J2: 199.0 [2]
Saponification value, mg KOH: 183.0 [2]
FAs
Composition (20% Apiezon L), %: Saturated� 9.0;
18:1 � 13.0; 18:2 � 16.0; 18:3 � 58.0 [2]
HBr uptake, as C18 epoxy, %: 1.6 [2]
IR [2]
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
2. F.R. Earle, C.A. Glass, G.C. Geisinger, I.A. Wolff, J. Am. Oil
Chem. Soc. 37, 440 (1960)
Mentha arvensis L.
Family: Lamiaceae
Essential oil, % dry wt: 0.16–0.37 [1]
[a]D: (�)2.44–(+)14.32� [1]d: 0.8570–0.9350 [1]
Ester value, mg KOH: 33.6 [1]
Ester value after acetylated, mg KOH: 134.0 [1]
Seed
Iodine value (Wijs), % J2: 199.0; 207.0 (cald) [2]
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Mentha incana Willd. 433 Lamiaceae
FAsComposition (GLC; 20% LAC-2R 446), %: 16:0 –
5.2; 18:0 – 2.2; 18:1 – 9.5; 18:2 – 21.0; 18:3 –
62.0; others (1) – tr [2]
Use: The essential oil may be used in perfume and
food [1].
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 143 [in
Russian]
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Mentha asiatica
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.09 [1]
Oil (petroleum ether), %:22.2 [1]
d: 0.9245 [1]
n20D : 1.4827 [1]
Acid value, mg KOH: 2.4 [1]
Iodine value (Kaufmann), % J2: 202.3 [1]
Unsaponifables, %: 2.3 [1]
FAs
n20D : 1.4723 [1]
Iodine value (Kaufmann), % J2: 208.1; 203
(cald) [1]
Saponification value, mg KOH: 203.2 [1]
UV, IR [1]
Composition (GLC), %: 16:0 – 5.3; 18:0 – 1.6;
18:1 – 7.7; 18:2 – 29.8; 18:3 – 55.5; others (1)
– 0.1 [1]
TAG
Main components (Coleman), mole %: LeLeLe –
16.4; LLeLe – 15.2; OLeLe – 2.0; LeLLe – 11.9;
LeOLe – 5.9; PLeLe – 2.8; LLLe – 11.0; OLLe –
1.4; LOLe – 5.6; OLeL – 1.0; PLLe – 2.2; LLeL
– 3.5; POLe – 1.0; PLeL – 1.4; LePLe – 4.3; LLL
– 2.6; LOL – 1.3; PLL – 1.0; LPLe – 4.0 [2]
Composition, mole %: SSS – 0.01; SSU + USS –
0.68; SUS – 0.10; SUU – 9.86; USU – 5.72;
UUU – 83.63 [1]; SSS – 0.0; SSU + USS – 0.7;
USU – 10.1; SUS – 0.2; SUU + UUS – 9.2;
UUU – 79.8 [2]
FAs of TAG
Composition (GLC, 15% Reoplex 400), %: 16:0 –
5.7; 16:1(9) – tr; 18:0 – 1.6; 18:1(9) – 7.3; 18:2
(9,12) – 30.1; 18:3(9,12,15) – 56.3 [2]
12-Hydroxy-9Z,15Z-octadecadienoic acid [1]
MS [1]
Oxo acids
UV [1]
References
1. S.D. Gusakova, Kh.K. Kholmatov, A.U. Umarov, Chem. Nat.
Comp. 12, 134 (1976)
2. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
Mentha dahurica Fisch.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.06–0.42
[a]D: 25.0–22.0�
d: 0.8651–0.8835
n40D : 1.4630–1.4685
Acid value, mg KOH: 0.66–1.0
Ester value, mg KOH: 10.27–23.32
Ester value after acetylated, mg KOH: 117.6–123.2
Stem
Essential oil, % dry wt: tr
Use: The essential oil may be used in food.
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 142
Mentha incana Willd.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 218.7 (cald)
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Lamiaceae 434 Mentha longifolia (L.) Huds.
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 –
4.0; 18:0 – 1.2; 18:1 – 9.9; 18:2 – 33.2; 18:3 –
51.7
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
Mentha longifolia (L.) Huds.
Family: Lamiaceae
Sterols, % dry wt: 0.05 [1]
Triterpenoic acids, % dry wt: Ursolic acid + oleanolic
acid - 0.74; uvaol, eritrodiol [1]
Terpenoids
Phytol, % dry wt: 0.04 [1]
Seed
Mass of 1,000, g: 0.01 [2]
Oil (petroleum ether, 30–60˚C), %: 28.0 [2]
n40D : 1.4752 [2]
Iodine value (Wijs), % J2: 197.0; 203.0 (cald) [2]
FAs
Composition (GLC; 20% LAC-2R 446), %: 16:0 –
5.0; 18:0 – 2.1; 18:1 – 7.3; 18:2 – 30.0; 18:3 –
56.0; others (3) – 0.4 [2]
IR [2]
Seed
Oil (hexane) [3]
Iodine value, % J2: 207.4 (cald) [3]
FAs
Composition (GLC, 10% PEGA), mole %: 16:0 –
4.2; 18:0 – 1.4; 18:1 – 7.8; 18:2 – 31.6; 18:3 –
54.9 [3]
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
3. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971) [in Russian]
Mentha piperita L.
Synonyms
M. officinalis Hull.
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), %: 3.21 (from air-
dried plant material; Vojvodina, FR Yugoslavia, in
July, 2000, flowering stage) [1]
Composition (GC/MS, HP 5MS), %: a-Pinene –
0.12; sabinene – 0.20; b-pinene – 0.33; b-myrcene – 0.11; limonene – 0.10; 1.8-cineole –
0.8; 1-sabinene hydrate – 1.60; linalool – 0.31;
menthone – 8.93; isomenthone – 3.66; neo-
menthol – 2.11; menthol – 39.63; a-neo-isomenthol – 0.63; 1-a-terpineol – 3.0; pulegone– 1.59; piperitone – 0.88; bornyl acetate – 0.66;
methyl acetate – 10.44; isomethyl acetate – 0.64;
b-cubebene – 1.80; b-elemene – 2.48; (E)-
caryophyllene – 3.08; a-humulene – 0.46;
germacrene D – 0.25; epizonaren – 0.50; Z-b-farnesene – 0.54; spathulenol – 1.02; viridiflorol
– 1.11; t-muurolol – 0.21; 3-octanol – 0.05; total
– 87.24
Monoterpene hydrocarbons, %: 0.86
Oxygenated monoterpenes, %: 74.88
Sesquiterpene hydrocarbons, %: 9.11
Oxygenated sesquiterpenes, %: 2.34
Seed
Oil, %: 20.0 [2]
Iodine value, % J2: 194.0 [2]
Activity: Antibacterial activity of essential oil,
(20% and 50% solutions in n-hexane), millimeters,
including hole of 5 mm diameter: Escherichia coli –10.0–21.0 and 15.2–22.6, Salmonella enteritidis –
18.8 and 19.8, Salmonella typi – 28.0 and 20.8,
Shigella sonei – 42.0 and 47.4, Sarcina lutea – 15.8
and 16.0, Micrococcus flavus – 60.0 and 60.0, Staphy-
lococcus aureus – 20.0 and 39.8, Staphylococcus
epidermidis – 20.2 and 30.0, Bacillus subtilis – 18.6
and 22.2 [1]
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Mentha sp. 435 Lamiaceae
Antifungal activity, MIC and MFC, mL: Trichophytonmentagrophytes, Trichophyton rubrum,Epidermophyton floccosum – 4 and 8, Trichophytontonsurans – both 8
DPPH-test: reached 50% of reduction with an IC50 of
2.53 mg/mL (BHT-2.45)
OH radical scavenging activity, %: 24.0
Use: Folium Menthae piperitae [3].
Oleum Menthae piperitae [3].
Tabulettae olei [3].
Tabulettae Pectusinum [3].
References
1. N. Mitica-Dukic, B. Bozin, M. Sokovic, B. Minajlovic,
M. Matavulj, Planta Med. 69, 413 (2003)
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 347 [in
Russian]
3. M.D. Mashkovskii, Lekarstvennye sredstva (Meditsina,
Tashkent, 1988) 1, 346 [in Russian]
Mentha pulegiam L.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.1
Oil (petroleum ether, 30–60�C), %: 27.0
n40D : 1.4754
Iodine value (Wijs), % J2: 193.0; 198.0 (cald)
FAs
Composition (GLC; 20% LAC-2R 446), %: 16:0 –
6.4; 18:0 – 4.5; 18:1 – 6.5; 18:2 – 25.0; 18:3 –
57.0; others (5) – 0.9
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Mentha rotundifolia (L.) Huds.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.01
Oil (petroleum ether, 30–60�C), %: 25.0
n40D : 1.4750
Iodine value (Wijs), % J2: 193.0; 195.0 (cald)
FAs
Composition (GLC; 20% LAC-2R 446), %: 16:0 –
6.3; 18:0 – 2.8; 18:1 – 8.5; 18:2 – 30.0; 18:3 –
52.0; others (5) – 0.6
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Mentha royleana L.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 210.8 (cald)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 –
3.6; 18:0 – 1.4; 18:1 – 6.7; 18:2 – 30.8; 18:3 – 57.5
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
Mentha sp.
Family: Lamiaceae
Seed and Pericarp
Ash, %: 3.1 [1]
Mass of 1,000, g: 0.6 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 44.0%
[1, 2]
n40D : 1.4767 [2]
Iodine value (Wijs), % J2: 214.0 [2]
HBr, uptake, as C18 epoxy acid, %: 0.1 [2]
IR [2]
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Lamiaceae 436 Mentha spicata L.
FAs
Composition (GLC, 20% Apiezon L), %: Saturated
� 5.0; 18:1 � 9.0; 18:2 � 17.0; 18:3 � 64.0 [2]
References
1. F.R. Earle, Q. Jones, Econ.Bot. 16(4), 221 (1962)
2. F.R. Earle, C.A. Glass, G.C. Geisinger, I.A. Wolff, J. Am. Oil
Chem. Soc. 37, 440 (1960)
Mentha spicata L.
Synonyms
M. crispa L.; M. viridis L., M
Family: Lamiaceae
Plant Material
Parts, %: Inflorescence – 8.7; leaves – 46.1; stem – 45.2
Inflorescence
Moisture and volatiles, % fresh wt: 75.3
Essential oil, % fresh wt: 0.08
Lipids, % fresh wt: 2.1
Lipids, % mg/g dry wt: 85.0
FAs, %: 61.8
Composition (GLC), %: 10:0 – 1.7; 12:0 – 6.3; 13:0
– 1.7; 14:0 – 1.4; 15:0 – tr; 16:0 – 16.7; 16:1 –
3.7; 17:0 – tr; 18:0 – 8.9; 18:1 – 7.3; 18:2 – 20.0;
18:3 – 32.3; 20:0 – tr
Leaf
Moisture and volatiles, % fresh wt: 74.8
Essential oil, % fresh wt: 0.24
Lipids, % fresh wt: 3.1
Lipids, % mg/g dry wt: 123.1
FAs, %: 61.8
Composition (GLC), %: 10:0 – 1.2; 12:0 – 9.3; 13:0
– 3.6; 14:0 – 1.7; 15:0 – 1.0; 16:0 – 17.5; 16:1 –
3.9; 17:0 – 0.8; 18:0 – 15.4; 18:1 – 4.8; 18:2 –
7.3; 18:3 – 29.5; 20:0 – 4.0
Stem
Moisture and volatiles, % fresh wt: 68.1
Lipids, % fresh wt: 0.6
Lipids, % mg/g dry wt: 18.8
FAs, %: 61.8
Composition (GLC), %: 10:0 – 4.6; 12:0 – 14.2;
13:0 – 7.8; 14:0 – 1.7; 15:0 – tr; 16:0 – 18.7; 16:1
– 2.1; 17:0 – tr; 18:0 – 15.4; 18:1 – 6.9; 18:2 –
9.7; 18:3 – 12.3; 20:0 – 6.6
References
1. T.V. Khomova, S.D. Gusakova, A. Nigmatullaev, Chem. Nat.
Comp. 33, 803 (1997)
Mentha sylvestris L.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.1
Oil (petroleum ether, 30–60�C), %: 25.0
n40D : 1.4760
Iodine value (Wijs), % J2: 197.0; 200.0 (cald)
FAs
Composition (GLC; 20% LAC-2R 446), %: 16:0 –
5.4; 18:0 – 2.0; 18:1 – 8.0; 18:2 – 30.0; 18:3 –
54.0; others (8) – 1.2
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Mentha tomentosa D’Ury.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.04
Oil (petroleum ether, 30–60�C), %: 28.0
n40D : 1.4753
Iodine value (Wijs), % J2: 191.0; 197.0 (cald)
FAs
Composition (GLC; 20% LAC – 2R 446), %: 16:0 –
4.8; 18:0 – 2.7; 18:1 – 11.0; 18:2 – 29.0; 18:3 –
52.0; others (6) – 0.6
IR
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Monardella hypoleuca Gray Southern 437 Lamiaceae
References1. J.M. Hageman, F.R. Earle, I.A.Wolff, A.S. Barclay, Lipids, 2,
371 (1967)
Micromeria benthami Webb. et Berth.
Family: Lamiaceae
Aerial Part
Betulinic acid
½a�20D : +3.50
M.p.
Micromeric acid
a�20D : +127
M.p.
References
1. J. Bermejo, J.L. Breton, G. De la Fuente, A.G. Gonzalez,
Tetrahedron Lett, 4649 (1967)
Monarda fistulosa
Family: Lamiaceae
Seed
Ash, %: 6.7 [1]
Mass of 1,000, g: 3.0 [1]
Oil, % dry wt: 31.8 [1]; 32.0 (petroleum ether, 30–
60�C) [2]n40D : 1.4756 [2]
Iodine value (Wijs), % J2: 210.0 [2]
Saponification value, mg KOH: 192.0 [2]
FAs
Composition (20% Apiezon L), %: 18:1 � 19.0;
18:2 � 18.0; 18:3 � 56.0 [2]
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
2. F.R. Earle, T.A. McGuire, J. Mallan, M.O. Bagby, I.A. Wolff,
J. Am. Oil Chem. Soc. 37, 48 (1960)
Monardalis sp.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 2.0
Oil, % dry wt: 26.8
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
Monardella crispa Elmer
Family: Lamiaceae
Leaves and Stems
Essential oil (hydrodistillation)
Composition of essential oil (GLC, 3% SE 30 and
OV 17; GC/MS, WCOT), %: a-Pinene � 2.7; b-pinene � 0.5; camphene � 1.1; myrcene � 1.0;
a-phellandrene � 0.1; b-phellandrene � 0.2; a-thujene� tr; d-3-carene� 0.3; limonene� tr; b-caryophyllene � 0.4; caryophyllene isomer �0.2; trans-b-farnesene � 1.3; linalool � 0.2;
1;8-cineole � tr; citronellal � 0.5; isoborneol
� 2.0; piperitenone � 29.6; a-terpineol � 1.0;
pulegone � 57.0; piperitone � 0.6; carvacrol �tr; dihydrocarveol � tr; 4-terpineol � tr;
unknown alcohol � 1.0 (from air-dried plant
material, Santa Barbara Botanic Garden, USA)
References
1. B.D. Tanowitz, D.M. Smith, S.A. Junak, Phytochemistry 26,
2751 (1987)
Monardella hypoleuca Gray Southern
Family: Lamiaceae
Leaf
Terpenoids (solvent extraction, n-pentane–Et2O, 2:1,v/v; GLC, 3% SE 30 and 3% OV 17; GC/MS, HP
5840), %: Piperitone� 0.2; b-caryophyllene� 0.7;
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Lamiaceae 438 Monardella undulata Bentham var. undulata
piperitenone � 1.3; a-thujene � 3.4; 1,8-cineole �4.3; D-3-carene� 8.7; trans-b-farnesene� 76.0; b-pinene � tr; camphor � tr; isoborneol � tr; d-cadinene � tr; unidentified caryophyllene isomer
� tr (from fresh plant material, California)
References
1. B.D. Tanowitz, D.M. Smith, S.A. Junak, J. Nat. Prod. 47, 738
(1984)
Monardella undulata Bentham var.undulata
Family: Lamiaceae
Leaves and Stems
Essential oil (hydrodistillation)
Composition of essential oil (GLC, 3% SE 30 and
OV 17; GC/MS, WCOT), %: a-Pinene � 1.4; b-pinene � 0.6; camphene � 0.4; myrcene � 0.5;
a-phellandrene � tr; a-thujene � tr; d-3-carene� 1.3; g-terpinene � tr; limonene � tr; b-caryophyllene � 1.6; caryophyllene isomer �1.7; trans-b-farnesene � 2.2; linalool � tr; 1,8-
cineole� tr; isoborneol� tr; piperitenone� 4.8;
a-terpineol � 1.2; carveol � tr; pulegone � 0.5;
piperitone� tr; carvacrol� tr; dihydrocarveol�tr; 4-terpineol � tr; caryophyllene oxide � tr;
unknown alcohol � 1.7 (from air dried plant
material, Santa Barbara Botanic Garden, USA)
References
1. B.D. Tanowitz, D.M. Smith, S.A. Junak, Phytochemistry 26,
2751 (1987)
Monardella undulata var. frutescens
Family: Lamiaceae
Leaves and Stems
Essential oil (hydrodistillation)
Composition of essential oil (GLC, 3% SE 30 and
OV 17; GC/MS, WCOT), %: a-Pinene � 0.2; b-pinene � 0.7; camphene � tr; myrcene � 0.2;
b-phellandrene � tr; a-thujene � tr; d-3-carene� 1.5; limonene � tr; caryophyllene isomer �23.4; trans-b-farnesene � 15.4; linalool � 0.2;
1,8-cineole� tr; isoborneol� 0.5; a-terpineol�1.8; thymol � 0.3; pulegone � 54.5; piperitone
� 1.0; dihydrocarveol � tr (from air-dried plant
material, Santa Barbara Botanic Garden, USA)
References
1. B.D. Tanowitz, D.M. Smith, S.A. Junak, Phytochemistry 26,
2751 (1987)
Nepeta argolica ssp. dirphya (Boiss.) Stridand Kit Tan
Family: Lamiaceae
Aerial Part
Essential oil (steam distillation), % v/w: 0.73 (endemic
in European Island)
Composition (GC/MS, HP 5MS), %: a-Thujene –
0.08; a-pinene – 0.59; sabinene – 0.63; 1-octen-3-ol – 0.17; b-pinene – 4.53; octanone-3 – 0.09;
myrcene-0.09; octanol-3 – 0.23; a-terpinene –
0.06; p-cymene – 0.45; 1;8-cineol – 5.88; g-terpinene – 0.14; cis-linalool oxide – 0.06; a-terpinolene – 0.13; linalool – 0.19; nonanal –
0.10; a-campholenal – 0.13; nopione – 0.23;
pinocarveol – 0.41; terpin-4-ol – 0.55; p-cymen-
8-ol – 0.11; a-terpineol – 0.62; myrtenal – 0.31;
myrtenol – 0.17; methyl 3-phenylpropionate –
0.24; ethyl 3-phenylpropionate – 0.16;
4aa,7a,7aa-nepetalactone – 58.05; b-bourbonene– 0.13; 4aa,7a,7ab-nepetalactone – 17.00;
dihydroisonepetalactone – 0.51; germacrene D –
0.18; d-cadinene – 0.68; a-bisabolol – 0.32; total –91.97
Activity: Inhibitory effects against Helicobacter
pylori, MICs, mg/mL: 32.0–256.0; MIC50 – 64.0;
MIC90 – 128.0 (ampicillin as standard – 0.15–0.6)
References
1. E. Kalpoutzakis, N. Aligiannis, A. Mentis, S. Mitaki,
C. Charvala, Planta Med. 67, 880 (2001)
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Nepeta cataria L. 439 Lamiaceae
Nepeta camphorate Boiss & Heldr. andBoiss.Family: Lamiaceae
Aerial Part
Essential oil (steam distillation), % v/w: 0.75 (at
flowering stage, jule 1999, endemic in Southern
Greece)
Composition (GC/MS, HP 5MS), %: a-Thujene –
0.11; a-pinene – 3.96; camphene – 0.08; 1-
Octen-3-ol – 0.09; b-pinene – 11.98; myrcene –
1.51; a-terpinene – 0.36; 1,8-cineol – 51.72; cis-b-ocimene – 0.67; cis-a-ocimene – 3.81; g-terpinene – 0.59; a-terpinolene – 0.26; linalool
– 0.44; a-campholenal – 0.14; nopione – 0.29;
pinocarveol – 1.15; trans-carveol – 0.35;
cuminal – 0.07; carvone – 0.07; terpinene-4-ol
– 1.76; a - terpineol – 5.87; myrtenal – 0.63;
myrtenol – 0.45; methyl 3-phenylpropionate –
0.30; ethyl 3-phenylpropionate – 0.16; a-copaene – 0.31; b-elemene – 0.08; a-gurjunene– 0.18; trans-b-caryophyllene – 0.20; trans-b –
farnesene – 0.20; germacrene D – 0.58;
bicyclogermacrene – 0.29; b-bisabolene – 0.19;
d-cadinene – 0.68; a-calacorene – 0.08;
germacrenol – 0.32; spathulenol – 0.27;
caryophyllene oxide – 0.47; guaiol – 0.15; total
– 93.22
Activity: Essential oil
Inhibitory effects, MICs, mg/mL: 64.0–512.0;
MIC50 – 128.0; MIC90 – 256.0
1,8-Cineol
Inhibitory effects against Helicobacter pylori,
MICs, mg/mL: 32.0–256.0; MIC50 – 64.0;
MIC90 – 128.0 (ampicillin 0.15–0.6)
4aa, 7aa-Nepetalactone 1
½a�20D : 2.5� (c 0.30 CHCl3)1H NMR
Inhibitory effects, MICs, mg/mL: >16.0–64.0;
MIC50 – 64.0; MIC90 – 128.0
4aa, 7a, 7aa-Nepetalactone½a�20D : 18.6 (c 0.25 CHCl3)1H NMR
Inhibitory effects, MICs, mg/mL: 32.0 – 256.0;
MIC50 – 64.0; MIC90 – 128.0
References
1. E. Kalpoutzakis, N. Aligiannis, A. Mentis, S. Mitaki,
C. Charvala, Planta Med. 67, 880 (2001)
Nepeta cataria
Family: Lamiaceae
Seed and Pericarp
Ash, %: 3.2 [1]
Mass of 1,000, g: 0.5 [1]
Oil, % dry wt: 21.2 [1]; 21.0 (petroleum ether, 30–
60�C) [2]n40D : 1.4754 [2]
Iodine value (Wijs), % J2: 201.0 [2]
Saponification value, mg KOH: 185.0 [2]
HBr, uptake, as C18 epoxy acid, %: 0.2 [2]
IR [2]
FAs
Composition (20% Apiezon L), %: Saturated� 8.0;
18:1 � 12.0; 18:2 � 18.0; 18:3 � 57.0 [2]
Seed
Oil, % dry wt: 24.7 [3]
TAG
FAs (GLC, 17% PEGS), %: 16:0 � 6.3; iso-17:0 –
tr; 18:0 � 0.7; 18:1 � 11.0; 18:2 � 24.5; 18:3 �57.5 [3]
Free FAs
Composition, %: 16:0 � 3.0; iso-17:0 – 0.3; 18:0 �0.5; 18:1 � 4.2; 18:2 � 25.6; 18:3 � 66.4 [3]
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
2. F.R. Earle, C.A. Glass, G.C. Geisinger, I.A. Wolff, J. Am. Oil
Chem. Soc. 37, 440 (1960)
3. T.V. Khomova, Autor’s Abstract of Candidate’s Dissertation
(Tashkent, 1985)
Nepeta cataria L.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.27 (1); 0.11 (2) [1]
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Lamiaceae 440 Nepeta cataria L.
[a]D: (�)1.12–(�)2.49� (1); 11.4� (2) [1]d: 0.8810–0.8970 (1); 1.044 (2) [1]
n40D : 1.4740–1.4829 (1); 1.4891 (2)
Acid value, mg KOH: up to 28.8 (1); 63.02 (2) [1]
Ester value, mg KOH: up to 36.7 (1); 254.05 (2) [1]
Ester value after acetylated, mg KOH: 35.0–286.0
(1); 330.4 (2) [1]
Saponification value, mg KOH: 314.07 (2) [1]
Components, %: Citronellol – 25.0; geraniol – 17.0;
citral – 13.0; limonene + dipentene – 8.0; other
alcohols and sesquiterpene hydrocarbons (2) [1]
Inflorescence
Essential oil, % dry wt: 0.22 [1]
Leaf
Essential oil, % dry wt: 0.54 [1]
Seed
Mass of 1,000, g: 0.5 [2]
Oil, % dry wt: 21.0 (petroleum ether, 30–60�C) [2];24.8 (hexane) [3]
d: 0.9208 [3]
n40D : 1.4754 [1]; 1.4821[3]
Acid value, mg KOH: 3.3 [3]
Iodine value (Wijs), % J2: 201; 201 (cald) [1]; 212.3
[3]
Unsaponifables, %: 2.9 [3]
FAs
Composition (GLC, 20% LAC - 2R 446), %: 16:0 –
6.0; 18:0 – 2.0; 18:1 – 10; 18:2 – 20; 18:3 – 60;
others (3) – 1.3 [3]
Allenic acid (IR), %: 1.2 [2]
IR [2]
Lipids
Composition (TLC): Hydrogenes + Ester of sterols
+ methyl ethers of FAs – 2.2; TAGs – 85.0; di-2-
ethylhexylphtalate + free FAs + sterols + a,a’-DAGs + a,b-DAGs – 12.5; MAGs – 0.3; PhLs –
tr [3]
FAs of Methyl ethers
Composition (GLC; 15% Reoplex 400), %:
12:0 – 1.0; iso – 13:0 – 1.0; 14:0 – 1.1; 15:0 –
0.6; 16:0 – 22.3; iso – 17:0 – 0.9; 18:0 – 12.4;
18:1(9) – 23.9; 18:2(9;12) – 20.6; 18:3(9,12,15) –
16.2 [3]
TAG
Main components (Coleman), mol %: LeLLe –
24.5; LLLe – 8.6; PLLe – 6.6; OLLe – 3.6;
PLL – 1.2; LLL – 0.8; PLO – 0.6; StLLe – 0.6;
OLL – 0.6; PLP – 0.4; StLL – 0.2; OLO – 0.1;
LeLeLe – 14.9; LLeLe – 5.2; PLeLe – 4.0; OLeLe
– 2.2; PLeL – 0.8; LLeL – 0.5; StLeLe – 0.4;
OLeL – 0.4; PLeP – 0.3; PleO – 0.2; OLeO – 0.1;
LeOLe – 11.2; LOLe – 4.0; POLe – 3.0; OOLe –
1.6; POL – 0.6; OOL – 0.4; LOL – 0.4; POO –
0.2; StOLe – 0.2; POP – 0.2; OOO – 0.1; LePLe –
0.7; LPLe – 0.2; OPLe – 0.2; PPLe – 0.2 [3]
Composition, mol %: SSU – 0.2; SUS – 0.9; USU –
1.1; SUU – 18.6; UUU – 79.2 [3]
FAs of TAG
Composition (GLC; 15% Reoplex 400), %: 16:0 –
6.3; iso-17:0 – tr; 18:0 – 0.7; 18:1 – 11.0; 18:2 –
24.5; 18:3 – 57.5 [3]
Free FAs
Composition (GLC; 15% Reoplex 400), %: 16:0 –
3.0; iso-17:0 – 0.3; 18:0 – 0.5; 18:1 – 4.2; 18:2 –
25.6; 18:3 – 66.4 [3]
FAs of DAG
Composition (GLC; 15% Reoplex 400), %: 12:0 –
0.3; 14:0 – 0.5; 16:0 – 6.9; iso-17:0 – 1.0; 18:0 –2.4; 18:1 – 11.8; 18:2 – 19.4; 18:3 – 57.7 [3]
FAs of MAG
Composition (GLC; 15% Reoplex 400), %: 12:0 –
0.9; 16:0 – 9.8; iso-17:0 – 2.6; 18:0 – 3.2; 18:1 –
14.3; 18:2 – 22.5; 18:3 – 46.7 [3]
Sterols: b-Sitosterol [3]
Stem
Essential oil, % dry wt: 0.009 [1]
Use: The essential oil may be used in perfume and in
food as spice [1].
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 130 [in
Russian]
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
3. T.V. Khomova, S.D. Gusakova, A.U. Umarov, Chem. Nat.
Comp. 14, 139 (1978)
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Nepeta grandiflora 441 Lamiaceae
Nepeta congesta Fisch. and Mey.Family: Lamiaceae
Mass of 1,000, g: 1.0
Oil (petroleum ether, 30–60�C), % dry wt: 17.0
n40D : 1.4766
Iodine value (Wijs), % J2: 202.0; 207.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.4; 18:0 – 1.6; 18:1 – 10.0; 18:2 – 19.0; 18:3 –
64.0; others (3) – 0.2
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Nepeta cyeanea Stev.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 18.6
Components of oil (TLC): Hydrocarbons, steryl
esters, TAG, free FAs, DAG, MAG, sterols,
chlorophylls
TAG
FAs (GLC), %: 16:0 � 4.5; 16:1 � 0.5; 18:0 � 1.5;
18:1 � 14.2; 18:2 � 14.8; 18:3 � 64.5
Free FAs
Composition (GLC), %: 16:0� 9.0; 16:1� 1.3; 18:0
� 2.4; 18:1 � 17.1; 18:2 � 18.9; 18:3 � 51.3
References
1. G.A. Stepanenko, T.V. Khomova, S.D. Gusakova, A.U.
Umarov, Chem. Nat. Comp. 17, 326 (1981)
Nepeta distants Raul
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 18.2
Components of oil (TLC): Hydrocarbons, steryl
esters, TAG, free FAs, sterols
TAG
FAs (GLC, 17% PEGS), %: 16:0 – 4.2; 16:1 � 0.8;
18:0 � 1.8; 18:1 � 11.7; 18:2 � 20.8; 18:3 �61.7
Free FAs
Composition (GLC), %: 16:0 � 16.3; 16:1 � 12.9;
18:0� 10.7; 18:1� 17.9; 18:2� 19.3; 18:3� 22.9
References
1. G.A. Stepanenko, T.V. Khomova, S.D. Gusakova, A.U.
Umarov, Chem. Nat. Comp. 17, 326 (1981)
Nepeta glomerulosa Boiss.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.3
Oil (petroleum ether, 30–60�C), % dry wt: 20.0
n40D : 1.4753
Iodine value (Wijs), % J2: 195.0; 199.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.8; 18:0 – 7.7; 18:1 – 11.0; 18:2 – 17.0; 18:3 –
61.0; others (8) – 0.3
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Nepeta grandiflora
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 19.1
Components of oil (TLC): Hydrocarbons, steryl
esters, TAG, free FAs, DAG, MAG, sterols
TAG
FAs (GLC), %: 16:0 � 4.2; 16:1 � 0.4; 18:0 � 1.7;
18:1 � 14.6; 18:2 � 13.9; 18:3 � 65.2
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Lamiaceae 442 Nepeta grandiflora M.B.
Free FAs
Composition (GLC), %: 16:0 � 16.9; 16:1 � 4.1;
18:0� 11.0; 18:1� 45.1; 18:2� 15.7; 18:3� 7.2
References
1. G.A. Stepanenko, T.V. Khomova, S.D. Gusakova, A.U.
Umarov, Chem. Nat. Comp. 17, 326 (1981)
Nepeta grandiflora M.B.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 226.4 (cald.)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 –
4.4; 18:0 – 1.4; 18:1 – 8.5; 18:2 – 26.3; 18:3 – 59.4
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
Nepeta involuczata (Bunge) Born
Family: Lamiaceae
Aerial Part
Essential oil (hydro distillation), % dry wt (w/w): 0.2
(air dried, Iran)
Composition (GC and GC/MS, DB 1), %: a-Thujene – 0.1; a-pinene – 4.9; sabinene – 6.7;
b-pinene – 12.2; myrcene – 1.4; a-terpinene –
0.6; 1,8-cineole – 23.1; (Z)-ocimene – 0.2; g-terpinene – 1.1; trans-sabinene hydrate – 0.2;
terpinolene – 0.6; linalool – 0.1; cis-verbenol –
0.1; a-campholenal – 0.6; trans-p-menth-2-en-1-
ol – 0.1; trans-pinane – 0.2; cis-limonene oxide –
0.1; trans-limonene oxide – 0.1; trans-
pinocarveol – 1.8; trans-verbenone – 0.8;
pinocarvone – 1.2; p-menth-1-en-8-ol – 1.3; 4-
terpineol – 1.9; a-terpineol – 3.3; myrtenol – 0.6;
trans-piperitol – 0.1; trans-carveol – 0.9;
carvone – 1.4; perilla aldehyde – 0.3; a-copaene– 0.6; b-bourbonene – 1.7; b-cedrene – 1.1; b-caryophyllene – 0.1; b-cubebene – 0.4; b-gurjunene – 0.4; b-lonone – 0.1; g-muurolene –
0.1; germacrene D – 15.1; bicyclogermacrene –
1.4; d-cadinene – 2.1; 2,3,3-trimethyl-2-(3-
methyl-1,3-butadienyl)-cyclohexanone – 1.5;
spathulenol – 2.3; caryophyllene oxide – 2.3; d-cadinol – 2.2; a-cedrol – 0.3; t-muurolol – 1.3
Monoterpene hydrocarbons – 27.8
Oxygenated monoterpenes – 38.3
Sesquiterpene hydrocarbons – 23.2
Oxygenated sesquiterpenes – 10.0
References
1. A. Sonboli, P. Salehi, L. Allahyari, Chem. Nat. Comp. 41, 562
(2005)
Nepeta italica L.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.3
Oil (petroleum ether, 30–60�C), % dry wt: 22.0
n40D : 1.4757
Iodine value (Wijs), % J2: 196.0; 203.0 (cald)
FAs
Composition (GLC on 20% LAC – 2R 446), %:
16:0 – 4.9; 18:0 – 2.3; 18:1 – 10.0; 18:2 – 23.0;
18:3 – 59.0; others (6) – 0.7
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Nepeta latifolia L.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.8
Oil (petroleum ether, 30–60� C), % dry wt: 17.0
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Nepeta nepetella L. 443 Lamiaceae
n40D : 1.4756Iodine value (Wijs), % J2: 196.0; 204.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.2; 18:0 – 1.6; 18:1 – 11.0; 18:2 – 20.0; 18:3 –
61.0; others (5) – 0.9
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Nepeta manchuriensis S. Moore
Family: Lamiaceae
Herbal
Essential oil, % dry wt: 0.17
Inflorescence
Essential oil, % dry wt: 2.52
Leaf
Essential oil, % dry wt: 0.77
Stem
Essential oil, % dry wt: 0.28
Use: The essential oil may be used in food as spice.
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p.129 [in
Russian]
Nepeta micrantha Bge.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 237.7 (cald.)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 –
3.9; 18:0 – 1.4; 18:1 – 7.1; 18:2 – 18.9; 18:3 – 68.7
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
Nepeta Mussinii Spreng.
Family: Lamiaceae
Seed and Pericarp
Ash, %: 8.0 [1]
Mass of 1,000, g: 8.0 [1]
Oil, % dry wt: 25.3 [1]
Seed
Oil (petroleum ether, 30–60�C), % dry wt: 25.0 [2]
n40D : 1.4749
Iodine value (Wijs), % J2: 200.0
Saponification value, mg KOH: 184.0
FAs
Composition (20% Apiezon L), %: Saturated� 6.0;
18:1 � 17.0; 18:2 � 18.0; 18:3 � 55.0 [2]
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
2. F.R. Earle, T.A. McGuire, J. Mallan, M.O. Bagby, I.A. Wolff,
J. Am. Oil Chem. Soc. 37, 48 (1960)
Nepeta nepetella L.
Family: Lamiaceae
Flowers and Leaves
Essential oil (steam distillation), % dry wt: 1.24 (from
dried plant material; Aosta Valley, Valnontey, Italy,
1700 mts a.s.l.) [1]
Compounds (HPLC pre-separation; GLC, HTS-OV
1, GC/MS OV-1), %: 2-Methylmethylbutanoate
– tr; menth-1-(7)-ene – tr; 2-methyl pentanol – tr;
trans-3-hexenal – tr; ethyl valerate – tr; 1,3,5,7
cyclooctatriene – tr; b-pinene – tr; methyl
hexanoate – tr; methyl-2-hexanoate – tr; benzal-
dehyde – tr; propyl isovalerate – tr; octen-3-ol –
0.5; phenylacetaldehyde – tr; p-cymene – tr;
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Lamiaceae 444 Nepeta nuda
ocimene – 0.4; acetophenone – tr; butyl valerate
– tr; car-3-ene – 1.6; matatabiether – tr; terpinen-
4-ol – tr; geranial – tr; linalool – tr; penthyl
valerate – tr; 1,3-dimethyl-2-acetylcyclo-pent-
2-ene – tr; methyl salicylate – tr; a-terpineol –tr; 3-oxobicyclo(4,3,0)-nonen-2-one – tr;
unidentified – tr; hexenyl valerate – tr;
phenylethyl valerate – tr; phenylethyl acetate –
tr; unidentified – tr; nepetalactone – 76.5;
epinepetalactone – 0.6; geranyl acetate – 0.9;
dihydronepetalactone – 1.6; cis-caryophyllene
– 0.4; trans-b-caryophyllene – 7.0; humulene –
tr; b-ionone – tr; trans-b-farnesene – 2.8;
neonepetalactone – 0.4; sesquiterpenoid – tr;
geranyl propionate – tr; sesquiterpene hydrocar-
bon – 2.4; dehydronepetalactone – tr; sesquiter-
pene alcohol – tr [1]
Seed
Mass of 1,000, g: 0.4 [2]
Oil (petroleum ether, 30–60˚C), % dry wt: 27.0 [2]
n40D : 1.4754 [2]
Iodine value (Wijs), % J2: 194.0; 198.0 (cald) [2]
FAs
Composition (GLC, 20% LAC − 2R 446), %: 16:0 –
6.6; 18:0 – 2.8; 18:1 – 10.0; 18:2 – 22.0; 18:3 –
58.0; others (6) – 0.7 [2]
IR [2]
References
1. C. Bicchi, M. Mashaly, P. Sandra, Planta Med. 50, 96 (1984)
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Nepeta nuda
Synonyms
Nepeta pannonica L.
Family: Lamiaceae
Aerial Part
Seedlings grown in the greenhouses of the Botanical
Garden of the University of Gent, Belgium; Seeds
obtained from the Botanical Gardens of FRG [1].
Essential oil, %: 0.03–0.3 (air dried) [1]
Composition (by treatment with steam distillation
for 3 h, followed by exhaustive extraction of the
steam distillate with CH2Cl2; GLC, OV-1, GC/
MS, SE 30) %: a-Pinene – tr – 0.7; camphene –
tr; sabinene – 0.1 – 0.3; b-pinene – 0.5–2.9; 3-
octanone – tr – 0.2; myrcene – tr – 0.7; p-cymene –
tr – 0.1; 1,8-cineole (+ limonene) – 11.2–38.0;
cis-b-ocimene – tr – 0.7; trans-b-ocimene – tr –
3.8;g-terpinene– tr; cis-sabinenehydrate–0.1–0.7;linalool – tr; trans-sabinene hydrate – tr – 0.2;
d-terpineol – tr – 0.7; terpinen-4-ol – tr – 0.4;
2-methyl-2,3-dihydroindole+a-terpineol – tr –
5.3; 4ab; 7a 7aa-nepetalactone – tr – 18.4; 4aa,7a,7aa-nepetalactone – 0.9-–6.0; 4aa,7a,7ab-nepetalactone – 6.7–76.6; 4ab,7a,7ab-nepetalactone – 1.6–4.5; a-copaene – 0.6–1.8;
b-bourbonene – 0.7–4.5; b-elemene – 0.2–0.9;
n-tetradecane – tr – 0.1; b-caryophyllene – 0.4 –2.4; g-muurolene – 0.1–0.7; unidentified sesqui-
terpene – tr – 0.6; b-farnesene – 0.4–2.4;
alloaromadendrene(?) – tr – 0.3; dehydronepe-
telactone – tr – 0.2; germacrene – 0.2 – 23.0; a-elemene – tr – 0.9; a-farnesene – tr – 0.3; b-bisabolene – tr – 1.6; d-cadinene – 0.3 – 1.7;
caryophyllene oxide – 0.4 – 2.4 [1]
Seedlings grown in the greenhouses of the
Botanical Garden of the University of Gent,
Belgium; Seeds are wild origin from Armenia,
USSR [1]
Essential oil [1]Composition (by treatment with steam for 3 h,
followed by exhaustive extraction of the steam
distillate with CH2Cl2; GLC, OV-1, GC/MS, SE
30) %: a-Pinene – tr; sabinene – tr; b-pinene –
0.1–0.5; 3-octanone – 0.1–0.3; myrcene – tr –
0.7; p-cymene – tr; 1,8-cineole (+limonene) –
1.8–6.7; cis-b-ocimene – tr, trans-b-ocimene –
tr – 0.3; trans-sabinene hydrate – tr; d-terpineol –tr; 2-methyl – 2,3-dihydroindole + a – terpineol –tr – 0.6; 4ab, 7a,7aa-nepetalactone – tr – 3.9;
4aa,7a,7aa-nepetalactone – 4.8–7.1; 4aa,7a,7ab-nepetalactone – 22.6–74.4; 4ab,7a,7ab-nepetalactone – 1.4–54.8; a-copaene – 0.4–2.5;
b-bourbonene 0.8 – 2.7; b-elemene – tr – 0.2; n-
tetradecane – tr; b-caryophyllene – 1.3–2.7; g-muurolene – tr – 0.3; unidentified sesquiterpene –
tr – 0.2; b-farnesene – 0.6–0.7; alloaromadendrene
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Nepeta pannonica L. 445 Lamiaceae
(?) – tr – 0.2; dehydronepetelactone – tr;germacrene – 0.4–4.6; a-farnesene – tr; b-bisabolene – tr; d-cadinene – 0.1–1.0;
caryophyllene oxide – 0.6–6.4 [1]
4ab,7a,7aa-NepetalactoneMS [1]
Seed
Oil, %: 20.34 [2]
n20D : 1.4834 [2]
Iodine value, % J2: 192.0 [2]
References
1. H.L. De Pooter, B. Nicolai, L.F. De Buyck, P. Goetghebeur,
N.M. Schamp, Phytochemistry 26, 2311 (1987)
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 444 [in
Russian]
Nepeta nuda L. var. albiflora B.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.5
Oil (petroleum ether, 30–60�C), % dry wt: 23.0
n40D : 1.4752
Iodine value (Wijs), % J2: 197.0; 203.0 (cald)
FAs
Composition (GLC, 20% LAC - 2R 446), %: 16:0 –
5.3; 18:0 – 2.5; 18:1 – 11.0; 18:2 – 18.0; 18:3 –
62.0; others (7) – 1.1
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Nepeta oxyodonta Boiss.
Family: Lamiaceae
Aerial part
Essential oil (hydro distillation), % dry wt: 0.2 (w/w)
(air dried, Iran)
Composition (GC/MS, HP 5MS), %: trans-2-
hexenal – 0.4; a-thujene – 0.2; a-pinene – 3.2;
sabinene – 1.6; b-pinene – 1.4; myrcene – 0.2; 2-
octanol – 0.1; a-terpinene – 0.1; p-cymene – 0.1;
limonene – 0.1; 1,8-cineole – 3.3; trans-b-ocimene – 0.1; g-terpinene – 0.2; cis-sabinene
hydrate – 0.1; terpinolene – 0.1; linalool – 0.3;
nonanal – 0.2; p-menth – 2-en-1-ol – 0.1; a-campholene aldehyde – 0.1; cis-verbenol – 0.2;
trans-verbenol – 0.2; terpinen-4-ol – 0.5; a-terpineol – 0.3; myrtenol – 0.3; decanal – 0.1;
bicycloelemene – 0.2; a-copaene – 1.6; b-bourbonene – 8.1; b-elemene – 1.3; (Z)-caryophyllene – 0.1; a-gurjunene – 0.2; (E)-
caryophyllene – 12.6; b-gurjunene – 1.1; cis-a-bergamoten – 0.2; cis-b-farnesene – 0.6; a-humulene – 0.9; allo-aromadendrene – 1.9;
germacrene D – 7.4; b-lonone – 0.3; cis-b-guaiene – 0.2; bicyclogermacrene – 1.7; a-muurolene – 0.5; (E;E)-a-farnesene – 0.1; g-cadinene – 0.4; d-cadinene – 0.6; b-sesquiphellandrene – 0.6; cadina – 1;4-diene –
0.1; a-cadinene – 0.2; ledol – 0.4; germacrene D-
4-ol – 6.8; spathulenol – 8.5; caryophyllene
oxide – 5.3; viridiflor–1.6; cedrol – 0.9;
humulene epoxide II – 1.3; t-cadinol – 5.6; b-eudesmol – 1.8; a-cadinol – 7.3
References
1. S.E. Sajjadi, B. Eskandari, Chem. Nat. Comp. 42, 141
(2005)
Nepeta pannonica L.
Family: Lamiaceae
Terpenoids
Phytol, % dry wt: 0.05 [1]
Sterols, % dry wt: 0.03 [1]
Triterpenoic acids, % dry wt: Ursolic acid – 0.50 [1]
Seed
Mass of 1,000, g: 0.4 [2]
Oil, % dry wt: 22.0 (petroleum ether, 30–60˚C) [2];
24.6 (hexane) [3]
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Lamiaceae 446 Nepeta russini Spreng.
n40D : 1.4754 [2]
Iodine value (Wijs), % J2: 197.0; 199.0 (cald) [2]
FAs
Composition (GLC, 20% LAC – 2R 446), %: 16:0 –
5.0; 18:0 – 2.0; 18:1 – 11.0; 18:2 – 22.0; 18:3 –
58.0; others (10) – 2.7 [2]
IR [2]
FAs
Composition (GLC, 15% Reoplex 400), %: 16:0 –
3.0; 16:1(9) – 0.3; 18:0 – 0.6; 18:1(9) – 5.5; 18:2
(9,12) – 18.8; 18:3(9,12,15) – 71.8 [3]
TAG
Main components (Coleman), mole %: LeLeLe –
33.9; LLeLe – 12.2; OLeLe – 0.4; LeLLe – 18.7;
LeOLe – 10.8; PLeLe – 0.4; LLLe – 6.6; OLLe –
0.4; LOLe – 3.8; OOLe – 0.2; OLeL – 0; PLLe –
0.4; LLeL – 1.1; POLe – 0.2; PLeL – 0.2; PLeO –
0; OLeO – 0.4; LePLe – 6.0; LLL – 0.7; LOL –
0.3; PPLe – 0.1
Compositions, mole %: SSU + USS – 0.1; USU –
6.2; SUS – 0.2;UUS+SUU– 1.6;UUU– 91.9 [3]
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. resursy (in Rus-
sian), 12(2), 247 (1976)
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
3. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
Nepeta russini Spreng.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.8
Oil (petroleum ether, 30–60�C), % dry wt: 25.0
n40D : 1.4760
Iodine value (Wijs), % J2: 200.0; 206.0 (cald)
FAs
Composition (GLC, 20% LAC - 2R 446), %: 16:0 –
4.7; 18:0 – 2.2; 18:1 – 9.2; 18:2 – 21.0; 18:3 –
61.0; others (7) – 1.2
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Nepeta sp.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 17.5
Components (TLC): Hydrocarbons, steryl esters,
TAG, free FAs, DAG, MAG, sterols
TAG
FAs (GLC), %: 16:0 � 3.2; 16:1 � 0.3; 18:0 � 1.6;
18:1 � 13.8; 18:2 � 18.7; 18:3 � 62.4
Free FAs
Composition (GLC), %: 16:0 � 3.4; 16:1 � 2.3;
18:0� 2.5; 18:1� 7.4; 18:2� 17.4; 18:3� 67.0
References
1. G.A. Stepanenko, T.V. Khomova, S.D. Gusakova, A.U.
Umarov, Chem. Nat. Comp. 17, 326 (1981)
Nepeta spicata Benth.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.4
Oil (petroleum ether, 30–60�C), % dry wt: 41.0
n40D : 1.4757
Iodine value (Wijs), % J2: 202.0; 206.0 (cald)
FAs
Composition (GLC, 20% LAC - 2R 446), %: 16:0 –
5.0; 18:0 – 3.2; 18:1 – 11.0; 18:2 – 17.0; 18:3 –
64.0; others (2) – 0.1
Allenic acid (IR), %: 15.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Nepeta sulphurea C. Koch.
Family: Lamiaceae
Seed
Oil (hexane)
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Ocimum basilicum L. 447 Lamiaceae
Iodine value, % J2: 223.1 (cald)FAs
Composition (GLC, 10%PEGA), mol%: 16:0 – 5.1;
18:0 – 1.3; 18:1 – 10.1; 18:2 – 24.0; 18:3 – 58.8
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32 (1971)
Nepeta timolea Boiss.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.6
Oil (petroleum ether, 30–60�C), % dry wt: 29.0
n40D : 1.4761
Iodine value (Wijs), % J2: 200.0; 206.0 (cald)
FAs
Composition (GLC, 20% LAC - 2R 446), %: 16:0 –
5.3; 18:0 – 3.0; 18:1 – 8.5; 18:2 – 18.0; 18:3 –
64.0; others (6) – 1.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Nepeta tuberosa L.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.5
Oil (petroleum ether, 30–60�C), % dry wt: 19.0
n40D : 1.4764
Iodine value (Wijs), % J2: 202.0; 206.0 (cald)
FAs
Composition (GLC, 20% LAC - 2R 446), %: 16:0 –
5.6; 18:0 – 2.1; 18:1 – 8.7; 18:2 – 13.0; 18:3 –
68.0; others – 3.4
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Nepeta ucrainica L.
Family: Lamiaceae
Seed
Oil, %: 25.0
Iodine value, % J2: 189.2
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 444 [in
Russian]
Ocimum americanum L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.9
Oil (petroleum ether, 30–60�C), % dry wt: 18.0
n40D : 1.4753
Iodine value (Wijs), % J2: 186.0; 194.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.2; 18:0 – 3.1; 18:1 – 15.0; 18:2 – 17.0; 18:3 –
58.0; others (6) – 0.6
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Ocimum basilicum L.
Family: Lamiaceae
Seed
Mass of 1,000, g: 1.65 [1]
Oil, % dry wt: 21.2 [1]; 24.0 [2] (petroleum ether, 30–
60˚C); 11.6 – 19.0 [3]; 24.2 (hexane) [4]
Сolor: dresden yellow 64/1 [1]
d20: 0.9141 [1]
n40D : 1.4742 [2]; 1.4770 [3]
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Lamiaceae 448 Ocimum canum Sims.
Acid value, mg KOH: 7.53 [1]
Iodine value, % J2: 191.0 [2]; 93.8–179.8 [3]
Saponification value, mg KOH: 188.0 [2]; 194.5 [3]
FAs
Composition (GLC), %: 16:0 – 8.1; 18:0 – 2.8; 18:1
(9) – 7.9; 18:1(6) – 0.7; 18:2 – 20.0; 18:3 – 59.3
(FFAP) [1]; Saturated – 8.0; 18:1 – 15.0; 18:2 –
22.0; 18:3 – 50.0 (20% Apiezon L) [5]
TAG
Main components (Coleman), %: LeLeLe – 24.9;
LLeLe – 9.7; OLeLe – 5.7; LeLLe – 15.1;
LeOLe – 6.2; PLeLe – 7.0; LLLe – 5.8; OLLe
– 3.4; LOLe – 2.4; OOLe – 1.4; OLeL – 1.0;
PLLe – 4.6; LLeL – 0.9; POLe – 2.0; PLeO – 1.0;
LePLe – 1.1; PLL – 1.0; POO & others – 5.2 [4]
Composition, %: SSS – 0.0; SSU + USS – 0.2; USU
– 2.0; SUS – 0.9; UUS + SUU – 17.4; UUU –
79.5 [4]
FAs (GLC, 15%Reoplex 400), %: 16:0 – 6.3; 16:1 – tr;18:0 – 1.3; 18:1 – 9.6; 18:2(9, 12) – 19.4; 18:3 –
63.4 [4]
Seed and Pericarp
Ash, %: 7.2 [6]
Mass of 1,000, g: 1.3 [6]
Oil, % dry wt: 24.2 [6]
References
1. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Pol. 44(3), 161
(1998)
2. F.R. Earle, T.A. McGuire, J. Mallan, M.O. Bagby, I.A. Wolff,
J. Amer. Oil Chem. Soc. 37, 48 (1960)
3. N.I. Sharapov, Oil Plants and the Process of Oil Formation(ASUSSR Press,Moskwa-Leningrad, 1959), 351 [in Russian]
4. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
5. F.R. Earle, C.A. Glass, G.C. Geisinger, I.A. Wolff, J. Amer.
Oil Chem. Soc. 37, 440 (1960)
6. F.R. Earle, Q Jones, Econ. Bot. 16(4), 221 (1962)
Ocimum canum Sims.
Family: Lamiaceae
Aerial Part
Essential oil (cold acetone, steam distillation), % of the
weight of the fresh plant: 0.5–0.7 (Somalia) [1]
Composition of essential oil (Carbowax 1000), %:
a-Pinene � 2.0; camphene-2.0; b-pinene � 0.2;
sabinene � tr; a-phellandrene � 0.4; myrcene �2.0; limonene � 13.0; b-phellandrene or b-terpinene � 0.2; 1,8-cineol � 0.4; g-terpinene� 3.0; p-cymene � 1.0; terpinolene � 1.0;
diacetonalcohol (artifact) � 1.0; 1- octen-3-ol
� 2.0; trans-sabinene hydrate � 0.2; camphor
� 60; cis-sabinene hydrate� 0.2; caryophyllene
� 2.0; b-elemene� 0.3; alcohol C10H18O� 0.2;
terpinen-4-ol � 0.6; humulene � 0.1; borneol �0.3; b-selinene � 3.0; a-selinene � 3.0;
isoborneol � 1.0; hydrocarbon C15H24 � 0.1;
hydrocarbon C15H24 � 0.1; myrtenol � 0.4
Seed
Oil, %: 10.0
Iodine value, % J2: 127.0
References
1. С.C. Xaasan, A.D. Cabdulraxmaan, S. Passannanti, F. Piozzi,
J.P. Schmid, J. Nat. Prod. 44, 752 (1981)
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 351 [in
Russian]
Ocimum gratissimum L.
Family: Lamiaceae
Leaf
Essential oil (hydrodistillation), % fresh wt: 0.5 (from
fresh plant material) [1]
Composition of essential oil (GC/MS, HP 5 and
Carbowax 20 M), %: a-Thujene � 4.1; a-pinene� 5.3; camphene � 0.1; sabinene � 0.3; b-pinene � 0.9; myrcene � 3.4; a-phellandrene� 0.5; d-3-carene � 2.1; a-terpinene � 2.9; p-cymene� 1.6; b-phellandrene� 21.1; limonene
� 11.4; 1,8-cineole � 1.3; (Z)-b-ocimene� 0.2;
(E)-b-ocimene � 0.2; g-terpinene � 21.9;
sabinene hydrate � 0.9; terpineolene � 1.6; lin-
alool � 0.4; terpinen-4-ol � 1.4; a-terpineol �0.4; thymol � 11.2; d-elemene � tr; a-copaene� 0.4; b� elemene� tr; b-caryophyllene� 2.1;
alloaromadendrene � 0.1; germacrene-D � tr;
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Ocimum kilimandscharicum (R. Br.) Guerke 449 Lamiaceae
a-selinene� 0.8; g-muurolene� 0.3; g-cadinene� 0.5; T-cadinol � 0.1; a-cadinol � 0.1; total �97.9 [1]Activity: Antimalarial activity (in vivo), at concen-
trations of 200, 300, and 500 mg/kg of mouse per day,
%: The essential oil produced the activity with the
respective percentage of suspression of parasitemia
(Plasmodium berghei): 62.1, 81.7, and 86.6 [1].
Leaves and Flowers
Essential oil, % (vol/wt, from fresh plant material):
0.40 (Sample A, growing Rwanda); 0.65 (Sample
B, cultivated in Butare, Rwanda from seeds of
plants grown in Cameroon) [2]
Composition of essential oil (GC/MS, Durabond-
DB 1), %: trans-Hex-2-enal � 0.1; a-thujene �3.0; a-pinene � 1.0; camphene � 0.1; oct-1-en-
3-ol� 0.3; 3-octanone� 0.1; sabinene� 0.5; b-pinene � 0.4; myrcene-3.1; a-phellandrene-0.3;D3-carene-0.2; a-terpinene � 3.0; p-cymene �5.8; 1,8-cineole � 0.3; limonene � 0.9; cis-b-ocimene � 1.8; trans-b-ocimene � 0.3; g-terpinene � 22.9; trans-sabinene hydrate � 0.4;
a-p-dimethylstyrene � 0.9; terpinolene � 0.1;
linalool � 0.2; cis-sabinene hydrate � 0.1;
trans-p-menth-2-en-1-ol � tr; terpinen-4-ol �1.1; a-terpineol � 0.1; thymol � 46.7; carvacrol
� 0.6; eugenol � 0.3; methyl cinnamate � tr;
methyleugenol � tr; a-copaene � 0.4; b-elemene � 0.1; b-caryophyllene � 2.0; trans-
b-farnesene � tr; a-numulene � 0.2; trans-methylisoeugenol � 0.1; germacrene D � 0.1;
b-selinene � 0.9; a-farnesene � tr; b-bisabolene� tr; g-cadinene � 0.2; d–cadinene � 0.3; b-caryophyllene � 0.3; total � 99.2 (A)
trans-Hex-2-enal � 0.2; a-thujene � 3.4; a-pinene� 1.1; camphene � 0.1; oct-1-en-3-ol � 0.3; 3-
octanone� 0.1; sabinene� 0.5; b-pinene� 0.4;
myrcene� 3.3; a-phellandrene� 0.1; D3-carene
� 0.2; a-terpinene � 1.0; p-cymene � 18.3; 1,8-
cineole� 3.5; limonene� 1.0; cis- b-ocimene�3.4; trans- b-ocimene � 0.2; g-terpinene � 3.4;
trans-sabinene hydrate � 1.5; a-p-dimethylstyrene � 1.0; terpinolene � 0.1; linal-
ool � 0.3; cis-sabinene hydrate � 0.4; trans-p-
menth-2-en-1-ol � 0.1; d–terpineol � 0.1;
terpinen-4-ol � 1.2; a-terpineol � 0.1; thymol
� 35.4; carvacrol� 0.8; eugenol� 10.7; methyl
cinnamate � 0.1; methyleugenol � 0.1; a-copaene � 0.4; b-elemene � 0.1; b-caryophyllene � 1.2; trans-b-farnesene � 0.1;
a-numulene � 0.2; trans-methylisoeugenol �0.2; germacrene D � tr; b-selinene � 1.5; a-farnesene� 0.1; b-bisabolene � 0.1; g-cadinene� 0.1; d–cadinene� 0.4; b-caryophyllene� 1.3;
total � 98.1 (B) [2]
Seed
Oil, %: 26.0 [3]
Iodine value, % J2: 144.0 [3]
References
1. F. Tchoumbougnang, P.H. Amvam Zollo, E. Dagne,
Y. Mekonnen, Planta Med. 71, 20 (2005)
2. L. Ntezurubanza, J.J.C. Scheffer, A.B. Svendsen, Planta Med.
53, 421 (1987)
3. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
Ocimum graveolens R. Br.
Family: Lamiaceae
Seed
Oil, %:18.6
n20D : 1.4805
Iodine value, % J2: 157.4
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
Ocimum kilimandscharicum (R. Br.)Guerke
Family: Lamiaceae
Flowers and Leaves
Essential oil, % vol/wt (fresh): 0.4–0.5 9 (from fresh
plant material, Rwanda, Central Africa)
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Lamiaceae 450 Ocimum sanctum L.
Composition (GLC, CP-Wax 57 cb and CP-Sil 5 cb;
GC/MS, CP-Sil 5 cb), %: a-Pinene � 2.8; a-fenchene � tr; camphene � tr; b-pinene � 5.2;
sabinene � 0.9; myrcene � 0.4; a-phellandrene� tr; a-terpinene � 0.1; limonene � 12.8; b-phellandrene � tr; 1,8-cineole � 62.2; cis-b-ocimene � tr; g-terpinene � 0.5; p-cymene �0.1; terpinolene � 0.1; 3-octanol � tr; myrcene
epoxide � 0.6; 1-octen-3-ol � 0.5; trans-
sabinene hydrate � 0.8; linalool + sesquiterpene
hydrocarbon 1 � 0.1; cis-sabinene hydrate �0.1; trans-p-menth-2-en-1-ol � 0.3; terpinene-
4-ol � 1.1; cis-p-menth-2-en-1-ol � 0.1; a-terpineol � 0.2; d–terpineol + sesquiterpene
hydrocarbon 2 � 4.2; carvone � 0.2; cis-
anethole + citronellol � 0.1; trans-carveol �0.3; cis-carveol � tr
Monoterpene hydrocarbons, %: 23.0
Oxygen-containing components, %: 71.0
Sesquiterpene hydrocarbons, %: 6.0
Seed
Oil, %: 12.5–16.2 [2]
n40D : 1.4667–1.4852
Iodine value, % J2: 192.6–195.6
References
1. L. Ntezurubanza, J.J.C. Scheffer, A. Looman, A.B. Svendsen,
Planta Med. 50, 385 (1984)
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 351 [in
Russian]
Ocimum sanctum L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.6 [1]
Oil (petroleum ether, 30–60�C), % dry wt: 16.0 [1]
n40D : 1.4748
Iodine value (Wijs), % J2: 192.0; 196.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �6.9; 18:0 � 2.6; 18:1 � 7.5; 18:2� 29.0; 18:3�54.0; others (6) � 0.7 [1]
IR
Seed
Oil, % dry wt: 17.8 [2]
n30D : 1.4789
Saponification value, mg KOH: 181.6
Iodine value, % J2: 173.0
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 351 [in
Russian]
Ocimum selloi Benth.
Family: Lamiaceae
Seed and Pericarp
Oil (petroleum ether, 30–60�C), % dry wt: 28.0
n40D : 1.4731
Iodine value (Wijs), % J2: 178.0; 184.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �7.3; 18:0� 2.9; 18:1� 12.0; 18:2� 33.0; 18:3�44.0; others (3) � 0.2
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Ocimum viride Willd.
Family: Lamiaceae
Seed
Oil, %: 9.7
n25D : 1.4808
Saponification value, mg KOH: 192.2
Iodine value, % J2: 168.9
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 351 [in
Russian]
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Origanum x dolichosiphon P. H. Davis 451 Lamiaceae
Origanum compactum Benth.Family: Lamiaceae
Aerial Part
Extract (acetone) [1]
Components (CC), g (from 1.0 kg aerial part):
Essential oil � 6.0; oleanolic + ursolic acids �3.0; betulin � 0.09; betulinic acid � 0.07;
b-amyrin � 0.06; 21a-hydroxy-oleanolicacid � 0.02; 21-hydroxy-ursolic acid and
others
Leaf
Lipids, % dry wt: 9.72 [2]
NL, %: 81.0
Components: Steryl esters, TAG, free FA, sterols,
free fatty alcohols, triterpenoic acids, compo-
nents of essential oil
PL, %: 19.0
Components, %: GL � 90.0; PhL � 10.0
GL
Components: MGDG, DGDG
FAs (GLC), %: 16:0 � 36.6–50.6; 18:1 � 18.1–
29.1; 18:2 � 17.7–31.6
PhL
Components: PhL, PhC, PhE, PhG, PhS, PhI, PhAFAs: 16:0; 18:1; 18:2
SL, %: 27.4
Cerebrosides, %: 25.1
Essential oil
Main component: Carvacrol [2]
Leaves and Flowers
Essential oil (steam distillation), %: 3.3 [3]
Components, %: Thymol� up to� 4.2; carvacrol�57.0–71.0; p-cymene – tr � 25.4 (5 samples);
thymol � 28.0–43.4; carvacrol � 3.8–25.1
(3 samples)
Phenols, %: 47.0–70.0
Activity: Spasmolytic activity of thymol and carva-
crol [4].
Antagonistic effect of thymol and carvacrol [5].
Use: As a spasmlytic drug for the gastrointestinal
tract (in Morocco) [1].
References
1. J. Bellakhdar, S. Passannanti, M. Paternostro, F. Piozzi, Planta
Med. 54, 94 (1988)
2. C.O. Van Den Broucke, J.A. Lemli, Planta Med. 38, 264
(1980)
3. K. Revinthi-Moraiti, M.E. Komaitis, G. Evangelatos, V.V.
Kapoulas, Food Chem. 16(1), 15 (1985)
4. C.O. Van Den Broucke, J.A. Lemli, Planta Med. 38, 317
(1980)
5. C.O. Van Den Broucke, J.A. Lemli, Planta Med. 40, 188
(1982)
Origanum x dolichosiphon P. H. Davis
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % dry wt: 0.04 (from
air dried plant material, Turkey)
Composition of essential oil (GC/MS, Innowax
FSC), %: Decane � 0.01; a-pinene � 1.8; a-thujene � 0.2; camphene � 0.1; b-pinene �0.8; sabinene � 0.9; isoamyl acetate � 0.1; d-carene� 0.3; myrcene � 1.2; a-terpinene � 0.3;
limonene � 6.4; 1,8-cineole � 2.3; b-phellandrene � 0.4; (Z)-b-ocimene � 0.1; g-terpinene� 1.9; (E)-b-ocimene� 0.2; p-cymene
� 4.1; terpinolene � 0.1; 3-octanyl acetate �0.2; 1-octenyl acetate � 0.01; 3-octanol � 0.01;
tetradecane� 0.1; a-fenchone� 0.01; a-thujone� 0.02; b-thujone � 0.02; a;p-dimethylstyrene
� 0.03; menthone � 0.1; bicycloelemene � 0.6;
a-copaene � 0.4; decanal � 0.03; a-bourbonene� 0.1; b-bourbonene� 2.1; a-gurjunene� 0.02;
(E)-2-nonenal � 0.01; b-cubebene � 0.1; linal-
ool� 0.5; linalyl acetate� 0.8; bornyl acetate�0.03; b-elemene � 0.4; b-caryophyllene � 13.0;
menthol � 0.02; allo-aromadendrene� 0.3; (Z)-
b-farnesene � 0.1; (E)-b-farnesene � 0.01;
gurjunene � 0.1; a-humulene � 0.8;
heptadecane � 0.2; a-terpineol � 0.3; ledene �0.2; a-terpinyl acetate � 0.1; germacrene D �10.8; bicyclogermacrene � 19.9; d-cadinene �0.4; g-cadinene � 0.1; (E)-b-bisabolene � 0.02;
cuminaldehyde � 0.1; (E;E)-2;4-decadienol �0.1; b-damascone � 0.1; (E)-b-damascone �0.1; cis-calemene � 0.1; p-cymen-8-ol � 0.02;
(E)-geranyl acetone � 0.2; epicubebol � 0.03;
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Lamiaceae 452 Origanum kopetdaghense Boriss.
tetradecanal � 0.1; a-calacorene � 0.02;
palustrol � 0.04; cubebol � 0.03; (E)-b-lonone� 0.1; isocaryophyllene oxide � 0.2;
caryophyllene oxide � 3.5; perilla alcohol �0.1; norbourbonene � 0.2; (E)-nerolidol � 0.2;
10-epi-elemol � 0.1; germacrene D-4-ol � 0.3;
globulol � 0.7; viridiflor � 0.3; hexahydro-
farnesyl acetone � 0.3; spathulenol � 4.9; 3,4-
dimethyl-5-penthylidene-2(5H)-furanone � 0.2;
nonanoic acid� 0.4; thymol� 0.7; t-muurolol�0.1; carvacrol � 2.9; trans-a-bergamotol � 0.8;
a–cadinol � 0.3; decanoic acid � 0.3; tricosane
� 0.1; caryophylla-2(12),6(13)-dien-5a–ol(¼caryophylladienol-II) � 0.1; caryophylla-
2(12),6-dien-5a–ol (¼caryophylladienol-I) �0.1; farnesylacetone � 0.2; caryophylla-
2(12),6-dien-5b–ol (¼caryophylladienol-II) �0.3; pentacosane � 0.6; phytol � 0.3; others –
3.3; total – 92.0
Monoterpene hydrocarbons, %: 12.4
Oxygenated monoterpenes, %: 14.8
Sesquiterpene hydrocarbons, %: 49.3
Oxygenated sesquiterpenes, %: 12.1
References
1. N. Tabanca, F. Demirci, T. Ozek, G. Tumen, K.H.C. Baser,
Chem. Nat. Comp. 37(3), 238 (2001)
Origanum kopetdaghense Boriss.
Family: Lamiaceae
Essential oils, % dry wt: 0.38–0.40
References
1. Rastitel’nye resursy SSSR (Nauka, St. Petersburg, 1991), 6, 61
[in Russian]
Origanum majarona L.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.40
Oil, %: 37.5
d20: 0.9369
Acid value, mg KOH: 3.57
Color: Primrose yellow 2/2
FAs
Composition (GLC, FFAP), %: 16:0 � 8.7; 18:0 �2.2; 18:1(9) � 8.1; 18:1(6) � 0.9; 18:2 � 24.4;
18:3 � 59.6
References
1. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Polonica 44(3),
161 (1998)
Origanum onites L.
Family: Lamiaceae
Aerial Part
Lipids (chloroform-methanol, 2:1, v/v), % dry wt:
4.68
Unsaponifables, %: 0.85
FAs
Composition (GC/MS, Innowax FSC), %: 12:0� tr;
14:0 � 0.1; 15:0 � tr; 16:0 � 23.3; 16:1 (9Z) +
16:1 (7Z) � 1.3; 16:1 (3E) � 0.7; 17:0 � 1.5;
18:0 � 4.1; 18:1 � 8.2; 18:2 � 13.5; 19:0 � tr;
18:3 � 44.5; 20:0 � 2.2; 22:0 � 0.6
NL, mg/g dry aerial part: 2.44
Components: Hydrocarbons, carotenes, esters of
alkanols and sterols, TAG, free FAs, alkanols,
pigments, triterpenols, sterols, components of
essential oils
FAs (GC/MS) %: 12:0 � tr; 14:0 � 3.4; 15:0 � tr;
16:0� 33.6; 16:1 (9Z) + 16:1 (7Z)� 1.0; 18:0�1.6; 18:1 � 10.3; 18:2 � 14.7; 18:3 � 35.4
GL, mg/g dry aerial part: 2.11
FAs (GC/MS), %: 12:0 � tr; 14:0 � 0.6; 16:0 �21.7; 16:1 � 0.7; 18:0 � 4.8; 18:1� 9.8; 18:2�13.3; 18:3 � 49.1
PhL, mg/g dry aerial part: 0.13
FAs (GC/MS), %: 12:0� tr; 14:0� tr; 16:0� 31.7;
16:1 (7Z) � 0.2; 16:1 (9Z) � 0.3; 16:1 (3E) �9.4; 17:0 � 0.9; 18:0 � 5.9; 18:1 � 6.5;
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Origanum tytthanthum L. 453 Lamiaceae
18:2� 12.1; 19:0� 0.1; 18:3� 30.5; 20:0� 1.1;22:0 � 1.3
Hydrocarbons (GC/MS), %: С23 � 1.0; С25 � 1.9;
С26 � 0.8; С27 � 11.7; С28 � 4.1; С29 � 55.1;
С31 � 25.4; С33 � tr
Sterols (GC/MS), %: b-Sitosterol � 83.2;
campesterol � 7.4; stigmasterol � 7.1; choles-
terol � 2.3
Pigments, mg/g dry aerial part: 1.033
Components, mg/g dry aerial part: Chlorophyll a –
0.520; chlorophyll b – 0.220; pheophytin a –
0.003; pheophytin b – 0.140; carotenoids –
0.150
Essential oils (hydrodistillation), mL %: 1.8
Composition (GC/MS, Innowax FSC, Wiley GC/
MS Library and TBAM Library of Essential
oil), %: a-Pinene � 0.11; a-thuyene � 0.03;
camphene � 0.05; b-pinene � 0.11; d-3-carene� 0.02; myrcene � 0.58; a-terpinene � 0.55;
limonene � 0.15; 1,8-cineole � 0.13; a-phellandrene � 0.10; g-terpinene � 2.20; p-
cymene � 4.18; terpinolene � 0.12; 3-octanol
� 0.06; a;p-dimethyl styrene � 0.03; 1-octen-3-
ol � 0.37; trans-sabinene hydrate � 0.14; a-campholene aldehyde � 0.04; camphor � 0.02;
linalool � 1.74; cis-sabinene hydrate � 0.14;
trans-menth-2-en-1-оl � 0.10; terpinen-4-оl �1.57; b-caryophyllene � 0.85; cis-dihydrocarvone � 0.04; aromadendrene �0.09; cis-p-menth 2-en-1-оl � 0.07; trans-
pinocarveol � 0.07; b-humulene � 0.06; a-terpineol � 0.32; borneol � 1.69; carvenone �0.28; b-bisabolene � 0.70; cis-piperitone oxide
� 0.31; carvone � 0.30; d-cadinene � 0.06;
myrtenol � 0.06; trans-carveol � 0.07; p-
cymen-8-оl � 0.19; 4-isoprophyl
salicylaldehyde � 0.23; piperitenone � 0.83;
caryophyllene oxide � 0.77; salvial-4(14)-en-
1-one � 0.04; globulol � 0.03; cumin alcohol
� 0.10; spathulenol � 0.47; cis-p-mentha-4-en-
1;2-diol � 0.23; isothymol (2-isopropyl-4-
methyl phenol) � 0.08; eugenol � 0.06; thymol
� 5.97; isocarvacrol � 0.06; carvacrol � 71.22;
caryopylladienol II (caryopylla-2(12);6(13)-
dien-5-a-ol) � 0.06; caryopyllenol II
(caryopylla-2(12);6-dien-5-b-ol) � 0.15; total
� 98.00
Use: Herbal tea.
References
1. N. Azcan, M. Kara, D.T. Asilbekova, T. Ozek, K.H.C. Baser,
Chem. Nat. Comp. 36, 132 (2000)
Origanum tytthanthum L.
Family: Lamiaceae
Triterpenoic acids, %: 0.7 [1]
Components: Oleanolic acid, ursolic acid [1, 2]
Essential oils, %: 0.4 � 1.15 [1]; 1.15 (at flowering
stage) [2]
n20D : 1.5195
d2020: 0.9506
½a�20D : �38.8�
Components: Thymol, carvacrol, a-thuyene, a-pinene, b-pinene, camphene, sabinene, myrcene,
a-terpinene, d-limonene, 1,8-cineol, n-octyl
alcohol, linalyl acetate, linalool, bourbonene, b-elemene, terpinen-4-ol, caryophyllene, a-humulene, borneol, a-terpineol [1]
Composition (GLC, 15% PEGA), %: Thymol �49.6; carvacrol � 19.8 and others [2]
Neutral components (7% PEGS), %: a-Thujene �0.1; a-pinene� 1.58; camphene � 0.3; b-pinene� 0.3; sabinene � 1.56; myrcene � 0.3; a-terpinene � 0.32; limonene � 7.1; 1,8-cineole
� 10.3; n-octanol � 0.2; linalyl acetate � 0.3;
linalool � 1.22; bourbonene � 0.2; elemene �0.2; terpineol � 40.8; caryophyllene � 3.0; a-humulene � 0.1; borneol � 2.0; a-terpineol �0.1 [2]
Phenols, %: 70.0 [2]
n20D : 1.5195 [2]
IR [2]
Aerial Part
Moisture, %: 8.0 [3]
Lipids (chloroform-methanol, 2:1, v/v), % dry wt: 4.4
[3]
Composition of lipids (CC), %: Hydrocarbons +
carotenes � 23.6; esters of FAs with alkanols
and cyclic alcohols + TAG + essential oils� 9.7;
free FAs � 12.3; alkanols + pigments � 3.0; GL
+ pigments � 48.8; PhL � 1.8 [3]
FAs
Composition (GC/MS, Innowax FSC), %: 9:0 �0.1; 10:0 � 0.1; 12:0 � 0.2; 14:0 � 2.0;
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Lamiaceae 454 Origanum tytthanthum L.
15:0 � 0.4; 16:0 � 38.6; 16:1 (9Z) � 0.6; 16:1
(3E)� 0.8; iso-17:0� tr; 17:0� 0.4; 18:0� 7.3;
18:1 � 18.0; 18:2 � 12.7; isomer of 18:2 � tr;
18:3 � 18.8; 20:0 � tr; 22:0 � tr
Esters of alkanols and cyclic alcohols
FAs (GLC, 15% Reoplex 400), %: 12:0� 0.7; 14:0
� 2.7; 15:0 � 0.9; 16:0� 43.3; 17:0� 0.9; 18:0
� 7.5; 18:1 � 12.6; 18:2� 8.6; 18:3� 2.2; 20:0
� 11.6; 22:0 � 9.0Free FAs
Composition (GC/MS), %: 9:0 � 0.1; 10:0 � tr;
12:0� 0.2; 14:0� 1.6; 15:0 � 0.6; 16:0 � 39.5;
16:1(9Z) � 0.5; iso-17:0 � 0.5; 17:0 � 0.6; 18:0
� 8.7; 18:1 � 28.5; 18:2 � 12.2; isomer 18:2 �0.4; 18:3 � 6.1; 20:0 � 0.5; 22:0 � tr
GL
FAs (GLC), %: 14:0 � 1.9; 15:0 � tr; 16:0 � 26.7;
17:0 � tr; 18:0 � 0.6; 18:1 � 26.3; 18:2 � 17.3;
18:3 � 21.4
PhL
FAs (GLC), %: 14:0 � 1.3; 15:0 � tr; 16:0 � 45.6;
16:1 (9Z) + 16:1 (3E) � 4.3; 18:0 � 4.6; 18:1 �12.6; 18:2 � 14.9; 18:3 � 16.7
Alkanols and sterols (GLC, HP-5), %: С14 � 0.4;
С16� 0.2;С18� 0.1;С20� 0.3;С22� 2.0;С24
� 0.1; С26 � 91.7; С28 � 1.0; С30 � 1.6; b-sitosterol � 1.0; others (6) � 1.6
Pigments, mg % dry aerial part: b-Carotene � 1.3;
xantophylles � 4.7; chlorophyll a � 21.0; chlo-
rophyll b � 3.2; pheophytin a + pheophytin b �3.2 [3]
Unsaponifables, % total lipids: 33.0 [3]
Sterols: b-Sitosterol [1]Triterpenoic acids
Components, %: Ursolic acid � 0.7; oleanolic acid
+ bungeolic acid [1]
Essential oils: 1.2 mL % [3]; 1.09 dry wt [4]; 2.20–
2.50% absolute dry wt [5]; 0.17–3.0 [1]
d184 : 0.9410–0.9670 [5]
n18D : 1.5010–1.5148 [5]
Composition of essential oil, %: a-Pinene� 0.27; a-thuyene � 0.23; camphene � 0.05; b-pinene �0.05; d-3-carene � 0.04; myrcene + a-phellandrene � 0.77; a-terpinene � 1.45; limo-
nene � 0.17; b-phellandrene � 0.12; (E)-2-
hexenal � 0.06; (Z)-b-ocimene � 0.11; g-terpinene � 9.50; (E)-b-ocimene � 0.01; 5-
methyl-3-heptanone � 0.16; p-cymene � 5.90;
terpinolene� 0.11; 6-methyl-3-heptanol� 0.04;
1-octen-3-ol � 1.57; trans-sabinene hydrate �0.41; linalool � 0.05; cis-sabinene hydrate �0.23; trans-p-menth-2-en-1-ol � 0.04; trans-b-bergamoten � 0.09; b-caryophyllene � 1.10;
terpinen-4-оl � 0.99; methyl carvacrol � 0.20;
cis-dihydrocarvone � 0.07; a-humulene � 0.07;
a-terpineol� 0.20; borneol� 0.42; b-bisabolene� 2.65; carvone� 0.21; b-sesquiphellandrene�0.05; p-cymen-8-ol � 0.10; thymyl acetate �0.05; caryophyllene oxide � 0.31; hexahydro-
farnesylacetone � 0.07; thymol � 27.18; carva-
crol � 42.76 [4]
Flower
Essential oils, %: 3.5 [1]
Components, %: a-Thujone, a-pinene, camphene,
1-octen-3-ol, myrcene, a-phellandrene, n-
cymol, limonene, g-terpinene, menthol, thymol
methyl ether, carvacrol methyl ether, thymol,
carvacrol, thymol acetate, caryophyllene,
gurjunene, humulene, b-bisabolene
Fruit
Essential oil, % absolute dry wt: 2.73 [5]
d184 : 0.9682
n18D : 1.5148
Leaf
Essential oils, %: 0.25–2.7 [1]
Seed
Mass of 1,000, g: 0.07 [6]
Oil (petroleum ether), %: 26.7 [6]
d20: 0.9553
n20D : 1.4869
Acid value, mg KOH: 5.3
Color: Green-yellow
Hehner value, %: 95.6
Iodine value (Kauffmann), % J2: 196.6
Saponification value, mg KOH: 201.7
Unsaponifables, %: 3.8
FAs
n20D : 1.4869
Iodine value, % J2: 206.5 (Kauffmann); 209 (cald)
Saponification value, mg KOH: 201.3
Composition (GLC, 17% PEGS), %: 14:0 � 0.2;
16:0� 5.7; 18:0� 1.8; 18:1 � 8.0; 18:2 � 20.0;
18:3 � 64.3
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Origanum vulgare L. 455 Lamiaceae
TAGMain components, mol %: LeLeLe � 24.9; LLeLe
� 9.7; OLeLe � 5.7; LeLLe � 15.1; LeOLe �6.2; PLeLe � 7.0; LLLe � 5.8; OLLe � 3.4;
PLeL � 0.6; PLeO � 1.0; OLeO � 0.3; OLL �0.6; OOL � 0.2; LePLe � 1.1; LLL � 0.6; POL
� 0.2; LOL� 0.2; PLO� 0.4; PLL� 1.0; OLO
� 0.1; PLeP � 0.9; OOO � 0;1 PPLe � 0.2;
OPLe � 0; LPLe � 0.2; POO � 0.2 [7]
Composition, %: SSU + USS � 0.2; USU � 0.6;
SUS� 1.4; UUS + SUU� 20.8; UUU� 77.0 [8]
FAs (GLC, 17% PEGS), %: 16:0 � 6.4; 16:1 � tr;
18:0� 1.8; 18:1� 7.8; 18:2� 19.8; 18:3� 64.2
Stem
Essential oils, %: 0.26 [1]
References
1. Rastitel’nye resursy SSSR (Nauka, St. Petersburg, 1991), 6, 61
[in Russian]
2. L.A. El’tchibekov, G.K. Nikonov, Chem. Nat. Comp. 22, 232
(1986)
3. D.T. Asilbekova, A.I. Glushenkova, N. Azcan, T. Ozek,
K.H.C. Baser, Chem. Nat. Comp. 36, 124 (2000)
4. K.H.C. Baser, B. Demircakmak, K.R. Nuriddinov, A.M.
Nigmatullaev, K.N. Aripov, J. Essent. Oil Res. 9, 611 (1997)
5. Y.M. Nuraliev, N.M. Safarov, M.K. Kurbanov, K.S.
Dzhuraev, S.M. Davlatkadamov, Rast. Resursy 22, 337
(1986) [in Russian]
6. S.D. Gusakova, K.K. Kholmatov, A.U. Umarov, Chem. Nat.
Comp. 12, 134 (1976)
7. T.V. Khomova (unpublished)
8. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
Origanum virens Hoffmanns and Link
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % dry wt (v/w): 4.5
(from air-dried plant material at flowering stage,
Portugal)
Composition of essential oil (GC and GC/MS, SPB
1 and Supelco Wax 10), %: a-Thujene � 1.8; a-pinene � 0.9; camphene � 0.3; oct-1-en-3-ol �0.3; sabinene � 0.2; b-pinene � 0.2; myrcene �2.3; a-phellandrene � 0.3; D3-carene � 0.1;
a-terpinene � 1.8; p-cymene � 4.5; limonene
� 0.2; b-phellandrene � 0.2; Z-b-ocimene �0.2; E-b-ocimene � 0.2; g-terpinene � 9.9; cis-sabinene hydrate � 0.4; terpinolene � 0.1; lin-
alool� 1.1; cis-p-menth-2-en-1-ol� tr; trans-p-
menth-2-en-1-ol� tr; borneol� 0.1; terpinen-4-
ol� 0.7; a-terpineol� 0.4; thymyl methyl oxide
� 0.1; carvacryl methyl oxide � 0.5; thymol �2.0; carvacrol � 68.1; b-bourbonene � tr; E-
caryophyllene � 1.2; a-humulene � 0.2; g-muurolene � tr; valencene � tr; d-cadinene �0.1; caryophyllene oxide� 0.1; others–0.3; total
� 98.5
Monoterpene hydrocarbons, %: 23.2
Oxygenated monoterpenes, %: 73.4
Sesquiterpene hydrocarbons, %: 1.5
Oxygenated sesquiterpenes, %: 0.1
Activity: Antifungal activity of essential oils against
Candida albicans ATCC 10231, C. albicans H37,
C. albicans MI, C. tropicalis ATCC 13803, C.
tropicalis H 18, C. glabrata H 16, C. glabrata H 30,
C. krusei H 9, C. guillermondii MAT 23, C.parapsilosis ATCC 90018, MIC and MLC, mL/mL:
0.16 � 0.32, Fluconazole as standard <1–64 (MIC);
Concentrations lower than MIC values strongly pre-
vent germ tuber formation.
Carvacrol: MIC � 0.08–0.16; MLC � 0.16–0.32
b-Cymene: MIC � 0.08-0.63; MLC � 0.08–0.63
g-Terpinene: MIC � 1.25–20.0; MLC � 2.5–20.0
References
1. L.R. Salqueiro, C. Cavaleiro, E. Pinto, C. Pina-Vaz,
A.G. Rodriques, A. Palmeria, C. Tavares, S. Costa-de-
Oliveira, M.J. Goncalves, J. Martinez-de-Oliveira, Planta
Med. 69, 871 (2003)
Origanum vulgare L.
Family: Lamiaceae
Herbal
Essential oil, % dry wt: 1.2
[a]D: (–) 3.12–(–) 39.70�
d: 0.8688–0.9347
n40D : 1.4825–1.4949
Acid value, mg KOH: 1.42
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Lamiaceae 456 Origanum vulgare L. (S.O.)
Ester value, mg KOH: 7.35–13.06
Ester value after acetylated, mg KOH: 54.88–
114.68
Components, %: Thymol up to 50 and carvacrol,
phenols – 44.0; bi and three cyclic sesquiterpenes
– 12.5; free alcohols – 15.4 and geraniol up to 5.0
Use: The essential oil may be used in perfume and
food.
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p.133 [in
Russian]
Origanum vulgare L. (S.O.)
Family: Lamiaceae
Sterols, % dry wt: 0.03 [1]
Triterpenoic acids, % dry wt: Ursolic acid � 1.20 [1]
Terpenoids
Phytol, % dry wt: 0.06 [1]
Essential oils, %: 0.01–2.17 [2]
Components of essential oil, %: a-Pinene, b-pinene,myrcene, selinene, camphene, a-thuyene,sabinene, ocimene, limonene, a-terpinene, b-caryophyllene, origanene, borneol, 1,8-cineol,
n-cymol, linalool, menthon, octanon-3, 6-
methylgepten-5-one-2, carvon, undekanon-2,
octanol-3, 1-octen-3-ol, a-terpineol, linallyl ace-tate, geraniol, hexenal, carvacrol, cumin alde-
hyde, camphor, thymol, thymil acetate [2]
Aerial Part
Steroids: 0.03 [2]
Triterpenoic acids, %: Ursolic acid � 1.2 [2]
Terpenoids
Phytol, %: 0.06 [2]
Essential oils, %: 0.1 � 1.5 [2]
Components, %: Thymol, linalool, terpineol, cam-
phor, linalyl acetate [2]
Flowers
Essential oils, %: 0.63–0.7 [2]
Leaves
Essential oils, %: 0.12–0.32 [2]
Triterpenoic acids, %: Ursolic acid � 0.31; oleanolic
acid [2]
Seed
Mass of 1,000, g: 1.1 [3]; 0.1 [4]
Oil, % dry wt: 27.1 [3]; 35.0 (petroleum ether, 30–
60�C) [4]; 10.1–29.2 [2]
d20: 0.9249 [3]
n40D : 1.4772 [4]
Acid value, mg KOH: 2.94 [3]
Сolor: 763.0 [3]
Iodine value, J2: 197.8–243.3 [3–5]
Saponification value, mg KOH: 194.9 [4]
FAs
Composition (GLC), %: 14:0 � 1.9; 16:0 � 3.1;
18:0� 1.0; 18:2� 4.9; 18:2� 21.8; 18:3� 45.8
� 69.7 [2]
16:0 � 6.9; 18:0 � 1.2; 18:1(9) � 4.6; 18:1(6) �0.9; 18:2� 22.7; 18:3� 65.6 (mol %, FFAP) [3]
16:0 � 4.5; 18:0 � 1.9; 18:1 � 5.4; 18:2 � 22.0;
18:3 � 66.0; others (2) � 0.2 (20% LAC-2R
446) [4]
16:0 � 3.1; 18:0 � 1.0; 18:1 � 4.5; 18:2 � 21.8;
18:3 � 69.7 (10% PEGA) [6]
TAG, %: 98.1 [6]
FAs (GLC, 15% Reoplex 400): 14:0 � 0.6; 16:0 �3.6; 16:1 � 1.0; 18:0 � 2.7; 18:1 � 7.5; 18:2 �19.2; 18:3 � 62.7; others � 2.7
Free FAs
Composition (GLC), %: 14:0 � 1.9; 15:0 � 1.8;
16:0� 3.1; 16:1� 2.1; 18:0 � 4.9; 18:1 � 11.3;
18:2 � 22.5; 18:3 � 45.8; others � 6.6 [6]
Stem
Essential oils, %: 0.08–0.11 [2]
Use: The officinal remedy “HerbaOrogani vulgaris” of
the aerial part Origanum vulgare used as antiseptic [8].
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(20),
247 (1976) [in Russian]
2. Rastitel’nye resursy SSSR (Nauka, St. Petersburg, 1991), 6, 59
[in Russian]
3. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Polonica 44(3),
161 (1998)
4. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
5. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
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Perilla frutescens L. 457 Lamiaceae
6. S.D. Gusakova, G.A. Stepanenko, D.T. Asilbekova, Y.M.Murdokhaev, Rast. Resursy 19(4), 444 (1983) [in Russian]
7. G.V. Novitzkaya, V. Krishtopa, Rast. Resursy 7(1), 32 (1971)
8. M.D. Mashkovskii, Lekarstvennye Sredstva (Meditsina,
Tashkent, 1988) 1, 1988, p. 684 [in Russian]
Origanum vulgare ssp. virens
Family: Lamiaceae
Leaves
Essential oil (from fresh leaves, hydrodistillation)
Composition of essential oil (GLC, 5% phenyl
methylpolysiloxane), %: Nonane � tr; a-pinene� tr; camphene� 0.20; sabinene� tr; octen-3-ol
� 0.37; 3-octanone � 0.27; myrcene � 3.37; 3-
octanol � 0.28; a-terpinene � tr; limonene �0.48; (Z)-b-ocimene � 3.70; (E)-b-ocimene �6.57; g-terpinene � tr; terpinolene � tr; linalool
� 16.36; unidentified 1 � 9.59; borneol � tr; 4-
terpineol� tr; a-terpineol� 9.20; linalyl acetate
� tr; isobornyl acetate � tr; unidentified 2 �1.30; d-elemene � 12.85; neryl acetate � tr; a-copaene� tr; geranyl acetate� tr; b-bourbonene� tr; b- elemene � 0.35; b-caryophyllene �11.07; unidentified 3 � 2.64; a-humulene �1.32; germacrene-D � 0.98; germacrene-B �6.58; a-farnesene � tr; d-cadinene � 0.34; (E)-g-bisabolene � tr; ledol � tr; 4-b-hydroxygermacra-1(10);5-diene � 0.70;
spathulenol � 0.46; caryophyllene oxide +
globulol � 0.94; tau-cadinol � tr; tau-muurolol
� tr; a-cadinol � 0.37; tricosane � tr;
tetracosane � tr; pentacosane � 0.97;
hexacosane � tr; heptacosane � 0.89; squalene
� 0.52; nonacosane � 0.97
References
1. M.S. Alves-Pereira, M. Fernandes-Ferreira, Phytochemistry
48, 795 (1998)
Otostegia limbata (Benth.) Boiss.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 4.5
Oil (petroleum ether, 30–60�C), % dry wt: 43.0
n40D : 1.4652
Iodine value (Wijs), % J2: 88.0; 84.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �11.0; 18:0 � 4.8; 18:1� 53.0; 18:2� 14.0; 18:3
� 0.36; others (5) � 1.6
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Panzeria lanata (L.) Bunge
Synonyms
Ballota lanata L.; Panzeria argyracea Kuprian.
Family: Lamiaceae
Essential oil, % dry wt: 0.02–0.03
Aerial Part
Essential oil, % dry wt: 0.02
Activity: Ethanol extracts have sedative, hypoten-
sive, and diuretic properties.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
62 [in Russian]
Perilla frutescens L.
Family: Lamiaceae
Seed and Pericarp
Ash, %: 4.3 [1]
Mass of 1,000, g: 2.8 [2]
Oil, (petroleum ether, 30–60�C), % dry wt: 42.0 [1, 2]
n40D : 1.4734 [2]
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Lamiaceae 458 Perilla nankinensis (Lour.) Decne.
Iodine value (Wijs), % J2: 189.0 [2]
Saponification value, mg KOH: 185.0 [2]
FAs
Composition (20% Apiezon L), %: Saturated� 9.0;
18:1 � 21.0; 18:2 � 11.0; 18:3 � 55.0 [2]
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
2. F.R. Earle, T.A.McGuire, J. Mallan, M.O. Bagby, I.A.Wolff,
J. Am. Oil Chem. Soc. 37, 48 (1960)
Perilla nankinensis (Lour.) Decne.
Synonyms
Ocimum crispum Thunberg
Family: Lamiaceae
Essential oil, % dry wt: 0.19 [1]
Seed
Oil, % dry wt: 27.0 [1]; 35.8–38.0 [2]
d1515: 0.9370–0.9390 [2]
n15D : 1.4826–1.4856 [2]
n20D : 1.4830–1.4841 [2]
n25D : 1.4800–1.4820 [2]
n40D : 1.4735–1.4785 [2]
Iodine value, % J2: 185.0–08.0 [2]
Saponification value, mg KOH: 188.0–197.0 [2]
Activity: Ether and ethanol extracts have
antibacterial property [1].
Use: Cultivated in Europe as ornamental plant [1].
The essential oil is of economical importance in the
perfume industry [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
63 [in Russian]
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
Perilla ocymoides L.
Family: Lamiaceae
Seed
Oil, % dry wt: 32.0 � 40.0–50.0 [1]; 40.8 (petroleum
ether, 40–60�С) [2]; 26.0 [3]
d1515: 0.9306–0.9390 [1]
n40D : 1.4753–1.4880 [1]
Iodine value, % J2: 42.5 [1]; 182.8 [3]; 193.0
(Gardnes); 208.8 (Wijs) [2]
Saponification value, mg KOH: 189.6–192.8 [1];
192.9 [3]
Unsaponifiables, %: 0.9
Composition (CC), %: Triterpenols – 27.0;
4-monomethylsterols � 12.0; sterols � 39.0;
less polar compounds (hydrocarbons, etc.) �22.0
IR, MS, 1H NMR
TAG
Components (GLC, 3% OV 17), %: C48 � tr; C50�2.4; C52 � 27.9; C54 � 69.7 [2]
FAs
Composition (GLC), %: 16:0 � 8.9; 16:1 � 6.0;
18:0 � 1.6; 18:1 � 11.5; 18:2 � 17.5; 18:3 �60.5 [2]
Hydrocarbons (GLC, 3%OV 17), %: C15� 0.8; C19�0.3; C20 � 0.3; C21 � 15.4; C22 � 9.9; C23 � 3.8;
C24 � 6.8; C25 � 4.6; C26 � 2.9; C27 � 6.5; C28 �4.9; C29 � 11.9; C30 � 2.9; C31 � 22.1; C32 � 4.0;
C33 � 0.8 [2]
Sterols
Components (GLC, 1.5%OV 17), %: Cholesterol�1.0; brassicasterol � tr; campesterol � 28.0;
stigmasterol � 9.0; b-sitosterol � 49.0; D5-
avenasterol � 11.0; D7- stigmastenol � 2.0; D7-
avenasterol – tr [3]
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
2. A. Bhati, M. Benbouzid, R.J. Hamilton, P.A. Sewell, Chem.
Ind. 70 (1986)
3. T.M. Jeoung, T. Itoh, T. Tamura, T. Matsumoto, Lipids 9, 921
(1974)
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Perovskia angustifolia Kudr. 459 Lamiaceae
Perovskia abrotanoides Kar.Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.94 –3.6 [1]
Composition of the essential oil, %: a-Pinene �2.8–6.2; camphene � 4.5–7.5; b-pinene � 0.8–
3.2; sabinene � tr � 0.6; d-3-carene � 10.0–
14.5; myrcene � 0.5–2.1; a-terpinene � tr �0.5; limonene � 0.9–2.3; b-phellandrene �0.0–0.5; 1,8-cineole � 6.5–11.0; g-terpinene �0.2–2.5; p-cymene � 0.9–2.3; b-thujone � tr �2.4; linalool� 0.1–2.0; linalylacetete� tr� 1.5;
camphor� 27.0–36.0; bornyl acetate� tr� 2.0;
terpinen-4-ol � 1.5–3.1; borneol � tr � 0.5; a-terpineol � tr � 1.0; a-cububene � tr � 0.5;
copaene � 0.3–0.8; b-cububene � 0.8–1.1;
b-caryophyllene � 2.7–4.1; alloaromadendrene
� 0.2–0.8; humulene� 2.4–3.3; a-muurolene �0.3–1.5; g-cadinene � tr � 0.5; calaminene–
0.2–0.5; vetivenene – 0.5–0.7; a-calacorene –
tr � 0.4; atlantone � 0.5–1.1; ledol � tr � 0.5;
palustrol � 3.5–6.5; viridiflorol � 0.4–1.2; a-celenenol – 0.4–1.3; b- celenenol � 2.3–3.1; a-betulenol � tr � 0.8; b-betulenol � tr � 0.2
(from four different localities in Kyrgyzystan)
[2]
1,8-Cineol – 31.5; a-pinene� 13.7; myrcene� 9.5;
germacrene � 8.0; limonene – 7.4 and others
[3]
Activity: Extracts of essential oil have antibacterial
property [1].
Use: As fodder grass [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
63 [in Russian]
2. A.D. Dembitski, Izv. Akad. Nauk Kaz, SSR, Ser. Khim. 4, 4
(1984)
3. K.H.C. Baser, T. Ozek, B. Demirchakmak, B.Y. Abduganiev,
K.R. Nuriddinov, K.N. Aripov, A.S. Doriev, C.S. Karataeva,
Chem. Nat. Comp. 33, 296 (1997)
Perovskia angustifolia Kudr.
Synonyms
Perovskia kudrjaschevii Pjat.
Family: Lamiaceae
Composition of the essential oil, %: a-Pinene� 13.2;
camphene � 4.5; b-pinene � 5.0; sabinene � tr;
d-3-carene � 1.8; myrcene � 5.8; a-terpinene �0.6; limonene � 3.1; b-phellandrene � tr; 1,8-
cineole � 23.5; g-terpinene � 2.4; p-cymene �4.1; b-thujone � tr; linalool � 4.2; linalylacetete
� 0.9; camphor �4.0; bornyl acetate � 0.4;
terpinen-4-ol � 1.8; borneol � 2.3; a-terpineol �2.8; b-cububene � 0.3; b-caryophyllene � 6.1;
alloaromadendrene � 1.5; humulene �4.5;
a-muurolene � tr; atlantone �0.2; ledol �20.0;
palustrol � 0.6; viridiflorol � 1.5; a-betulenol �0.5; b- betulenol � 0.2 (sample collected alone in
river Aflotun of Kyrgyzstan) [1]
a-Pinene� 15.5–14.8; camphene� 3.4–2.8;b-pinene� 5.4–6.0; sabinene � 0.0 – tr; d-3-carene � 4.5–
3.2; myrcene � 4.1–3.5; a-terpinene � 0.2–0.2;
limonene � 1.7–3.0; b-phellandrene � tr – tr;
1,8-cineole � 22.4–21.0; g-terpinene � 1.2–1.5;
p-cymene� 2.7–3.0; b-thujone� 0.9–1.5; linalool
� 6.5–10.1; linalylacetete � 2.3–3.5; camphor
�2.6–1.3; bornyl acetate � 0.6–1.5; terpinen-4-ol
� 1.5–1.2; borneol � 1.5–0.5; a-terpineol � 2.8–
3.2; b-cububene � 0.2–0.2; b-caryophyllene �6.5–6.0; alloaromadendrene � 1.2–2.0; humulene
� 4.7–3.2; a-muurolene � 0.5–0.2; atlantone �0.3 – tr; ledol � 0.9–2.0; palustrol � 0.2 – 0.8;
viridiflorol � 2.0–2.2; a-betulenol � 0.3–0.5;
b-betulenol � 0.2–0.5 (samples collected from
two different localities in Chimgan mountains of
Uzbekistan) [1]
Aerial Part
Essential oil, % dry wt: 0.115–0.62 [2]
Leaf
Essential oil (hydrodistillation), % dry wt: 1.1 (A);
0.82 (B); 0.75 (C; from three different localities A,
B, and C in the Arslonbob mountains of Kyrgyzstan
in October 1994) [3]
Composition of the essential oil (GC/MS, Innowax
FSC, Wiley GC/MS Library &TBAM Library),
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Lamiaceae 460 Perovskia scrophulariaefolia Bgl.
%: Tricyclene� 0.27, 0.0, 0.25; a-pinene� 11.3,
7.25, 14.7; a-thujene� 0.15, 0.0, 0.29; camphene
� 6.82, 2.54, 6.37; b-pinene � 3.60, 1.65, 4.55;
sabinene � 0.05, 0.0, 0.12; d-3-carene � 0.0,
1.36, 0.40; myrcene � 4.04, 0.30, 2.54;
a-phellandrene � 0.0, 0.30, 0.0; a-terpinene �0.18, 0.0, 0.28; limonene � 2.33, 3.57, 1.94; 1,8-
cineole � 24.9, 12.0, 27.5; b-phellandrene �0.30, 0.39, 1.03; g-terpinene � 0.38, 0.16, 0.62;
5-methyl-3-heptanone� 0.0, 0.0, 0.07; p-cymene
� 2.18, 1.61, 2.86; terpinolene � 0.06, 0.0, 0.10;
a-thujone � 0.12, 0.0, 0.0; 1-octen-3-ol � 0,08,
0.0, 0.18; trans-sabinene hydrate� 0.01, 0.0, 008;
a-campholene aldehyde� 0.07, 0.0, 0.0; camphor
� 4.51, 6.47, 4.31; linalool� 0.52, 0.48, 0.32; cis-
sabinen hydrate� 0.05, 0.0, 0.08; trans-p-menth-
2-en-1-ol � 0.0, 0.0, 0.06; pinocarvone � 0.12,
0.27, 0.0; bornyl acetate � 8.72, 1.22, 4.47;
b-caryophyllene � 3.17, 6.50, 3.17; terpinen-4-
ol � 0.20, 0.01, 0.0; alloaromadendrene � 0.12,
0.0, 0.16; 2-methyl-6-methylene-3,7-octadien-2-
ol � 0.22, 0.0, 0.0; myrtenal � 0.01, 0.0, 0.0;
aromadendrene � 2.14, 1.77, 2.85; trans-
pinocarveol � 0.32, 0.64, 0.14; d-terpineol �0.68, 0.57, 0.65; a-humulene � 2.27, 5.24, 2.10;
trans-verbenol – 0.09, 0.15, 0.0; g-muurolene –
0.0, 0.12, 0.0; a-terpineol-1.95, 2.13, 2.11;
a-terpinyl acetate � 0.30, 0.0, 0.0; borneol �3.20, 3.04, 3.20; carvone � 0.0, 0.12, 0.0; d-cadinene � 0.0, 0.01, 0.07; myrtenol � 0.14,
0.17, 0.0; p-cymen-8-ol � 0.05, 0.0, 0.0; trans-jasmone � 0.07, 0.0, 0.0; cis-jasmone � 0.06,
0.13, 0.0; caryophyllene oxide � 2.22, 5.92,
1.67; methyl euqenol � 0.0, 0.01, 0.0; humulene
epoxide � 21.88, 4.76, 0.0; elemenal � 0.09,
0.22, 0.0; spathulenol � 0.08, 0.0, 0.0; euqenol
� 0.17, 0.88, 0.11; carvacrol – 0.06, 0.0, 0.0;
caryophylladienol � 0.14, 0.50, 0.0;
caryophyllenol I� 1.38, 4.32, 0.0; caryophyllenol
II� 0.78, 2.28, 0.51; epi-13-manool� 3.81, 12.6,
4.01 (from A, B, C, respectably) [3]
Activity: Leaf extract has antihelmintic activity [3].
An ointment prepared from extract exhibited
antibacterial activity [3].
Use: Plant extract is used for skin diseases, stomach
disorders, and as diuretic [3].
Leaf extract is used as an antihelmintic agent [2].
References
1. A.D. Dembitski, Izv. Akad. Nauk Kaz, SSR, Ser. Khim. 4, 4
(1984)
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
63 [in Russian]
3. K.H.C. Baser, T. Ozek, B. Demirchakmak, B.Y. Abduganiev,
K.R. Nuriddinov, K.N. Aripov, A.S. Doriev, C.S. Karataeva,
Chem. Nat. Comp. 33, 296 (1997)
Perovskia scrophulariaefolia Bgl.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.54 [1]; 0.2–0.21 [2]
Composition of the essential oil (GC/MS. Innowax
FSC, Wiley GC/MS Library &TBAM Library),
%: a-Pinene� 1.43; a-thujene�0.10; camphene
� 1.25; b-pinene � 1.41; sabinene � 0.09; d-3-carene � 1.22; myrcene � 0.18; limonene �2.79; 1,8-cineole � 11.0; p-cymene � 5.71; a-p-dimethylstyrene � 0.01; a-cububene � 0.19;
trans-sabinenehydrate �0.15; a-copaene �0.69; camphor �9.0; carvone � 0.12;
geranylacetete � 1.49; d-cadinene � 0.22; g-cadinene � 1.32; selina-3,7(11)-dien � 0.29;
myrtenol � 0.32; trans-carveol � 0.16;
calaminene � 0.43; m-cymen-8-ol � 0.24; p-cymen-8-ol � 0.32; a-calacorene I � 0.14;
piperitenone � 0.97; cubebol �0.08; cis-
jasmone �0.14; a-calacorene II �0.07; a-jurjunene � 0.30; linalool � 0.54; cis-
sabinenehydrate � 0.07; linalylacetate � 0.27;
pinacarvone � 0.09; bornyl acetate � 7.82; b-caryophyllene � 0.72; terpinen-4-ol� 0.54; cis-
p-mentha-2,8-dien-1-ol � 0.11; myrthenal �0.11; aromadendrene � 0.29; trans-pinocarveol� 0.29; d-terpineol � 0.48; a-humulene � 1.8;
cryptone � 0.44; g-muurolene � 0.48; a-terpinylacetete � 4.56; borneol � 2.81; thujol
� 0.3; a-muurolene� 0.79; a� selinene� 0.16;
isocaryophyllene oxide� 1.75;� caryophyllene
oxide � 9.98; humulene epoxide I � 0.54;
humulene epoxide II � 7.85; elemenal � 0.45;
1-epicubenol � 0.10; viridiflorol � 0.57; cumin
alcohol 0.13; cis-p-menth-3en-1,2-diol � 0.09;
T-cadinol � 0.42; T-muurolol � 0.20; a-bisabolol � 0.91; carvacrol � 0.15; a-eudesmol
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Phlomus austra – anatolica Hub. Mur. 461 Lamiaceae
� 0.22; a-cadinol � 0.77; caryophylladienol0.84; calacorene alcohol I � 0.26; calacorene
alcohol II � 0.22; caryophyllenol II � 0.62;
epi-13- manool � 2.57 (from Uzbekistan) [1]
a-Pinene � 7.5–12.1; camphene � 3.7–6.2; b-pinene � 0.8–4.3; sabinene � tr � 0.3; d-3-carene � 3.9–6.5; myrcene � 0.5–1.0; a-terpinene � 0.3–0.6; limonene � 0.8–1.4; b-phellandrene � tr � 0.2; 1,8-cineole � 15.5–
18.5; g-terpinene � 3.5–4.5; p-cymene � 3.0–
4.3; b-thujone � tr � 0.3; linalool � 3.0–7.2;
linalylacetete � 2.4–8.4; camphor � tr � 1.5;
bornyl acetate � tr � 0.6; terpinen-4-ol � tr �0.9; borneol� 0.7–3.4; a-terpineol� tr� 0.5; b-caryophyllene � 7.3–12.5; alloaromadendrene
� 2.6–6.2; humulene � 5.1–7.7; atlantone �0.1–0.3; ledol � 2.5–4.0; palustrol � 0.0–0.8;
viridiflorol � 0.0–0.1; a-betulenol � 3.8–6.7; b-betulenol � 0.2–1.0 (from four different locali-
ties in Kyrgyzstan) [3]
Activity: Extracts of essential oil have antibacterial
property [2].
Use: The essential oil is of importance in the perfume
industry [1].
References
1. K.R. Nuriddinov, K.K. Khodzimatov, K.N. Aripov, T. Ozek,
B. Demirchakmak, K.H.C. Baser, Chem. Nat. Comp. 33, 290
(1997)
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
63 [in Russian]
3. A.D. Dembitski, Izv. Akad. Nauk Kaz, SSR, Ser. Khim. 4, 4
(1984)
Phlomus alpina Pall.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 142.0 (cald)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 �3.1; 18:0� 0.5; 18:1� 43.7; 18:2� 51.0; 18:3�1.7
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7, 32
(1971) [in Russian]
Phlomus armeniaca Willd.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 7.7
Oil (petroleum ether, 30–60� C), % dry wt: 26.0
n40D : 1.4650
Iodine value (Wijs), % J2: 95.0; 95.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �4.1; 18:0� 0.9; 18:1� 68.0; 18:2� 16.0; 18:3�0.7; others (6) � 1.2
Allenic acid, %: 8.9
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Phlomus austra – anatolica Hub. Mur.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 6.4
Oil (petroleum ether, 30–60� C), % dry wt: 14.0
n40D : 1.4662
Iodine value (Wijs), % J2: 85.0; 82.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �7.0; 18:0 � 1.9; 18:1 � 61.0; 18:2� 7.4; 18:3�0.3; others (6) � 2.0
Allenic acid, %: 20.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Lamiaceae 462 Phlomus caucasica Rech. fil.
Phlomus caucasica Rech. fil.
Synonyms
Ph. orientalis auct.
Family: Lamiaceae
Essential oil, % dry wt: 0.1–0.2
Use: Ornamental plant.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
65 [in Russian]
Phlomus crinita Cav.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 11.0
Oil (petroleum ether, 30–60�C), % dry wt: 24.0
n40D : 1.4646
Iodine value (Wijs), % J2: 88.0; 82.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �7.7; 18:0 � 1.7; 18:1 � 64.0; 18:2
� 10.0; 18:3 � 0.1; others (10) � 4.3
Allenic acid, %: 12.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Phlomus fruticosa L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 10.0 [1]
Oil (petroleum ether, 30–60� C), % dry wt: 18.0 [1]
n40D :1.4646 [1]
Iodine value (Wijs), % J2: 114.4 (cald) [2]
FAs
Composition: 16:0 � 7.3; 18:0 � 2.4; 18:1 � 68.0;
18:2 � 8.5; 18:3 � 0.8; others (7) � 1.2 (%,
GLC, 20% LAC-2R 446) [1]
16:0 � 14.7; 18:0 � 2.2; 18:1 � 59.5; 18:2 � 29.9;
18:3 � 0.8 (mol %, GLC, 10% PEGA) [2]
Allenic acid, %: 12.0 [1]
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
2. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7, 32
(1971) [in Russian]
Phlomus herba-venti L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 10.0
Oil (petroleum ether, 30–60� C), % dry wt: 30.0
n40D : 1.4658
Iodine value (Wijs), % J2: 104.0; 105.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �4.8; 18:0� 1.4; 18:1� 58.0; 18:2� 28.0; 18:3�0.8; others (4) � 1.9
Allenic acid, %: 5.6
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Phlomus iberica (Vis.). Adyl
Synonyms
Eremostachys iberica Vis.
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Phlomus lycia D. Don. 463 Lamiaceae
Family: LamiaceaeFlower
Essential oil, % dry wt: 0.012
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
67 [in Russian]
Phlomus laciniata (Bunge) Adyl.
Synonyms
Eremostachys laciniata (L.) Bunge
Family: Lamiaceae
Seed
Oil, % dry wt: 16.3–30.23
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991),
6, 67
Phlomus lanata L.
Family: Lamiaceae
Aerial Part
Essential oil (steam distillation), % v/ wt: 0.35
Composition of essential oil (GLC, Supelcowax 10;GC/MS, HP-5 MS), %: a-Thujene� tr; a-pinene� 25.41; sabinene � 0.65; b-pinene � 1.74; b-myrcene � 1.58; a-phellandrene � 1.27; a-terpinene � 0.87; p-cymene � tr; limonene �15.67; (Z)-b-ocimene � 2.89; benzene acetalde-
hyde � tr; (E)-b-ocimene � 2.07; g-terpinene �0.42; a-terpinolene � 1.32; linalool � 0.78;
nonanal � 1.03; a-campholenal � tr; terpin-4-
ol � tr; a-terpineol � 0.24; decanal � 0.26;
geraniol � tr; carvacrol � 3.26; cyclosativene
� 0.34; a-copaene � 1.26; isocomene � 4.91;
b-cubebene � tr; b-elemene � tr; (E)-
caryophyllene � 8.76; b-gurjunene � tr; a-himachalene � 1.80; a-humulene � tr;
dehydroaromadendrene � 3.18; 9-epi-(E)-
caryophyllene � tr; g-muurolene � 4.53; (E)-b-ionone� 0.33; cis- b-guaiene� 0.49; valencene
� tr; d-cadinene � 1.51; a-calacorene � tr; (E)-nerolidol � 0.68; caryophyllene oxide � 2.86;
humulene epoxide II � 0.35; tetradecanal � tr;
hexadecanal � 0.77; 6,10,14-trimethyl-2-
pentadecanone � 0.94; hexadecanoic acid �0.85; 3,7,11,15 � tetramethyl-2-hexadecen-1-ol
� 3.54; tricosane � 0.20; total � 96.85
½a�25D : –3.4� (CH2Cl2, C 0.6)
Activity: Essential oil
Bacteriostatic activity, MIC mg/mL:
Staphyllococcus aureus, S. epidermidis,Enterobactera cloacae >20; Klebsiella
pneumoniae � 8.0; Pseudomonas aeruginosa �6.5; Candida albicans, C. tropicalis, Torulopisglabrata � 4.65–4.95; Escherichia coli � 3.0
a-PineneBacteriostatic activity, MIC mg/mL:
Staphyllococcus aureus � 7.5; S. epidermidis
� 9.5; Pseudomonas aeruginosa � 6.0;
Enterobacter cloacae � 15.0; Klebsiella
pneumoniae � 8.0; Candida albicans � 4.0; C.
tropicalis � 4.0; Torulopis glabrata � 2.0;
Escherichia coli � 2.0
References
1. M. Couladis, A. Tanimanidis, O. Tzakou, I.B. Chinou, C.
Harvala, Planta Med. 66, 670 (2000)
Phlomus lycia D. Don.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 6.0
Oil (petroleum ether, 30–60�C), % dry wt: 18.0
n40D : 1.4646
Iodine value (Wijs), % J2: 84.0; 82.0 (cald)
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Lamiaceae 464 Phlomus Maximoviczii Rgl.
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.3; 18:0 � 1.6; 18:1 � 70.0; 18:2� 6.5; 18:3�0.1; others (6) � 1.3
Allenic acid, %: 13.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Position
of TAG 16:0 18:0 18:1 18:2(9,12) 18:2(5,6) 18:3
Sn-1 3.8 1.0 33.9 59.0 59.0 2.3
Sn-2 0.6 – 25.9 72.0 – 1.5
Sn-3 3.1 0.8 50.3 41.8 41.8 4.0
Phlomus Maximoviczii Rgl.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 149.1 (cald)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 �5.4; 18:0� 1.3; 18:1� 26.9; 18:2� 62.1; 18:3�2.4
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7, 32 (1971)
Phlomus oreophilla Kar. et. Kir.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 17.6 [1]
IR
UV
FAs
Composition (GLC, 17% EGS), %: 14:0 � tr; 16:0
� 3.4; 16:1(9) � 0.6; 18:0 � 1.4; 18:1 � 35.1;
18:2(9,12) + 18:2(5,6) � 56.5; 18:3 � 3.0
Composition of oil (CC): Hydrocarbons + caro-
tenes � 1.1; TAG � 91.1; free FAs � 0.6;
epoxy-TAG + oxo-TAG � 2.1; hydroxy-TAG
� 0.4; triterpenols + sterols � 2.6; GL � 0.6 [1]
TAG
Main components (Coleman), mol %: LabLLab �1.0; OLLab � 6.5; LLLab � 6.3; OOLab � 2.4;
LOLa � 2.4; POO � 1.0; POL � 1.0; LOO �8.4; LOL� 4.0; OOO� 4.4; PLO� 2.3; PLL�2.2; OLO � 12.8; OLL � 24.5; OLLe � 1.2;
LOLe � 1.0; OOLe � 1.0; LeOP � 1.0; LLL �11.7; LLLe � 1.0; StLO + StLL � 1.1 [2]
Composition, %: SSU + USS � 0.0; SUS � 1.5(2);
SUU � 2.6(7); UUS � 3.9(9); USU � 0.6 (4);
UUU � 91.4 (21) [3]
FAs (GLC), %: 14:0 � tr; 16:0 � 2.5; 16:1 � 0.3;
18:0 � 0.6; 18:1 � 36.4; 18:2(5.6) � 7.1;
18:2(9,12) � 50.5; 18:3(9,12,15) � 2.6 [3]
The Positional Distributions of FAs in TAG (stereo
specific analysis), mol %: [3]
Epoxy-TAG + oxo-TAG
Usual FAs of Epoxy-TAG + Оxo-TAG (GLC), %:
14:0 � tr; 16:0 � 5.3; 16:1(9) � tr; 18:0 � 1.2;
18:1 � 27.9; 18:2 � 60.0; 18:3 � 5.6 [1]
Epoxy-FAs + oxo-FAs
Composition (GLC), %: Epoxy-18:0 � 27.1, 9,10-
epoxy� 18:1 - 53.3; epoxy-18:2� 4.0; oxo-18:1
� 15.6 [1]
Cis-9,10-Epoxy-18:0
Cis-9,10-Epoxy-18:2 (12)
Cis-12,13-Epoxy-18:1 (9)
Cis-15,16-Epoxy-18:2 (9,2)
Oxo-18:0
9-Oxo-18:1(12)
Free FAs
Composition (GLC), %: 14:0 � tr; 16:0 � 4.8;
16:1(9) � tr; 18:0 � 1.2; 18:1(9) � 30.8;
18:2(9,12) � 44.4; 18:2(5,6) � 15.2; 18:3 �3.6 [1]
Hydroxy TAG
Usual FAs of Hydroxy-TAG (GLC), %: 14:0 � tr;
16:0 � 4.4; 16:1(9) � 0.3; 18:0 � 1.3; 18:1 �33.0; 18:2 � 57.0 18:3 � 4.0 [1]
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Phlomus regelii M. Pop. 465 Lamiaceae
Hydroxy FAsComponents: 12-Hydroxy-18:1(9), 9-hydroxy-
18:1(12), 13-hydroxy-18:2(9,11), 9-hydroxy-
18:2(10,12) [1,2]
Sterylglycosides [1]
Hydrocarbons
Composition (CLC, 5% SE 30), %: Saturated C17�C22 � tr; C23 � 0.5; C24 � 0.4; C25 � 2.6; C26 �1.2; C27 � 10.2; C28 � 3.6; C29 � 32.6; C30 �6.6; C31 � 33.8; C32 � 3.0; C33 � 5.5 [2]
a-Carotene
UV [1]
Sterols
Components: b-Sitosterol, stigmasterol,
camphesterol [2]
References
1. D.T. Asilbekova, S.D. Gusakova, A.U. Umarov, Chem. Nat.
Comp. 56, 525 (1983)
2. D.T. Asilbekova (unpublished)
3. T.V. Khomova, D.T. Asilbekova, S.D. Gusakova, A.U.
Umarov, Chem. Nat. Comp. 19, 266 (1983)
Phlomus ostrowskiana (Rgl.) Adyl.
Family: Lamiaceae
Aerial Part
Extract (chloroform) [1]
Components: FAs, ursolic acid, b-sitosterol, hydro-carbons (C31) [2]
Free FAs
Components (CC, MS), %: 20:0–32:0 [1]
Hydrocarbons
Components, %: Saturated C29 – C32, C33 (main) [1]
b-Sitosterol [1]
Ursolic acid (CC, UV, IR, MS) [1]
Chlorophyll [1]
References
1. K.K. Kholmatov, I.A. Kharlamov, K.I. Alimov, M.T.
Ikramov, Chem. Nat. Comp. 19, 761 (1983)
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
68 [in Russian]
Phlomus pungens Willd.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.06 [1]
Carotene [1]
Sterols, % dry wt: 0.03 [2]
Terpenoids
Phytol, % dry wt: 0.09 [2]
Activity: Extract has tonic, diuretic, and
antituberculosis effects [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
65 [in Russian]
2. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
Phlomus purpurea L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 4.4
Oil (petroleum ether, 30–60�C), % dry wt: 21.0
n40D : 1.4647
Iodine value (Wijs), % J2: 82.0; 81.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �7.6; 18:0 � 3.4; 18:1 � 66.0; 18:2� 6.8; 18:3�tr; others (7) � 1.1
Allenic acid, %: 15.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Phlomus regelii M. Pop.
Family: Lamiaceae
Seed
Oil (hexane), %: 12.0 [1]
IR
UV
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Lamiaceae 466 Phlomus rigida Labill.
FAs
Composition (GLC, 17% EGS), %: 14:0 � tr; 16:0
� 4.0; 16:1(9) � 0.4; 18:0 � 0.6; 18:1 � 69.2;
18:2(9;12) + 18:2(5;6) � 25.8; 18:3 � tr
Composition of oil (CC): Hydrocarbons + caro-
tenes � 0.3; TAG � 92.4; free FAs � 2.4;
hydroxy-TAG � 1.9; triterpenols + sterols �2.9; GL � 0.1
TAG
Main components (Coleman), mol%: POLab� 1.7;
OOLab � 15.5; LabOLab � 1.8; LabOL � 2.8;
OLLab � 1.2; PLabO � 1.1; OLabO � 5.2;
OLabLab � 2.3; OLabLab � 2.3; OLabL �1.8; POO � 7.4; POL � 1.3; StOO � 1.0;
OOO � 33.9; OOL � 12.3; OOLe � 1.0; LOL
� 1.1; LLO � 1.0; OLO � 2.5; others � 5.1 [2]
Composition, %: SSU + USS � 0.1(2); SUU �14.1(9); UUS � 0.4(6); USU � 0.8(4); UUU �84.6(15) [2]
FAs (GLC, 17%EGS),%: 14:0� tr; 16:0� 4.6; 16:1
� tr; 18:0 � 0.6; 18:1 � 70.5; 18:2(5.6) � 13.9;
18:2(9,12)� 9.8; 18:3� 0.6; others (1)� 2.7 [3]
The Positional Distributions of FAs in TAG (stereo
specific analysis), mol % [2]
Position
of TAG 16:0 18:0
18:1
+
16:1 18:2(5,6) 18:2(9,12) 18:3
Sn-1 12.7 1.6 63.5 20.7 20.7 1.5
Sn-2 0.9 – 78.7 4.8 15.3 0.3
Sn-3 0.2 0.2 69.3 30.3 30.3 –
Free FAs
Composition (GLC, 17% EGS), %: 14:0� tr; 16:0�5.8; 16:1(9) � 0.6; 18:0 � 2.0; 18:1(9) � 43.7;
18:2(5;6)� 22.3; 18:2(9,12)� 21.9; 18:3� 3.7 [1]
Hydroxy-TAG
Usual FAs of Hydroxy-TAG (GLC, 17% EGS), %:
14:0 � 0.5; 16:0 � 5.7; 16:1(9) � 0.9; 18:0 �1.5; 18:1 � 50.8; 18:2 � 39.5; 18:3 � 1.1 [1]
Hydroxy FAs
Components: 12-Hydroxy-18:1(9), 9-hydroxy-
18:1(12), 13-hydroxy-18:2(9,11), 9-hydroxy-
18:2(10,12) [1, 2]
Hydrocarbons
Composition (CLC, 5% SE 30), %: Saturated C17 -
C20 � tr; C21 � 0.5; C22 � tr; C23 � 4.3; C24 �
2.0; C25 � 10.7; C26 � 1.9; C27 � 13.6; C28 �10.3; C29 � 23.8; C30 � 2.4; C31 � 24.5; C32 �1.4; C33 � 4.6 [2]
b-Carotene
UV [1]
Sterols
Components: b-Sitosterol, stigmasterol,
camphesterol [2]
References
1. D.T. Asilbekova, S.D. Gusakova, A.U. Umarov, Chem. Nat.
Comp. 56, 525 (1983)
2. D.T. Asilbekova (unpublished)
3. T.V. Khomova, D.T. Asilbekova, S.D. Gusakova, A.U.
Umarov, Chem. Nat. Comp. 266 (1983)
Phlomus rigida Labill.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 15.0
Oil (petroleum ether, 30–60�C), % dry wt: 16.0
n40D :1.4657
Iodine value (Wijs), % J2: 92.0; 89.0 (cald)
FAs (GLC, 20% LAC-2R 446), %: 16:0–7.4; 18:0–
1.5; 18:1–62.0; 18:2–14.0; 18:3–0.5; others
(8) � 2.3
Allenic acid, %: 12.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Phlomus salicifolia Rgl.
Family: Lamiaceae
Oil (hexane), %: 12.0 [1]
TAG
Main components (Coleman), mol %: LLL � 1.7;
OLL � 11.2; PLL � 1.8; OLO � 18.1; PLO �3.2; PLP� 0.1; LOL� 3.0; OOL� 20.0 POL�1.8; OOO � 32.6; POO � 5.6; others � 1.8 [1]
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Physostegia virginiana (L.) Benth. 467 Lamiaceae
Composition, %: SSU + USS � 0.2; SUS � 0.4;USU � 1.2; UUS + SUU � 11.6; UUU � 86.6
FAs (GLC, 17% EGS), %: 16:0 � 4.6; 16:1(9) �0.6; 18:0 � tr; 18:1 � 68.3; 18:2(9,12) +
18:2(5,6) � 26.4; 18:3 � 0.1
Free FAs
Composition (GLC), %: 14:0 � 4.9; 16:0 � 5.0;
16:1� tr; 17:0� tr; 18:0� tr; 18:1� 61.1; 18:2
� 29.0; 18:3 � tr; 20:0 � tr [2]
References
1. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
2. G.A. Stepanenko, T.V. Khomova, S.D. Gusakova, A.U.
Umarov, Chem. Nat. Comp. 17, 326 (1981)
Phlomus speciosa (Rup.) Adyl.(Eremostachys speciosa (Rup.))
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.75 [1]
Activity: Tincture has hypotensive effect.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
68 [in Russian]
Phlomus tuberosa L.
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.08 [1]
Seed
Oil, % dry wt: 19.3–27.5 [1–3]
Iodine value, % J2: 36.5 [2]; 157.0 (cald) [1]
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 �1.7; 18:0� 0.2; 18:1� 30.7; 18:2� 66.3; 18:3�1.2 [3]
Activity: Extract has antibacterial and antifungal
properties [1].
Use: As spice [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
68 [in Russian]
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348 [in
Russian]
3. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7, 32
(1971) [in Russian]
Physostegia viorginiana
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 2.6
Oil, % dry wt: 35.2
HBr uptake, as C18 acid, %: 0.2
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
Physostegia virginiana (L.) Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 2.6
Oil (petroleum ether, 30–60� C), % dry wt: 35.0
n40D : 1.4706
Iodine value (Wijs), % J2: 146.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �3.9; 18:0� 2.0; 18:1� 29.0; 18:2� 31.0; 18:3�22.0; others (3) � 0.7
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Position of
TAG 16:0 18:0 18:1 18:2(9,12) 18:2(5,6) 18:3
Sn-1 6.2 tr 7.3 19.8 4.7 62.0
Sn-2 – – 6.3 25.8 2.2 65.7
Sn-3 0.7 Tr 1.1 5.1 8.1 85.0
Position
of TAG 16:0 18:0 18:1 18:2(9,12) 18:2(5,6) 18:3
Sn-1 11.4 tr 16.0 25.0 2.8 44.8
Sn-2 0.9 – 19.1 33.6 1.3 45.1
Sn-3 0.3 Tr 4.2 22.1 3.1 70.3
Lamiaceae 468 Plectranthus glaucocalyx Maxim.
Plectranthus glaucocalyx Maxim.
Family: Lamiaceae
Seed
Oil (petrol ether), %: 24.6 (Sample 1, wild plant from
Russian); 10.5 (Sample 2, introduced in Uzbekistan
plant) [1]
FAs
Composition (GLC, 17% EGS), %: 14:0 � tr; 16:0
� 3.0; 18:0 � 1.6; 18:1 � 6.9; 18:2(9,12) +
18:2(5,6) � 24.7; 18:3 � 63.8 (1)
14:0 � tr; 16:0 � 4.3; 18:0 � 1.3; 18:1 � 14.8;
18:2(9,12) + 18:2(5,6) � 30.5; 18:3 � 49.1 (2)
Composition of oil (CC): Hydrocarbons � 1.0;
steryl esters � 1.0; methyl ether of FAs �0.2; unidentified � 0.3; TAG � 88.4; free
FAs � 1.8; esters of triterpenioc acids �0.7; DAG � 0.9; MAG � 0.8; sterols �2.0; chlorophyll’s + unidentified components
� 2.9 (1)
Hydrocarbons � 0.9; steryl esters � 1.2; methyl
ether of FAs � 0.3; unidentified � 0.2; TAG �85.3; free FAs � 2.5; ester of triterpenioc
acids � 1.3; DAG � 1.6; sterols � 2.6;
MAG � 1.2; chlorophyll’s + unidentified com-
ponents � 2.9 (2)
Steryl esters
FAs (GLC), %: 12:0 � 1.2; 14:0 � 1.4; 15:0–0.5;
16:0� 18.7; 18:0� 6.5; 18:1� 9.3; 18:2(9,12) +
18:2(5,6)� 30.9; 18:3� 12.7; 20:0� 13.5; 22:0
� 0.8; unidentified � 4.5 (1)
12:0� 1.0; 14:0� 0.6; 15:0� tr; 16:0� 34.8; 18:0
� 7.6; 18:1� 7.2; 18:2(9,12) + 18:2(5,6)� 25.8;
18:3� 13.2; 20:0� 6.0; 22:0� 0.6; unidentified
� 3.2 (2)
Methyl ethers of FAs
Composition (GLC), %: 12:0 � 4.0; 13:0 � 3.4;
14:0 � 7.2; 15:0 � 4.6; 16:0 �14.4; 17:0 � 5.8;
18:0 � 2.1; 18:1 � 19.5; 18:2(9,12) + 18:2(5,6)
� 13.4; 18:3 � 5.6; 20:0 � 5.7; 22:0 � 5.6;
unidentified � 8.7 (1)
12:0� 2.6; 13:0� tr; 14:0� 2.1; 15:0� tr; 16:0�12.7; 17:0 � 0.4; 18:0 � 5.7; 18:1 � 19.9;
18:2(9,12) + 18:2(5,6) � 26.5; 18:3 � 11.6;
20:0 � 5.0; 22:0 �6.2; unidentified � 7.3 (2)
TAG
FAs (GLC), %: 12:0� tr; 13:0� tr; 14:0� tr; 15:0
� tr; 16:0 � 2.1; 18:0 � tr; 18:1 � 5.0;
18:2(9,12) � 17.0; 18:2(5,6) � 5.0; 18:3 �70.9; 20:0 � tr; 22:0 � tr (1)
12:0� tr; 13:0� tr; 14:0� tr; 15:0� tr; 16:0� 3.9;
18:0 � tr; 18:1 � 13.3; 18:2(9,12) � 27.1;
18:2(5,6) � 2.3; 18:3 � 53.4; 20:0 � tr; 22:0 �tr (2)
The Positional Distributions of FAs in TAG of sample 1(stereo specific analysis), mol %: [2]
The Positional Distributions of FAs in TAG of sample 2
(stereo specific analysis), mole %: [2]
Free FAs
Composition (GLC), %: 12:0 � 0.2; 13:0 � tr; 14:0
� 0.5; 15:0� 0.1; 16:0� 12.4; 17:0� tr; 18:0�4.2; 18:1� 12.4; 18:2(9,12)� 23.8; 18:2(5,6)�6.1; 18:3 � 40.0; 20:0 � 0.3; 22:0 � tr (1)
12:0 � tr; 13:0 � tr; 14:0 � tr 15:0 � tr; 16:0 �10.6; 17:0 � tr; 18:0 � 3.6; 18:1 � 21.2;
18:2(9,12) � 30.0; 18:2(5,6) � 3.9; 18:3 �30.7; 20:0 � tr (2)
DAG
FAs (GLC), %: 12:0 � tr; 13:0 � tr; 14:0 � 0.1;
16:0 � 4.9; 17:0 � tr; 18:0 � 2.5; 18:1 � 7.9;
18:2(9,12)� 33.7; 18:2(5,6)� 5.5; 18:3� 45.4;
20:0 � tr (1)
12:0 � tr; 13:0 � tr; 14:0 � 0.1; 15:0 � tr; 16:0 �7.5; 17:0 � tr; 18:0 � 2.6; 18:1 � 19.5;
18:2(9,12) � 34.0; 18:2(5,6) � 2.4; 18:3 �33.9; 20:0 � tr (2)
MAG
FAs (GLC), %: 12:0 � tr; 13:0 � tr; 14:0 � 0.4;
15:0 � tr; 16:0 � 10.9; 17:0 � tr; 18:0 � 3.2;
18:1� 15.7; 18:2(9,12)� 29.1; 18:2(5,6)� 3.4;
18:3 � 37.3; 20:0 � tr (1)
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Pogostemon parviflorus Benth. 469 Lamiaceae
12:0 � tr; 13:0 � tr; 14:0 � 0.4; 15:0 � tr; 16:0 �12.3; 18:0� 4.1; 18:1� 21.7; 18:2(9,12)� 30.7;
18:2(5,6) � 1.3; 18:3 � 29.5; 20:0 � tr (2)
References
1. T.V. Khomova, S.D. Gusakova, Y.M. Murdakhaev,
A.U. Umarov, Chem. Nat. Comp. 20, 27 (1984)
Plectranthus inflexus Vahl. et Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.8 [1]
Oil (petroleum ether), %: 39.0
n40D : 1.4754
Iodine value, % J2: 201.0; 204.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �4.5; 18:0� 2.1; 18:1� 10.0; 18:2� 25.0; 18:3�58.0; others (1) � 0.1
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids
2(5), 371 (1967)
Plectranthus rugosus Wall.
Family: Lamiaceae
Leaf
Extract (8 kg fresh leaves, after soxhletting with
pet ether were extracted with hot MeOH for 48 h,
CC) [1]
(20S)-3a-Hydroxy-18a,19a-urs-12-en-30b-oic acid
(plectranthoic acid A), C30H48O3
½a�25D : +59� (c 0.1, MeOH) [1]
M.p. [1]
IR, 1H-NMR MS [1]
(14 S)-3a-Hydroxy-18a,19a-urs-12-en-27a-oic acid
(plectranthoic acid B), C30H48O3
[aD]: +62� (c 0.12, MeOH [1]
M.p [1]
IR, 1H-NMR, MS [1]
Fresh foliage and terminal branchlets
Essential oil, (steam distillation) %: 0.05 [2]
Composition (GC-MS, analytical GLC on FFAP-
FS-WCOT), %: a-Pinene – 3.1; camphene –
0.03; b-pinene – 0.1; sabinene – 0.2; 3-carene –
0.7; myrcene – 2.1; a-phellandrene – 4.6; a-terpinene –.04; limonene – 2.4; b-phellandrene– 2.3; cis- b-ocimene – 0.2; g-terpinene – 0.2;
trans-b-ocimene – 1.0; p-cymene – 2.1;
terpinolene – 1.0; thujone + 1-nonene-3-ol –
0.7; a-copaene – 0.3; b-bourbonene – 0.3; b-cubebene – 0.4; linalool – 0.9; caryophyllene –
22;0; terpinene-4-ol – 0.7; humulene – 1.6; g-muurolene – 1.4; germacrene D – 7.5; piperitone
epoxide – 0.8; a-muurolene – 1.0;
bicyclogermacrene – 0.8; d-cadinene – 2.8; g-cadinene –1.1; a-curcumene – 0.2; C15H26O –
1.1; C15H26O – 0.7; caryophyllene oxide – 3.1;
aromatic ester C15H26O2 – 1.2; C15H26O – 2.9;
sesquiterpene alcohol C15H26O – 1.4; T-cadinol
+ aromatic alcohol C10H14O – 1.2; sesquiterpene
alcohol C15H26O – 1.7; torreyol – 1.3; C15H26O
–1.0; a-cadinol – 3.1; sesquiterpene alcohol
C15H26O – 0.6 [2]
IR, 1H NMR, 13C NMR [2]
References
1. T.K. Razdan, V. Kachroo, S. Harkar, G.L. Koul, Tetrahedron
38, 991 (1982)
2. P. Weyerstahl, V.K. Kaul, N. Meier, M. Weirauch,
H. Marschall, Planta Med. 48(2), 99 (1983)
Pogostemon parviflorus Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.2
Oil (petroleum ether, 30–60�C), % dry wt: 36.0
n40D : 1.4685
Iodine value (Wijs), % J2: 130.0; 143.0 (cald)
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Lamiaceae 470 Prasium majus L.
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �8.5; 18:0� 3.3; 18:1� 11.0; 18:2� 76.0; 18:3�1.0; others (3) � 0.7
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Prasium majus L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 7.2
Oil (petroleum ether, 30–60� C), % dry wt: 15.0
n40D : 1.4642
Iodine value (Wijs), % J2: 108.0; 107.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �6.1; 18:0� 4.1; 18:1� 48.0; 18:2� 35.0; 18:3�0.2; others (4) � 0.9
Allenic acid, %: 6.2
IR
Prunella asiatica Nak.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.8
Oil (petroleum ether, 30–60� C), % dry wt: 20.0
n40D : 1.4754
Iodine value (Wijs), % J2: 194.0; 200.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �5.7; 18:0� 2.3; 18:1� 13.0; 18:2� 19.0; 18:3�59.0; others (4) � 0.7
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Prunella grandiflora (L.) Jacq.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 229.1 (cald)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 �5.0; 18:0 � 1.6; 18:1 � 8.4; 18:2� 21.2; 18:3�63.8
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7, 32
(1971)
Prunella vulgaris L.
Synonyms
Brunella vulgaris Moench.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.9 [1]
Oil (petroleum ether, 30–60� C), % dry wt: 19.0 [1];
16.0 [2]
n40D : 1.4752
Iodine value (Wijs), % J2: 189.0; 196.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �7.7; 18:0� 2.1; 18:1� 14.0; 18:2� 16.0; 18:3�60.0; others (2) � 0.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348 [in
Russian]
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Pycnanthemum virginianum L. 471 Lamiaceae
Prunella vulgaris L.var. larceolata (B)Family: Lamiaceae
Seed and Pericarp
Ash, %: 3.1
Mass of 1,000, g: 1.8 [1, 2]
Oil, % dry wt: 22.4 [1]; 28.0 (petroleum ether, 30–
60� C) [2]HBr uptake, as C18 acid, %: 0.1
n40D : 1.4740 [2]
Iodine value (Wijs), % J2: 193.0; 194.0
(cald) [2]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 �8.4; 18:0� 2.1; 18:1� 13.0; 18:2� 17.0; 18:3�59.0; others (1) � 0.7
IR
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16, N4, 221 (1962)
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Prunella vulgaris var. lilacina Nakai.
Family: Lamiaceae
Leaves and Stems
Sterols: a-Spinasterol and stigmast-7-enol [1]
M.p. [1]
[a]D20:+3.0o [1]
Triterpenoic acids: Ursolic acid and oleanolic acid [1]
Root
Triterpenoic acids (GLC): Ursolic acid and oleanolic
acid and others [2]
Betulinic acid [2]
M.p. [2]
[a]D20: +4.0o (CHCl3, C 0.5)
References
1. H. Kojima, H. Ogura, Phytochemistry 25, 729 (1986)
2. H. Kojima, H. Tominaga, Sh. Sato, H. Ogura, Phytochemistry
26, 1107 (1987)
Pycnanthemum muticum Pers.
Family: Lamiaceae
Seed and Pericarp
Ash, %: 4.8 [1]
Mass of 1,000, g: 0.4 [1]
Oil, % dry wt: 35.0 [1]; 34.8 (petroleum ether, 30–60�
C) [2]
n40D : 1.4775 [2]; 1.4772 [3]
HBr, uptake, as C18 epoxy acid, %: 0.2 [2]
Iodine value (Wijs), % J2: 215.0 [2]; 209; 212
(cald) [3]
FAs
Saponification value, mg KOH: 184.0 [2]
IR [2, 3]
FAs
Composition (GLC), %: 18:1 � 19.0; 18:2 � 14.0;
18:3 � 68.0; conjugated 18:3 � 0.1 (20%
Apiezon L) [2]
16:0 � 2.9; 18:0 � 2.8; 18:1 � 9.2; 18:2 � 19.0;
18:3 � 65.0; others (6) � 1.2, (20% LAC-2R
446) [3]
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
2. F.R. Earle, C.A. Glass, G.C. Geisinger, I.A. Wolff, J. Am. Oil
Chem. Soc. 37, 440 (1960)
3. J.M. Hageman, F.R. Earle, I.A.Wolff, A.S. Barclay, Lipids, 2,
371 (1967)
Pycnanthemum virginianum L.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 206.5 (cald)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 �4.4; 18:0 � 1.9; 18:1 � 8.4; 18:2� 28.2; 18:3�57.1
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7, 32
(1971)
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Lamiaceae 472 Pycnanthemum virginianum (L.) Durand and Jackson
Pycnanthemum virginianum (L.) Durandand Jackson
Family: Lamiaceae
Leaves
Terpenoids
Composition, %: Isomenthone – 77.7; pulegone –
14.5; limonene – 1.8; menthone – 0.7; a-pinene –0.5; b-pinene – 0.5; myrcene – 0.5; 1-octen-3-ol
– 0.3; 1.8-cineol – 0.2; camphene – 0.1; sabinene
– 0.1
References
1. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
Rosmarinus officinalis
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.8
Oil (petroleum ether, 30–60�C), % dry wt: 12.0
n40D : 1.4681
Iodine value (Wijs), % J2: 130; 136.5 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
8.9; 18:0 – 3.8; 18:1 – 20.0; 18:2 – 64.0; 18:3 –
2.1; others (6) – 1.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia acetabulosa L. var. simplicifoliaBoiss.
Family: Lamiaceae
Seed
Mass of 1,000, g: 6.0
Oil (petroleum ether, 30–60�C), % dry wt: 18.0
n40D : 1.4686
Iodine value, % J2: 132.0; 138.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
9.1; 18:0 – 1.5; 18:1 – 19.0; 18:2 – 67.0; 18:3 –
1.3; others (6) – 0.5
Allenic acid, %: 2.3
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia adenostachya Juz.
Family: Lamiaceae
Inflorescence
Essential oil, %: 0.1
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
72 [in Russian]
Salvia aegyptiaca L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.6 [1]
Oil (petroleum ether, 30–60�C), % dry wt: 22.0 [1]
n40D : 1.4746 [1]
Iodine value, % J2: 190.0; 194.0 (cald) [1]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
8.0; 18:0 – 3.5; 18:1 – 11.0; 18:2 – 21.0; 18:3 –
57.0; others (2) – 0.2 [1]
IR
Seed
Oil (hexane), %: 17.7 [2]
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Salvia aethiopis L. 473 Lamiaceae
TAGMain components (by Coleman): LeLeLe – 17.5;
LLeLe – 8.4; OLeLe – 17.8; LeLLe – 5.3;
LeOLe – 3.9; PLeLe – 4.6; LLLe – 2.6; OLLe
– 5.4; LOLe – 1.8; OOLe – 4.2; OLeL – 4.4;
PLLe – 1.4; LLeL – 1.0; POLe – 1.0; PLeL – 1.2;
PLeO – 2.4; OLeO – 4.6; OLL – 1.4; OOL – 1.0;
LePLe – 1.3; PLO – 1.0; OLO – 1.4; OOO – 1.0;
OPLe – 1.4; LPLe – 1.0; others – 1.8 [2]
Сomposition, %: SSU +USS – 0.6; USU – 4.1; SUS
– 0.5; UUS + SUU – 12.6; UUU – 82.2 [2]
FAs of TAG
Composition (GLC, 17% PEGS), %: 16:0 – 6.2;
16:1(9) – 0.2; 18:0 – tr; 18:1(9) – 22.7;
18:2(9,12) – 14.8; 18:3(9,12,15) – 56.1 [2]
References
1. J.M. Hageman, F.R. Earle, I.A.Wolff, A. S. Barclay, Lipids 2,
371 (1967)
2. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
Salvia aethiopis L.
Family: Lamiaceae
Sterols, % dry wt: 0.05 [1]
Terpenoids
Phytol, % dry wt: 0.09 [1]
Aerial Part
Essential oil, %: 0.12 – 0.14 [2]
Components: Essential oil, phytol, steroids [3]
Composition (GLC, 15% Carbowax 20): a-Pinene –0.2; b-pinene – 0.5; cineole – 0.1; thujone – 1.1;linalool – 1.7; borneol – 4.6; linalyl acetate – 1.3;
bornyl acetate – 21.8; and others [3]
Inflorescence
Essential oil, %: 0.28 [3]
Components: a-Pinene, b-pinene, limonene, bor-
neol, caryophyllene, camphor [3]
Leaf
Essential oil, %: 0.16 [3]
Components: a-Pinene, b-pinene, limonene, bor-
neol, caryophyllene, camphor [3]
Seed
Oil, % dry wt: 25.3 (chloroform) [4]; 7.2 [5]; 23.0 –
27.8 (hexane) [3, 6, 7]
d1515: 0.9340 [7]
d25: 0.9358 [7]
n25: 1.4838-1.4860 [7]
Iodine value, % J2: 153.26 [4]; 169 – 208.7 [7]
Saponification value, mg KOH: 195.4 [7]
FAs
Composition, %: 14:0 – 0.12; 16:0 - 8.25; 16:1 -
1.53; 18:0 - 6.00; 18:1 – 28.90; 18:2 – 18.80;
18:3 – 36.21 [4]; 13:0 – tr; 14:0 – tr; 16:0 - 10.5;
16:1(7Z) – tr; 16:1(9Z) – 0.1; 18:0 – 3.0; 18:1 –
8.4; 18:2 – 73.4; 18:3 – 2.9; 20:1(11Z) – 1.2; 22:0
- tr; total - 99.5 (GC/MS, SGE BPx70) [5]; 14:0 –
tr; 16:0 – 9.0; 16:1 – 0.6; 18:0 – 1.9; 18:1 – 16.7;
18:2 – 13.7; 18:3 – 58.1, other (1) – tr (GLC,
20% PEGS) [6];
Seed and Pericarp
Mass of 1,000, g: 2.2 [8]
Oil (petroleum ether, 30–60˚C), % dry wt: 22.0 [8]
n40D : 1.4747 [8]
Iodine value, % J2: 186.0; 192.0 (cald) [8]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.8; 18:0 – 2.4; 18:1 – 20.0; 18:2 – 12.0; 18:3 –
58.0; others (6) – 1.0 [8]
IR [8]
Stem
Essential oil, %: 0.28 [3]
Components: a-Pinene, b-pinene, limonene, bor-
neol, caryophyllene, camphor [3]
Activity: Antimicrobial activity of oil, MIC, mg/ml:
Staphylococus aureus ATCC 6538 and Escherichiacoli ATCC 8379 – 2.2; Mycobacterium stegmatis and
Candida albicans ATCC 10231 – 1.1 [5]. Antimicro-
bial activity of 18:1 and 18:2, MIC, mg/ml:Staphylococus aureus – 2.2; Escherichia coli and Can-
dida albicans – not active [5]
18:0 did not show activity against Staphylococusaureus, Escherichia coli, and Candida albicans [5]
Use: Essential oil may be use in perfume [3]
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Lamiaceae 474 Salvia albimaculata Hedge and Hub. – Mor.
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
2. R. Ivanic, K. Savin, Planta Med. 30, 26 (1976)
3. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991),
6, p. 72 in Russian
4. N. Ramazanova, M. Ganieva, K. Khodzhimatov, Dokl. Akad.
Nauk Uzb. SSR (10), 43 (1973)
5. T. Kilic, T. Dirmenci, F. Satil, G. Bilsel, T. Kocagoz, M.
Altun, A.C. Goren, Chem. Nat. Comp. 41, 168 (2005)
6. A.V. Patudin, I.U Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
7. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 349 [in
Russian]
8. J.M. Hageman, F. R. Earle, I. A. Wolff, A. S. Barclay, Lipids,
2, 371 (1967)
Salvia albimaculata Hedge and Hub. –Mor.
Family: Lamiaceae
Seed
Oil (hexane), %: 3.2
FAs
Composition (GC/MS, HP-Innowax), %: 14:0 – 0.5;
15:0 – 0.1; 16:0 – 9.7; 16:1(7Z) – 0.2; 16:1(9Z) –
0.2; 17:0 – 0.1; 18:0 – 2.4; 18:1(9Z) – 16.1;
18:1(11Z) – 0.9; 18:2 – 37.2; 18:3 – 1.8; 20:0 –
0.4; 20:1 – 0.3; 22:0 – 0.1
References
1. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 186 (2004)
Salvia amplexicaulis Lam.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.9
Oil (petroleum ether, 30–60�C), % dry wt: 28.0
n40D : 1.4738
Iodine value, % J2: 181.0; 185.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.2; 18:0 – 3.2; 18:1 – 11.0; 18:2 – 36.0; 18:3 –
44.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia apiana
Family: Lamiaceae
Seed and Pericarp
Ash, %: 3.8
Mass of 1,000, g: 1.2
Oil, % dry wt: 6.9
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
Salvia apiana Jeps.
Family: Lamiaceae
Seed
Mass of 1,000, g: 1.2
Oil (petroleum ether, 30–60�C), % dry wt: 6.9
n40D : 1.4733
Iodine value, % J2: 160.0; 168.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.1; 18:0 – 3.4; 18:1 – 21.0; 18:2 – 31.0; 18:3 –
36.0; others (8) – 1.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Salvia bicolor Desf 475 Lamiaceae
Salvia argentea L.Family: Lamiaceae
Aerial Part
Acetone extract (from dried 250 g plant material), g:
17.0 [1]
Triterpenoids (CC), mg: Oleanolic acid – 7.0; ursolic
acid – 40; and four new ursine and two oleanene
triterpenoids – sum 450 mg [1]
Seed
Oil (hexane), %: 24.7 [2]
FAs
Composition (GLC, 20% PEGS), %: 14:0 – tr; 16:0
– 8.5; 16:1 – 0.8; 18:0 – 2.6; 18:1 – 20.6; 18:2 –
16.5; 18:3 – 50.4; others (2) – 0.6 [2]
References
1. M. Bruno, G. Savona, J.A. Hueso-Rodriguez, C. Pascual,
B. Rodriguez, Phytochemistry 26, 497 (1987)
2. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976)
Salvia austriaca Jacq.
Family: Lamiaceae
Sterols, % dry wt: 0.07 [1]
Terpenoids
Phytol, % dry wt: 0.07 [1]
Aerial Part
Essential oil, %: 0.03 [1]
Components: Thujone, borneol, camphor,
caryophyllene [2]
Flower
Essential oil, %: 0.03 [1]
Components: a-Pinene, b-pinene, borneol,
caryophyllene [2]
Seed
Oil (hexane), %: 28.1 [2, 3]
FAs
Composition (GLC, 20% PEGS), %: 14:0 – 0.7;
16:0 – 6.4; 16:1 – 1.1; 18:0 – 2.7; 18:1 – 10.4;
18:2 – 30.3; 18:3 – 48.4; others-(1) – tr [3]
Use: Essential oil of flowers may be used in perfume
[1].
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976)
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
73 [in Russian]
3. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
Salvia bellotaeflora Benth.
Family: Lamiaceae
Aerial part
Petroleum ether extract (30–60�, from 1,200 g plant
material), %: 1.32
Components, mg: 3-Epioleanolic acid C30H48O3 –
887; oleanolic acid C30H48O3 – 343; sitosterol
C29H56O – 310
References
1. X.A. Dominguez, F.H. Gonzalez, Phytochemistry 11, 2641
(1972)
Salvia bicolor Desf
Family: Lamiaceae
Seed
Mass of 1,000, g: 7.0
Oil (petroleum ether, 30–60�C), % dry wt: 20.0
n40D : 1.4666
Iodine value, %: 119.0; 123.0 (cald)
FAs
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Lamiaceae 476 Salvia brachyantha (Bordz.) Pobed.
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
14.0; 18:0 – 2.6; 18:1 – 25.0; 18:2 – 55.0; 18:3 –
2.1; others (7) – 1.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia brachyantha (Bordz.) Pobed.
Family: Lamiaceae
Seed
Mass of 1,000, g: 0.9
Oil (petroleum ether, 30–60�C), % dry wt: 22.0
n40D : 1.4733
Iodine value, % J2: 176.0; 182.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
8.1; 16:1 – 1.8; 18:0 – 14.0; 18:1 – 29.0; 18:2 –
45.0; 18:3 – 45.0; others (4) – 1.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia bracteata Russ.
Family: Lamiaceae
Seed
Mass of 1,000, g: 10.0 [1]
Oil (petroleum ether, 30–60�C), % dry wt: 6.9 [1]
n40D : 1.4683 [1]
Iodine value, % J2: 132.0; 134.0 (cald) [1]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.1; 18:0 – 3.4; 18:1 – 21.0; 18:2 – 31.0; 18:3 –
36.0; others (8) – 1.0 [1]
IR
Seed
Oil (hexane), %: 8.7 [2]
FAs
Composition (GC/MS, SGE BPx70), %: 13:0 – 0.1;
14:0 – 0.4; 3-hydroxy-14:0 – 0.7; 16:0 – 8.2;
16:1(7Z) – tr; 16:1(9Z) – 0.1; 18:0 – 2.9; 18:1 –
15.4; 18:2 – 64.3; 18:3 – 3.8; 20:1(11) – 1.1; 22:0 –
tr; total – 97.1 [2]
Activity: Antimicrobial activity of oil, MIC, mg/mL:
Staphylococus aureus ATCC 6538 – 1.1; Escherichia
coli ATCC 8379 – 0.5; Mycobacterium stegmatis andCandida albicans ATCC 10231 – 1.1 [2]
Antimicrobial activity of FAs
18:1 and 18:2, MIC, mg/mL: Staphylococus aureus– 2.2; Escherichia coli and Candida albicans –
not active [2]
18:0: Did not show activity against Staphylococusaureus, Escherichia coli and Candida albicans
[2]
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
2. T. Kilic, T. Dirmenci, F. Satil, G. Bilsel, T. Koсagoz,M. Altun, A. C. Goren, Chem. Nat. Comp. 41, 223 (2005)
Salvia breviflora Moc and Sesse
Family: Lamiaceae
Aerial Part
Oleanolic acid
Ursolic acid
References
1. G. Cuevas, O. Collera, F. Garcia, J. Cardenas, E. Maldonado,
A. Ortega, Phytochemistry 26(7), 2019 (1987)
Salvia candidissima Vahl.
Family: Lamiaceae
Essential oil
Composition (GLC, 10% Carbowax): a-Pinene –
22.6; camphene – 1.7; b-pinene – 34.4; myrcene
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Salvia carduacea Benth. 477 Lamiaceae
– 1.8; a-phellandrene – 3.6; a-terpinene – 0.2;limonene – 1.5; 1,8-cineole – 8.4; g- terpinene –tr; r-cymene – 2.0; a-thujone – 0.5; b-thujone –tr; camphor – 0.6; linalool – 0.2; linalyl acetate –
1.1; bornyl acetate – 3.5; borneol – 3.1;
isoborneol – 2.2; terpinen-4-ol – 1.5; b-caryophyllene – 4.2; a-humulene – 0.5; a-terpinyl acetate – tr; geranyl acetate – 2.0; gera-
niol – 2.6 (from Anatolia, Turkey) [1]
Seed
Oil (hexane), %: 5.6 [2]
FAs
Composition (GC/MS, HP-Innowax), %: 14:0 – 0.3;
16:0 – 21.0; 18:0 – 4.5; 18:1(9Z) – 21.1;
18:1(11Z) – 1.0; 18:2 – 19.2; 18:3 – 20.9 [2]
References
1. A. Bayrak, A. Akgul, Phytochemistry 26(3), 846 (1987)
2. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 186 (2004)
Salvia candidissima ssp. candidissima
Family: Lamiaceae
Seed
Oil (hexane), %: 0.6
FAs
Composition (GC/MS, ISGEBPx70), %: 14:0 – 0.4,
15:0 – 0.2, 16:0 – 20.8, 16:1(7Z) – tr, 16:1(9Z) –0.1, 18:0 – 5.7, 18:1 – 20.4, 18:2 – 20.8, 18:3 –
18.5, 20:1(11) – tr, 22:0 – tr, total – 91.5
Activity: Antimicrobial activity of oil, MIC, mg/mL:
Mycobacterium stegmatis – 0.25; Staphylococus
aureus ATCC 6538, Escherichia coli – ATCC 8379
and Candida albicans ATCC 10231 – not active.
References
1. T. Kilic, T. Dirmenci, F. Satil, G. Bilsel, T. Kosagoz,
M. Altun, A.C. Goren, Chem. Nat. Comp. 41, 168 (2005)
Salvia canescens C.A. Mey.
Family: Lamiaceae
Seed
Oil (hexane), %: 26.1 [1, 2]
FAs
Composition (GLC, 20% DEGS), %: 14:0 – tr; 16:0
– 7.6; 16:1 – 0.9; 18:0 – 2.4; 18:1 – 7.8; 18:2 –
43.3; 18:3 – 38.0; others (1) – tr [2]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
73 [in Russian]
2. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976)
Salvia cardiophylla Benth.
Family: Lamiaceae
Aerial part
Triterpenoids, %: b-Amyrin – 0.21; a mixture of
ursolic and oleanolic acids – 0.14 [1]
References
1. A.G. Gonzalez, J.R. Aerrera, J.G. Luis, A.G. Ravelo, E.A.
Ferro, Phytochemistry 27(5), 1540 (1988)
Salvia carduacea Benth.
Family: Lamiaceae
Seed
Mass of 1,000, g: 2.2
Oil (petroleum ether, 30–60�C), % dry wt: 30.040D : 1.4698
Iodine value, % J2: 148.0; 149.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
9.3; 18:0 – 2.8; 18:1 – 34.0; 18:2 – 19.0; 18:3 –
32.0; others (7) – 2.2
IR
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Lamiaceae 478 Salvia cedronella Boiss.
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia cedronella Boiss.
Family: Lamiaceae
Seed
Oil (hexane), %: 3.0
FAs
Composition (GC/MS, HP-Innowax), %: 14:0 – 0.4;
15:0 – 0.2; 16:0 – 15.7; 16:1(7Z) – 0.3; 16:1(9Z)– 1.0; 17:0 – 0.2; 18:0 – 3.3; 18:1(9Z) – 20.5;
18:1(11Z) – 1.2; 18:2 – 49.2; 18:3 – 1.8; 20:0 –
0.6; 20:1 – 0.4; 22:0 – 0.7
References
1. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 186 (2004)
Salvia ceratophylla L.
Family: Lamiaceae
Essential oil
Components: Limonene, borneol, camphor,
thujone, cineole [1]
Flower
Essential oil [1]
Seed
Oil (hexane), %: 19.3 [2]
FAs
Composition (GLC, 20% PEGS), %: 14:0 – 0.4;
16:0 – 11.0; 16:1 – 0.8; 18:0 – 2.3; 18:1 – 16.6;
18:2 – 25.8; 18:3 – 43.1; others (1) – tr [2]
Seed and Pericarp
Mass of 1,000, g: 9.6 [3]
Oil (petroleum ether, 30–60�C), % dry wt: 19.0 [3]
n40D : 1.4740 [3]
Iodine value, % J2: 179.0; 185.0 (cald) [3]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.0; 18:0 – 1.6; 18:1 – 14.0; 18:2 – 36.0; 18:3 –
42.0; others (1) – 1.0 [3]
IR [3]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
73 [in Russian]
2. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
3. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia cilicica Boiss and Kotschy.
Family: Lamiaceae
Root
Acetone extract
Triterpenoic acids (CC): Oleanolic acid, ursolic acid
Activity: The triterpenoic acids were found to be
potently active against amastigote (IC50 values of 7–
120 nM) and moderately active against promastigote
stages (IC50 values of 51–137 nM) of the donovani and
Leishmania major.
References
1. N. Tan, M. Kaloga, O.A. Radtke, A.F. Kideren, S. Oksuz,
A. Ulubelen, H. Kolodziej, Phytochemistry 61, 881 (2002)
Salvia coccinea
Family: Lamiaceae
Dehydrouvaol (3b,28-(OH)2; D12, 20(30))
References
1. K.S Mukherjee, P.K Ghosh, J. Indian Chem. Soc. 55, 850
(1978)
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Salvia cryptantha Montbr. and Aucher ex Bentham 479 Lamiaceae
Salvia columbaria Benth.Family: Lamiaceae
Seed
Oil (hexane), %: 33.9 [1]
FAs
Composition (GLC, 20% PEGS), %: 14:0 – 0.1;
16:0 – 6.0; 16:1 – 0.5; 18:0 – 2.0; 18:1 – 11.8;
18:2 – 20.2; 18:3 – 59.3; others (3) – 0.1 [1]
Seed and Pericarp
Mass of 1,000, g: 0.59 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 32.0 [2]
n40D : 1.4758 [2]
Iodine value (Wijs), % J2: 202.0; 208.0 (cald) [2]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.8; 18:0 – 2.8; 18:1 – 8.9; 18:2 – 17.0; 18:3 –
65.0; others (4) – 0.6 [2]
IR [2]
References
1. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976)
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia columbariae
Family: Lamiaceae
Seed and Pericarp
Ash, %: 5.6 [1]
Mass of 1,000, g: 0.7 [1]
Oil, % dry wt: 34.4 [1]
Seed
Oil, % dry wt: 34.0 (petroleum ether, 30–60� C) [2]n40D : 1.4748 [2]
Iodine value (Wijs), % J2: 198.0 [2]
Saponification value, mg KOH: 188.0 [2]
FAs
Composition (20% Apiezon L), %: Saturated� 5.0;
18:1 � 18.0; 18:2 � 16.0; 18:3 � 56.0 [2]
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
2. F.R. Earle, T.A. McGuire, J. Mallan, M.O. Bagby, I.A. Wolff,
J. Am. Oil Chem. Soc. 37, 48 (1960)
Salvia cryptanthaMontbr. and Aucher exBentham
Family: Lamiaceae
Essential oil
Composition (GLC, 10% Carbowax): a-Pinene –
5.8; camphene – 2.8; myrcene – 3.2; a-phellandrene – 2.9; limonene – 1.4; 1,8-cineole
– 10.4; g- terpinene – tr; terpinolene – 0.8; a-thujone – 0.6; b- thujone – 0.3; camphor – 17.5;
linalool – 4.0; linalyl acetate – 5.1; isobornyl
acetate – 2.1; bornyl acetate – 3.1; borneol –
24.8; isoborneol – 3.4; terpinen-4-ol – tr; b-caryophyllene – 4.2; a-terpinyl acetate – 3.3;
geranyl acetate – 0.5; geraniol – tr (from
Gumushane, Turkey) [1]
Seed
Oil (hexane), %: 4.7 (from Turkey) [2]
FAs
Composition (GC/MS, HP-Innowax), %: 14:0 – 0.2;
15:0 – 0.2; 16:0 – 11.8; 16:1(7Z) – 0.2; 16:1(9Z)
– 0.1; 17:0 – 0.2; 18:0 – 2.8; 18:1(9Z) – 14.0;
18:1(11Z) – 1.0; 18:2 – 61.1; 18:3 – 1.5; 20:0 –
0.9; 20:1 – 0.6; 22:0 – 0.5 [2]
Seed and Pericarp
Mass of 1,000, g: 6.1 [3]
Oil (petroleum ether, 30–60� C), % dry wt: 11.0 [3]
n40D : 1.4649 [3]
Iodine value, % J2: 135.0; 142.0 (cald) [3]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.4; 18:0 – 2.3; 18:1 – 20.0; 18:2 – 71.0; 18:3 –
0.7; others (6) – 0.7 [3]
IR [3]
References
1. A. Bayrak, A. Akgul, Phytochemistry 26(3), 846 (1987)
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Lamiaceae 480 Salvia deserta Schang.
2. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 186 (2004)
3. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia deserta Schang.
Synonyms
S. nemorosa auct.p. p.
Family: Lamiaceae
Inflorescence
Essential oil, %: 0.002 [1]
Leaf
Essential oil, %: 0.02 [1]
Seed
Oil (hexane), %: 23.0 [1, 2]
FAs
Composition (GLC, 20% DEGS), %: 14:0 – 0.8;
16:0 – 7.5; 16:1 – 1.6; 18:0 – 2.8; 18:1 – 13.6;
18:2 – 24.9; 18:3 – 47.4; others (5) – 1.4 [2]
Activity: Essential oil has antimycotic activity [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
73 [in Russian]
2. A.V. Patudin, I.U Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976)
Salvia dracocephaloides Boiss.
Family: Lamiaceae
Seed
Oil (hexane), %: 16.4
FAs
Composition (GLC, 20% DEGS), %: 16:0 – 8.2;
18:0 – 2.4; 18:1 – 25.0; 18:2 – 61.0; 18:3 – 1.8;
others (4) – 1.4
References
1. A.V. Patudin, I.U Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976)
Salvia dumetorum Andrz.
Family: Lamiaceae
Aerial Part and Inflorescences
Essential oil, %: 0.01 [1]
Seed
Oil, %: 32.0 [2]
d: 0.9303 [2]
n25: 1.4803 [2]
Saponification value, mg KOH: 192.98 [2]
Iodine value, % J2: 173.5 – 174.4 [2]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991),
6, p. 74 [in Russian]
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 349 [in
Russian]
Salvia euphratica Montbr. et Anch.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 34.0
Oil (petroleum ether, 30–60�C), % dry wt: 21.0
n40D : 1.4687
Iodine value (Wijs), % J2: 138.0; 140.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.8; 18:0 – 2.0; 18:1 – 21.0; 18:2 – 67.0; 18:3 –
1.6; others (5) – 0.9
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Salvia fruticosa Miller. 481 Lamiaceae
Salvia farinacea Benth.Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.2
Oil (petroleum ether, 30–60�C), % dry wt: 17.0
n40D : 1.4726
Iodine value, % J2: 184.0; 186.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.6; 18:0 – 2.6; 18:1 – 17.0; 18:2 – 22.0; 18:3 –
51.0; others (1) – 0.2
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia fominii Grossh.
Family: Lamiaceae
Seed
Oil (hexane), %: 31.0 [1, 2]
FAs
Composition (GLC, 20% DEGS), %: 14:0 – 0.4;
16:0 – 6.5; 16:1 – 0.5; 18:0 – 2.4; 18:1 – 19.4;
18:2 – 34.1; 18:3 – 36.7; others (1) – tr [2]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
74 [in Russian]
2. A. V. Patudin, I. U. Yusupova, D. A. Voloshina, Rast. resursy(in Russian), 12, 272 (1976)
Salvia forskahlei L.
Family: Lamiaceae
Seed
Oil (hexane), %: 2.7
FAs
Composition (GC/MS, HP-Innowax), %: 14:0 – 0.3;
15:0 – 0.2; 16:0 – 13.7; 16:1(7Z) – 0.3; 16:1(9Z)
– 0.2; 17:0 – 0.2; 18:0 – 3.3; 18:1(9Z) – 9.6;
18:1(11Z) – 1.5; 18:2 – 60.8; 18:3 – 2.6; 20:0 –
0.6; 20:1 – 0.3; 22:0 – 0.3
References
1. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 186 (2004)
Salvia fruticosa
Family: Lamiaceae
Essential oil
Composition (GLC, 10% Carbowax): a-Pinene –
3.2; camphene – 0.7; b-pinene – 4.3; myrcene –
3.1; a-terpinene – 0.4; limonene – tr; 1.8-cineole
– 55.5; g- terpinene – 1.7; terpinolene – 0.9; a-thujone – 2.0; b- thujone – 2.0; camphor – 8.4;
linalool – 1.6; linalyl acetate – 0.5; bornyl ace-
tate – 1.7; borneol – 4.6; terpinen-4-ol – 1.1; b-caryophyllene – 5.2; a-humulene – 0.3; a-terpinyl acetate – 1.1 (Mugla, Turkey).
References
1. A. Bayrak, A. Akgul, Phytochemistry 26, 846 (1987)
Salvia fruticosa Miller.
Synonyms
Salvia fruticosa Boiss., Salvia triloba L. fil.
Family: Lamiaceae
Essential oil
Composition (GLC, 10% Carbowax): a-Pinene –
3.2; camphene – 0.7; b-pinene – 4.3; myrcene –
3.1; a-terpinene – 0.4; limonene – tr; 1,8-cineole
– 55.5; g-terpinene – 1.7; terpinolene – 0.9; a-thujone – 2.0; b-thujone – 2.0; camphor – 8.4;
linalool – 1.6; linalyl acetate – 0.5; bornyl ace-
tate – 1.7; borneol – 4.6; terpinen-4-ol – 1.1; b-caryophyllene – 5.2; a-humulene – 0.3; a-terpinyl acetate – 1.1 (from Mugla, Turkey) [1]
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Lamiaceae 482 Salvia garedji Troitzk.
Seed
Oil (hexane), %: 11.0 [2]
FAs
Composition (GC/MS, HP-Innowax), %: 14:0 – 0.2;
15:0 – tr; 16:0 – 12.1; 16:1(9Z) – 0.2; 17:0 – 0.1;
18:0 – 5.1; 18:1(9Z) – 31.0; 18:1(11Z) – 1.1; 18:2
– 47.6; 18:3 – 0.6; 20:0 – 0.2; 20:1 – 0.7; 22:0 –
0.2 [2]
Seed and Pericarp
Mass of 1,000, g: 7.3 [3]
Oil (petroleum ether, 30–60�C), % dry wt: 23.0 [3]
n40D : 1.4667 [3]
Iodine value, % J2: 124.0; 126.0 (cald) [3]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
9.2; 18:0 – 5.2; 18:1 – 25.0; 18:2 – 59.0; 18:3 –
0.8; others (4)– 0.6 [3]
IR [3]
Activity: Antioxidant activity [4].
References
1. A. Bayrak, A. Akgul, Phytochemistry 26(3), 846 (1987)
2. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 186 (2004)
3. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
4. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
74 [in Russian]
Salvia garedji Troitzk.
Family: Lamiaceae
Aerial Part
Essential oil, %: 0.17–0.29
Components: 1,8-Cineole, octan-3-ol, menthone,
isomenthone, camphor, b-bourbonene, linalool,linalylacetate, terpinen-4-ol, humulene,
isobornylpropionate, terpinylacetate, borneol,
a-terpineol, isobornylbutyrate, isobornyl-
valeriate, a-curcumene, sitronellol, geraniol
Use: Essential oil may be used in perfume.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
74 [in Russian]
Salvia glabricaulis Pobed.
Family: Lamiaceae
Seed
Oil, %: 21.6
FAs: 18:1(5,6); 20:1(11)
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
74 [in Russian]
Salvia glutinosa L.
Family: Lamiaceae
Triterpenoids: b-Amyrin, 11a-hydroxyamyrin and
others [1]
Flower
Hydrocarbons: C29 [1]
Triterpenoids: a-Amyrin, ursolic acid [1]
Fruit
Oil, %: 27.52 [1]
Sterols: Cholesterol, campesterol, stigmasterol, sitos-
terol, avenasterol [1]
Herb
Essential oil, %: 0.06–0.08 [2]
Composition (GLC, 15% Carbowax 20): a-Pinene –0.2; cineole – 1.7; thujone – 0.4; linalool – 4.2;
borneol – 0.3; linalyl acetate –2.4; bornyl acetate
– 11.7; and others [2]
Inflorescence
Essential oilComponents: Thujone, borneol, linalool,
caryophyllene [1]
Seed
Oil (hexane), %: 40.8 [3]
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Salvia hians Royle ex Benth. 483 Lamiaceae
FAsComposition (GLC, 20% PEGS), %: 14:0 – tr, 16:0
– 5.1, 16:1 – 0.4, 18:0 – 2.9, 18:1 – 15.2, 18:2 –
42.0, 18:3 – 34.0 [3]
Seed and Pericarp
Mass of 1,000, g: 4.0 [4]
Oil (petroleum ether, 30–60�C), % dry wt: 39.0 [4]
n40D : 1.4730 [4]
Iodine value, % J2: 176.0; 178.0 (cald) [4]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.2; 18:0 – 2.6; 18:1 – 15.0; 18:2 – 39.0; 18:3 –
37.0; others (5) – 1.1 [4]
IR [4]
Use: Essential oil may be used in perfume [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
75 [in Russian]
2. R. Ivanic, K. Savin, Planta Med. 30, 26 (1976)
3. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
4. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia grandiflora Ettling.
Family: Lamiaceae
Aerial Part
Triterpenoids
Components: Oleanolic, ursolic, maslinic (2a, 3b-dihydroxyolean-12-en-28-oic), epimaslinic (2a,3a-dihydroxyolean-12-en-28-oic) acids [1]
Seed and Pericarp
Mass of 1,000, g: 6.0 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 16.0 [2]
n40D : 1.4677 [2]
Iodine value, % J2: 124.0; 126.0 (cald) [2]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
11.0; 18:0 – 2.6; 18:1 – 26.0; 18:2 – 58.0; 18:3 –
0.7; others (6) – 1.2 [2]
IR [2]
Seed
Oil, %: 13.0 [3]
Iodine value, % J2:106.4 [3]
References
1. S. Passannanti, M. Paternostro, F. Piozzi, Phytochemistry 22,
1044 (1983)
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
3. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 349
Salvia halophila Hedge.
Family: Lamiaceae
Seed
Oil (hexane), %: 20.8
FAs
Composition (GC/MS, HP-Innowax), %: 14:0 – 0.1;
15:0 – tr; 16:0 – 7.4; 16:1(7Z) – 0.1; 16:1(9Z) –0.1; 17:0 – 0.1; 18:0 – 4.2; 18:1(9Z) – 23.5;
18:1(11Z) – 1.2; 18:2 – 31.4; 18:3 – 30.7; 20:0
– 0.1; 20:1 – 0.6; 22:0 – tr
References
1. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 186 (2004)
Salvia hians Royle ex Benth.
Family: Lamiaceae
Seed
Oil (hexane), %: 24.0 [1]; 27.2 [2]
FAs
Composition (GLC, 20% PEGS), %: 14:0 – 0.1;
16:0 – 7.9; 16:1 – 0.4; 18:0 – 2.4; 18:1 – 16.5;
18:2 – 39.3; 18:3 – 34.3; others (2) – tr [2]
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 349 [in
Russian]
2. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
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Lamiaceae 484 Salvia hispanica L.
Salvia hispanica L.
Family: Lamiaceae
Seed
Oil, %: 28.0–36.0 [1]; 24.4 [2]
d1515: 0.9340 [1]
d25: 0.9358 [1]
n25: 1.4838–1.4860 [1]
Saponification value, mg KOH/g: 192.9–194.8 [1]
Iodine value, % J2: 194.8–196.0 [1]; 232.9 (cald) [3]
FAs
Composition (GLC), %: 14:0 – tr; 16:0 – 7.6; 16:1 –
0.4; 18:0 – 1.4; 18:1 – 6.4; 18:2 – 19.7; 18:3 –
64.5; others (1) – tr (20% PEGS) [2],
16:0 – 6.1; 18:0 – 1.4; 18:1 – 5.3; 18:2 – 20.3; 18:3 –
66.8 (10% PEGA) [3]
Seed and Pericarp
Mass of 1,000, g: 0.4 [4]
Oil (petroleum ether, 30–60�C), % dry wt: 29.0 [4]
n40D : 1.4753 [4]
Iodine value, % J2: 196.0; 201.0 (cald) [4]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.1; 18:0 – 3.3; 18:1 – 6.8; 18:2 – 24.0; 18:3 –
59.0; others (3) – 0.2 [4]
IR [4]
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 349
2. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
3. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7, 32
(1971) [in Russian]
4. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967) [in Russian]
Salvia horminum (L.) Batt.
Family: Lamiaceae
Aerial part
Sterols: Sitosterol [1]
Triterpenoic acids: Oleanolic, ursolic and micrometric
acids [1, 2]
Herbage
Triterpenols: Lupeol, lup-(20)29-ene-2a, 3b-diol andolean-(13)18-ene-2b,3b-diol [3]IR, MS, NMR [3]
Essential oil
Components: Linalool, camphor, cineole [4]
Triterpenoids: Micrometric, ursolic, oleanolic acids,
lupeol and others [4]
Seed
Oil (hexane), %: 24.7 [4, 5]; 45.2 [6]
Iodine value, % J2:140.5 [6]
FAs
Composition (GLC, 20% PEGS), %: 14:0 – 0.3;
16:0 – 9.6; 16:1 – 0.4; 18:0 – 2.8; 18:1 – 18.9;
18:2 – 29.4; 18:3 – 38.6; others-(6) – 1.1 [5]
Seed and Pericarp
Mass of 1,000, g: 2.7 [7]
Oil (petroleum ether, 30–60�C), % dry wt: 24.0 [7]
n40D : 1.4725 [7]
Iodine value, % J2: 173.0; 172.0 (cald) [7]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
9.0; 18:0 – 2.6; 18:1 – 19.0; 18:2 – 27.0; 18:3 –
41.0; others (6) – 1.1 [7]
IR [3]
References
1. A. Ulubelen, C.H. Brieskorn, Phytochemistry 14, 1450 (1975)
2. A. Ulubelen, C.H. Brieskorn, Phytochemistry 14, 820 (1975)
3. A. Ulubelen, C.H. Brieskorn, N. Ozdemir, Phytochemistry 16,
790 (1977)
4. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
75 [in Russian]
5. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
6. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 349 [in
Russian]
7. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia hydrangea DC ex Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 4.1
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Salvia karabachensis Pobed. 485 Lamiaceae
Oil (petroleum ether, 30–60�C), % dry wt: 16.0n40D : 1.4672
Iodine value, % J2: 122.0; 123.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
10.0; 18:0 – 2.4; 18:1 – 32.0; 18:2 – 51.0; 18:3 –
0.9; others (6) – 0.9
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia hypargeia Fisch. and Mey.
Family: Lamiaceae
Seed
Oil (hexane), %: 2.0
FAs
Composition (GC/MS, HP-Innowax), %: 14:0 – 0.1;
15:0 – tr; 16:0 – 9.0; 16:1(7Z) – tr; 16:1(9Z) –
0.1; 17:0 – 0.1; 18:0 – 3.7; 18:1(9Z) – 20.9;
18:1(11Z) – 0.9; 18:2 – 43.7; 18:3 – 19.3; 20:0
– 0.1; 20:1 – 0.5; 22:0 – 0.1
References
1. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 186 (2004)
Salvia japonica Tnub.
Family: Lamiaceae
Seed
Oil, % dry wt: 37.3
Iodine value, % J2: 172.43
Composition (GLC), %: 14:0 � 0.80; 16:0 � 7.20;
16:1 � 0.65; 18:0 � 3.74; 18:1 � 19.15; 18:2 �29.57; 18:3 � 39.60
References
1. N. Ramazanova, M. Ganieva, K. Khodzhimatov, Dokl. Akad.
Nauk Uzb. SSR (10), 43 (1973)
Salvia judiaca Boiss.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.6
Oil (petroleum ether, 30–60� C), % dry wt: 20.0
n40D : 1.4754
Iodine value, % J2: 192.0; 195.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.0; 18:0 – 2.8; 18:1 – 7.7; 18:2 – 30.3; 18:3 –
52.0; others (3) – 1.6
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia jurisicii Kosanin.
Family: Lamiaceae
Seed
Oil (hexane), %: 27.8
FAs
Composition (GLC, 20% DEGS), %: 14:0 – tr; 16:0
– 5.8; 16:1 – 0.4; 18:0 – 2.0; 18:1 – 8.1; 18:2 –
27.0; 18:3 – 56.4; others (2) – 0.3
References
1. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
Salvia karabachensis Pobed.
Family: Lamiaceae
Seed
Oil (hexane), %: 22.4
FAs
Composition (GLC, 20% DEGS), %: 14:0 – 0.9;
16:0 – 8.5; 16:1 – 2.1; 18:0 – 3.7; 18:1 – 14.0;
18:2 – 26.7; 18:3 – 42.9; others (5) – 1.2
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Lamiaceae 486 Salvia kopetdaghensis Kudr.
References
1. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
Salvia kopetdaghensis Kudr.
Family: Lamiaceae
Aerial Part
Essential oil, %: 0.15
Components: Cineole – 63.0%, a-pinene, b-pinene,limonene, p-cimole, terpinolene, linalool
Use: Essential oil may be used in perfume and
cosmetics.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
75 [in Russian]
Salvia Kuznetzovii Sosn.
Family: Lamiaceae
Seed
Oil (hexane), %: 20.1 [1, 2]
FAs
Composition (GLC, 20% DEGS), %: 14:0 – 0.9;
16:0 – 8.4; 16:1 – 1.5; 18:0 – 3.5; 18:1 – 13.6;
18:2 – 23.7; 18:3 – 45.3; others (6) – 3.1 [2]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
75 [in Russian]
2. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
Salvia lanata
Family: Lamiaceae
Aerial Parts and Roots
Petrol extracts (60–80�)
Horminone, g (from 1 kg air dried plant material):
0.4 [1]
[a]D: 130�
Desacylhorminone, g (from 1 kg air dried plant mate-
rial): 0.38 g [1]
[a]D: 130� (CHCl3)7a-Acetoxy-royleanone, g (from 1kg air dried plant
material): 0.42 [1]
[a]D25: –20� (CHCl3)
3-Epi-ursolic acid, g (from 1 kg air dried plant mate-
rial): 0.35 [2]
[a]D: +98� (CHCl3)
References
1. K.S. Mukherjii, P.K. Ghosh, S. Badruddoza, Phytochemistry
20, 1441 (1981)
2. K.S. Mukherjii, M.K. Bhattacharya, P.K. Ghosh, Phytochem-
istry 21, 2416 (1982)
Salvia lanigera Poir.
Family: Lamiaceae
Leaf
Petrol extract (from 1 kg air-dried plant material), g:
20.0 [1]
Methanol extract (after petrol extract), g: 150 [1]
Triterpenoic acids: Oleanolic and ursolic acids [1]
Seed and Pericarp
Mass of 1,000, g: 1.0 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 23.0 [2]
n40D : 1.4735 [2]
Iodine value, % J2: 182.0; 184.0 (cald) [2]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
8.7; 18:0 – 2.0; 18:1 – 16.0; 18:2 – 21.0; 18:3 –
51.0; others (6) – 1.4 [2]
IR [2]
References
1. H.M.G. Al-Hazimi, G.A. Miana, M.S.N. Deep, Phytochemis-
try 26, 1091 (1987)
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Salvia lavandulifolia Vahl ssp. oxyodon 487 Lamiaceae
Salvia lavandulaefolia Vahl.Synonyms
S. hispanica
Family: Lamiaceae
Aerial Part
Triterpenoic acids: Oleanolic and ursolic acids (1:1)
[1]
Seed and Pericarp
Mass of 1,000, g: 3.0 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 21.0 [2]
n40D : 1.4685 [2]
Iodine value (Wijs), % J2: 137.0; 141.0 (cald) [2]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.9; 18:0 – 2.2; 18:1 – 18.0; 18:2 – 69.0; 18:3 –
2.1; others (5) – 0.9 [2]
IR [2]
References
1. S. Passannanti, M. Paternostro, F. Piozzi, Phytochemistry 22,
1044 (1983)
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia lavandulifolia Vahl ssp. oxyodon
Family: Lamiaceae
Flowers
Essential oil (steam distillation from fresh flowers), %
v/w: 1.5
Components (throughout its complete vegetative
variations, GC on Carbowax 20 M, GC/MS),
%: a-Pinene – 4.1; camphene – 6.7; b-pinene +D3-carene – 4.3; myrcene – 2.8; limonene – 4.0;
1,8-cineole – 23.4; p-cymene – 1.0; unidentified
1 – tr; unidentified 2 – tr; terpinolene – tr; a-thujone+ b-thujone – 1.0; camphor – 38.9;
terpinen-4-ol – 1.4; unidentified 3 – tr;
unidentified 4 – tr; unidentified 5 – tr; borneol –
8.5; a-terpineol – 0.8; thujyl alcohol isomer –
1.3; a-ionone – 1.0 (March 23);
a-Pinene – 7.4; camphene – 4.9; b-pinene + D3-
carene – 8.2; myrcene – 4.4; limonene – 3.9;
1,8-cineole – 31.6; p-cymene – 1.2; unidentified
1 – tr; unidentified 2 – tr; terpinolene – tr; a-thujone + b-thujone – 1.3; camphor – 16.0;
terpinen-4-ol – 2.7; unidentified 3 – tr;
unidentified 4 – tr; unidentified 5 – tr; borneol –
12.6; a-terpineol – 1.0; thujyl alcohol isomer –
2.2; a-ionone – 1.2 (April 24);
a-Pinene – 8.8; camphene – 7.6; b-pinene + D3-
carene – 7.6; myrcene – 5.6; limonene – 4.2;
1;8-cineole – 14.0; p-cymene – 1.8; unidentified
1 – tr; unidentified 2 – tr; terpinolene – 0.6; a-thujone + b-thujone – 1.4; camphor – 25.9;
terpinen-4-ol – 2.8; unidentified 3 – tr;
unidentified 4-tr; unidentified 5 – tr; borneol –
16.2; a-terpineol – tr; thujyl alcohol isomer – tr;
a-ionone – 1.4 (May 23);
a-Pinene – 9.0; camphene – 6.8; b-pinene + D3-
carene – 4.8; myrcene – 6.1; limonene – 5.5;
1;8-cineole – 10.8; p-cymene – 1.4; unidentified
1 – tr; unidentified 2 – tr; terpinolene – tr; a-thujone + b thujone – 0.9; camphor – 24.9;
terpinen-4-ol – 1.5; unidentified 3 – tr;
unidentified 4 – tr; unidentified 5 – tr; borneol –
23.8; a-terpineol – 1.5; thujyl alcohol isomer –
1.5; a-ionone – 0.9 (June 26);
a-Pinene – 8.2; camphene – 7.7; b-pinene + D3-
carene – 7.7; myrcene – 7.0; limonene – 5.2; 1;8-
cineole – 23.8; p-cymene – 1.0; unidentified 1 – tr;
unidentified 2 – tr; terpinolene – tr; a-thujone + bthujone – 1.1; camphor – 35.3; terpinen-4-ol – tr;
unidentified 3 – tr; unidentified 4 – tr; unidentified
5 – tr; borneol – tr; a-terpineol – 1.5; thujyl alcoholisomer – tr; a-ionone – tr (July 29);
a-Pinene – 7.8–10.6; camphene – 8.8–11.9; b-pinene + D3-carene – 5.7–7.4; myrcene – 3.8–
6.2; limonene – 3.6–4.9; 1,8-cineole – 14.0–
20.3; p-cymene – 0.6–1.7; unidentified 1 – tr;
unidentified 2 – tr; terpinolene – tr – 0.7; a-thujone+ b-thujone – 0.9–1.5; camphor – 28.7–
35.4; terpinen 4-ol – 0.8–1.7; unidentified 3 – tr;
unidentified 4 – tr; unidentified 5 – tr – 0.8;
borneol – 8.0–10.6; a-terpineol – tr – 1.3; thujyl
alcohol isomer – tr – 1.8; a-ionone – tr – 1.2 (4
September-11 January);
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Lamiaceae 488 Salvia leucantha
a-Pinene – 9.3; camphene – 9.4; b-pinene + D3-
carene – 8.9; myrcene – 4.2; limonene – 3.2;
1;8-cineole – 20.7; p-cymene – 0.6; unidentified
1 – tr; unidentified 2 – tr; terpinolene – tr; a-thujone + b-thujone – 0.7; camphor – 29.1;
terpinen-4-ol – 1.4; unidentified 3 – tr;
unidentified 4 – tr; unidentified 5 – tr; borneol –
9.3; a-terpineol – 0.7; thujyl alcohol isomer –
1.2; a-ionone – 0.9 (February 12)
Activity: Spasmolytic activity of essential oil, ED50
according to mount of harvest, mg/mL: 33.2 � 3.4
(March), 41.8 � 1.1 (April), 14.0 � 2.5 (May), 36.5
� 4.0 (June), 62.9 � 4.4 (July), 27.5 � 7.4 – 34.0 �3.5 (September–January), 54.2 � 3.0 (February)
References
1. M.E. Crespo, J. Jimenez, C. Navarro, A. Zarzuelo, Planta
Med. 5, 367 (1986)
Salvia leucantha
Family: Lamiaceae
3-Epierythrodiol (3a,28-(OH)2; D12)
References
1. M.C. Das, S.B. Mahato, Phytochemistry 22(5), 1071 (1983)
Salvia lilacinocoerulea Nevski
Family: Lamiaceae
Aerial Part
Essential oil, %: 0.12
Components, %,: Cyneol – 63.0; a-pinene, b-pinene, limonene, p-cumole, terpinolene,
linalool
Use: Essential oil may be used in perfume and
cosmetics.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
p.75 [in Russian]
Salvia limbata C.A. Mey.
Family: Lamiaceae
Aerial Part
Essential oil, %: 0.08 [1]
Triterpenoic acids: Ursolic acid [1]
Seed
Oil (hexane), %: 29.7 [2]
FAs
Composition (GLC, 20% PEGS), %: 14:0 – tr; 16:0
– 6.0; 16:1 – 0.7; 18:0 – 2.6; 18:1 – 16.3; 18:2 –
31.7; 18:3 – 42.7
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
75 [in Russian]
2. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
Salvia longipedicellata
Family: Lamiaceae
Essential oil
Composition, %: Nonanal – 0.3; bornyl acetate –
0.6; a-copaene – 8.1; b-elemene – 4.4; b-caryophyllene – 37.0; aristolene – 0.8; a-humulene – 9.7; germacrene-D – 13.4;
bicyclogermacrene – 3.4; g-cadinene – 3.2;
endo-1-bourbonanol – 2.2; caryophyllene oxide
– 1.2; a-cadinol – 0.3; hexahydrofarneysl ace-
tone – 0.6; sclareoloxide – 2.5; cembrene – 9.2;
total – 95.8
References
1. H. Ozer, H. Kilic, O. Baris, A. Adiguzel, M. Gulluce, Chem.
Nat. Comp. 43, 230 (2007)
Salvia longispicata Mart. et Gal.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.2
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Salvia malaica Hornm. 489 Lamiaceae
Oil (petroleum ether, 30–60�C), % dry wt: 19.0n40D : 1.4745
Iodine value (Wijs), % J2: 188.0; 189.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.1; 18:0 – 4.9; 18:1 – 8.7; 18:2 – 26.0; 18:3 –
52.0; others (7) – 1.3
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia lyrata L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.2
Oil (petroleum ether, 30–60�C), % dry wt: 23.0
n40D : 1.4589
Iodine value (Wijs), % J2: 133.0; 138.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
8.6; 18:0 – 3.5; 18:1 – 17.0; 18:2 – 70.0; 18:3 –
1.0; others (4) – 0.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia macilenta Boiss.
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % (w/w) dry wt: 0.2
Composition (GC/MS, HP 5MS), %: a-Pinene –
60.0; camphene – 1.2; b-pinene – 1.3; myrcene
– 0.3; a-terpinene – 0.3; p-cymene – 0.6; limo-
nene – 1.6; g-terpinene – 1.0; terpinolene – 0.2;
linalool – 0.3; camphor – 0.6; borneol – 1.3; 4-
terpineol – 0.5; a-terpineol – 0.3; trans-anethol –0.1; thymol – 5.2; bornyl acetate – 2.2; a-copaene– 0.6; b-caryophyllene – 4.1; 9-epi-(E)-
caryophyllene – 0.2; allo-aromadendrene – 0.6;
z-D-dihydro-apofarnesene – 0.7; b-bisabolene –
1.2; g-cadinene – 0.2; d-cadinene – 1.1; b –
eudesmol – 1.6; a-eudesmol – 0.7; total – 92.4
Monoterpene hydrocarbons – 66.5
Oxygenated monoterpenes – 10.5
Sesquiterpene hydrocarbons – 9.0
Oxygenated sesquiterpenes – 13.4
References
1. A. Sonboli, A.R. Farhari, F. Sefidkon, Chem. Nat. Comp. 41,
136 (2005)
Salvia macrosiphon Boiss.
Family: Lamiaceae
Essential oil, %: 0.2
Components: (–) Hexanol, (–) linalool,
isovalerianic acid
Inflorescence
Essential oil, %: 0.059
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
76 [in Russian]
Salvia malaica Hornm.
Family: Lamiaceae
Seed
Oil, %: 24.0
References
1. N.I. Sharapov,Oil Plants and the Process of oil formation (ASUSSR Press, Moskwa-Leningrad, 1959) p. 349 [in Russian]
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Lamiaceae 490 Salvia menthaefolia Tenore
Salvia menthaefolia Tenore
Family: Lamiaceae
Aerial Part
Triterpenoid acids: Oleanoic, ursolic and micromeric
(3b-hydroxy-ursa-12,20(30)-dien-28-oic) acids
References
1. S. Passannanti, M. Paternostro, F. Piozzi, Phytochemistry 22,
1044 (1983)
Salvia mexicana L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 2.4
Oil (petroleum ether, 30–60�C), % dry wt: 14.0
n40D : 1.4740
Iodine value (Wijs), % J2: 187.0; 192.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.9; 18:0 – 3.9; 18:1 – 11.0; 18:2 – 26.0; 18:3 –
52.0; others (6) – 0.6
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia modesta Boiss.
Synonyms
S. brachyantha (Bordz.) Pobed.
Family: Lamiaceae
Seed
Oil, %: 22.0
FAs: 16:0; 16:1; 18:0; 18:1; 18:2; 18:3
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
76 [in Russian]
Salvia moldavica Klok.
Family: Lamiaceae
Seed
Oil (hexane), %: 26.4
FAs
Composition (GLC, 20% DEGS), %: 14:0 – 1.3;
16:0 – 9.5; 16:1 – 2.5; 18:0 – 3.5; 18:1 – 11.2;
18:2 – 30.0; 18:3 – 36.6; others (6) – 5.1
References
1. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
Salvia montbretii Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 10.0
Oil (petroleum ether, 30–60�C), % dry wt: 21.0
n40D : 1.4703
Iodine value (Wijs), % J2: 153.0; 159.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.5; 18:0 – 2.7; 18:1 – 14.0; 18:2 – 5.0; 18:3 –
20.0; others (6) – 0.8
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia moorcraftiana Wall. Ex Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 3.3
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Salvia nemorosa L. 491 Lamiaceae
Oil (petroleum ether, 30–60�C), % dry wt: 27.0n40D : 1.4705
Iodine value (Wijs), % J2: 154.0; 159.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
9.6; 18:0 – 3.4; 18:1 – 27.0; 18:2 – 23.0; 18:3 –
36.0; others (3) – 0.3
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia multicaulis Vahl.
Family: Lamiaceae
Seed
Oil (hexane), %: 18.0
FAs
Composition (GLC, 20% DEGS), %: 16:0 – 9.1;
18:0 – 1.5; 18:1 – 19.0; 18:2 – 67.0; 18:3 – 1.3;
others (6) – 0.5
References
1. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
Salvia nemorosa L.
Family: Lamiaceae
Aerial Part
Essential oil, %: 0.14 [1]; 0.08 – 0.14 [2]
Components: a-Thujene, a-pinene, b-pinene,myrcene, a-terpinene, g-terpinene, p-cymole,
limonene, cis-ocimene, trans-ocimene,
terpinolene, borneol, camphene, caryophyllene
[1]
Composition (GLC, 15% Carbowax 20): a-Pinene –3.4; b-pinene – 25.6; cineole – 0.5; thujone – 0.7;linalool – 1.8; borneol – 0.5; linalyl acetate – 0.5;
bornyl acetate – 26.6; and others [2]
Sterols, % dry wt: 0.08 [3]
Terpenoids
Phytol, % dry wt: 0.05 [3]
Flower
Essential oil, %:0.20–0.34 [2]
Fruit
Oil, %: 17.0 [1]
FAs: 14:0, 16:0, 16:1, 18:0, 18:1, 18:2, 18:3 [1]
Inflorescence
Essential oil, %: 0.18 [1]
Components: Thujene, pinene, myrcene, terpinene,
p-cymole, limonene, ocimene-1, ocimene-2,
terpinolene, borneol, caryophyllene, camphene
[1]
Leaf
Essential oil
Components, %: Caryophyllene – 38.8; sabinene –
12.3; b-pinene – 8.4; germacrene D – 6.2; a-pinene – 5.4; caryophyllene oxide – 4.3;
bicyclogermacrene – 3.1; cis-ocimene – 2.7;
trans-ocimene – 2.2; a-humulene – 1.6;
terpinen-4-ol – 0.5 [1, 4]
Seed
Oil (hexane), %: 19.0–29.8 [1, 5–7]
Iodine value, % J2: 141.0–166.1 [6, 7]
Saponification value, mg KOH: 193.0 [6]
FAs
Composition (GLC), %: 14:0 – 0.4; 16:0 – 6.6; 16:1
– 0.6; 18:0 – 3.4; 18:1 – 13.0; 18:2 – 34.2; 18:3 –
40.5; others (6) – 1.3 (20% PEGS) [5]; 14:0 –
0.16; 16:0 – 8.04; 16:1 – 0.99; 18:0 – 2.73; 18:1 –
21.48; 18:2 – 31.26; 18:3 – 35.33 [7]
Seed and Pericarp
Mass of 1,000, g: 1.1 [8]
Oil (petroleum ether, 30–60˚C), % dry wt: 27.0 [8]
n40D : 1.4750 [8]
Iodine value (Wijs), % J2: 193.0, 199.0 (cald) [6]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
4.8; 18:0 – 1.9; 18:1 – 9.2; 18:2 – 30.0; 18:3 –
53.0; others (5)– 0.8 [8]
IR [8]
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Lamiaceae 492 Salvia nilotica Jacq.
Use: Essential oil may be used in perfume and cos-
metic [1]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991),
6, p. 77 [in Russian]
2. R. Ivanic, K. Savin, Planta Med. 30, 26 (1976)
3. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
4. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, LS.
Gill, Phytochemistry 11, 2636 (1972)
5. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. resursy
12, 272 (1976) [in Russian]
6. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 349 [in
Russian]
7. N. Ramazanova, M. Ganieva, K. Khodzhimatov, Dokl. Akad.
Nauk Uzb. SSR (10), 43 (1973)
8. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia nilotica Jacq.
Family: Lamiaceae
Seed
Oil
FAs
Composition (Ag+-TLC, GLC, 5% LAC-2-R 446),
%: 12:0 – tr; 13:0 – tr; 14:0 – tr; 15:0 – tr; 16:0 –
8.2; 16:1 – 0.1; 17:0 – 0.1; iso 17:0 – 0.1; 17:1
(8) – 0.1; 17:2 (8,11) – 0.1; 17:3 (8,11,14) – 0.4;
18:0 – 4.5; 18:1 – 10.1; 18:2 – 35.8; 18:3 – 28.7;
20:0 – 1.0; unidentified – 0.3; a-hydroxy-18:1 –
0.6; a-hydroxy-18:2 – 4.3; a-hydroxy – 18:3 – 5.6a-Hydroxy-acids (GLC, MS, NMR, ORD), %: a-
Hydroxy-18:1 – 0.6; a-hydroxy-18:2 – 4.2; a-hydroxy-18:3 – 5.4
a-Hydroxylinolenate
½a�25589: –3.25�; [a]550: �3.75�; [a]500: �6.07�;[a]450: �7.75�; [a]400: �12.9� (c. 0.0016 g/mL
in methanol)
a-Hydroxylinolenate ½a�25589: � 5.89�; [a]550: �9.23�; [a]500: � 12.9�; [a]450: � 17.0�; [a]400:�24.3� (c. 0.0016 g/mL in chloroform)
a-Hydroxylinolenate ½a�25589: � 6.9�; [a]550: � 8.4�;[a]500: � 11.85�; [a]450: � 15.6�; [a]400: �23.0�
(c. 0.0016 g/mL in chloroform)
References
1. M.B. Bohannon, R. Kleiman, Lipids 10, 703 (1975)
Salvia nutans L.
Family: Lamiaceae
Essential oil: Borneol, caryophyllene [1]
Aerial Part
Sterols, % dry wt: 0.06 [2]
Terpenoids
Phytol, % dry wt: 0.09 [2]
Inflorescence
Essential oil, %: 0.014 [1]
Seed
Oil (hexane), %: 30.1 [1, 3]
Iodine value, % J2: 226.8 (cald) [4]
FAs
Composition (GLC): 14:0 – tr; 16:0 – 4.8; 16:1 – tr;
18:0 – 1.7; 18:1 – 10.2; 18:2 – 29.3; 18:3 – 54.0;
others (2) – tr (20% PEGS, %) [3]
16:0 – 4.5; 18:0 – 2.0; 18:1 – 9.2; 18:2 – 22.2; 18:3 –
62.1(GLC, 10% PEGA, mol %) [4]
Use: Essential oil may be used in perfume and cos-
metics [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
p.77 [in Russian]
2. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
3. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
4. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971) [in Russian]
Salvia officinalis L.
Family: Lamiaceae
Aerial Part
Essential oil
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Salvia officinalis L. 493 Lamiaceae
Composition (GC/MS), %: Tricyclene – 0.1; a-pinene – 2.7; camphene – 3.4, sabinene - tr; b-pinene – 8.0; myrcene – 0.5; a-terpinene – 0.2;
(E)-ocimene – 1.3; g-terpinene – 0.3;
terpineolene – 0.1; 1,8-cineole – 16.8; trans-sabinene hydrate – 0.3; linalool – tr; a-thujone– 12.8; b-thujone – 1.1; a-campholenal – 1.1;
сamphor – 7.1; borneol – 8.4; 4-terpineol – 0.4;
a-terpineol – 0.2; myrtenol – 0.1; isobornyl ace-
tate – 0.2; b-caryophyllene – 10.5; (E)-a-bergamoten – 0.1; a-humulene – 8.2; g-gurjunene– 0.1; g-muurolene – tr; germacrene-D – tr; g-elemene – 0.1; g-cadinene – tr; d-cadinene – tr;
caryophyllene oxide – 0.5; globulol – 10.4;
citronellyl propionate – 0.6; b-eudesmol – tr;
manool – 2.6; total – 98.2 (vegetative) [1]
Tricyclene – 0.2; a-pinene – 3.1; camphene – 2.5;
sabinene – tr; b-pinene – 12.3; myrcene – 0.6; a-terpinene – 0.1; p-cymene – tr; (E)-ocimene –
1.0; g-terpinene – 0.2; terpineolene – tr; 1,8-
cineole – 19.3; trans-sabinene hydrate – 0.3;
linalool – 0.1; a-thujone – 13.2; b-thujone –
2.7; camphor – 2.1; borneol – 6.9; 4-terpineol –
0.4; a-terpineol – 0.1; myrtenol – 0.1; isobornyl
acetate – 0.1; a-cubebene – 0.1; a-ylangene – tr;a-copaene – 0.1; b-bourbonene – tr; b-caryophyllene – 10.6; b-cedrene – 0.1; (E)-a-bergamoten – 0.1; a-humulene – 9.2; g-gurjunene – 0.1; g-muurolene – 0.3;
germacrene-D – 0.1; g-elemene – 0.1; g-cadinene – 0.1; d-cadinene – 0.4; caryophyllene
oxide – 0.3; globulol – 8.1; citronellyl propionate
– 0.4; (Z)-a-santalyl acetate – tr; manool – 2.2;
total – 97.6 (floral budding) [1]
Tricyclene – 0.3; a-pinene – 4.6; camphene – 4.7;
sabinene – tr; b-pinene – 16.4; myrcene – 0.7; a-terpinene – tr; p-cymene – tr; (E)-ocimene – 0.9;
g-terpinene – 0.2; terpineolene – tr; 1,8-cineole –22.3; trans-sabinene hydrate – 0.4; linalool –
0.1; a-thujone – 9.1; b-thujone – 2.1; camphor
– 1.6; borneol – 11.0; 4-terpineol – 0.8; a-terpin-eol – 0.1; myrtenol – tr; isobornyl acetate – 0.2;
a-cubebene – 0.1; a-ylangene – tr; a-copaene –
0.1; b-bourbonene – tr; b-caryophyllene – 4.9; b-cedrene – 0.1; (E)-a-bergamoten – tr; a-humulene – 8.7; g-gurjunene – tr; g-muurolene
– 0.4; germacrene-D – 0.1; g-elemene – 0.1; g-cadinene – 0.2; d-cadinene – 0.4; caryophyllene
oxide – tr; globulol – 6.4; citronellyl propionate
– 0.3; (Z)-a-santalyl acetate – tr; manool-1.4;
total - 98.7 (flowering) [1]
Tricyclene – 0.2; a-pinene – 3.3; camphene – 4.0;
sabinene – tr; b-pinene – 10.5; myrcene – 0.5; p-cymene – tr; (E)-ocimene – 0.6; g-terpinene –
0.1; terpineolene – 0.1; 1;8-cineole – 19.5; trans-sabinene hydrate – tr; linalool – tr; a-thujone –
9.5; b-thujone – 1.1; camphor – 2.8; borneol –
14.6; 4-terpineol – 1.3; a-terpineol – 0.2;
isobornyl acetate – 0.3; a-cubebene – tr; a-copaene – tr; b-bourbonene – tr; b-caryophyllene– 3.6; b-cedrene – tr; (E)-a-bergamoten – 0.1; a-humulene – 12.1; g-muurolene – 0.2;
germacrene-D – tr; g-elemene – 0.1; g-cadinene– 0.1; d-cadinene – 0.2; globulol – 10.0;
citronellyl propionate – 0.1; b-eudesmol – tr;
(Z)-a-santalyl acetate – tr; manool-2.1; total –
97.2 (fruiting set-Immature) [1]
Tricyclene – 0.3; a-pinene – 3.5; camphene – 1.6;
sabinene – 0.3; b-pinene – 7.1; myrcene – tr; a-terpinene – 0.2; p-cymene – 0.2; g-terpinene –
0.5; terpineolene – 0.2; 1;8-cineole – 15.3; linal-
ool – 0.3; a-thujone – 25.1; b-thujone – 5.0;
camphor – 6.3; borneol – 3.5; 4-terpineol – 0.6;
a-terpineol – 0.2; isobornyl acetate – 0.6; a-cubebene – 0.1; a-ylangene – tr; a-copaene –
0.2; b-bourbonene – 0.1; b-caryophyllene –
7.3; b-cedrene – 0.2; (E)-a-bergamoten – 0.6;
a-humulene – 11.6; g-gurjunene – tr; g-muurolene – 0.4; germacrene-D – tr; g-elemene
– 0.5; g-cadinene – 0.2; d-cadinene – 0.5; a-calacorene – 0.1; spathulenol – 0.1;
caryophyllene oxide – 0.5; globulol – 2.6;
citronellyl propionate – 0.6; (Z)-a-santalyl ace-tate – 0.1; manool – 1.8; total – 98.3 (ripen) [1]
Composition (GLC, 10% Carbowax): a-Pinene –
3.5; camphene – 4.7; b–pinene – 1.8; myrcene
– 0.8; a-terpinene – 0.1; limonene – 1.4; 1.8-
cineole – 5.0; g- terpinene – 0.4; p-cymene –
1.1; a-thujone – 20.6; b- thujone – 15.1; camphor
– 22.9; linalool – 1.1; linalyl acetate – 1.0; bornyl
acetate – 2.6; borneol – 7.9; b-caryophyllene –
4.1; a-humulene – 2.1; a- terpinyl acetate – 0.9
(Plant does not occur wild in Turkey. It was
cultivated in Izmir) [2]
a-Pinene – 3.8; cineole – 10.7; thujone – 57.6; linal-ool – 0.3; borneol – 9.5; linalyl acetate – 0.7;
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Lamiaceae 494 Salvia pachystachya Trautv.
bornyl acetate – 1.2; and others (GLC, 15%
Carbowax 20) [3]
Leaves
Alkanes: C12–C35 [4]
Pristane, C19H40 [4]
IR, MS
Sterols, % dry wt: 0.001 [4]
Components, %: b-Sitosterol – 76.0; stigmasterol –
24.0
Triterpenols, % dry wt: a-Amyrin – 0.18; b-amyrin –
0.1 [4]1H NMR
Triterpenoic acids, g %: 2a-Hydroxy-3-oxo-olean-12-en-28-oic – 0.00012; 3a-hydroxyolean-12-en-28-oic (3-epi-oleanolic) – 0.00014; 19a-hydroxyursolic (pomolic) - 0.00024; 2a-3a-dihydroolean-12-en-28-oic - 0.00011; 2a, 3b-dihydroolean-12-en-28-oic (crataegolic) -
0.00032; 2a, 3b-dihydroxyurs-12-en-28-oic(hydroxyursolic) - 0.0001 [4]
IR, MS, 1H NMR
Seed
Mass of 1,000, g: 8.69 [5]
Oil; % dry wt: 14.7 [5]; 25.6 [6]; 42.0 (chloroform) [7];
21.1 [8]
d20: 0.9373 [5]
Acid value, mg KOH: 1.89 [5]
Сolor: 603.0 [5]
Iodine value, % J2: 190.3 [6]
FAs (GLC,), %: 16:0 – 6.6; 18:0 – 2.2; 18:1(9) – 9.6;
18:1(6) – 0.9; 18:2 – 78.4; 18:3 – 1.5 (FFAP)[5]
Composition (GLC), %: 14:0 – 0.2; 16:0 – 7.6; 16:1
– 0.9; 18:0 – 2.2; 18:1 – 18.4; 18:2 – 67.2; 18:3 –
3.5; others – tr. (20% DEGS) [8]
Seed and Pericarp
Mass of 1,000, g: 8.6 [9]
Oil (petroleum ether, 30–60˚C), % dry wt: 25.0 [9]
n40D : 1.4696 [9]
Iodine value (Wijs), % J2: 143.0; 146.0 (cald) [9]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.2; 18:0 – 2.4; 18:1 – 13.0; 18:2 – 76.0; 18:3 –
0.9; others (4) – 0.5 [9]
IR [9]
References
1. M.H. Mirjalili, P. Salehi, A. Sonboli, M. Mohammadi Vala,
Chem. Nat. Comp. 42, 16 (2006)
2. A. Bayrak, A. Akgul, Phytochemistry 26(3), 846 (1987)
3. R. Ivanic, K. Savin, Planta Med. 30, 26 (1976)
4. C.H. Brieskorn, Z. Kapadia, Planta Med. 38, 86 (1980)
5. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Pol. 44(3), 161
(1998)
6. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
7. N. Ramazanova, M. Ganieva, K. Khodzhimatov, Dokl. Akad.
Nauk Uzb. SSR (10), 43 (1973)
8. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
9. J. M. Hageman, F. R. Earle, I. A. Wolff, A. S. Barclay, Lipids
2, 371 (1967)
Salvia pachystachya Trautv.
Family: Lamiaceae
Essential oil, %: 0.15 [1]
Seed and Pericarp
Mass of 1,000, g: 0.2 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 33.0 [2]
n40D : 1.4750 [2]
Iodine value (Wijs), % J2: 190.0; 196.0 (cald) [2]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.1; 18:0 – 3.2; 18:1 – 11.0; 18:2 – 21.0; 18:3 –
57.0; others (6) – 1.3 [2]
IR [2]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
77 [in Russian]
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia palaestina Bentham.
Family: Lamiaceae
Leaf
Benzene extract
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Salvia potentillifolia (Boiss. et Heldr.) ex Bentham 495 Lamiaceae
Triterpenoids, mg: Ursolic acid – 30.0; vergatic acid –10.0; sclareol – 500.0; crataegolic acid – 20.0;
lupane-3b,11a,20-triol – 15.0
Sitosteryl 3b-glucoside, mg: 50.0
Activity: Sclareol showed high antibacterial activity
against standard test strains Staphylococcus aureus, S.epidermis, Escherichia coli, Proteus vulgaris, and
Pseudomonas aeruginosa.
References
1. A. Ulubelen, M.Miski, C. Jonansson, E. Lee, T.J. Mabry, S.A.
Matlin, Phytochemistry 24(6), 1386 (1985)
Salvia phlomoides
Family: Lamiaceae
Aerial Part
Acetone extract
Components, mg (from 585 g air dried plant mate-
rial): Lupeol – 170.0; lup-20(29)-ene-2a,3b-diol– 1,200.0; 3b-acetoxy-lupane-11a,20-diol –
380.0; 3-keto-lupane-11a,20-diol – 290.0;
lupane-3 b,11a,20-triol – 630.0
References
1. M.C. Garcia-Alvarez, G. Savona, B. Rodriguez, Phytochem-
istry 20, 481 (1981)
Salvia pinnata L.
Family: Lamiaceae
Leaf
Benzene extract (in Soxhlet)
Components, mg: Vergatic acid (3b-hydroxy-1-oxo-olean-12-ene-28-oic) – 20.0; oleanoic acid
– 80.0; lupeol – 25.0; lup-20(29)-ene-3b,11a-diol– 45.0; olean–13(18)-ene-2a,3b,11a-triol – 75.0
References
1. A. Ulubelen, G. Topcu, Phytochemistry 23, 133 (1984)
Salvia plebeia R. Br.
Family: Lamiaceae
Seed
Moisture, %: 7.0 [1]
Oil, %: 23.0 [1]; 15.0 [2]
n30D : 1.4854 [1]
Iodine value, % J2: 160.0 [1]; 131.0 [2]
Saponification value, mg KOH: 180.0 [1]; 195.0 [2]
FAs
Composition (GLC, DEGS), %: 14:0 – 3.1; 16:0 –
7.8; 18:0 – 3.3; 18:1 – 13.4; 18:2 – 43.9; 18:3 –
28.5 [1]
Seed and Pericarp
Mass of 1,000, g: 8.6 [3]
Oil (petroleum ether, 30–60�C), % dry wt: 21.0 [3]
n40D : 1.4758 [3]
Iodine value (Wijs), % J2: 159.0; 163.0 (cald) [3]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
8.0; 18:0 – 2.9; 18:1 – 13.0; 18:2 – 37.0; 18:3 –
33.0; others (5) – 5.2 [3]
IR [3]
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
2. S.Q. Hasan, I. Ahmad, M.R.K. Sherwani, A.A. Ansari, S.M.
Osman, Fette, Seifen, Anstrichmittel 82(5), 204 (1980)
3. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia potentillifolia (Boiss. et Heldr.) exBentham
Family: Lamiaceae
Root
Acetone extract
Sitosteryl 3b-glucoside, g (from 400 g plant material):
0.10
Triterpenols, g (from 400 g plant material): Lupeol –
0.15; b-amyrin, lupane-3b-11a, 20-triol
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Lamiaceae 496 Salvia pratensis L.
Sterols: b-SitosterolTriterpeoic acids: Oleanolic, crataegolic, and vergatic
acids
References
1. A. Ulubelen, E. Tuzlaci, Planta Med. 53, 578 (1987)
Salvia pratensis L.
Family: Lamiaceae
Aerial Part
Sterols, % dry wt: 0.03 [1]
Terpenoids
Phytol, % dry wt: 0.04 [1]
Inflorescence
Essential oil, %: 0.013 [2]
Leaf
Organic acids, %: 1.3–3.4 [2]
Seed
Oil, %: 19.0 [2]
Seed and Pericarp
Mass of 1,000, g: 1.1 [3]
Oil (petroleum ether, 30–60�C), % dry wt: 19.0 [3]
n40D : 1.4748 [3]
Iodine value (Wijs), % J2: 185.0; 194.0 (cald) [3]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.9; 18:0 – 2.6; 18:1 – 9.3; 18:2 – 31.0; 18:3 –
50.0; others (4) – 0.6 [3]
IR [3]
Activity: Essential oil has antimycotic activity [2].
Use: Essential oil may be used in perfume [2].
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
78 [in Russian]
3. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia reflexa Hornem.
Family: Lamiaceae
Seed
Oil (hexane), %: 24.7 [1, 2]
FAs
Composition (GLC, 20% DEGS), %: 14:0 – tr; 16:0
– 4.1; 16:1 – 0.2; 18:0 – 1.9; 18:1 – 9.7; 18:2 –
20.3; 18:3 – 63.7; others (2) – 0.11 [2]
Seed and Pericarp
Mass of 1,000, g: 1.4 [3, 4]
Oil (petroleum ether, 30–60˚C), % dry wt: 23.0 [3, 4]
n40D : 1.4760 [4]
Iodine value (Wijs), % J2: 199.0; 202.0 (cald) [4]
HBr uptake, as C18 acid, %: 0.1 [3]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.6; 18:0 – 3.0; 18:1 – 11.0; 18:2 – 16.0; 18:3 –
63.0; others (2) – tr [4]
IR [4]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
p. 83 [in Russian]
2. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) in Russian
3. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
4. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia reglal Cav.
Family: Lamiaceae
Aerial Part
Triterpenoic acids: Oleanolic acid
Sterols: b-SitosterolM.p.
References
1. M. Hernandez, B. Esquivel, J Cardenas, L. Rodriguez-Hahn,
T.P. Ramamoorthy, Phytochemistry 26, 3297 (1987)
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Salvia rosaefolia Smith. 497 Lamiaceae
Salvia ringens Sibth.et Smich.Family: Lamiaceae
Aerial Part
Essential oil (steam distillation), %: 0.89 (at flowering
stage in June, Sample 1; 1997); 1.70 (Sample 2;
1998) [1]
Composition (GC and GC/MS, DB 5 and
Supelcowax 10), %: Tricyclene – tr; a-pinene –10.64; a-thujene – tr; camphene – 3.59; b-pinene– 4.34; myrcene – 3.68; a-phellandrene – tr; a-terpinene – tr; p-cymene – 2.81; limonene – tr;
1,8-cineole – 50.74; benzene acetaldehyde – tr;
g-terpinene – 0.13; cis-sabinene hydrate – tr;
linalool – 0.95; a-thujone – tr; endo-fenchol –
tr; cis-p-menth-2-en-1-ol – tr; a-campholenal –
tr; trans-sabinol – tr; camphor – 1.77; borneol –
3.52; terpin-4-ol – 1.04; a-terpineol – 0.38;
bornyl acetate – 6.54; trans-sabinyl acetate – tr
thymol – tr; carvacrol – tr; piperitenone – tr; a-copaene – 0.44; 1,7-di-epi-a-cedrene – tr; a-gurjunene – tr; a-cedrene – tr; b-caryophyllene –1.08; trans-a-bergamoten – 0.38; a-humulene –
1.71; (E)-b-farnesene – tr; b-acoradiene – tr; a-muurolene – tr; b-bisabolene – 0.41; g-cadinene –0.45; b-curcumene – tr; d-cadinene – 1.14; a-calacorene – tr; cis-sesquisabinene hydrate – tr;
germacrene D-ol - tr; caryophyllene oxide – 0.43;
humulene epoxide II – 0.5; 1-epi-cubenol – tr; a-acorenol – tr; epi-a-cadinol – tr; b-eudesmol – tr;
a-cadinol – tr; b-bisabolol – 0.59; cadalene – tr;
a-bisabolol – tr; total – 99.82 (Sample 1) [1]
d25: 0.88 (1) [1]
n25D : 1.47 (1) [1]
½a�25D : 4.25 (in CHCl3, C ¼ 2.27 (1) [1]
Tricyclene – tr; a-pinene – 12.85; camphene – 3.99;
b-pinene – 5.64; myrcene – 4.96); a-phellandrene – tr; a-terpinene – tr; p-cymene –
tr; 1,8-cineole – 46.42; cis-sabinene hydrate – tr;
a-terpinolene – tr; p-cymenene – tr; trans-sabinene hydrate – tr; linalool – 0.66; a-thujone– tr; endo-fenchol – tr; b-thujone – tr; a-campholenal – tr; camphor–1.57; menthone –
tr; borneol – 2.83; terpin-4-ol – 0.78; p-cymen-
8-ol – tr; a-terpineol – 0.23; cis-piperitol – tr;
trans-carveol – tr; bornyl acetate – 4.53; thymol
– tr; carvacrol – tr; a-cubebene – tr; neryl acetate– tr; a-copaene – 0.43; 1,7-di-epi-a-cedrene – tr;
a-gurjunene – 0.37; a-cedrene – tr; b-caryophyllene – 0.86; trans-a-bergamoten –
0.28; a-humulene – 2.11; b-acoradiene – 0.15;
a-muurolene – 0.25; b-bisabolene – 0.34; g-cadinene – 0.94; b-curcumene – tr; cis-calamene
– tr; d-cadinene – 2.09; a-calacorene – 0.26;
trans-sesquisabinene hydrate – 0.34;
caryophyllene oxide – tr; gleenol – tr; guaiol –
0.37; humulene epoxide II – 0.49; 1-epi-cubenol
– 0.28; a-acorenol – 0.44; epi-a-cadinol – 0.84;
a-muurolol – tr; b-eudesmol – tr; a-cadinol-0.66;b-bisabolol – 01.13; a-bisabolol – 0.23; total –
99.86 (Sample 2) [1]
Activity: Antimicrobical activity, MICmg/mL: 2.75–
3.75; Escherichia coli, Enterobacter cloacae,Klebsiclla pneumoniae, Pseudomonas aerugonosa),
0.75 against Candila albicans, C. vaginalis, Toree
lopsis glabrata [1]
Seed and Pericarp
Mass of 1,000, g: 4.7 [2]
Oil (petroleum ether, 30–60�C), % dry wt: 13.0 [2]
n40D : 1.4688 [2]
Iodine value (Wijs), % J2: 131.0; 134.0 (cald) [2]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.5; 18:0 – 2.4; 18:1 – 21.0; 18:2 – 65.0; 18:3 –
0.8; others (9) – 2.5 [2]
IR
References
1. O. Tzakou, D. Pitarokili, I.B. Chinou, C. Harvala, Planta Med.
67, 81 (2001)
2. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia rosaefolia Smith.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 4.4
Oil (petroleum ether, 30–60�C), % dry wt: 20.0
n40D : 1.4685
Iodine value (Wijs), % J2: 136.0; 139.0 (cald)
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Lamiaceae 498 Salvia rugosa Dryond ex Ait.
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.9; 18:0 – 2.4; 18:1 – 21.0; 18:2 – 68.0; 18:3 –
1.0; others (3) – 0.8
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia rugosa Dryond ex Ait.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 2.4
Oil (petroleum ether, 30–60�C), % dry wt: 28.0
n40D : 1.4716
Iodine value (Wijs), % J2: 165.0; 172.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
8.2; 18:0 – 3.6; 18:1 – 17.0; 18:2 – 32.0; 18:3 –
39.0; others (4) – 0.4
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia sanomensis Greene.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.0
Oil (petroleum ether, 30–60�C), % dry wt: 21.0
n40D : 1.4718
Iodine value (Wijs), % J2: 162.0; 168.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.4; 18:0 – 2.7; 18:1 – 21.0; 18:2 – 37.0; 18:3 –
32.0; others (7) – 1.3
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia sarawschanica Regel et Schmalth.
Family: Lamiaceae
Essential oil, %: 0.1–0.14
Components: Cineole, a-pinene, b-pinene, limo-
nene, p-cymole, terpinolene, linalool
Root
Essential oil, %: 0.15
Components: Cineole – 63.0%, a-pinene, b-pinene,limonene, p-cumole, terpinolene, linalool
Use: Essential oil may be used in perfume.
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
78 [in Russian]
Salvia scabiosifolia Lam.
Family: Lamiaceae
Seed
Oil (hexane), %: 17.0
FAs
Composition (GLC, 20% DEGS), %: 14:0 – 0.4;
16:0 – 7.5; 16:1 – 1.6; 18:0 – 2.3; 18:1 – 13.7;
18:2 – 72.5; 18:3 – 2.0; others (1) – tr
References
1. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
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Salvia sclarea L. 499 Lamiaceae
Salvia schamalhausenii Regel.Family: Lamiaceae
Seed
Oil, %: 33.5
FAs: 16:0; 16:1; 18:0; 18:1; 18:2; 18:3
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
p. 78 [in Russian]
Salvia sclarea L.
Family: Lamiaceae
Seed
Oil, % dry wt: 33.5
References
1. N. Ramazanova, M. Ganieva, K. Khodzhimatov, Dokl. Akad.
Nauk Uzb. SSR (10), 43 (1973)
Salvia sclarea L.
Family: Lamiaceae
Essential oil
Composition, %: Myrcene – 8.4; limonene – 1.7;
(Z)-b-ocimene – 5.7; terpinolene – 1.03; linalool
– 24.5; a-terpineol – 9.8; geraniol – 1.2; linalyl
acetate – 20.9; neryl acetate – 3.6; a-copaene –
1.1; geranyl acetate – 6.3; b-caryophyllene – 3.0;germacrene D – 0.9; d-cadinene – 1.1;
spathulenol – 2.0; caryophyllene oxide – 5.3;
sclareol – 1.8 [1]
Aerial Part
Essential oil, %: 0.15–0.22 [2]
Components: a-Thujene, a-pinene, b-pinene,myrcene, b-ocimene, limonene, camphene, cin-
eole, linalyl acetate, linalool, caryophyllene,
cadinene [2]
Inflorescence
Essential oil
Components: Myrcene, linalool, a-terpineol,linalylacetate, nerol, geraniol, carvacrol,
nerylacetate, geranylacetate, copaene,
caryophyllene [2]
Flower
Essential oil, %: 0.24–1.1 [2]
Fruit
Oil, %: 19.2–27.4 [2]
Sterols: Cholesterol, campesterol, stigmasterol,
avenasterol, sitosterol [2]
Leaf
Essential oil, %: 0.03–0.12 [2]
Components: Sclareol, carotene, tocopherols [2]
Seed
Mass of 1,000, g: 3.0 [3]
Oil, % dry wt: 20.0 [3]; 27.5–31.0 [2]; 29.0–31.0 [4]
d20: 0.9293 [4]
d12: 0.9300–0.9308 (USSR) [4]
d15: 0.9327 (Italy) [4]
n15D : 1.4829 (Italy) [4]
n20D : 1.4714–1.4766 (USSR) [4]
Acid value, mg KOH: 1.11 [4]
Color: 602/2 [3]
Iodine value, % J2: 141.0 (Italy) [4]; 169.0–174.0
(USSR) [4]
Saponification value, mg KOH: 191.0–193.0 [4]
FAs
Composition (GLC, FFAP, 30 m � 0.2 mm), %:
16:0 – 6.8; 18:0 – 2.8; 18:1(9) – 16.1; 18:1(6) –
1.1; 18:2 – 17.8; 18:3 – 54.7 [3]
Seed and Pericarp
Mass of 1,000, g: 3.0 [5]
Oil, %: 27.5–34.6 [5-8]; 21.5 [9]; 4.0 (cultivated in
Turkey; hexane, Soxhlet) [10]
d204 : 0.9513 [6]; 0.9267 [7]
n40D : 1.4729 [5]
n20D : 1.4820 [6]
n18D : 1.4811 [7]
Eo20: 8 [6]; 6.22 [7]
Acid value, mg KOH: 3.1 [6]
Аcetic value, mg KOH: 34.56 [7]
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Lamiaceae 500 Salvia sclarea L.
Hehner value, %: 94.52 [7]
Iodine value, % J2: 185 (Wijs); 189 (cald) [5]; 179
[6]; 178.63 [7]
Saponification value, mg KOH: 193 [6] ; 186.62 [7]
Unsaponifables, %: 0.902 [7]
IR [5]
FAs
Iodine value, % J2: 181.94 [7]
Neutralization value, mg KOH: 195.22 [7]
Composition (GLC), %: 16:0 – 6.9; 18:0 – 2.5; 18:1
– 18.0; 18:2 – 17.0; 18:3 – 54.0; others (4) – 0.7
(20% LAC-2R 446) [5]
10:0 – 0.92; 16:0 – 7.05; 18:0 – 2.82; 18:1 – 21.71;
18:2 – 16.82; 18:3 – 50.66; 20:0; 22:0; 24:0; 26:0
– tr [7]
14:0 – tr; 16:0 – 6.4; 16:1 – 0.3; 18:0 – 2.0; 18:1 –
13.6; 18:2 – 20.6; 18:3 – 57.1; others (2) – tr
(20% DECS) [8]
14:0 – 0.2; 15:0 – 0.1; 16:0 – 11.3; 16:1(7Z) – 0.2;
16:1(9Z) – 0.1; 17:0 – 0.2; 18:0 – 4.9; 18:1(9Z) –
19.4; 18:1(11Z) – 1.4; 18:2 – 18.1; 18:3 – 38.6;
20:0 – 0.5; 20:1 – 0.7; 22:0 – 0.6 (GC/MS, HP-
Innowax) [10]
TAG
Main components, mol %: LeLeLe – 15.6; LLeLe –
8.2; OLeLe – 9.8; LeLLe – 6.1; LeOLe – 8.2;
PLeLe – 6.2; LLLe – 3.2; OLLe – 3.8; LOLe –
4.4; OOLe – 5.2; OLeL – 2.6; PLLe – 2.8; LLeL
– 1.1; POLe – 3.8; PLeL – 1.8; PLeO – 2.2;
OLeO – 1.5; OLL – 1.0; OOL – 1.4; LLL – 3.2;
POO – 1.2; LePLe – 1.0; others – 5.8 (wild
plant); LeLeLe – 21.4; LLeLe – 8.4; OLeLe –
7.8; LeLLe – 10.3; LeOLe – 10.6; PLeLe – 5.4;
LLLe – 4.2; OLLe – 4.0; LOLe – 4.2; OOLe –
3.8; OLeL – 1.6; PLLe – 2.8; POLe – 3.0; PLeL –
1.2; PLeO – 1.0; LePLe – 1.4; others – 8.2
(cultivated plant) [9]
Compositions, mol %: SSS – 0.06; SSU + USS –
0.71; SUS – 2.10; USU – 2.14; UUS +
SUU – 24.38; UUU – 70.58 (wild plant);
SSU+SSU – 0.2; USU – 2.3; SUS – 0.7;
UUS+SUU – 16.0; UUU – 80.8 (cultivated
plant) [9]FAs of TAG
Composition of (GLC, 17% PEGS), %: 16:0 – 7.2;
16:1(9) – tr; 18:0 – 2.0; 18:1(9) – 20.5;
18:2(9,12) – 16.4; 18:3(9,12,15) – 53.9 (wild
plant); 16:0 – 5.8; 16:1(9) – tr; 18:0 – 1.2;
18:1(9) – 16.0; 18:2(9,12) – 16.6; 18:3(9,12,15)
– 60.4 (cultivated plant) [9]
a-Carotene [7]
Chlorophyll b [7]
Sterols [7]
Activity: Antimicrobial activity of essential oil
(in vitro), 100% inhibition at ppm: Rhizoctonia solani– at 800 (fungi-static); Botrytis cinera – at 1,600
(fungi-static) and at 3,200 (fungicidal); Fusariumoxysporum and Alternaria solani – at 3,200 (fungicidal
and fungistatic); MIC, mg/mL: Fusarium oxysporum –
1,800; Botrytis cinera – 950; Rhizoctonia solani – 700;Alternaria solani – 1,900 [1]
MFC, mg/mL: Fusarium oxysporum and Botrytis
cinera – 3,000; Rhizoctonia solani – 1,450;
Alternaria solani – >3,200 [1]
Linalool, MIC, mg/mL: Fusarium oxysporum – 800;
Botrytis cinera – 300; Rhizoctonia solani – 200;
Alternaria solani – 1,000 [1]
MFC, mg/mL: Fusarium oxysporum – 2,800; Botry-
tis cinera and Rhizoctonia solani – 2,400;
Alternaria solani – 3,200 [1]
Linalyl acetate, MIC, mg/mL: Fusarium oxysporum,
Botrytis cinera, Rhizoctonia solani and Alternariasolani – >4,000 [1]
References
1. D. Fraternale, L. Giamperi, A. Bucchini, D. Ricci, F.
Epifano, S. Genovase, M. Curini, Chem. Nat. Comp. 41,
604 (2005)
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
79 [in Russian]
3. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Polonica
44(3), 161 (1998)
4. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350
5. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids
2(5), 371 (1967)
6. L.M. Dranowskaya, Maslo-Ji’rovaya promischlennost (11),
33 (1961)
7. S.D. Gusakova, A.U. Umarov, A.L. Markman, Chem. Nat.
Comp. 4, 250 (1968)
8. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12(2), 272 (1976)
9. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
10. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 186 (2004)
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Salvia splendens (L.) Ker-Gawl. 501 Lamiaceae
Salvia sp.Family: Lamiaceae
Seed
Oil (hexane), %: 17.1
TAG
Main components, mol %: LeLeLe – 14.8; LLeLe –
6.6; OLeLe – 9.0; LeLLe – 6.7; LeOLe – 13.4;
PLeLe – 3.4; LLLe – 3.0; OLLe – 4.0; LOLe –
6.2; OOLe – 8.0; OLeL – 2.0; PLLe – 1.6; POLe
– 3.0; PLeO – 1.0; OLeO – 1.4; OLL – 1.0; OOL
– 1.8; LePLe – 1.2; OOO – 1.2; OPLe – 1.2;
LPLe – 1.0; POO – 1.0; others – 5.5
FAs from TAG
Composition (GLC; 17% PEGS), %: 16:0 – 6.4;
16:1(9) – tr; 18:0 – tr; 18:1(9) – 24.3;
18:2(9;12) – 15.3; 18:3(9,12,15) – 54.0
Compositions: SSU + USS – 0.8; USU – 4.7; SUS –
0.5; UUS + SUU – 12.4; UUU – 81.6
References
1. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
Salvia speciosa Presl.
Family: Lamiaceae
Seed
Oil, %: 20.0
Saponification value, mg KOH: 196.1
Iodine value, % J2: 160.0–162.0
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
Salvia spinosa L.
Family: Lamiaceae
Essential oil, %: 0.03–0.6 [1]
Aerial Part
Essential oil, %: 0.19–0.6 [1]
Seed
Oil, %: 29.8 [1]; 20.0 [2]; 27.0 [3]
d15: 0.9298 [2]
n15D : 1.4799 [2]
Iodine value, % J2: 59.0 [2]
Saponification value, mg KOH: 193.0 [2]
FAs
Composition (GLC, 20% DEGS), %: 14:0 – 0.9;
16:0 – 10.4; 16:1 – 1.6; 18:0 – 3.0; 18:1 – 16.9;
18:2 – 19.9; 18:3 – 45.6; others (6) – 1.7 [3]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
80 [in Russian]
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
3. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12 (272) (1976) [in Russian]
Salvia splendens (L.) Ker-Gawl.
Family: Lamiaceae
Aerial part
Triterpenoic acids: Ursolic (main) and oleanoic acids
[1]
Seed
Oil, %: 21.0–32.0 [2]; 29.2 [3]; 26.5 [4]
n20D : 1.4810 [2]
Iodine value, % J2: 137.0–164.5 [2]
Saponification value, mg KOH: 184.1 [2]
FAs
Composition (GLC, 20% DECS), %: 14:0 – tr; 16:0
– 7.3; 16:1 – 0.6; 18:0 – 2.9; 18:1 – 12.3; 18:2 –
39.4; 18:3 – 37.0; others (1) – 0.5 [3]
TAG
Main components, mol %: LeLeLe – 4.9; LLeLe –
11.6; OLeLe – 3.6; LeLLe – 5.0; LeOLe – 1.4;
PLeLe – 3.6; LLLe – 12.0; OLLe – 3.8; LOLe –
3.4; OOLe – 1.0; OLeL – 4.4; PLLe – 3.8; LLeL
– 7.0; POLe – 1.0; PLL – 4.4; others – 3.1 [4]
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Lamiaceae 502 Salvia splendens Ker. – Gawl.
Compositions, mol %: SSU +USS – 0.4; USU – 1.3;
SUS – 1.2; UUS + SUU – 21.8; UUU – 75.3 [4]
FAs from TAG
Composition (GLC; 17% PEGS), %: 16:0 – 6.4;
16:1(9) – tr; 18:0 – 2.3; 18:1(9) – 12.7;
18:2(9,12) – 41.5; 18:3(9,12,15) – 36.7 [4]
References
1. S. Passannanti, M. Paternostro, F. Piozzi, Phytochemistry 22,
1044 (1983)
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
3. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12(2), 272 (1976)
4. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
Salvia splendens Ker. – Gawl.
Family: Lamiaceae
Seed
Oil, % dry wt: 31.0
References
1. N. Ramazanova, M. Ganieva, K. Khodzhimatov, Dokl. Akad.
Nauk Uzb. SSR (10), 43 (1973)
Salvia stenophylla Burch
Family: Lamiaceae
Essential oil (steam distillation), %: 0.5–0.6
Composition (GC, Carbowax 20 M and PPG; GC-
MS, IR, 1H NMR, 13C NMR): a-Pinene – 2.6;
camphene – 2.45; b-pinene – 0.38; a-phellandrene – 14.9; b-myrcene; a-terpinene;and 1;8-cineole – 8.01; limonene – 7.44; g-terpinene – 0.41; monoterpene – 1.43; linalool
– 0.015; oxygenated monoterpene – 0.41; cam-
phor and isoborneol – 2.96; borneol – 0.46;
b-caryophyllene and bergamoten – 2.40;
a-humulene and trans-b-farnesene – 2.12;
b-humulene – 1.18; a-bisabolene – 0.60;
d-cadinene – 0.24; b-bisabolene – 0.14;
nerolidol (E) – 1.94; oxygenated sesquiterpene
1–1.20; (+) a-bisabolol – 40.99; oxygenated ses-quiterpene 2 – 0.81; a-sinensal (R) – 0.39;
a-sinensal (S) – 0.62; sesquiterpene alcool –
1.12; manool – 3.89; total – 99.00 (The High
Weld of the Orange Republic of South Africa)
References
1. C. Jequer, G. Nicollier, R. Tabacchi, J. Garnero, Phytochem-
istry 19(3), 461 (1980)
Salvia stepposa Schost.
Family: Lamiaceae
Seed
Oil (hexane), %: 29.8
FAs
Composition (GLC, 20% DECS), %: 14:0 – 1.3;
16:0 – 7.8; 16:1 – 1.3; 18:0 – 4.1; 18:1 – 13.6;
18:2 – 25.7; 18:3 – 42.1; others (6) – 4.1
References
1. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12(2), 272 (1976) [in Russian]
Salvia suffruticosa Montbr. et Auch.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 15.0
Oil (petroleum ether, 30–60�C), % dry wt: 40.0 [1]
n40D : 1.4679
Iodine value (Wijs), % J2: 132.0; 137.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
8.4; 18:0 – 1.7; 18:1 – 21.0; 18:2 – 67.0; 18:3 –
0.7; others (5) – 0.9
IR
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Salvia tesquicola Klok. 503 Lamiaceae
References1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia sylvestris L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.0
Oil (petroleum ether, 30–60�C), % dry wt: 27.0
n40D : 1.
Iodine value (Wijs), % J2: 192.0; 198.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
4.2; 18:0 – 2.3; 18:1 – 14.0; 18:2 – 24.0; 18:3 –
55.0; others-(3) – 0.2
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia syriaca L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.4
Oil (petroleum ether, 30–60�C), % dry wt: 12.0 [1]
n40D : 1.4735
Iodine value (Wijs), % J2: 174.0; 182.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.0; 18:0 – 2.2; 18:1 – 17.0; 18:2 – 31.0; 18:3 –
43.0; others (7) – 1.6
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia tchihatcheffii (Fisch. etMey.) Boiss.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 4.5 [1]
Oil (petroleum ether, 30–60�C), % dry wt: 22.0 [1]
n40D : 1.4705
Iodine value (Wijs), % J2: 150.0; 151.0 (cald) [1]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
4.8; 18:0 – 1.6; 18:1 – 13.0; 18:2 – 79.0; 18:3 –
2.0; others (3) – 0.2 [1]
IR [1]
Seed
Oil (hexane), %: 3.9 [2]
FAs
Composition (GC/MS, HP-Innowax), %: 14:0 – 0.4;
16:0 – 14.8; 17:0 – 0.2; 18:0 – 5.2; 18:1(9Z) –
22.7; 18:1(11Z) – 0.7; 18:2 – 44.2; 18:3 – 1.5;
20:0 – 0.5 [2]
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
2. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 186 (2004)
Salvia tesquicola Klok.
Family: Lamiaceae
Seed
Oil, % dry wt: 40.0
References
1. N. Ramazanova, M. Ganieva, K. Khodzhimatov, Dokl. Akad.
Nauk Uzb. SSR (10), 43 (1973)
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Lamiaceae 504 Salvia tesquicola Klok. et Pobed.
Salvia tesquicola Klok. et Pobed.
Family: Lamiaceae
Seed
Oil (hexane), %: 28.2 [1]; 40.0 [2]
FAs
Composition (GLC, 20% DEGS), %: 14:0 – 0.5;
16:0 – 6.3; 16:1 – 1.3; 18:0 – 2.3; 18:1 – 11.2;
18:2 – 24.1; 18:3 – 54.3; others – tr [1]
References
1. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
80 [in Russian]
Salvia texana (Sheele) Toir.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 2.0
Oil (petroleum ether, 30–60�C), % dry wt: 16.0 [1]
n40D : 1.4690
Iodine value (Wijs), % J2: 140.0; 141.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
11.0; 18:0 – 2.9; 18:1 – 8.9; 18:2 – 76.0; 18:3 –
12.0; others (2) – 0.2
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia tiliifolia Vahl.
Family: Lamiaceae
Seed
Oil (hexane), %: 29.8
FAs
Composition (GLC, 20% DEGS), %: 14:0 – tr; 16:0
– 6.6; 16:1 – 0.4; 18:0 – 2.5; 18:1 – 6.8; 18:2 –
21.4; 18:3 – 62.3; others (1) – tr
References
1. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976)
Salvia tomentosa Mill.
Family: Lamiaceae
Essential oil
Composition (GLC, 10% Carbowax): a-Pinene –
11.4; camphene – 1.8; b-pinene – 19.2; myrcene
– 0.7; a-phellandrene – 3.0; limonene – 0.8; 1.8-
cineole – 15.0; g- terpinene – 0.7; a-thujone –
0.1; b-thujone – 0.2; camphor – 1.2; linalool –
1.6; linalyl acetate – 6.2; isobornyl acetate – 0.4;
bornyl acetate – 7.8; borneol – 3.2; terpinen-4-ol
– 5.1; b-caryophyllene – 4.9; a-humulene – 5.9;
a- terpinyl acetate – 3.1; geranyl acetate – 2.3;
geraniol – 2.0 (from Kars, Turkey) [1]
Triterpenoids: b-Amyrin, uvaol [2]
Aerial Part
Triterpenoids: Methyl oleate, methyl ursolate, methyl
maslinate [2]
Seed
Oil (hexane), %: 4.6 [3]
FAs
Composition (GC/MS, HP-Innowax), %: 14:0 – 0.3;
15:0 – 0.1; 16:0 – 20.9; 16:1(7Z) – 0.2; 16:1(9Z)
– 0.2; 17:0 – 0.1; 18:0 – 4.9; 18:1(9Z) – 3.9;
18:1(11Z) – 1.0; 18:2 – 41.0; 18:3 – 2.7; 20:0 –
0.7; 20:1 – 0.8; 22:0 – 0.5 [3]
References
1. A. Bayrak, A. Akgul, Phytochemistry 26(3), 846 (1987)
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
81 [in Russian]
3. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 186 (2004)
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Salvia verbenaca L. 505 Lamiaceae
Salvia turcomanica Pobed.Family: Lamiaceae
Seed
Oil, %: 22.3
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
81 [in Russian]
Salvia valentina Vahl.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.0
Oil (petroleum ether, 30–60�C), % dry wt: 14.0
n40D : 1.4732
Iodine value (Wijs), % J2: 176.0; 182.0 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
8.4; 18:0 – 2.9; 18:1 – 12.0; 18:2 – 31.0; 18:3 –
45.0; others (3) – 0.2
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia verbascifolia Beib.(S. karabachensis Pobed.)
Family: Lamiaceae
Seed
Oil (hexane), %: 26.9 [1] 22.4–26.9 [2]
FAs
Composition (GLC, 20% DEGS), %: 14:0 – tr; 16:0
– 6.3; 16:1 – 0.4; 18:0 – 2.3; 18:1 – 12.6; 18:2 –
28.7; 18:3 – 49.7; others (2) – tr [1, 2]
References
1. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
81 [in Russian]
Salvia verbenaca L.
Family: Lamiaceae
Essential oilComponents: a-Pinene, 1,8-cineol, camphor, bor-
neol, terpineol, a-thujene, b-thujene,caryophyllene
Triterpenoids: Ursolic acid, b-sitosterol [1]
Seed
Oil, %: 26.8 (hexane) [2]; 20.0 [3]; 30.0 [4]
n20D : 1.4813 [3]
Iodine value, % J2: 178.28 [3]; 166.07 [4]
FAs
Composition (GLC, 20% DEGS), %: 14:0 – 0.3;
16:0 – 9.2; 16:1 – 1.0; 18:0 – 2.8; 18:1 – 16.4;
18:2 – 25.1; 18:3 – 44.7; others (5) – 0.5 [2]
16:0 – 9.5; 18:0 – 3.42; 18:1 – 22.08; 18:2 – 26.93;
18:3 – 37.99 [3]
Seed and Pericarp
Mass of 1,000, g: 0.6 [5]
Oil (petroleum ether, 30–60), % dry wt: 18.0 [5]
n40D : 1.4736 [5]
Iodine value (Wijs), % J2: 177.0; 180.0 (cald) [5]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
11; 18:0 − 2.1; 18:1 − 14.0; 18:2 − 25.0; 18:3 −48.0; others (4) − 0.5 [5]
IR [5]
Activity: Essential oil has antimycotic activity [1]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6, p.
82 [in Russian]
2. A.V. Patudin, I.U Yusupova, D.A. Voloshina, Rast. Resursy,
12, 272 (1976) [in Russian]
3. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
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Lamiaceae 506 Salvia verticillata L.
4. N. Ramazanova, M. Ganieva, K. Khodzhimatov, Dokl. Akad.
Nauk Uzb. SSR (10), 43 (1973)
5. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Salvia verticillata L.
Family: Lamiaceae
Steroids: b-Sitosterol, 3-b-D-glycosid sterols [1]
Triterpenoids: Ursolic, oleanoic, cratalgaloic,
virgatoic and betulinic, acids [1]
Aerial Part
Essential oil, %: 0.07–0.10 [1]; 0.05–0.08 [2]
Composition (GLC, 15% Carbowax 20): a-Pinene –1.0; b-pinene – 1.6; cineole – 1.7; thujone – 0.6;linalool – 1.5; borneol – 0.8; linalyl acetate – 0.7;
bornyl acetate – 24.6; and others [1]
Steroids, %: 0.05 [2, 3]
Triterpenoids, %: Ursolic acid – 0.45 [2, 3]
Flower
Essential oil, %: 0.16–0.22 [1]
Fruit
Oil, %: 21.32 [2]
Sterols: Cholesterol, campesterol, stigmasterol,
avenasterol, sitosterol [2]
Seed
Oil (hexane), %: 30.1 [4]; 30.5–33.8 [5]; 23.0 [6]
Iodine value, % J2: 169.9–175.7 [5]; 201.1 (cald.)
[7]
FAs
Composition (GLC), %: 14:0 – 0.2; 16:0 – 6.8; 16:1
– 0.6; 18:0 – 2.0; 18:1 – 16.6; 18:2 – 27.0; 18:3 –
46.6 (20% DEGS [4]
16:0 – 4.1; 18:0 – 1.2; 18:1 – 7.7; 18:2 – 38.7; 18:3 –
48.3 (10% PEGA) [7]
References
1. R. Ivanic; K. Savin, Planta Med. 30, 26 (1976)
2. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
p. 82 [in Russian]
3. D.P. Popa, L. A. Saley, T.M. Orghiyan, Rast. resursy 12, 247
(1976) [in Russian]
4. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
5. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
6. N. Ramazanova, M. Ganieva, K. Khodzhimatov, Dokl. Akad.
Nauk Uzb. SSR (10), 43 (1973)
7. G.V. Novitzkaya, I.U. Yusupova, D.A. Voloshina, Rast.
Resursy 7, 32 (1971) [in Russian]
Salvia virgata Jacq.
Family: Lamiaceae
Seed
Oil, % dry wt: 23.0
Iodine value, % J2: 156.05
Composition (GLC), %: 14:0 � tr; 16:0 � 10.85;
16:1 � tr; 18:0 � 4.19; 18:1 � 22.45; 18:2 �31.35; 18:3 � 31.14
References
1. N. Ramazanova, M. Ganieva, K. Khodzhimatov, Dokl. Akad.
Nauk Uzb. SSR, (10), 43 (1973)
Salvia virgata Jacq.
Family: Lamiaceae
Seed
Oil (hexane), %: 21.3 [1]; 25.1 [2]; 20.9 (in Soxhlet)
[3]
FAs
Composition (GLC, 20% DECS), %: 14:0 – 0.3;
16:0 – 8.3; 16:1 – 0.5; 18:0 – 2.7; 18:1 – 16.7;
18:2 – 29.3; 18:3 – 42.2; others (1) – tr [1]
Composition (GC/MS, HP-Innowax), % 14:0 – 0.1;
15:0 – 0.1; 16:0 – 13.6; 16:1(7Z) – 0.1; 16:1(9Z)
– 0.2; 17:0 – 0.1; 18:0 – 5.8; 18:1(9Z) – 23.6;
18:1(11Z) – 1.4; 18:2 – 44.5; 18:3 – 0.4; 20:0 –
0.3; 20:1 – 0.8; 22:0 – 0.1 [3]
TAG
Main components, mol %: LeLeLe – 19.3; LLeLe –
15.6; OLeLe – 7.2; LeLLe – 8.8; LeOLe – 3.3;
PLeLe – 6.2; LLLe – 7.2; OLLe – 3.2; LOLe –
2.8; OOLe – 1.2; OLeL – 3.0; PLLe – 3.2; LLeL
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Satureja calamintha 507 Lamiaceae
– 3.2; POLe – 1.2; PLeL – 2.8; PLeO – 1.4; OLL– 1.4; LLL – 1.5; PLL – 1.4; others – 5.0 [2]
Composition, mol %: USU – 0.7; SUS – 0.9; UUS +
SUU – 18.4; UUU – 80.0 [2]
FAs from TAG
Composition (GLC; 17% PEGS), %: 16:0 – 5.5;
16:1(9) – tr; 18:0 – 1.6; 18:1(9) – 10.6;
18:2(9,12) – 24.5; 18:3(9,12,15) – 57.8 [2]
References
1. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12(2), 272 (1976)
2. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
3. N. Azcan, A. Ertan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 40, 218 (2004)
Salvia viridis L.
Family: Lamiaceae
Seed
Oil (hexane), %: 24.0 [1, 2]
FAs
Composition (GLC, 20% DEGS), %: 16:0 – 9.0;
18:0 – 2.6; 18:1 – 19.0; 18:2 – 27.0; 18:3 –
41.0; others (1) – 1.1 [2]
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
82 [in Russian]
2. A.V. Patudin, I.U. Yusupova, D.A. Voloshina, Rast. Resursy
12, 272 (1976) [in Russian]
Satureja boissieri Hausskn. ex Boiss.
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % dry wt: 2.1 (from
plant collected in August 2000, Turkey)
Composition of essential oil (GC/MS, CPSil 5 CB),
%: a-Thujene � 1.4; a-pinene � 1.0; camphene
� 0.1; 1-octen-3-ol � 0.2; b-pinene � 0.2;
myrcene � 2.8; a-phellandrene � 0.4; D3-carene
� 0.1; a-terpinene � 4.6; p-cymene � 14.5; b-phellandrene + limonene� 0.9; (Z)-b-ocimene�tr; g-terpinene � 26.4; (E)-b-ocimene � 0.1;
trans-sabinene hydrate � 0.2; methyl benzoate
� tr; trans-linalool oxide + cumenene � 0.1;
terpinolene + trans-p-menth-2-en-8-dien-1-ol �0.2; linalool � 1.3; trans-p-menth-2-en-1-ol �tr; borneol � 0.1; 1;8-menthadien-4-ol + p-
cymen-8-ol + terpinen-4-ol � 0.8; a-terpineol �tr; methyl carvacrol � 0.2; isothymol � 0.1; thy-
mol + isocarvacrol � 0.3; carvacrol � 40.8;
carvacryl acetate � 0.2; b-caryophyllene � 0.8;
aromadendrene� tr; a-humulene� tr; alloaroma-
dendrene � tr; ledene � 0.2; d-cadinene � tr;
spathulenol � 0.2; caryophyllene oxide � 0.1;
viridiflorol � tr; hexadecanoic acid � tr
Use: It is known as “Catali” and as herbal tea in the
regions where it grows.
References
1. M. Kurkcuoglu, G. Tumen, K.H.C. Baser, Chem. Nat. Comp.
37, 329 (2001)
Satureja calamintha
Family: Lamiaceae
Leaf
Components: Campesterol, stigmasterol, sitosterol,
calaminthadiol (3,4-seco-4(23),12-ursadien-3,28-
diol), iso-calaminthadiol (3,4 seco-4 (23), 12-
ursadien-1,28-diol) [1]
Calaminthadiol
[a]D: +87 (CHCl3, c, 1.5) [1]
IR, 1H NMR, MS [1]
Epiursolic acid [2]
References
1. G. Romeo, P. Giannetto, M.C. Aversa, Phytochemistry 19,
437 (1980)
2. P. Giannetto, G. Romeo, M.C. Aversa, Phytochemistry 18,
1203 (1979)
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Lamiaceae 508 Satureja coreana (Levl) Nakai
Satureja coreana (Levl) Nakai
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.1
Oil (petroleum ether, 30–60�C), % dry wt: 26.0
n40D : 1.4757
Iodine value (Wijs), % J2: 197; 200 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
4.7; 18:0 – 2.7; 18:1 – 9.0; 18:2 – 28.0; 18:3 –
54.0; others (6) – 0.7
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Satureja glabella (Michx.) Briquet
Family: Lamiaceae
Leaves
Terpenoids
Composition, %: Isomenthone – 70.4; pulegone –
15.5; isomenthol – 4.1; menthone – 2.8;
neoisomenthol – 2.6; 3-octanol – 0.7; b-pinene– 0.5; limonene – 0.5; a-pinene – 0.4; neo men-
thol – 0.3; germacrene D – 0.3
References
1. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
Satureja graeca
Family: Lamiaceae
Leaf
Components: Ursolic, oleanolic, and 3-epiursolic
acids, calaminthadiol (3,4-seco-4 (23),12-
ursadien-3,28-diol [1] iso-Calaminthadiol (3,4
seco-4 (23), 12-ursadien-1,28-diol) [2]
References
1. P. Giannetto, G. Romeo, M.C. Aversa, Phytochemistry 18,
1203 (1979)
2. G. Romeo, P. Giannetto, M.C. Aversa, Phytochemistry 19,
437 (1980)
Satureja hortensis L.
Family: Lamiaceae
Essential oil, % dry wt: 1.10–4.67 (ontogenetic devel-
opment) [1]
Seed and Pericarp
Ash, %: 5.7 [2]
Mass of 1,000, g: 0.7 [2]
Oil, % dry wt: 41.3 [2]
Seed
Mass of 1,000, g: 0.54 [3]
Oil, % dry wt: 39.0 [3]; 42.0 (petroleum ether, 30–
60�C) [4]d20: 0.9268 [3]
n40D : 1.4765 [4]
Acid value, mg KOH: 3.23 [3]
Сolor: 0862.2 [3]
Iodine value (Wijs), % J2: 214.0 [4]
Saponification value, mg KOH: 184.0 [4]
FAs
Composition (GLC), %: 16:0 � 7.9; 18:0 � 3.0;
18:1(9) � 8.0; 18:1(6) � 0.6; 18:2 � 20.2; 18:3
� 60.2 [3]
Saturated � 4.0; 18:1 � 12.0; 18:2 � 18.0; 18:3 �62.0 (20% Apiezon L) [4]
References
1. W. Czabajska, B. Iernas, E. Maciolowska-Ludowicz,
K. Kazmierczak, Herba Polonica 22, 45 (1976)
2. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
3. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Polonica 44(3),
161 (1998)
4. F.R. Earle, T.A.McGuire, J. Mallan, M.O. Bagby, I.A.Wolff,
J. Am. Oil Chem. Soc. 37, 48 (1960)
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Satureja parnassica subsp. parnassica Heldr. Sart. ex Boiss. 509 Lamiaceae
Satureja hortensis L.Synonyms
S. laxiflora C. Koch
Family: Lamiaceae
Aerial Part
Essential oil, %: 0.1–3.2 [1]
Components: Carvacrol – 12.8–52.5; thymol – 0.2–
18.4; n-cymol – 6.8–35.8; a-pinene – 0.6–1.5;
b-pinene – 0.2–0.9; myrcene – 1.0–2.3;
a-terpinene – 1.4–3.5; g-terpinene – 6.3–32.3;
terpineol – 0.1–3.4; b-caryophyllene – 0.5–3.2;
a-thujene -0.4–1.9 and others [1]
Leaf
Triterpenoic acid: Ursolic – 0.4% [1]
Seed
Mass of 1,000, g: 0.54 [2]
Oil, % dry wt: 39.0 [2]
Сolor: Fern green 0862/2 [2]
d20: 0.9268 [2]
Acid value, mg KOH: 3.23 [2]
FAs
Composition (GLC, FFAP, 30 m � 0.2 mm), %:
16:0 – 7.9; 18:0 – 3.0; 18:1(9) – 8.0; 18:1(6) -
0.6; 18:2 – 20.2; 18:3 – 60.2 [2]
16:0 + 18:0 – 4.0; 18:1 – 12.0; 18:2 – 18.0; 18:3 –
62.0 [1]
Seed and Pericarp
Mass of 1,000, g: 0.6 [3]
Oil (petroleum ether, 30–60�C), % dry wt: 39.0 [3]
n40D : 1.4765 [3]
Iodine value (Wijs), % J2: 207; 212 (cald) [3]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
4.3; 18:0 – 1.7; 18:1 – 7.6; 18:2 – 20.0; 18:3 –
65.0; others (5) – 1.4 [3]
IR [3]
Stem
Triterpenoic acid: Ursolic – 0.17% [1]
Activity: Essential oil has antibacterial, antimycotic,
and antifungal activities [1].
Use: Leaves are used as kitchen spice [1].
References
1. Rastitel’nye Resursy SSSR (Nauka, St. Petersburg, 1991), 6,
83 [in Russian]
2. J. Kozlowski, I. Dedio, M. Krzyzaniak, Herba Polonica 44(3),
161 (1998)
3. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Satureja montana L.
Family: Lamiaceae
Seed
Oil, %: 25.6
Iodine value, % J2: 70.4
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 350 [in
Russian]
Satureja parnassica subsp. parnassicaHeldr. Sart. ex Boiss.
Family: Lamiaceae
Leaves
Essential oil (steam distillation), %: 0.56 (from the
mountain of Parnassos, vegetative stage)
Composition of essential oil (GC/MS; HPSMS); %:
Tricyclene� 0.49; a-thujene� 0.73; a-pinene�3.16; camphene� 1.96; b-pinene� 1.08; octen-
3-ol � tr; myrcene � 4.41; 3-octanol � tr; a-terpinene � tr; p-cymene � 15.30; limonene �1.0; 1.8-cineole� 0.94; (Z)-b-ocimene� tr; (E)-
b-ocimene � 0.23; g-terpinene � 1.70; cis-sabinene hydrate � 3.53; terpinolene � 0.06; p-
cymenene � tr; linalool � 12.85; camphor �0.59; isoborneol � 1.45; borneol � 2.79;
terpin-4-ol � 1.88; a-terpineol � 0.65; cis-
dihydrocarvone � tr; nerol � tr; neral � tr;
thymol � 8.50; carvacrol � 1;59; a-elangene �tr; b-bourbonene � tr; (Z)-caryophyllene � tr;
(E)-caryophyllene � 7.13; a-trans-bergamoten
� tr; aromadendrene � tr; a-humulene � tr;
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Lamiaceae 510 Satureja thymbra L.
g-muurolene � tr; germacrene � tr;
bicyclogermacrene � 0.81; a- muurolene � tr;
b-bisabolene � 3.36; g-cadinene � tr; d-cadinene � 0.66; a-cadinene � tr; a-calacorene� tr; spathulenol � tr; caryophyllene oxide �16.34; humulene epoxide II� 0.61; caryophylla-
4(14),8(15)-dien-5a-ol � tr; caryophylla-
4(14),8(15)-dien-5b-ol � 1.29; epi-a-cadinol �tr; epi-a-muurolol � tr; 14-hydroxy-9-epi-(E)-
caryophyllene � 2.09; total � 99.35
Monoterpene hydrocarbons, %: 19.40
Oxygenated monoterpenes, %: 31.80
Sesquiterpene hydrocarbons, %: 27.82
Oxygenated sesquiterpenes, %: 20.33
Activity: Antibacterial activity, MIC mg/mL: Essen-
tial oils � 0.5–1.0; (E)-caryophyllene � 1.0–2.0;
caryophyllene oxide � 1.0–2.0; carvacrol � 0.5–1.0;
streptomycin (as standard) � 0.1–0.5
Inhibitory effect on Helicobacter pylori in vitro, MIC
mg/mL: Essential oil � 250; carvacrol � 67.5; ampi-
cillin-(as standard) � 1.0
Leaves and Flowers
Essential oil (steam distillation), % dry wt: 0.44 (from
the mountain of Parnassos, flowering stage)
Composition of essential oil (GC/MS, HPSMS), %:
Tricyclene� tr; a-thujene� tr; a-pinene� 0.58;
camphene � tr; b-pinene � tr; octen-3-ol � tr;
myrcene � 3.43; 3-octanol � tr; a-terpinene �tr; p-cymene � 12.96; limonene � 0.56; 1.8-
cineole � 0.37; (Z)-b-ocimene � 0.39; (E)-b-ocimene � tr; g-terpinene � 0.90; cis-sabinene
hydrate � 0.58; terpinolene � tr; p-cymenene �tr; linalool � 2.56; nonanal � tr; 1,3.8-p-
menthatriene � tr; camphor � tr; borneol �0.58; terpin-4-ol � 0.44; a-terpineol � tr; cis-dihydrocarvone � tr; nerol � tr; neral � tr;
thymol � 7.45; carvacrol � 20.40; a-ylangene� tr; b-bourbonene� tr; (Z)-caryophyllene� tr;
(E)-caryophyllene� 20.85; b–gurjunene� tr; a-trans-bergamoten � tr; aromadendrene � tr; a-humulene� 0.79; g-muurolene� tr; germacrene
� tr; bicyclogermacrene � tr; a-muurolene � tr;
b-bisabolene � 5.52; g-cadinene � tr; d-cadinene � tr; spathulenol � 17.18;
caryophyllene oxide � 1.70; humulene epoxide
II � tr; caryophylla-4(14),8(15)-dien-5a-ol � tr;
caryophylla-4(14),8(15)-dien-5b-ol � 1.94; epi-
a-cadinol� tr; epi-a-muurolol� tr; 14-hydroxy-
9-epi-(E)-caryophyllene� 1.33; lanceol � 0.26;
total � 98.59
Monoterpene hydrocarbons, %: 33.64
Oxygenated monoterpenes, %: 31.24
Sesquiterpene hydrocarbons, %: 11.30
Oxygenated sesquterpenes, %: 22.41
Activity: Antibacterial activity, MIC mg/mL: Essen-
tial oils � 0.5–1.0; (E)-caryophyllene � 1.0–2.0;
caryophyllene oxide � 1.0–2.0; carvacrol � 0.5–1.0;
streptomycin (as standard) � 0.1–0.5.
Inhibitory effect on Helicobacter pylori in vitro, MIC
mg/mL: Essential oil � 250; carvacrol � 67.5; ampi-
cillin (as standard) � 1.0
References
1. G. Willuhn, S. May, I. Merfort, Planta Med. 69, 282 (2003)
Satureja thymbra L.
Family: Lamiaceae
Essential oil (steam distillation), % v/wt: 1.0 (from
fresh plant material, Israel)
Satureja thymbra L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.6
Oil (petroleum ether, 30–60�C), % dry wt: 18.0
n40D : 1.4745
Iodine value (Wijs), % J2: 185; 188 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.3; 18:0 – 2.2; 18:1 – 18.0; 18:2 – 26.0; 18:3 –
49.0; others (4) – 0.2
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Scutellaria baicalensis Georgi. 511 Lamiaceae
Satureja vulgaris (L.) Fritch.Family: Lamiaceae
Leaves
Terpenoids
Composition, %: Germacrene D – 51.8;
caryophyllene – 21.2
References
1. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
Schizonepeta multifida (L.) Briq.
Synonyms
Nepeta lavandulacea L.
Family: Lamiaceae
Seed
Oil, %: 20.0
Iodine value, % J2: 185.0–187.0
References
1. N. I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 348 [in
Russian]
Scutellaria albida L.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 155.2 (cald)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 –
4.6; 18:0 –1.5; 18:1 – 23.6; 18:2 – 69.3; 18:3 – 0.9
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
Scutellaria albida L. ssp. albida
Family: Lamiaceae
Aerial Part
Essential oil (steam distillation), % v/dry wt:
< 0.01(from Mt. Pilion, Greek mainland, July 1997)
½L�20D : �22.2� (pentane, C 0.23)
Composition of essential oil (GC/MS, HP-5MS),%:
trans-2-Hexenal� 1.65; cis-3-hexen-1-ol� 0.83;
octen-3-ol � 2.92; octanal � 2.59; d-3-carene �0.85; benzene acetaldehyde � 0.42; g-terpinene� 2.24; octanol � 0.35; linalool � 52.63;
nonanal � 6.73; terpinen-4-ol � 6.63; a-terpin-eol � 4.13; trans-geraniol � 1.82; trans-
nerolidol � 9.03; cis-3-hexenyl benzoate �2.85; total � 95.67
Monoterpene hydrocarbons, %: 3.09
Oxygenated monoterpenes, %: 65.21
Oxygenated sesquiterpenes, %: 9.03
Activity: Antimicrobial activity of the essential oil, as
the diameter of the inhibition zone in mm:
Staphylococcus aureus � 10.0; Bacillus subtilis �11.0;Escherichia coli� 11.0;Pseudomonas aeruginosa
� 8.0; Saccharomyces cerevisiae � 12.0� 13.0.
Linalool, as the diameter of the inhibition zone in mm:
Staphylococcus aureus � 9.0; Bacillus subtilis � 8.0;
Escherichia coli � 20.0; Pseudomonas aeruginosa �4.0; Saccharomyces cerevisiae � 4.0.
References
1. H. D. Skaltsa, D. M. Lazari, A. S. Mavromati, E. A. Tiligada,
T. A. Constantinidis, Planta Med. 66, 672 (2000)
Scutellaria baicalensis Georgi.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 163.4 (cald)
FAs
Composition (GLC, 10% PEGA), mol %:
16:0 – 5.0; 18:0 – 1.6; 18:1 – 15.4; 18:2 – 76.3;
18:3 – 1.8
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Lamiaceae 512 Scutellaria columnae All.
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
Scutellaria columnae All.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 2.6
Oil (petroleum ether, 30–60�C), % dry wt: 38.0
n40D : 1.4670
Iodine value (Wijs), % J2: 119; 123 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.8; 18:0 – 2.7; 18:1 – 33.0; 18:2 – 54.0; 18:3 –
0.1; others (5) – 2.4
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Scutellaria condensata Rech.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.8
Oil (petroleum ether, 30–60�C), % dry wt: 16.0
Iodine value (Wijs), % J2: 115 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
9.1; 18:0 – 3.3; 18:1 – 42.0; 18:2 – 44.0; 18:3 –
0.6; others (5) – 0.3
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Scutellaria drummondi Benth.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.5
Oil (petroleum ether, 30–60�C), % dry wt: 33.0
n40D : 1.4656
Iodine value (Wijs), % J2: 102; 100 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.5; 18:0 – 2.4; 18:1 – 6.2; 18:2 – 27.0; others
(5) – 2.7
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Scutellaria galericulata L.
Family: Lamiaceae
Leaf
TerpenoidsComposition, %: Caryophyllene – 29.4; trans-b-
farnesene – 17.0; menthone – 10.4; 1-octen-3-
ol – 8.0; b-cubebene – 3.3; a-humulene – 2.6;
germacrene D – 2.2; limonene – 2.1
References
1. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
Scutellaria multicaulis Boiss.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.5
Oil (petroleum ether, 30–60�C), % dry wt: 42.0
n40D : 1.4688
Iodine value (Wijs), % J2: 130; 132 (cald)
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Sideritis arguta Boiss Ex Heldr. 513 Lamiaceae
FAsComposition (GLC, 20% LAC-2R 446), %: 16:0 –
5.0; 18:0 – 3.1; 18:1 – 29.0; 18:2 – 61.0; 18:3 –
0.5; others (8) – 1.1
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Scutellaria parvula Michx.
Family: Lamiaceae
Leaf
Terpenoids
Composition, %: a-Bisabolol – 20.6, trans-a-bergamoten – 13.4, b-bisabololene – 6.0,
caryophyllene – 5.2, a-terpineol – 4.0, d-cadinene – 4.0, cis-a-bisabololene – 3.5,
a- cadinol – 3.0, trans-b-farnesene – 2.6,
caryophyllene oxide – 2.2, a-humulene – 2.1
References
1. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
Sideritis albiflora Hub.-Mor.
Family: Lamiaceae
Aerial Part
Essential oil (hydro distillation), % dry wt: 0.02
(endemic inTurkey)
Main component (GC/MS, Innowax FSC), %: b-caryophyllene – 35.0
References
1. N. Kirimer, K.H.C. Baser, B. Demirci, H. Duman, Chem. Nat.
Comp. 40, 19 (2004)
Sideritis amasiaca Bornm.
Family: Lamiaceae
Aerial Part
Essential oil (hydro distillation), % dry wt: 0.02–0.15
(endemic in Turkey)
Main components, %: b-Pinene – 9.0–28.0; a-pinene – 4.0–11.0
References
1. N. Kirimer, K.H.C. Baser, B. Demirci, H. Duman, Chem. Nat.
Comp. 40, 19 (2004)
Sideritis arborescens Salzm
Family: Lamiaceae
Aerial Part
Essential oil (steam distillation), % of the dry wt: ca
0.1 – 0.2 (dried at flowering, Spain)
Composition (GC/MS), %: a-Pinene – 0.1; b-pinene– tr; sabinene – 0.2; myrcene – 0.9; a-phellandrene – 0.4; limonene – 0.9; b-phellandrene – 0.8; 1,8-cineole – 4.5; g-terpinene– 1.9; p-cymene – 5.2; terpinolene – 0.3;
fenchone – 3.0; 1-octen-3-ol – 3.2; fenchyl ace-
tate – 0.8; pinocarvone – 1.0; 1-octanol – 1.3;
4-terpineol – 8.4; caryophyllene – 19.7; achillenole
– 2.1; 3(4)-carene-3-ol – 2.2; a-terpineol – 3.9;
a-terpenyl acetate – 0.7; phellandren-8-ol – 3.0;
p-cymen-8-ol – 0.2; p-menthen-4-ol – 2.2; X1 –
3.0; b-ionone – 19.6; nerolidol – 0.3; a-betulenal –2.1; thymol – 1.8; X2 – 1.6
References
1. C. Mateo, J. Calderon, J. Sanr, Phytochemistry 27, 151 (1988)
Sideritis arguta Boiss Ex Heldr.
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % dry wt: 0.07–0.1
Main components, %: b-Caryophyllene – 10.0–20.0;b-phellandrene – 23.0; germacrene D – 14.0
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Lamiaceae 514 Sideritis argyrea P. H. Davis
References
1. N. Kirimer, K.H.C. Baser, B. Demirci, H. Duman, Chem. Nat.
Comp. 40, 19 (2004)
Sideritis argyrea P. H. Davis
Family: Lamiaceae
Aerial Part
Essential oil, % dry wt: 0.1–0.45 (endemic Turkey) [1]
Main components, %: b-Pinene – 7.0–20.0;
a-pinene – 3.0–14.0; epicubebol – 10.0–16.0 [1]b-Pinene – 24.0; a-pinene – 17.0; limonene – 18.0 [2]
References
1. N. Kirimer, K.H.C. Baser, B. Demirci, H. Duman, Chem. Nat.
Comp. 40, 19 (2004)
2. N. Ezer, R. Vila, S. Canigueral, T. Adzet, Phytochemistry 41,
203 (1996)
Sideritis armeniaca Bornm.
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % dry wt: 0.16–0.5
Main components, %: b-Pinene – 39.0–45.0;
a-pinene – 17.0–24.0
References
1. N. Kirimer, K.H.C. Baser, B. Demirci, H. Duman, Chem. Nat.
Comp. 40, 19 (2004)
Sideritis athoa Papanikolau Ex Kokkini
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % dry wt: 0.16–0.25
Main components, %: Myrcene – 19.0–39.0; b-pinene – 7.0–12.0; a-pinene – 4.0–7.0; ar-
curcumene – 7.0–12.0
References
1. N. Kirimer, K.H.C. Baser, B. Demirci, H. Duman, Chem. Nat.
Comp. 40, 19 (2004)
Sideritis athoa papanikolaou Kokkini.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 25.0
FAs
Composition (% GC/MS, Innowax): 12:0 � tr; 14:0
� tr; 15:0 � tr; 16:0 � 6.0; 16:1(7Z) � 0.1;
16:1(9Z) � 0.1; 17:0 � 0.1; 18:0 � 2.8; 18:1(9Z)
� 25.4; 18:1(9E)� 1.2; 18:2� 57.6; 18:1(6-yn)�4.5; 18:3� 1.3; 20:0� 0.2; 20:1� 0.5
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis bilgerana P. H. Davis.
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % dry wt: 0.26
Main components (GC/MS, Innowax FSC), %:
b-Pinene – 34.0; a-pinene – 17.0;
b-Pinene – 0.51; a-pinene – 30.0
References
1. N. Kirimer, K.H.C. Baser, B. Demirci, H. Duman, Chem. Nat.
Comp. 40, 19 (2004); M. Ozcan, J.C. Chalchat, A. Akgul,
Food Chem. 75, 459 (2001)
Sideritis brevibracteata P. H. Davis.
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % dry wt: 0.06
Main components, %: b-Caryophyllene – 20.0;
naphthalene – 18.0
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Sideritis cilicica Boiss. and Ball. 515 Lamiaceae
References1. N. Kirimer, K.H.C. Baser, B. Demirci, H. Duman, Chem. Nat.
Comp. 40, 19 (2004)
Sideritis brevidens P. H. Davis.
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % dry wt: 0.5–0.7
Main components, %: b-Pinene – 14.0–22.0;
a-pinene – 8.0–16.0; epicubebol – 12.0–13.0
References
1. N. Kirimer, K.H.C. Baser, B. Demirci, H. Duman, Chem. Nat.
Comp. 40, 19 (2004)
Sideritis caesarea Duman.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 35.4
FAs
Composition (% GC/MS, Innowax): 8:0� tr; 9:0�tr; 12:0� tr; 14:0 � 0.1; 15:0� 0.1; 16:0 � 6.6;
16:1(7Z)� 0.2; 16:1(9Z)� 0.1; 17:0� 0.1; 18:0
� 2.4; 18:1(9Z) � 18.5; 18:1(9E) � 0.9; 18:2 �55.0; 18:1(6-yn) � 12.9; 18:3� 1.6; 20:0 � 0.1;
20:1 � 0.5; 24:0 � tr
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis cilicica Boiss. and Ball.
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % dry wt: 0.55
Composition of essential oil (GC/MS, HP Innowax
FSC), %: Tricyclene � 0.1; a-pinene � 31.9;
a-thujene � tr; camphene � 0.3; b-pinene �48.4; sabinene� 1.7; d-3-carene� 0.1; myrcene
� 1.3; p-mentha � 1.7; (8)-diene
(¼pseudolimonene � tr; limonene � 2.4; b-phellandrene � 5.2; (E)-2-hexenal � tr; g-terpinene � tr; (E)-b-ocimene � tr; p-cymene
� 0.1; 2-methylbutyl-2-methylbutyrate � tr;
terpinolene � tr; 2-methylbutyl-isovalerate �0.1; 3-octanol � 0.1; nonanal � 0.1; 1-octen-3-
ol � 0.2; a-cubebene � tr; trans-sabinene
hydrate-0.1, a-copaene-0.1, (E,E)-2,4-
heptadienal-tr; b-bourbonene � 0.1; a-gurjunene � 0.1; linalool � 0.4; trans-p-menth-
2-en-1-ol � tr; linalyl acetate � tr; pinocarvone
� 0.1; bornyl acetate � 0.5; b-caryophyllene �0.4; myrtenal � 0.1; bornyl isobutyrate � tr;
trans-pinocarvyl acetate � tr; cis-verbenol � tr;
trans-pinocarveol� 0.3; (Z)-b-farnesene� tr; d-terpineol � tr; a-humulene � tr; trans-verbenol� 0.4; a-terpineol � 0.2; a-terpinyl acetate � tr;
borneol-tr; germacrene D � 0.1; bicyclosesqui-
phellandrene � tr; p-mentha-1.5-dien-8-ol � tr;
a-muurolene � tr; bicyclogermacrene � 0.2;
naphthalene � 0.1; d-cadinene � 0.2; (E)-a-bisabolene � tr; cadina-1,4-diene(¼cubenene)
� 0.1; myrtenol � 0.2; isobutyl benzoate � tr;
(E)-b-damascenone� tr; trans-carveol� tr; cis-
calamenene� 0.1; (E)-geranyl acetone� tr; epi-
cubebol � 0.1; 2-methylbutyl benzoate-tr, 3-
methylbutyl benzoate � tr; cubebol � 0.3;
caryophyllene oxide � 0.1; (E)-nerolidol � tr;
germacrene D 4-ol� tr; 1-epi-cubenol� tr; hexyl
benzoate � tr; viridiflor � tr; hexahydrofarnesyl
acetone-0.1, spathulenol-0.2, (Z)-3-hexenyl ben-zoate-tr, 3,4-dimethyl-5-penthylidene-2(5H)-
furanone � tr; eugenol � tr; t-muurolol � 1.0;
a-cadinol� 0.1; caryophylla-2(12),6(13)-dien-5a� ol (¼caryophylladienol II)� tr; kaur-15-ene�tr; hexadecanoic acid � 0.3
Activity: Antimicrobial activity, MIC, mg/mL:
Escherichia coli (NRRL B-3008)� 0.5; MRSA (Clin-
ical isolate) � 0.5; Enterobacter aerogenes (NRRL B-
3567)� 0.5; Salmonella typhimurium (NRRL B-4420)
� 0.25; Bacillus cereus (NRRL B-3711) � 0.125;
Staphylococcus epidermidis (ATCC 12228) � 0.125;
Candida albicans (clinical isolate) � 0.03; Standarts:
Chloramphenicol � 0.003 � 0.062; ketocona zole �0.03.
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Lamiaceae 516 Sideritis condensata Boiss. and Heldr. Apud Benth.
References
1. G. Iscan, M. Kirimer, M. Kurkcuoglu, K.H. Baser, Chem. Nat.
Comp. 41, 679 (2005)
Sideritis condensata Boiss. and Heldr.Apud Benth.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 19.5
FAs
Composition (% GC/MS, Innowax): 8:0� tr; 9:0�tr; 12:0 � 0.1; 14:0 – tr, 15:0 � 0.1; 16:0 � 6.9;
16:1(7Z)� 0.2; 16:1(9Z)� 0.1; 17:0� 0.1; 18:0
� 3.8; 18:1(9Z) � 19.6; 18:1(9E) � 0.8; 18:2 �56.2; 18:1(6-yn) � 8.1; 18:3 � 1.1; 20:0 � 0.1;
20:1 � 0.4; 24:0 � tr
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis congesta P. H. Davis Hub. – Mor.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 29.6
FAs
Composition (% GC/MS, Innowax): 8:0 � tr;
12:0 � tr; 14:0 � tr; 15:0 � tr; 16:0 � tr;
16:1(7Z) � 0.1; 16:1(9Z) � 0.1; 17:0 � 0.1;
18:0 � 3.1; 18:1(9Z) � 25.9; 18:1(9E) � 1.1;
18:2 � 53.8; 18:1(6-yn) � 6.1; 18:3 � 1.3; 20:0
� 0.1; 20:1 � 0.5; 22:0 � tr; 24:0 � tr
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis dichotoma Huter.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 20.0
FAs
Composition (% GC/MS, Innowax): 8:0� tr; 9:0�0.1; 12:0 � 0.1; 14:0 � 0.2; 15:0 � 0.1; 16:0 �7.1; 16:1(7Z) � 0.3; 16:1(9Z) � 0.1; 17:0 � 0.1;
18:0 � 2.5; 18:1(9Z) � 22.4; 18:1(9E) �0.8;
18:2 � 57.0; 18:1(6-yn) � 7.3; 18:3 � 1.4;
20:0 � tr; 20:1 � tr
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis erythrantha Boiss. var.cedretorum
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 20.0
FAs
Composition (% GC/MS, Innowax): 8:0� 0.1; 12:0
� tr; 14:0 � 0.1; 15:0 � 0.1; 16:0 � 8.7;
16:1(7Z) � 0.1; 16:1(9Z) � tr; 17:0 � 0.1; 18:0
– tr–3.6; 18:1(9Z) tr–21.6; 18:1(9E) � 0.8; 18:2
� 54.2; 18:1(6-yn) � 8.6; 18:3 � 1.4; 20:0 �0.1; 20:1 � tr
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis germanicopolitana subsp.germanicopolitana
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 27.0
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Sideritis niveotomentosa Hub.-Mor. 517 Lamiaceae
FAsComposition (% GC/MS, Innowax): 9:0 � tr; 12:0
� tr; 14:0 � 0.1; 15:0 � tr; 16:0 � 5.1; 16:1(9Z)
� tr; 17:0 � 0.1; 18:0 � 2.3; 18:1(9Z) � 19.4;
18:1(9E) � 0.9; 18:2 � 64.0; 18:1(6-yn) � 5.9;
18:3 � 0.8; 20:0 � 0.1; 20:1 � 0.5
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis lanata L.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 25.0
FAs
Composition (% GC/MS, Innowax): 8:0� tr; 9:0�tr; 12:0 � tr; 14:0 � 0.1; 15:0 � tr; 16:0 � 8.2;
16:1(7Z)� 0.1; 16:1(9Z)� 0.1; 17:0� 0.1; 18:0
� 3.2; 18:1(9Z) � 22.9; 18:1(9E) � 0.8; 18:2 �49.7; 18:1(6-yn) � 11.5; 18:3� 1.3; 20:0 � 0.2;
20:1 � 0.2; 22:0 � 0.1; 24:0 � tr
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis libanotica Labill. ssp. violascens
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 36.3
FAs
Composition (% GC/MS, Innowax): 8:0� tr; 9:0�tr; 12:0 � tr; 14:0 � tr�0.1; 15:0 � tr; 16:0 �8.0; 16:1(7Z) � 0.1; 16:1(9Z) � 0.1; 17:0 � 0.1;
18:0 � 2.5; 18:1(9Z) � 21.3; 18:1(9E) � 1.3;
18:2 � 53.6; 18:1(6-yn) � 9.1; 18:3 � 1.6; 20:0
� 0.1; 20:1 � 0.7; 22:0 – 0.1; 24:0 – tr
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis lycia Boiss. and Helder.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 18.0
FAs
Composition (% GC/MS, Innowax): 8:0� tr; 9:0�0.2; 12:0 � 2.6; 14:0 � 0.7; 15:0 � 0.1; 16:0 �9.4; 16:1(7Z) � 0.2; 16:1(9Z) � 0.3; 16:2(9,12)
� tr; 17:0 � 0.1; 18:0 � 4.9; 18:1(9Z) – 20.3,
18:1(9E) � 1.0; 18:2 � 48.9; 18:1(6-yn) � 8.4;
18:3 � 1.0; 20:0 � 0.2; 20:1 � 0.3; 22:0 � 0.1;
24:0 � tr
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis montana L.
Family: Lamiaceae
Sterols, % dry wt: 0.03
Terpenoids
Phytol, % dry wt: 0.04
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
Sideritis niveotomentosa Hub.-Mor.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 28.0
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Lamiaceae 518 Sideritis perfoliata L.
FAs
Composition (% GC/MS, Innowax): 8:0 � tr; 12:0
� tr; 14:0 � 0.1; 15:0 � tr; 16:0 � 6.9; 16:1(7Z)
� 0.1; 16:1(9Z) � 0.1; 16:2(9,12) � tr; 17:0 �0.1; 18:0 � 3.3; 18:1(9Z) � 24.8; 18:1(9E) �1.1; 18:2 � 52.6; 18:1(6-yn) � 7.6; 18:3 � 1.2;
20:0 � 0.1; 20:1 � 0.6; 24:0 � 0.1
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis perfoliata L.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 25.6
FAs
Composition (% GC/MS, Innowax): 8:0 � tr; 12:0
� tr; 14:0 � 0.1; 15:0 � tr; 16:0 � 7.0; 16:1(7Z)
� 0.1; 16:1(9Z) � 0.1; 17:0 � 0.1; 18:0 � 4.0;
18:1(9Z) � 24.5; 18:1(9E) � 1.2; 18:2 � 56.1;
18:1(6-yn)� 5.3; 18:3� 0.9; 20:0� 0.1; 20:1�0.3; 22:0 � tr; 24:0 � tr
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis phrygia Bornm.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 5.6
FAs
Composition (% GC/MS, Innowax): 8:0� tr; 9:0�tr; 12:0 � tr; 14:0 � 0.1; 15:0 � tr; 16:0 � 5.7;
16:1(7Z)� 0.1; 16:1(9Z)� 0.1; 17:0� 0.1; 18:0
� 3.0; 18:1(9Z) � 25.0; 18:1(9E) � 0.9; 18:2 �52.9; 18:1(6-yn) � 7.0; 18:3 � 1.3; 20:0 � 0.2;
20:1 � 0.6; 22:0 � 0.2; 24:0 � 0.2
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Sideritis pisidica Boiss. and Helder.
Family: Lamiaceae
Seed
Oil (hexane), % dry wt: 9.0
FAs
Composition (% GC/MS, Innowax): 12:0 � 24:0 �tr; 14:0 � 0.2; 15:0 � 0.2; 16:0 � 8.9; 16:1(7Z)
� tr; 16:1(9Z) � tr; 17:0 � 0.1; 18:0 � 2.4;
18:1(9Z) � 12.3; 18:1(9E) � 0.8; 18:2 � 45.4;
18:1(6-yn) � 26.8; 18:3 � 2.0; 20:0 � 0.1; 20:1
� tr
References
1. A. Ertan, N. Azcan, B. Demirci, K.H.C. Baser, Chem. Nat.
Comp. 37, 301 (2001)
Stachiopsis sp.
Family: Lamiaceae
Seed
Oil (hexane), %: 11.4 [1]
TAG
Main components (Colemann), mol %: LLeL – 0.2;
OLeL – 0.6; OLeO – 0.6; LLLe – 0.2; OLLe –
0.4; LLL – 3.1; OLL – 12.0; PLL – 0.8; OLO –
11.6; PLO – 1.6; PLP – 0.1; LOLe – 0.4; OOLe –
0.6; LOL – 7.1; OOL – 27.4; POL – 1.8; OOO –
26.7; POO – 3.4; LPL – 0.2; OPL – 0.6; OPO –
0.6; POP – 0.1[1]
Composition, mol %: SSU + USS – 0.0; USU – 1.4;
SUS – 0; UUS + SUU – 7.6; UUU – 90.8 [1]
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Stachys betoniciflora 519 Lamiaceae
FAs from TAGComposition (GLC; 17% PEGS) %: 16:0 – 3.2;
16:1(9) – 0.4; 18:0 – tr; 18:1(9) – 64.0;
18:2(9;12) + 18:2(5;6) – 31.4; 18:3 – 1.0 [1]
Free FAs
Composition (GLC), %: 14:0 – 0.3; 16:0 – 12.3;
16:1 – tr; 17:0 – tr; 18:0 – 4.5; 18:1 – 52.2; 18:2 –
28.7; 18:3 – 0.4 [2]
References
1. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
2. G.A. Stepanenko, T.V. Khomova, S.D. Gusakova, A.U.
Umarov, Chem. Nat. Comp. 17, 326 (1981)
Stachys aleurites Boiss. and Heldr.
Family: Lamiaceae
Aerial Part
Essential oil (hydro distillation), % dry wt: 0.15
Composition (GC/MS, FFAP), %: (Z)-b-Caryophyllene – 31.60; a-humulene – 5.00;
germacrene D – 2.85; caryophyllene dioxide –
22.12; carvacrol – 5.0
References
1. G. Ozkan, R.S. Gokturk, O. Unal, S. Celik, Chem. Nat. Comp.
42, 141 (2006)
Stachys annua L.
Family: Lamiaceae
Seed
Oil, %: 26.79–36.69
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 347 [in
Russian]
Stachys arvensis L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.8
Oil (petroleum ether, 30–60�C), % dry wt: 38.0
n40D : 1.4693
Iodine value (Wijs), % J2: 130; 126 (cald)
FAs
Composition (GLC 20% LAC-2R 446), %: 16:0 –
5.8; 18:0 – 3.3; 18:1 – 20; 18:2 – 52; 18:3 – 3.2;
others (4) – 3.0
Allenic acid (IR), %: 12.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Stachys betoniciflora
Family: Lamiaceae
Seed
Oil (petroleum ether), % abs. dry wt: 24.1
d20: 0.9232
n20D : 1.4764
E: 14.29
Acid value, mg KOH: 6.69
Acetic value, mg KOH: 235.48
Content of hydroxyl group, %: 9.67
Hehner’s value, %: 94.94
Iodine value, % J2: 139.20
Saponification value, mg KOH: 1.8851
Unsaponifiables, %: 1.46
Phosphatides, %: 1.12
FAs
Iodine value, % J2: 143.0
Neutralization value, mg KOH: 214.15
Thiocyanogen value, %: 89.36
Composition (GLC, 17% PEGS), %: 9:0 � 0.17;
10:0 � 0.59; 12:0 � 0.46; 14:0 � 0.24; 16:0 �1.21; 16:1 � 0.91; 17:0 � 0.29; 18:1 � 25.96;
18:2 � 68.44; 18:3 � 1.73
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Lamiaceae 520 Stachys betoniciflora Rupr.
b-Carotene
Chlorophyll a
Alkane: n-C27
References
1. A.S. Akramova, S.D. Gusakova, A.U. Umarov, Chem. Nat.
Comp. 4, 217 (1968)
Stachys betoniciflora Rupr.
Family: Lamiaceae
Seed
Oil (hexane), %: 26.5
TAG
Main components (Colemamm), mol %: LLeLe –
1.4; OLeL – 0.4; OLeO – 0.1; OLLe – 0.4; LLLe
– 1.4; LLL – 32.3; OLL – 21.2; PLL – 2.2; OLO
– 3.5; PLO – 0.6; LOLe – 0.8; OOLe – 0.2; LOL
– 19.1; OOL – 12.6; POL – 1.2; OOO – 2.1; POO
– 0.4; LPL – 0.4; OPL – 0.2
Compositions, mol %: SSU +USS – 0.0; USU – 0.6;
SUS – 0.0; UUS + SUU – 4.5; UUU – 94.8
FAs from TAG
Composition (GLC, 17% PEGS), %: 16:0 – 1.3;
16:1(9) – tr; 18:0 – 0.5; 18:1(9) – 28.0;
18:2(9;12) + 18:2(5;6) – 68.8; 18:3 – 1.4
References
1. T.V. Panekina, S.D. Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
Stachys cretica L. subsp. mersinaea
Family: Lamiaceae
Aerial part
Essential oil (hydro distillation), % dry wt: 0.15
Composition (GC/MS, FFAP), %: b-Bourbonene –1.05; (Z)-b-caryophyllene – 4.84; germacrene
D – 2.14; caryophyllene dioxide – 3.97;
humulene oxide – 1.36; a-сurcumene – 34.10;
tetradecanol – 6.27
References
1. G. Ozkan, R.S. Gokturk, O. Unal, S. Celik, Chem. Nat. Comp.
42, 141 (2006)
Stachys cretica Sibth and Sm.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 3.6
Oil (petroleum ether, 30–60�C), % dry wt: 29.0
n40D : 1.4688
Iodine value (Wijs), % J2: 135; 131 (cald)
FAs
Composition (GLC 20% LAC-2R 446), %: 16:0 –
4.8; 18:0 – 2.1; 18:1 – 29; 18:2 – 59; 18:3 – 0.1;
others (4) – 1.3
Allenic acid (IR), %: 3.9
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Stachys germanica L.
Family: Lamiaceae
Terpenoids
Components, %: b-Pinene – 15.5; a-pinene – 8.4;
cis-ocimene – 8.1; trans-b-farnesene – 7.0;
1.8-cineol – 6.0; germacrene D – 5.4; limonene
– 2.2; sabinene – 1.8; p-cymene – 1.6; myrcene –
0.9; a-terpineol – 0.7 (Guelph, Ontario) [1]
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Stachys iberica Bieb. subsp. stenostachya (Boiss). Rech. fil. 521 Lamiaceae
Phytol, % dry wt: 0.04 [2]Sterols, % dry wt: 0.06 [2]
Seed and Pericarp
Mass of 1,000, g: 1.3 [3]
Oil (petroleum ether, 30–60�C), % dry wt: 30.0 [3]
n40D : 1.4698 [3]
Iodine value (Wijs), % J2: 140; 140 (cald) [3]
FAs
Composition (GLC 20% LAC-2R 446), %: 16:0 –
4.2; 18:0 – 2.0; 18:1 – 19.0; 18:2 – 68.0; 18:3 –
0.8; others (4) – 0.4 [3]
Allenic acid (IR), %: 4.7 [3]
IR
References
1. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
2. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976)
3. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Stachys hirta L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.6
Oil (petroleum ether, 30–60�C), % dry wt: 32.0
n40D : 1.4681
Iodine value (Wijs), % J2: 124; 126 (cald)
FAs
Composition (GLC 20% LAC-2R 446), %: 16:0 –
6.5; 18:0 – 3.0; 18:1 – 21; 18:2 – 55.0; 18:3 – 1.5;
others (6) – 1.6
Allenic acid (IR), %: 11.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Stachys iberica Bieb. subsp. stenostachya(Boiss). Rech. fil.
Family: Lamiaceae
Aerial Part
Essential oil (hydro distillation), %: 0.08 (Turkey)
Composition (GC/MS, HP-Innowax FSC), %: a-Pinene – 0.02; b-pinene – 0.01; myrcene –
0.48; limonene – 0.15; 1,8-cineole – 0.02; (Z)-
b-ocimene – 0.64; g-terpinene – 0.01; (E)-b-ocimene – 0.56; p-cymene – 0.02; terpinolene –
0.13; tridecane – 0.02; hexanol – 0.04; 3-octanol
– 0.02; nonanal – 0.24; (E)-2-octenal – 0.02;
trans-linalool oxide (furanoid) – 0.03; 1-octen-
3-ol – 0.60; cis-linalool oxide (furanoid) – 0.04;
nerol oxide – 0.03; decanal – 0.03; b-bourbonene– 0.06; linalool – 18.86; linalyl acetate – 42.16;
nonyl acetate – 0.02; b-elemene – 0.06; terpinen-
4 – ol – 0.04; p-menth-1-en-9-ol – 0.03;
alloaromadendrene – 0.04; nonanol – 0.04; (Z)-
b-farnesene – 0.05; neral – 0.02; a-terpineol –5.27; a-terpinyl acetate – 0.10; germacrene D –
0.67; neryl acetate – 4.17; geranial – 0.09; b-bisabolene – 0.08; a-cadinene – 0.08; geranyl
acetate – 8.17; d-cadinene – 0.31; g-cadinene –
0.14; nerol – 1.53; (E)-b-damascenone – 0.16;
geraniol – 4.30; (E)-geranyl acetone – 0.07;
aplotaxene – 0.23; epi-cubebol – 0.03; (Z)-3-hexenyl nonanoate – 0.01; (E)- b-lonone –
0.09; 3,7-dimethyl-1,5-octadiene-3,7-diol –
0.04; caratol – 0.23; germacrene D-4-ol – 0.27;
b-oplopenone – 0.12; elemol – 0.09; viridiflorol
– 0.34; hexahydrofarnesyl acetone – 0.52;
tetradecanol – 0.14; T-cadinol – 0.17; thymol –
0.05; T-muurolol – 0.27; a-bisabolol – 0.13;
carvacrol – 0.18; a-eudesmol – 0.04; a-cadinol– 0.64; tricosane – 0.13; hexadecanol – 0.18;
pentacosane – 0.16; phytol – 0.86; heptacosane
– 0.43; nonacosane – 0.01; hexadecanoic acid –
1.01; total – 96.0
References
1. A. Kaya, B. Demirci, K.H.C. Baser, Chem. Nat. Comp. 37,
325 (2001)
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Lamiaceae 522 Stachys inflata Benth.
Stachys inflata Benth.
Family: Lamiaceae
Seed
Oil, %: 27.7 [1]
Iodine value, % J2:138.7
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 327 [in
Russian]
Stachys ionica
Family: Lamiaceae
Aerial Part
Essential oil (steam distillation), % v/dry wt: 0.36–
0.38 (from air-dried plant material; Greece)
Composition (GC/MS, HP-5 MS, HP-Innowax
Cydex B): a-Thujene – 0.1; (+)a-pinene – tr –
0.4; sabinene – tr – 0.2; 1-octen-3-ol – 0.1; (+)b-pinene – 0.1; 3-octanol – tr – 0.1; octanal – tr; p-cymene – tr – 0.1; (+)limonene – 0.6–1.2; 1,8-
cineole – tr – 0.1; cis-ocimene – 0.1; phenylace-
taldehyde – tr; trans-ocimene – tr – 0.7; g-terpinene – tr; n-octanol – 0.3; terpinolene – tr;
trans-sabinene hydrate – tr; (+)-b – linalol – tr –
0.4; n-nonanal – tr – 0.3; (+)-a-terpineol – 0.2;
decanal – tr; (E)-2-decenal – tr; dec-9-en-1-ol –
0.1; n-decanol – tr; carvacrol – tr – 0.3; (2E,4E)-
2.4 – decadienal – tr; a-cubebene – 0.1; eugenol
– 0.1; cyclosativene – tr – 0.1; a-copaene – 0.3 –0.4; b-cubebene – 0.1; b-elemene – 0.2; g-gurjunene – 0.4; (+)(E)- caryophyllene – 0.3–
1.1; calarene – 0.1; a-humulene – 0.3;
allomadendrene – 1.2; g-muurolene – 0.4–0.7;
epi-bicyclo-sesquiphellandrene – 0.3–0.4; b-selinene – 0.3; valencene – 2.4–2.5; trans-b-guaiene – 1.3; b-himachalene – 0.7; a-muurolene – 1.4–2.0; cuparene – 0.1; (E,E)-a-farnesene – tr – 0.1; g-cadinene – 1.6–2.3; 7-epi-a-selinene – 1.5–1.6; d-cadinene – 4.7–6.3;
cadina-1.4-diene – 0.6; a-cadinene – 0.5–2.8; a-calacorene – tr – 0.1; selina-3,7-diene – 0.2–1.7;
elemol – 1.2–5.5; (E)-nerolidol – 14.3–14.9;
spathulenol – 7.2–8.0; viridiflorol – 0.5; epi-globulol – 1.8–3.6; 1-epi-cubenol – 0.1–1.0;
g-eudesmol 0.9 – 1.1; T-cadinol – 0.9 – 4.6;
epi-a-muurolol¼T-muurolol – 4.4; torreyol –
0.9 – 7.9; b-eudesmol – 0.5 – 1.5; a-eudesmol –
0.3; a-cadinol – 8.8–13.1; veleranone – 0.5–1.0;
heptadecene – 0.1; (E,E)-farnesol – 1.0–8.0; (E,
Z))-farnesol – 2.5; a-sinensal – 2.1–10.5;
sclarene – 6.0–7.0; manoyl oxide – 1.2–2.0; 13-
epi-manoyl oxide – 0.3–0.4; abietatriene – 0.1;
sclareol – tr – 0.1; total – 86.0–92.6
Monoterpenes, %: 0.6–2.7
Oxygenated monoterpenes, %: tr – 1.1
Sesquiterpene hydrocarbons, %: 15.9–21.5
Oxygenated sesquiterpenes, %: 55.4–60.1
Alcohols, %: tr – 0.5
Aldehydes, %: tr – 0.3
Diterpenoids, %: 8.6
Aromatics, %: 0.1
Alkanes and alkenes, %: 0.1
References
1. H.D. Skaltsa, A. Mavrommati, T. Constantinidis, Phytochem-
istry 57, 235 (2001)
Stachys lanata
Family: Lamiaceae
Seed
Oil (petroleum ether, 30–60�C), % dry wt: 31.9
n40D : 1.4679
Iodine value (Wijs), % J2: 142.0
Saponification value, mg KOH: 189.0
FAs
Composition (20% Apiezon L), %: Saturated� 5.1;
18:1 � 24.0; 18:2 � 65.0; 18:3 � 0.6
References
1. F.R. Earle, E.H. Melvin, L.H. Mason, C.H. Van Etten, I.A.
Wolff, J. Am. Oil Chem. Soc. 36, 304 (1959)
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Stachys pinardii Boiss. 523 Lamiaceae
Stachys lanata Jacq.Family: Lamiaceae
Seed
Oil, %: 19.0–26.0 [1]
Iodine value, % J2:123.0–129.0
References
1. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 347 [in
Russian]
Stachys melanii Petrov.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.8
Oil (petroleum ether, 30–60�C), % dry wt: 32.0
n40D : 1.4701
Iodine value (Wijs), % J2: 139; 140 (cald)
FAs
Composition (GLC 20% LAC-2R 446), %: 16:0 –
2.0 – 18:0 – 0.4; 18:1 – 28.0; 18:2 – 54.0; 18:3 –
8.2; others (5) – 0.9
Allenic acid
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Stachys olymrica Poir.
Family: Lamiaceae
Seed and Pericarp
Ash, %: 7.0
Mass of 1,000, g: 2.1
Oil, % dry wt: 31.9
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
Stachys palustris L.
Family: Lamiaceae
Sterols, % dry wt: 0.07 [1]
Terpenoids
Phytol, % dry wt: 0.09 [1]
Seed
Oil, %: 38.0–44.0 [2]
Iodine value, % J2:134.1 [2]
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976) [in Russian]
2. N.I. Sharapov, Oil Plants and the Process of Oil Formation(AS USSR Press, Moskwa-Leningrad, 1959), p. 347 [in
Russian]
Stachys pinardii Boiss.
Family: Lamiaceae
Aerial Part
Essential oil (hydrodistillation), % dry wt: 0.15
(endemic, Turkey)
Composition (GC/MS, FFAP), %: b-Bourbonene –0.65; alloaromadendrene – 2.05; a-humulene –
8.65; a-cubebene – 0.83; germacrene D – 6.04;
g-cadinene – 2.00; d-cadinene – 1.37;
caryophyllene oxide – 3.26; a-bisabolene –
3.01; caryophyllene dioxide – 22.15; humulene
oxide – 7.66; cedrandiol – 25.26; b-eudesmol –
1.24
References
1. G. Ozkan, R.S. Gokturk, O. Unal, S. Celik, Chem. Nat. Comp.
42, 141 (2006)
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Lamiaceae 524 Stachys recta L.
Stachys recta L.
Family: Lamiaceae
Sterols, % dry wt: 0.07
Terpenoids
Phytol, % dry wt: 0.08
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976)
Stachys schtschegleevii Sosn.
Family: Lamiaceae
Leaf
Essential oil (hydrodistillation), % dry wt: 0.2 (w/w)
(from air dried plant material, Iran)
Composition (GC, CP-Sil 5 CB, GC/MS, Rtx
1FSC), %: Tricyclene – 0.8; a-pinene – 36.4;
oct-1-en-3-ol – 0.4; sabinene – 0.4; b-pinene –
4.7; myrcene – 1.4; a-phellandrene – 0.6; d-3-carene – 1.1; a-terpinene – 0.1; p-cymene – 0.1;
limonene – 8.2; (Z)-b-ocimene – 0.6; g-terpinene– 0.4; terpinolene – 0.4; linalool – 0.5; menthone
– 0.1; a-terpineol – tr; pulegone – 0.5; piperitone– 6.2; thymol – 0.1; eugenol – 0.5; d-elemene –
0.1; farnesyl acetate – tr; a-copaene – 0.6; b-elemene – 0.7; b-cedrene – tr; b-caryophyllene– 0.1; b-gurjunene – tr; aromadendrene – 0.1; g-gurjunene – tr; g-curcumene – tr; isoitalicene –
1.3; germacrene D – 18.6; elemol – 1.4;
spathulenol – 1.1; b-eudesmol – 6.2; 4b-
hydroxygermacra-1(10),5-diene – 0.1; a-cadinol– 1.4; a-eudesmol – 1.1; total identified – 98.7
Activity: Antimicrobial activity of oil, inhibition
zone, mm: Enterococcus faecalis – 10.0; Staphylococ-cus aureus – 15.0; S. epidermidis – 12.0; Escherichia
coli – 8.0; Klebsiella pneumoniae – not active; Pseu-
domonas aeruginosa – in active.
a-Pinene: Enterococcus faecalis – in active; Staphy-
lococcus aureus – 7.0,;Staphylococcus epidermidis –
in active; Escherichia coli – 10.0; Klebsiellapneumoniae - in active; Pseudomonas aeruginosa –
in active.
Limonene: Enterococcus faecalis – 8.0; Staphylococ-cus aureus – 10.0; Staphylococcus epidermidis – in
active; Escherichia coli – 11.0; Klebsiella pneumoniae– in active; Pseudomonas aeruginosa – in active.
Ampicillin as standard: Enterococcus faecalis – 11.0;
Staphylococcus aureus – 13.0; Staphylococcusepidermidis – 12.0; Escherichia coli – 12.0; Klebsiella
pneumoniae – 12.0; Pseudomonas aeruginosa – 9.7
(Tested at a concentration of 15 m/disk).
References
1. A. Sonboli, P. Saehi, S.N. Ebrahimi, Chem. Nat. Comp. 41,
171 (2005)
Stachys spruneri
Family: Lamiaceae
Aerial Part
Essential oil (steam distillation, % v/dry wt: 0.29–0.31
(from air-dried plant material; Greece)
Composition (GC/MS, HP-5 MS, HP-Innowax
Cydex B): a-Thujene – tr-3.3, (+) a-pinene –
0.2 – 8.0, camphene – tr – 0.1; sabinene – 0.3–
4.1; 1-octen-3-ol – 0.1–2.4; (+) b-pinene – tr –
1.3; b-myrcene – 0.1–0.7; 3-octanol – tr – 0.2; a-phellandrene – tr – 0.2; d-3-carene – 0.1; a-terpinene – 0.1–1.3; p-cymene – tr – 0.3; (+)-
limonene – 1.4–17.3; 1,8-cineole – 0.3; cis-
ocimene – 0.1–0.4; phenylacetaldehyde – 0.1;
trans-ocimene – tr – 1.3; g-terpinene – 0.3–2.3;
cis-sabinene hydrate – 0.1–1.5; n-octanol – tr –
0.2; terpinolene – 0.2–1.0; trans-sabinenehydrate – 0.1-0.5; (+)-b-linalol – 0.1-0.5; (-)-b-linalol – 0.1-0.4; n-nonanal – 0.1 – 0.5; trans-
thujone – tr; cis-p-2-menthen-1-ol – 0.1 – 0.4; a-campholenal – tr; allo-ocimene – 0.1; trans-
pinocarveol – tr; (+)-terpinen-4-ol – 1.5-3.3;
(-)-terpinen-4-ol – 0.5; p-cymen-8-ol – 0.1; (+)-
a-terpineol – 0.1–0.2; (-)-a-terpineol – 0.1–0.2;
methyl salicylate – tr – 0.1; cis-piperitol – 0.1;
decanal – tr – 0.1; b-cyclocitral – tr – 0.1; cis-carveol – tr; neral – tr; carvone – tr; (+)-linalyl
acetate – 0.1; (E)-2-decenal – tr – 0.2; dec-9-en-
1-ol – 0.2; geranial – tr; bornyl acetate – tr;
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Stachys swainsonii ssp. Ardolica (Boiss.) Phitos 525 Lamiaceae
(2E,4E)-2.4-decadienal – 0.1-0.2; iso-dihydrocarvyl acetate – tr; trans-carvyl acetate– tr – 0.1; d-elemene – 0.8; a-terpinyl acetate –
0.7–1.4; eugenol – 0.5; (E)-2-undecenal – 0.1;
cis-carvyl acetate – 0.2; cyclosativene – 0.4–1.1;a-copaene – 2.5–4.7; b-bourbonene – 0.5-1.0; b-cubebene – 0.1; b-elemene – 1.2–5.1; cyperene –
tr; (Z)- caryophyllene – 0.1–0.6; dodecanal – tr –
0.3; g-cedrene – 0.1; g-gurjunene – 0.1–0.5;
(-)(E)- caryophyllene – 1.0; (+)(E)-caryophyllene – 8.5–15.0; calarene – 0.1-0.2; a-trans-bergamoten – tr – 1.1; aromadendrene – tr
– 1.0; a-humulene – 0.8–2.1; (E)-b-farnesene –
1.0–1.7; allomadendrene – 0.1-0.3; g-selinene0.1 – 1.0; g-muurolene – 0.4–0.5; epi-
bicyclo – sesquiphellandrene – 0.4–2.2;
cermacrene D – 0.2; (E)-b-ionone – 0.3; b-selinene – 0.3–1.0; cis-b-gualene – 1.5; a-selinene – 3.5–11.0; bicyclogermacrene – 4.5;
trans-b-guaiene – 0.3; a-muurolene – 0.3–1.2;
eremophilene – 1.6; germacrene A – 0.5–1.0; (E,
E)-a-farnesene – 0.2–0.4; g-cadinene – 0.7–1.6;
7-epi-a-selinene – 1.0; d-cadinene – 4.2–5.8;
cadina-1.4 – diene – 0.1–0.4; a-cadinene – tr –
0.2; a-calacorene – 0.1–0.2; elemol – 0.6; ledol –
0.4; caryophyllene alcohol – 0.6; (Z)-hexenyl
benzoate – 0.1–0.3; spathulenol – 3.9–7.4; b-copaen-4-a-ol – 0.7; (-)-caryophyllene oxide –
0.3–0.6; (+)-caryophyllene oxide – 1.2–3.0;
viridiflorol – 0.1–2.9; a-cedrol – 0.4-1.8; epi-
globulol – 0.7; T-cadinol – 0.7–1.0; epi-a-muurolol¼T-muurolol – 0.5–2.9; torreyol –
0.2–0.8; a-eudesmol – 1.2; a-cadinol – 0.2–3.5;
cadalene – 0.2–1.6; (Z)-nerolidol acetate – 0.8–
2.7; tetradecanol – 0.7; (Z)-a-santalol – 0.1; (Z;
E)-farnesol – 0.1; benzyl benzoate – 0.1–0.2;
tetradecanoic acid – 0.2; isopropyl myristate –
tr – 0.1; 6,10,14-trimethyl pentadecan-2-one –
0.2–0.6; hexadecanol – 0.1–0.2;
sandaracopimara – 8(14),15-diene – 0.9–5.8;
hexadecanoic acid – 0.1–0.8; isokaurene – 1.0;
manoyl oxide – 0.4–0.5; 13-epi- manoyl oxide –
1.6; abietatriene – 1.3–7.6; abietatdiene – 1.3;
dehydroabietal – 0.1–3.2, abieta-7,13-diene-3-
one – 1.3; trans-ferriginol – tr – 1.0; 4-epi-
dehydroabietol – 0.4–2.1; total – 85.1–94.4
Monoterpenes, %: 2.1–6.8
Oxygenated monoterpenes, %: 2.1–6.8
Sesquiterpene hydrocarbons, %: 37.7–40.0
Oxygenated sesquiterpenes, %: 5.5–16.0
Diterpenoids, %: 1.3–20.0
Aromatics, %: 0.1–0.5
Alkanes and alkenes, alcohols %: 0.1–3.1
Aldechydes, %: 0.5–1.3
Ketones, %: 0.1–0.6
Miscellaneous terpenoids, %: 0.3–3.5
FAs and aliphatic esters, %: 0.1–1.0
References
1. H.D. Skaltsa, A. Mavrommati, T. Constantinidis, Phytochem-
istry 57, 235 (2001)
Stachys swainsonii ssp. Ardolica (Boiss.)Phitos
Family: Lamiaceae
Aerial Part
Essential oil (steam distillation), % v/dry wt: 0.21–0.26
(from air-dried plant material; Greece)
Composition (GC/MS, HP-5 MS, HP-Innowax
Cydex B): a-Thujene – tr – 2.5, (+) a-pinene –
tr – 2.2, benzaldehyde – tr; sabinene – tr – 1.4; 1-
octen-3-ol – 0.2–2.1; (+) b-pinene – tr – 0.5; 6-
methyl-5-hepten-2-one – tr; b-myrcene – 0.11–
1.1; 3-octanol – 0.2; octanal – 0.1–0.5; a-phellandrene – 0.2; d-3-carene – 0.4; a-terpinene– tr – 0.1; p-cymene – 0.1–0.3; (+)-limonene –
0.5–4.0; b-phellandrene – 0.6; 1,8-cineole – 0.2–0.5; cis-ocimene – 0.1–4.1; phenylacetaldehyde
– 0.1; trans-ocimene – 0.2–1.0; g-terpinene –
0.2-0.9; cis-sabinene hydrate – 0.3–0.5;
n-octanol – 0.1–0.6; terpinolene – 0.4–3.1; 2-
nonanone - tr; trans-sabinene hydrate – 0.2;
(+)-b-linalol – 0.9–8.2; n-nonanal – 0.8–8.5;
p-mentha-1,3,8-triene – 0.1; trans-thujone – tr;
cis-p-2-menthen-1-ol – 0.1–0.3; a-campholenal
– 0.1; trans-pinocarveol – 0.2; trans-2-menthen-
1-ol – 0.1; camphor – tr.; 2,6-nonadienal – 0.1;
2–nonenal – 0.1-0.3; nonanol – 0.1; (+)-terpinen-
4-ol – 1.6–3.6; p-cymen-8-ol – 0.1; (+)-a-terpineol – 0.6–1.6; (-)-a-terpineol – 0.5–0.9;
methyl salicylate – 0.2; myrtenal – 0.3; myrtenol
– 0.1–0.5; decanal – 0.2; b-cyclocitral – 0.2–0.5;
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Lamiaceae 526 Stachys swainsonnii ssp. Melangavica D. Persson
carvone – 0.1; (+)-linalyl acetate – 2.5–5.1; (E)-2-
decenal – 0.2–2.5; n-decanol – tr; bornyl acetate –0.1; (2E,4E)-2.4-decadienal – 0.1; trans-
pinocarvyl acetate – 0.1; tridecane – 1.5; carvacrol
– 0.2–1.4; undecanal – 0.2; (2E,4E)-2.4-decadienal – 0.3; a-cubebene – 0.6–1.9; a-terpinylacetate – 0.6; 2-phenyl ethyl propanoate – 0.1;
eugenol – tr.; (E)-2-undecenal – 0.5–3.1;
cyclosativene – 1.7; a-copaene – 1.3–4.4; geranyl
acetate – 1.1–2.2; b-bourbonene – 1.6; b-cubebene– 0.3–0.4;b-elemene – 0.9–2.4; (Z)- caryophyllene
– 0.1–0.2; g-gurjunene – 0.2–0.4; (+) (E)-
caryophyllene – 7.8–16.3; calarene – 0.5; a-trans-bergamoten – tr – 0.2; aromadendrene – 0.2; g-neo-clovene – 0.1; a-humulene – 0.9–1.5; (E)-b –
farnesene – 1.1-2.6; allomadendrene – 0.3–0.7; b-acoradiene – 0.1; g-muurolene – 1.8–7.4; ar-
curcumene – 0.8–1.8; (E)-b-ionone – 0.7; b-selinene – 6.1; viridiflorene – 5.8; a-selinene –
4.1; bicyclogermacrene – 3.2; a-muurolene – 0.6;
eremophilene – 0.2; germacrene A – 0.4; (E,E)-a-farnesene – 0.2–1.5; a-dehydro-himachalene – 0.5;
g-cadinene – 0.3–0.8; d-cadinene – 1.3–6.5;
cadina-1.4-diene – 0.1; b-cerdanoxide – 0.3; a-calacorene – 0.1; elemol – tr – 0.3; (E)-nerolidol –0.4–0.7; ledol – 0.2; caryophyllene alcohol – 0.2;
(Z)-hexenyl benzoate – 0.1–0.3; spathulenol – 1.3–
4.4; (-)-caryophylleneoxide– tr; (+)-caryophyllene
oxide – 2.6–7.1; viridiflorol – 0.3; a-cedrol – 0.5–1.8; epi-a-muurolol¼t-muurolol – 1.1; torreyol –
1.6–1.7; a–cadinol – 0.8–1.5; tetradecanol – 0.3–
0.6; heptadecane – 0.1; pentadecanal – 0.1–0.3;
benzyl benzoate – 0.7; isopropyl myristate – 0.2;
6;10;14-trimethyl pentadecan-2-one – 0.5 – 0.7;
hexadecanol – 0.2; (E;E)-farnesyl acetone – 0.2;
methyl hexadecanoate – tr.; cembrene – 0.2;
pimaradiene – 0.3; neocembrene – 0.2;
sandaracopimara – 8(14);15-diene – 0.2;
hexadecanoic acid – 0.1 – 1.1; manoyl oxide –
0.4–0.5; 13-epi-manoyl oxide – 0.2-0.8; 13-epi-
manoyl oxide – 1.3–1.6; cembra-2,7,11-trien-4-ol
–2.6; abietatriene–1.4–3.4; octadecanol–0.2–1.0;
trans-phytol – 0.1–0.5; dehydroabietal – 0.2–0.5;
trans-ferriginol – 0.5; 4-epi-dehydroabietol – 0.1–
0.2; neoabietic acid – 0.2; total – 76.9.1–94.9
Monoterpenes, %: 3.0 – 22.6
Oxygenated monoterpenes, %: 6.1–15.6
Sesquiterpene hydrocarbons, %: 35.0–44.6
Oxygenated sesquiterpenes, %: 9.3–11.7
Diterpenoids, %: 2.9–7.5
Aromatics, %: 0.1–1.1
Terpene esters, %: 0.8–7.3
Alkanes and alkenes, %: 0.1–1.5
Alcohols, %: 1.4–4.2
Aldechydes, %: 1.5-–15.9
Ketones, %: 0.1–0.8
Miscellaneous terpenoids, %: 0.1–0.5
FAs and aliphatic esters, %: 0.2–1.3
References
1. H.D. Skaltsa, A. Mavrommati, T. Constantinidis, Phytochem-
istry 57, 235 (2001)
Stachys swainsonnii ssp. MelangavicaD. Persson
Family: Lamiaceae
Aerial Part
Essential oil (steam distillation), % v/dry wt: 0.23–
0.24 (from air-dried plant material, Greece)
Composition (GC/MS, HP-5 MS, HP-Innowax
Cydex B): (E)-2-Hexenal – 0.1-0.5; heptanal –
tr. – 0.1; a-thujene – 1.5–2.3; (E) heptenal – tr.;
(+) a-pinene – 1.1–2.7; camphene – tr; sabinene
– 1.4–1.5; 1-octen-3-ol – 0.5–1.9; (+) b-pinene –0.1–1.9; b-myrcene – 0.5–0.6; 3-octanol – tr –
0.1; a-phellandrene – 0.3–0.4; d-3-carene – 0.1;
a-terpinene – 0.3–0.4; p-cymene – tr – 0.3; (+)-
limonene – 0.4–4.4; cis-ocimene – tr; phenylace-
taldehyde – tr; trans-ocimene – tr – 1.0; cis-
sabinene hydrate – 0.2–1.5; n-octanol – 0.1–
0.3; terpinolene – tr – 1.7; trans-sabinene
hydrate – 0.2–0.4; (+)-b-linalol – 0.1–0.3; n-
nonanal – 0.2–0.6; trans-thujone – tr; cis-p-2-menthen-1-ol – 0.1–0.3; 3-acetoxy octane – tr;
a-campholenal – tr; camphor – tr; 2,6-
nonadienal – tr. – 0.1; 2-nonenal – tr – 0.2;
nonanol – tr; (+)-terpinen-4-ol – 0.2–3.5; (+)-a-terpineol – tr – 0.3; methyl salicylate – tr; cis-
piperitol – 0.1; decanal – 0.1–0.2; b-cyclocitral –0.1; (+) linalyl acetate – tr; (E)-2-decenal – 0.1;
geranial – tr; n-decanol – tr; bornyl acetate – tr;
carvacrol – 0.1; undecenal – tr – 0.1; (2E,4E)-2.4-decadienal – tr – 0.1; iso-dihydrocarvyl ace-
tate – 0.2; 0.1; a-cubebene – 0.3 – 0.7; a-terpinyl
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Stachys swainsonnii ssp. scyronica (Boiss) Phitos and Damboldt 527 Lamiaceae
acetate – 0.2; eugenol – tr – 0.1; (E)-2-undecenal –0.2; cyclosativene – 1.5; a-copaene – 1.3 – 4.4; b-bourbonene – tr – 1.0; b-cubebene – 0.5 – 1.4; b-elemene – 0.7–18.8; dodecanal – 0.3; g-gurjunene– 1.0; g-cis-bergamoten – 0.1; (+)(E)-caryophyllene – 4.8–7.3; calarene – 0.1–0.5;
aromadendrene – 0.2–0.5; a-humulene – 0.7–
0.8; allomadendrene – 0.5–1.0; g-selinene – 0.5–
1.5; g-muurolene – 1.1–1.3; epi-bicyclo-
sesquiphellandrene – 1.2-2.0; germacrene D –
5.4; (E)-b-ionone – 0.2; b-selinene – 0.6–1.8;
viridiflorene – 4.6–10.6; bicyclogermacrene –
4.7–5.0; a-muurolene – 0.7–1.1; eremophilene –
0.2–8.1; (E,E)-a-farnesene – 0.3–4.2; g-cadinene– 1.6-2.9; d-cadinene – 3.7–13.7; cadina-1.4-
diene – 0.1–0.5; a-cadinene – tr – 0.3; a-calacorene – 0.3; (E)-nerolidol – 0.2; (Z)-hexenyl
benzoate – 0.2; germacrene – D-4-ol – 3.4;
spathulenol – 1.4–6.2; (+)-caryophyllene oxide –
1.0–2.6; viridiflorol – 0.2; epi-a-muurolol ¼ t-
muurolol – 1.5–3.5; torreyol – 0.3–0.5; b-eudesmol – 0.2–3.1; a-eudesmol – 5.4; a–cadinol– 0.1; b-bisabolol – 0.5; cadalene – 4.0;
heptadecene – 0.1; pentadecanal – 0.1; benzyl
benzoate – 0.2–0.4; isopropyl myristate – 0.1;
6,10,14-trimethyl pentadecan-2-one – 0.2–1.3;
hexadecanol – tr; (E,E)-farnesyl acetate – tr –
0.1; (E)-phytol – tr; hexadecanoic acid – 0.1–
1.1; manoyl oxide – 0.5–0.9; 13-epi-manoyl
oxide – 0.2–0.7; abietatriene – 0.4–1.0;
octadecanol – 0.1–1.6; dehydroabietal – 0.2–0.5;
4-epi-dehydroabietol – 0.2–0.3; total – 82.3–92.1
Monoterpenes, %: 0.8–17.5
Oxygenated monoterpenes, %: 0.6–4.4
Sesquiterpene hydrocarbons, %: 50.2–60.7
Oxygenated sesquiterpenes, %: 8.7–13.4
Terpene esters, %: tr – 0.3
Diterpenoids, %: 1.4–2.3
Aromatics, %: tr – 0.4
Alcohols, %: 1.3–2.4
Aldehydes, %: 0.5–2.0
Ketones, %: 0.2–1.4
Miscellaneous terpenoids, %: tr
FAs and aliphatic esters, %: tr – 0.6
References
1. H.D. Skaltsa, A. Mavrommati, T. Constantinidis, Phytochem-
istry 57, 235 (2001)
Stachys swainsonnii ssp. scyronica (Boiss)Phitos and Damboldt
Family: Lamiaceae
Aerial Part
Essential oil (steam distillation), % v/dry wt: 0.21
(from air-dried plant material; Greece)
Composition (GC/MS, HP-5 MS, HP-Innowax
Cydex B): a-Thujene – 0.7–1.9; (+) a-pinene –
0.3–1.0; camphene – tr; sabinene – 0.7–1.3; 1-
octen-3-ol – 1.7–2.1; (+) b-pinene – 0.2–0.3; b-myrcene – 0.4–0.5; 3-octanol – 0.2; a-phellandrene – 0.2–0.3; d-3-carene – 0.1; a-terpinene – 0.2–0.5; p-cymene – tr – 0.3; (+)-
limonene – 1.4; b-phellandrene – 1.4; 1.8-
cineole – 0.3; cis-ocimene – tr – 0.4; phenylace-
taldehyde – tr – 0.1; trans-ocimene – tr – 0.1; g-terpinene – 0.8–1.1; cis-sabinene hydrate – 0.6–
1.4; n-octanol – tr – 0.2; terpinolene – 0.2–0.3;
trans-sabinene hydrate – 0.3–0.5; (+)-b-linalol –tr – 0.2; n-nonanal – tr – 0.5; trans-thujone – tr;
cis-p-2-menthen-1-ol – tr – 0.3; 3-acetoxy octane
– tr; a-campholenal – tr; trans-p-2-methen-1-ol –
0.1; borneol – tr – 0.1; nonanol – 1.8–3.2; (+)-a-terpineol – 0.4; methyl salicylate – tr; cis-piperitol – tr – 0.1; decanal – 0.1; trans-carveol
– 0.1–0.2; neral – tr; carvone – tr; (E)-2-decenal
– tr – 0.1; dec-9-en-1-ol – 0.2; geranial – tr; n-decanol - tr; bornyl acetate – tr; (2E;4E)-2.4-
decadienal – tr; carvacrol – 0.1; undecanal – tr
– 0.1; (2E,4E)-2.4-decadienal – tr – 0.1; a-terpinyl acetate – tr – 0.7; eugenol – tr – 0.1;
cyclosativene – tr – 1.1; a-copaene – 0.8-4.6; b-cubebene – 0.4; b-elemene – 5.0–8.4; dodecanal
– 0.3; g-gurjunene – 0.5; (+)-(E)- caryophyllene
– 1.1-8.4; calarene – 0.1; a-trans-bergamoten –
1.1; aromadendrene – tr; a-humulene – 0.5–1.1;
(E)-b-farnesene – 1.6; allomadendrene – 0.2–
1.2; g-muurolene – 0.7–0.9; epi-bicyclo-
sesquiphellandrene – 0.4–2.0; b-selinene – 0.6–
0.7; cis-b-guaiene – 3.4; viridiflorene – 7.3;
bicyclogermacrene – 1.9; a-muurolene – 1.9–
2.3; eremophilene – 1.6–2.8; (E;E)-a-farnesene– tr – 1.2; g-cadinene – 2.8; 7-epi-a-selinene –
1.4; d-cadinene – 5.7–8.5; cadina-1.4-diene –
0.2–0.7; a-cadinene – 0.3–0.5; (E)-nerolidol –0.3–0.4; spathulenol – tr – 2.6; (-)-caryophyllene
oxide – tr; (+)-caryophyllene oxide – 2.4–16.3;
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Lamiaceae 528 Stachys swainsonii ssp. swainsonii
globulol – 0.6–1.8; viridiflorol – 0.2–0.5; a-cedrol – 1.8; 1-epi-cubenol – 1.0; epi-a-muurolol¼t-muurolol – 2.1-7.4; torreyol – 0.2–
1.1; a–cadinol – 1.0–9.9; tetradecanol – 2.7;
benzyl benzoate – 0.2–0.3; isopropyl myristate
– 0.1; 6;10;14-trimethyl pentadecan-2-one –
0.1–0.6; hexadecanol – 0.1; (E,E)-farnesyl ace-tone – tr; selarene – 5.7; hexadecanoic acid – 0.5;
manoyl oxide – 0.1–0.5; abietatriene – 0.2–2.4;
octadecanol – 0.2–0.5; trans-phytol – 0.6; ethyl
octadecanoate – 0.7; sclareol – tr – 0.1;
dehydroabietal – 0.1–1.4; 4-epi-dehydroabietol
– 0.1–0.7; total – 88.4–94.3
Monoterpenes, %: 7.7–9.5
Oxygenated monoterpenes, %: 2.3–4.9
Sesquiterpene hydrocarbons, %: 40.9–43.1
Oxygenated sesquiterpenes, %: 14.1–36.0
Diterpenoids, %: 0.4–10.7
Aromatics, %: tr – 0.1
Terpene esters, %: 0.3–0.9
Alcohols, %: 2.3–5.8
Aldechydes, %: 0.2–1.0
Ketones, %: 0.2–0.5
Miscellaneous terpenoids, %: 0.6
FAs and aliphatic esters, %: tr – 1.2
References
1. H.D. Skaltsa, A. Mavrommati, T. Constantinidis, Phytochem-
istry 57, 235–244 (2001)
Stachys swainsonii ssp. swainsonii
Family: Lamiaceae
Aerial Part
Essential oil (steam distillation), % v/drywt: 0.16–0.20
(from air-dried plant material; Greece)
Composition (GC/MS, HP-5 MS, HP-Innowax
Cydex B): Hexanal – tr; (E)-2-hexenal – tr –
0.7; (Z)-3- hexenol – tr; heptanal – tr; a-thujene– 0.6; (+) a-pinene – 1.8; camphene – tr;
sabinene – tr – 0.5; 1-octen-3-ol – 0.5–4.3; (+)
b-pinene – 0.1–1.7; 3-octanone – tr; b-myrcene –
tr; 3-octanol – tr; a-phellandrene – tr – 0.2;
a-terpinene – tr; p-cymene – tr – 0.2; (+)-
limonene – 0.2–0.9; b-phellandrene – 0.2; 1.8-
cineole – tr – 0.2; cis-ocimene – 0.8–4.7;
phenylacetaldehyde – tr – 0.1; trans-ocimene –
0.1–0.6; g-terpinene – 0.1–0.3; cis-sabinenehydrate – 0.1-0.5; n-octanol – tr – 0.1;
terpinolene – tr; (+)-b-linalol – 0.2–0.4; n-nonanal – 0.1–0.2; p-mentha-1,3,8-triene – tr;
a-campholenal – tr; allo-ocimene – tr – 0.1;
trans-pinocarveol – tr – 0.1; 2,6-nonadienal –
tr; 2-nonenal – tr; borneol – tr; (+)-terpinen-4-
ol – 0.2–2.1; (-)-terpinen-4-ol – 0.2; cymen-8-ol
– tr; (+)-a-terpineol – tr – 0.3; methyl salicylate –
tr; myrtenal – tr; myrtenol – tr; decanal – 0.1;
trans-carveol – 0.1 – 0.2; b-cyclocitral – 0.1–0.2;myrthenyl acetate – 0.2; pulegone – tr; neral – tr.;
carvone – tr; (E)-2-decenal – tr – 0.1; geranial –
tr; n-decanol – tr; bornyl acetate – tr; (2E,4E)-
2.4-decadienal – 0.1–0.2; thymol – tr; trans-pinocarvyl acetate – 0.1; tridecane – 0.1;
undecanal – tr – 0.3; cis-pinocarvyl acetate – tr;
(2E,4E)-2.4-decadienal – tr; trans-carvyl acetate– tr; d-elemene – 0.1–0.2; a-cubebene – tr – 0.2;a-terpinyl acetate – tr; eugenol – tr – 0.1.;
cyclosativene – tr – 0.6; a-ylangene – tr;
undecanol – 0.4; a-copaene – 0.6-2.8; b-bourbonene – 0.4; b-cubebene – 0.3; b-elemene
– 0.3 – 2.2; b-longipinene – tr – 0.1; (Z)-caryophyllene – 0.1; dodecanal – 1.0–3.4; g-cedrene – tr; g-gurjunene – tr – 0.4; (+)-(E)-
caryophyllene – 7.8–12.8; cis-thujopsene – tr;
calarene – tr – 0.2; a-trans-bergamoten – tr –
0.6; aromadendrene – 0.2; g-guaiene – 0.1; a-humulene – 0.9–1.4; (E)-b-farnesene – 0.1 – 0.2;allomadendrene – 0.1–0.4; b-acoradiene – tr –
0.2; g-selinene – 0.1–0.3; g-muurolene – tr – 0.4;
epi-bicyclo-sesquiphellandrene – 2.6–5.6; ar-
curcumene – 0.7–3.6; (E)-b-ionone – 0.2–0.5;
1-pentadecene – 0.2; viridiflorene – 3.7–4.7; a-selinene – 0.2–5.4; bicyclogermacrene – 0.9; a-muurolene – 0.3–0.4; eremophilene – 0.2–0.8;
cuparene – 0.1; (E,E)-a-farnesene – 0.6–1.2; g-cadinene – 0.3–1.0; d-cadinene – 0.7–3.6;
cadina-1.4-diene – tr – 0.2; a-cadinene – tr –
0.1; a-calacorene – 0.2; elemol – 0.2; (E)-
nerolidol – tr – 0.5; dodecanoic acid – 0.1; (Z)-hexenyl benzoate – 0.3–0.5; n-tridecanol – 0.2;
spathulenol – 6.3–7.8; (-)-caryophyllene oxide
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Stachys viticina Boiss. 529 Lamiaceae
– tr – 3.4; (+)-caryophyllene oxide – 6.5–15.5;viridiflorol – 8.9–11.4; epi-a-muurolol¼T-
muurolol – 0.5–1.1; torreyol – 0.2; b-eudesmol
– 0.2–0.4; b-eudesmol – 0.5–0.8; a–cadinol –0.2–0.7; b-bisabolol – 0.6; (Z)-a-santalol – 0.2;
heptadecane – 0.2; pentadecanal – tr – 0.3; (Z,E)-
farnesol – 0.1–2.9; benzyl benzoate – 0.7–1.1; 1-
octadecene – 0.1; (Z,E)–farnesyl acetate – 1.1-
4.0; 6,10,14-trimethyl pentadecan-2-one – 0.6–
0.9; hexadecanol – 0.3; iso-pimar-9(11),15-
diene – 0.2–0.8; (E,E)-farnesyl acetone – 0.2;
methyl hexadecanoate – tr; cembrene – 0.2;
hexadecanoic acid – 1.6–5.9; manoyl oxide –
0.7–7.7; 13-epi- manoyl oxide – 0.9; abietatriene
– 1.4–2.1; octadecanol – 0.9–1.4; methyl
octadecanoate – 0.2; (Z)-9-octadecanoic acid –
2.8; octadecanoic acid – 0.3–0.5; tricosane – 0.2–
0.3; neoabietic acid – 0.3–0.4; total – 83.6–89.9
Monoterpenes, %: 1.6–11.4
Oxygenated monoterpenes, %: 0.9–3.1
Sesquiterpene hydrocarbons, %: 23.8–33.7
Oxygenated sesquiterpenes, %: 25.0–27.5
Diterpenoids, %: 3.7–10.9
Aromatics, %: 1.0–1.6
Terpene esters, %: 1.1–4.1
Alkanes and alkenes, %: 0.4–1.1
Alcohols, %: 2.1–5.8
Aldehydes, %: 1.6–4.1
Ketones, %: tr – 1.1
FAs and aliphatic esters, %: 0.3–9.6
References
1. H.D. Skaltsa, A. Mavrommati, T. Constantinidis, Phytochem-
istry 57, 235–244 (2001)
Stachys sylvatica L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.8
Oil (petroleum ether, 30–60�C), % dry wt: 22.0 [1]
n40D : 1.4696 [1]
Iodine value (Wijs), % J2: 128; 132 (cald) [1]; 151.5
[2]
FAs
Composition (GLC), %: 16:0 – 6.3; 18:0 – 2.8; 18:1
– 23; 18:2 – 52; 18:3 – 6.6; others (5) – 2.4 (20%
LAC – 2R 446 [1]
16:0 – 3.9; 18:0 – 1.5; 18:1 – 22.3; 18:2 – 65.1; 18:3
– 7.2 (mol %, 10% PEGA) [2]
Allenic acid (IR), %: 6.2 [1]
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
2. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32 (1971)
Stachys thirkei C. Koch.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.5
Oil (petroleum ether, 30–60�C), % dry wt: 29.0
n40D : 1.4692
Iodine value (Wijs), % J2: 137; 138 (cald)
FAs
Composition (GLC 20% LAC-2R 446), %: 16:0 –
4.2; 18:0 – 3.3; 18:1 – 20; 18:2 – 67; 18:3 – 0.4;
others (3) – 1.2
Allenic acid (IR), %: 4.4
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Stachys viticina Boiss.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.3
Oil (petroleum ether, 30–60�C), % dry wt: 31.0
n40D : 1.4682
Iodine value (Wijs), % J2: 126; 127 (cald)
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Lamiaceae 530 Tetradea corulteria
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.8; 18:0 – 3.1; 18:1 – 27.0; 18:2 – 57.0; 18:3 –
0.4; others (4) – 1.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Tetradea corulteria
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 5.4
Oil, % dry wt: 8.4
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
Tetradea corulteria Gray.
Family: Lamiaceae
Seed and Pericarp
Oil (petroleum ether, 30–60�C)Iodine value (Wijs), % J2: 110; 109 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
9.2; 18:0 – 3.5; 18:1(9) – 48.0; 18:2(9;12) – 32.0;
18:3(9;12;15) – 3.9; others (10) – 3.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Teucrium almeriense C.E. Hubb & Sandw.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.6
Oil (petroleum ether, 30–60�C), % dry wt: 13.0
n40D : 1.4737
Iodine value (Wijs), % J2: 176; 176 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.0; 18:0 – 2.6; 18:1(9) – 14.0; 18:2(9;12) – 37.0;
18:3(9,12,15) – 23.0; others (6) – 17.0
trans-FAs (IR, methyl esters), %: 1.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Teucrium canadensis L.
Family: Lamiaceae
Plant Material
Terpenoids
Composition, %: Germacrene D – 2.7;
caryophyllene – 13.6; d-cadinene – 13.0; a-humulene – 10.2; linalool – 6.0; copaene – 2.2;
1-octen-3-ol – 0.7
References
1. B.M. Lawrence, J.W. Hogg, S.J. Terhune, J.K. Morton, L.S.
Gill, Phytochemistry 11, 2636 (1972)
Teucrium capitalum L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.8
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Teucrium depressum Small. 531 Lamiaceae
Oil (petroleum ether, 30–60�C), % dry wt: 16.0n40D : 1.4732
Iodine value (Wijs), % J2: 175; 173 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
8.1; 18:0 – 2.7; 18:1(9) – 14.0; 18:2(9;12) – 34.0;
18:3(9;12;15) – 25.0; others (7) – 16.0
trans-FAs (IR, methyl esters), %: 3.8
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Teucrium chamaedrus L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.4
Oil (petroleum ether, 30–60�C), % dry wt: 10.0
n40D : 1.4753
Iodine value (Wijs), % J2: 176, 172 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.6; 18:0 – 2.9; 18:1(9) – 20.0; 18:2(9,12) – 32.0;
18:3(9,12,15) – 33.0; others (4) – 5.7
trans-FAs (IR, methyl esters), %: 1.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Teucrium creticum L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 3.0
Oil (petroleum ether, 30–60�C), % dry wt: 23.4
n40D : 1.4700
Iodine value (Wijs), % J2: 142; 143 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.7; 18:0 – 1.8; 18:1 – 30.0; 18:2 – 43.0; 18:3 –
0.4; others (3) – 18.0
trans-Unsaturated FAs (IR, methyl esters), %: 5.4
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Teucrium cubense Jacq. ssp. Laevigatum
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 2.7
Oil (petroleum ether, 30–60�C), % dry wt: 15.0
n40D : 1.4704
Iodine value (Wijs), % J2: 140; 142 (cald)
FAs
Composition (GLC, 20% LAC-2R 446); %: 16:0 –
7.8; 18:0 – 4.0; 18:1 – 26.0; 18:2 – 45.0; 18:3 –
1.0; others (6) – 7.0
trans-Unsaturated FAs (IR, methyl esters), %:5.9
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Teucrium depressum Small.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.8
Oil (petroleum ether, 30–60�C), % dry wt: 25.0
n40D : 1.4707
Iodine value (Wijs), % J2: 138; 139 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.9; 18:0 – 4.3; 18:1 – 22.0; 18:2 – 52.0; 18:3 –
0.8; others (8) – 13.0
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Lamiaceae 532 Teucrium expansum
trans-Unsaturated FAs (Ag+-TLC), %: 5.3
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Teucrium expansum
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.9
Oil (petroleum ether, 30–60�C), % dry wt: 16.0
n40D : 1.4740
Iodine value (Wijs), % J2: 178; 171 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.3; 18:0 – 2.3; 18:1 – 16.0; 18:2 – 32.0; 18:3 –
29.0; others (8) – 16.0
trans-Unsaturated FAs (Ag+-TLC), %: 3.6
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Teucrium flavum L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.6
Oil (petroleum ether, 30–60�C), % dry wt: 11.0
n40D : 1.4733
Iodine value (Wijs), % J2: 166; 165 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.9; 18:0 – 3.0; 18:1 – 22.0; 18:2 – 27.0; 18:3 –
34.0; others (7) – 7.0
trans-Unsaturated FAs (Ag+-TLC), %: 2.5
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Teucrium fruticans L.
Family: Lamiaceae
Aerial Part
Terpenoic acids: Ursolic and oleanoic (3:1)
References
1. S. Passannanti, M. Paternostro, F. Piozzi, Phytochemistry 22,
1044 (1983)
Teucrium gnaphalodes Vahl.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 2.6
Oil (petroleum ether, 30–60�C), % dry wt: 13.0
n40D : 1.4737
Iodine value (Wijs), % J2: 177; 179 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.6; 18:0 – 1.8; 18:1 – 16.0; 18:2 – 34.0; 18:3 –
30.0; others (5) – 13.0
trans-Unsaturated FAs (Ag+-TLC), %: 3.9
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Teucrium pseudochamaepitus L. 533 Lamiaceae
Teucrium jailae Juz.Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 190.3 (cald)
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 – 4.8;
18:0 – 1.8; 18:1 – 16.6; 18:2 – 45.2; 18:3 – 31.6
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971) [in Russian]
Teucrium marum L.
Family: Lamiaceae
Aerial Part
Terpenoic acids: Ursolic, oleanoic, and micrometric
(small)
References
1. S. Passannanti, M. Paternostro, F. Piozzi, Phytochemistry 22,
1044 (1983)
Teucrium nuchense C. Koch.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 190.7 (cald)
FAs
Composition (GLC, 10%PEGA), mol%: 16:0 – 6.8;
18:0 – 2.2; 18:1 – 17.2; 18:2 – 36.7; 18:3 – 37.1
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
Teucrium polium L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.4 [1]
Oil (petroleum ether, 30–60�C), % dry wt: 11.0 [1]
n40D : 1.4726 [1]
Iodine value (Wijs), % J2: 172; 167 (cald) [1]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.7; 18:0 – 2.7; 18:1 – 18.0; 18:2 – 35.0; 18:3 –
21.0; others (6) – 16.0 [1]
trans-Unsaturated FAs (Ag+-TLC), %: 4.5 [1]
IR [1]
Plant Material
Terpenoids
Phytol, % dry wt: 0.07 [2]
Sterols, % dry wt: 0.09 [2]
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
2. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976)
Teucrium pseudochamaepitus L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 7.5
Oil (petroleum ether, 30–60�C), % dry wt: 10.0
n40D : 1.4684
Iodine value (Wijs), % J2: 125; 124 (cald)
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Lamiaceae 534 Teucrium scordioides Schreb.
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
8.8; 18:0 – 4.0; 18:1 – 37.0; 18:2 – 41.0; 18:3 –
0.6; others (5) – 8.7
trans-Unsaturated FAs (Ag+-TLC), %: 2.9
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Teucrium scordioides Schreb.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.4
Oil (petroleum ether, 30–60�C), % dry wt: 19.0
n40D : 1.4727
Iodine value (Wijs), % J2: 169; 165 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.3; 18:0 – 3.3; 18:1 – 14.0; 18:2 – 50.0; 18:3 –
24.0; others (5) – 2.8
trans-Unsaturated FAs (Ag+-TLC), %: 2.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Teucrium scorodonia L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.4
Oil (petroleum ether, 30–60�C), % dry wt: 13.0
n40D : 1.4746
Iodine value (Wijs), % J2: 186; 178 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
6.1; 18:0 – 3.5; 18:1 – 18.0; 18:2 – 27.0; 18:3 –
39.0; others (3) – 6.8
trans-Unsaturated FAs (Ag+-TLC), %: 2.9
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Thymbra spicata L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 3.4
Oil (petroleum ether, 30–60�C), % dry wt: 6.4
n40D : 1.4740
Iodine value (Wijs), % J2: 186; 193 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.2; 18:0 – 2.5; 18:1 – 12.0; 18:2 – 22.0; 18:3 –
55.0; others (3) – 0.9
Allenic acid
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Thymus argaeus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), % dry wt: 0.8–1.3
Main components (GС, Thermon-600 T, GC/MS),
%: Linalyl acetate – 45.0–66.0; linalool – 10.0–
15.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
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Thymus chaubardii B. & H&B. 535 Lamiaceae
Thymus atticusFamily: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.1 (1);
0.6 (2)
Main components (GС, Thermon-600 T, GC/MS),
%: Caryophyllene oxide + terpinen-4-ol (1); thy-
mol – 38.0; p-cymene – 10.0 (2)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus bornmuelleri
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.7
Main components (GС, Thermon-600 T, GC/MS),
%: Thymol – 45.0; p-cymene – 13.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus cariensis
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.2–0.4
Main components (GС, Thermon-600 T, GC/MS),
%: Borneol – 13.0–19.0; 1,8-cineole – 10.0–
13.0; a-pinene – 12.0; camphor – 8.0–9.0;
a-pinene – 17.0; 1,8-cineole – 10.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus chankoanus Klok.
Synonyms
Thymus mandschuricus Ronn.
Family: Lamiaceae
Inflorescence
Essential oil, % dry wt: 1.1
Leaf
Essential oil, % dry wt: 0.8
Use: The essential oil may be used in perfume, med-
icine, and food.
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 139 [in
Russian]
Thymus chaubardii B. & H&B.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.3
Oil, %: 38 (petroleum ether, 30–60�C, in the Butt
apparatus)
n40D : 1.4823
Iodine value (Wijs), % J2: 191; 188 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
5.3; 18:0 – 2.8; 18:1 – 13; 18:2 – 17; 18:3 – 56;
others (6) – 6.2
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
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Lamiaceae 536 Thymus cilicicus
Thymus cilicicus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 1.5
Main components (GС, Thermon-600 T, GC/MS),
%: a-Pinene – 17.0; 1,8-cineole – 10.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus comptus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.8 (1);
1.0 (2)
Main components (GС, Thermon-600 T, GC/MS),
%: Thymol – 36.0 (1); thymol – 50.0 (2)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus dimorphus Klok. Et Shost.(Hybrid of Th. marschallianus Willd andTh. calcareous Klok et Shost)
Family: Lamiaceae
Essential oil (hydro distillation), %: 2.0
Composition (GC/MS, HP 20M and SE 30), %:
Carpic acid methyl ester – 0.1; b-phellandrene– 0.1; a-thujene – 0.2; a-pinene – 2.0; camphene
– 0.8; sabinene – 1.6; b-myrcene – 8.5; mono-
terpene – 1.3; 1-phellandrene – 0.2; 1,8-cineole –
6.5; limonene – 6.5; cis- b – ocimene – 0.3;
trans-b-ocimene – 2.2; g-terpinene – 1.1;
trans-sabinene hydrate – 0.1; dimethyl-sturene
– 0.1?; a-terpinolene – 0.2; trans-ocimene – 0.2;
camphor – 0.9; cyclo-hexa-1,4-diene; 3,4-
ethenyl; 1,2-dimethyl – 0.3; endo-borneol –
1.0; 4-erpineol – 1.0; 1-a-terpineol – 0.5; carveol– 0.01; terpinen-?-ol-0.01; thymol methyl esters
– 0.1; carvacrol – 11.7; thymol – 1.1; a-cubebene– 0.1; a-ylangene – 0.2; sesquiterpene – 0.6; b-bourbonene – 1.0; b-elemene – 0.6; a-gurjunene– 0.2; trans-caryophyllene – 3.5; epi-bicyclo –
sesquiphellandrene – 0.5; b-gurjunene – 0.1;
alloaromadendrene – 0.4; sesquiterpene – 0.4;
cyclo-iso-longipholene – 1.5?; b-guajen – 2.5;
sesquiterpenol ester – 0.2; b-farnesene – 0.5; d-cadinene – 4.9; g-cadinene – 1.5; b-cubebene –
0.6; g-elemene – 2.2; a-muurolene – 1.5; ?-
cadinene – 0.3; g-muurolene – 3.1; ?-cadinene
– 4.4; a-cubebene – 0.4; g-muurolene – 1.8; a-humulene – 1.0; dihydroaromadendrene – 0.3;
nerolidol – 4.1; p-menth-3-en-9-ol – 0.4;
sesquiterpenol – 0.5; sesquiterpenol – 0.4;
torreol – 0.3; sesquiterpen-?-ol – 0.4; d-cadinene– 0.9; terpen-?-ol – 2.0; terpen-?-O-CO-R – 0.3;
sesquiterpen-?-ol – 2.4; a-guajen – 0.4; a-costol– 0.2; terpen-O-CO-R – 0.2; sesquiterpen-?-ol –
2.9; sesquiterpen (di-Rr) – 0.5; 9;10-dihydro-iso-
longifolen-?-ol – 0.2; terpinen-?-ol – 0.2; burden
– 0.03; sesquiterpen-?-ol – 0.1; sesquiterpen-?-ol
– 0.1; cis- a-copaene-8-ol – 0.3; 9-aristolene-1-
ol –0.2; sesquiterpen-?-ol – 0.2
References
1. A.B. Prikhod’ko, N.A. Klyuev, S.V. Volkovich, T.I. Emefs,
V.V. Petrenko, E.V. Dolya, Chem. Nat. Comp. 35, 46
(1999)
Thymus eigii
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.2–1.8
Main components (GС, Thermon-600 T, GC/MS),
%: Carvacrol - 30.0–65.0
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Thymus kotschyanus var. kotschyanus 537 Lamiaceae
References1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus haussknechtii
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.05–0.5
Main components (GС, Thermon-600 T, GC/MS),
%: Linalool – 5.0–20.0; caryophyllene oxide –
7.0–12.0; borneol – 10.0–11.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus Komarovii Serg.
Family: Lamiaceae
Inflorescence
Essential oil, % dry wt: 0.41
Leaf
Essential oil, % dry wt: 0.48
Use: The aerial part may be used in food, and the
essential oil may be used in perfume.
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 141 [in
Russian]
Thymus kotschyanus var. eriophorus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.9
Main components (GС, Thermon-600 T, GC/MS),
%: Carvacrol – 28.0; thymol – 18.0; p-cymene –
15.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus kotschyanus var. glabrescens
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.5 (1); 1.9
(2)
Main components (GС, Thermon-600 T, GC/MS),
%: Thymol – 45.0; p-cymene – 18.0 (1); carva-
crol – 53.0 (2)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus kotschyanus var. kotschyanus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 1.9
Main components (GС, Thermon-600 T, GC/MS),
%: Carvacrol – 60.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
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Lamiaceae 538 Thymus leucostomus var. argillaceus
Thymus leucostomus var. argillaceus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.6–1.0
Main components (GС, Thermon-600 T, GC/MS),
%: Thymol – 16.0–35.0; carvacrol – 15.0–26.0;
borneol – 12.0–24.0; p-cymene – 11.0–145.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus leucostomus var. leucostomus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.5
Main components (GС, Thermon-600 T, GC/MS),
%: Carvacrol – 22.0; p-cymene – 18.0; thymol –
14.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus longicaulis ssp. longicaulis var.longicaulis
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 1.7 (1); 0.8
(2); 0.3 (3)
Main components (GС, Thermon-600 T, GC/MS),
%: a-Terpinyl acetate – 82.0 (1); geraniol – 69.0;geranyl acetate – 16.0 (2); thymol – 53.0 – 57.0
(1); thymol – 26.0; p-cymene – 48.0 (3)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus longicaulis ssp. longicaulis var.subisophyllus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.1–2.1
(1); 1.3–1.7 (2)
Main components (GС, Thermon-600 T, GC/MS),
%: Thymol – 21.0–57.0 (1); thymol – 26.0; car-
vacrol – 26.0; g – terpinene – 14 (2)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus magnus
Family: Lamiaceae
Flowers and Leaves (1:1)
Essential oil (steam distillation)
Composition of essential oil (GC/MS, HP 1 and HP
Innowax): a-Thujene � 1.5; a-pinene � 3.5;
camphene � 2.3; sabinene � 1.1; b-pinene �0.9; myrcene � 1.2; a-phellandrene � 0.3;
d-carene � 0.8; a-terpinene � 1.8; p-cymene �5.5; limonene � 0.9; cis-ocimene � 0.5;
g-terpinene � 9.9; sabinene hydrate � 0.9; 1-
octen-3-ol � 1.6; terpinolene � 0.7; linalool �tr; camphor � 5.0; borneol � 3.8; terpinen-4-ol
� 1.6; 4-allylanisol � tr; carvone � 0.5; thymol
� 39.8; carvacrol � 3.6; thymol acetate � 1.4;
b-caryophyllene � 4.7; a-humulene � 0.6;
b-farnesene � 0.9; germacrene D � 0.2;
b-bisabolene � 2.8; b-sesquiphellandrene �0.5; a-bisabolene � 0.3; total – 99.3
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Thymus praecox ssp. arcticus (E. Durand) Jalas 539 Lamiaceae
Activity: Antifungal activities of essential oil, MICsand MFCs, mg/mL: 0.19–0.39 and 0.19–0.78
(Aspergillus niger, A. flavus, Candida albicans, C.
utilis, Cryptococcus neoformans, Trichosporonmucoides, Trichophyton rubrum, Blastoschyzomyces
capitatus).
Thymol, MICs and MFCs, mg/mL: 0.04–0.39 and
0.19–0.78
Carvacrol, MICs and MFCs, mg/mL: 0.04–0.39 and
0.09–6.25
p-Cymene, MICs andMFCs, mg/mL: 0.39�> 6.25 and
0.39–> 6.25
g-Terpinene, MICs and MFCs, mg/mL: 0.19–> 6.25
and 0.39–>6.25
References
1. S. Shin, J.H. Kim, Planta Med. 70, 1090 (2004)
Thymus marschallianus Willd.
Family: Lamiaceae
Plant Material
Terpenoids
Phytol, % dry wt: 0.03
Sterols, % dry wt: 0.07
Triterpenoic acids, % dry wt: ursolic acid – 1.15
References
1. D.P. Popa, L.A. Saley, T.M. Orghiyan, Rast. Resursy 12(2),
247 (1976)
Thymus pectinatus var. pectinatus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.2
Main components (GС, Thermon-600 T, GC/MS),
%: Thymol – 13.0–35.0; p-cymene – 11.0–33.0;
borneol – 10.0–18.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus praecox ssp. arcticus (E. Durand)Jalas
Family: Lamiaceae
Herb
Essential oil (at flowering stage, from Iceland) [1]
Composition (GC), %: 1,8-Cineole – 0.46; n-octen-
1-ol-3-acetate – 0.95; n-octen-1–3-ol – 0.73;
trans-sabinene hydrate – 1.19; menthone
+fenchylacetate – 0.05; iso-menthone – 0.37;
b-bourbonene – 0.12; camphor – 0.18; cis-
sabinene hydrate – 0.03; linalylacetate – 69.43;
bornyl acetate – 0.23; a-bergamoten – 0.01;
b-elemene – 0.01; b-caryophyllene – 3.58;
a-cubebene – 0.26; a-humulene – 0.15;
b-cubebene – 0.26; borneol – 0.51; germacrene
D – 1.30; b-bisabolene – 3.16; sesquiterpene –
0.06; a-farnesene – 0.21; g-cadinene – 1.14;
b-sesquiphellandrene – 0.87; caryophyllene
oxide – 0.19; nerolidol – 0.73; sesquiterpe-
nalcohol – 0.02; cubenol – 0.44; elemol – 1.42;
hedycaryol – 7.00; T-cadinol – 3.54; a-cadinol –0.34 (Norway); 1,8-cineole – 0.28; n-octen-1-ol-
3-acetate – 1.68; n-octen-1–3-ol – 0.70; trans-
sabinene hydrate – 0.07; menthone
+fenchylacetate – 0.05; iso-menthone – 0.05;
b-bourbonene – 0.19; camphor – 0.15; cis-
sabinene hydrate – 0.03; linalylacetate – 70.28;
bornyl acetate – 0.06; a-bergamoten – 0.02;
b-elemene – 0.03; b-caryophyllene – 4.36;
terpinen-4-ol – 0.05; a-cubebene – 0.12; a-humulene – 0.11; b-cubebene – 0.12; a-terpinylacetate – 0.03; borneol – 0.05; germacrene D –
2.67; b-bisabolene – 2.11; sesquiterpene – 0.11;
a-farnesene – 0.45; g-cadinene – 0.21;
b-sesquiphellandrene – 1.24; caryophyllene
oxide – 0.46; nerolidol – 2.99; sesquiterpe-
nalcohol – 0.16; cubenol – 0.13; elemol – 1.00;
hedycaryol – 6.98; T-cadinol – 0.94; a-cadinol –0.27 [1]
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Lamiaceae 540 Thymus praecox ssp. grossheimii var. grossheimii
Plant Material
Essential oil (steam distillation) (from Iceland) [2]
Composition (GC, WG 11), %: a-Pinene – 0.05;
unidentified 1 – 0.19; camphene – 0.08; b-pinene– 0.04; sabinene – 0.02; myrcene – 1.49;
a-terpinene – 0.02; limonene – 0.29; b-phellandrene – 0.05; 1,8-cineole – 0.28; cis-ocimene – 0.65; unidentified 2 – 0.04; trans-
ocimene – 1.40; unidentified 3 – 0.03; p-cymene
– 0.03; terpinolene – 0.32; n-octen-1-yl-3-acetate – 1.68; unidentified 4 – 0.04; n-octen-1-
ol-3 – 0.70; trans-sabinene hydrate – 0.07;
a-fenchylacetate – 0.04; menthone – 0.04;
iso-menthone – 0.05; b-bourbonene – 0.19; cam-
phor – 0.15; linalool – 24.73; cis-sabinene
hydrate – 0.03; linalyl acetate – 25.83; bornyl
acetate – 0.06; a-bergamoten – 0.02; b-elemene
– 0.03; b-caryophyllene – 4.36; terpinen-4-ol – 00.05; a-cubebene – 0.12; a-humulene – 0.11; b-cubebene – 0.10; a-terpineol – 5.96; a-terpinylacetate – 0.03; borneol – 0.05; germacrene D –
2.67; neryl acetate-1.00; b – bisabolene – 2.11;
sesquiterpene-KW – 0.11; E,E-a-farnesene –
0.45; geranyl acetate – 3.30; g-cadinene – 0.21;
b-sesquiphellandrene – 1.24; nerol – 1.25; gera-
niol – 3.41; unidentified 5 – 0.06; caryophyllen
epoxide – 0.46; nerolidol – 2.99; sesquiterpe-
nalcohol – 0.16; cubenol – 0.13; 7-
hydroxygermacren – tr; elemol – 1.00;
hedycaryool – 6.98; T-cadinol – 0.94; a-cadinol– 0.27; others – 1.88 [2]
Nerolidol
IR, MS, 1H NMR [2]
T-Cadinol
IR, MS, 1H NMR [2]
7-Hydroxygermacrene
IR, MS, 1H NMR [2]
Hedycaryol
IR, MS, 1H NMR [2]
Elemol
IR [2]
References
1. E. Stahl-Biskup, Planta Med. 48, 36 (1986)
2. E. Stahl, Planta Med. 50, 157 (1984)
Thymus praecox ssp. grossheimii var.grossheimii
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.3 (1); 0.7
(2)
Main components (GС, Thermon-600 T, GC/MS),
%: Carvacrol – 19.0; p-cymene – 10.0 (1);
thymol – 25.0; p-cymene – 23.0 (2)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus praecox ssp. skorpilii var. laniger
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.1 (1);
0.8 (2)
Main components (GС, Thermon-600 T, GC/MS),
%: Thymol – 18.0; carvacrol + eudesmol – 13.0
(1); thymol – 41.0 (2)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus praecox ssp. skorpilii var.skorpilii
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.5
Main components (GС, Thermon-600 T, GC/MS),
%: a-terpineol + a-terpinylacetate – 25.0; gera-
niol – 24.0
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Thymus satureioides 541 Lamiaceae
References1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus pseudopulegioides
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.6
Main components (GС, Thermon-600 T, GC/MS),
%: Linalool – 26.0; a-terpinyl acetate – 15.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus pulvinatus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.4–0.9
Main components (GС, Thermon-600 T, GC/MS),
%: Borneol – 29.0–31.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus revolutus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.3
Main components (GС, Thermon-600 T, GC/MS),
%: p-cymene – borneol – 29.0–31.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus roegneri
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 1.0
Main components (GС, Thermon-600 T, GC/MS),
%: Thymol – 54.0; p-cymene – 17.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus saravshanicus Klok.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 227.5 (cald)
FAs
Composition (GLC, 10%PEGA), mol%: 16:0 – 4.2,
18:0 – 1.7, 18:1 – 10.3, 18:2 – 21.0, 18:3 – 62.8
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971) [in Russian]
Thymus satureioides
Family: Lamiaceae
Aerial Part
Essential oil (steam distillation in a modified
Clevenger apparatus), % dry wt: 1.1–1.3
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Lamiaceae 542 Thymus serpyllum L.
Composition (CC; GLC, Carbowax 20M), %:
Tricyclene – 0.19; a-pinene – 3.27; camphene –
5.43; b-pinene – 0.44; myrcene – 0.33; a-terpinene – 0.28; limonene – 0.51; 1;8-cineole
– 0.16; g-terpinene – 1.70; b-cymene – 2.96;
trans-4-thujanol – 0.14; linalool – 3.43; camphor
– 2.65; bornyl acetate – 1.71; carvacrol methyl
ether – 1.43; 1-terpinen-4 – ol-4.81; b-caryophyllene – 6.44; a-terpineol – 12.24; bor-
neol – 26.22; thymol – 19.23; carvacrol – 4.25.
References
1. J.D. Miquel, H.M.J. Richard, F.G. Sandret, J. Agric. Food
Chem. 24, 833 (1976)
Thymus serpyllum L.
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 1.0 [1]
Components, %: Thymol – 0.1–1.0
Triterpenoic acids: Ursolic and oleanolic [1]
Activity: Thymol from essential oil is antiseptic [1].
Use: Essential oil is used in perfume [1].
Herba Serpylli [2].
Extractum Serpylli fleeidum [2].
Pertussinum [2].
References
1. I.A. Gubanov, K.V. Kiselyeva, V.S. Novikov, Dikorastushyepoleznye rasteniya (Moscow University Press, Moscow,
1987), p. 82 [in Russian]
2. M.D. Mashkovskii, Lekarstvennye sredstva (Meditsina, Tash-
kent, 1988), 1 [in Russian]
Thymus sibthorpii
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.8–1.7
(1); 1.8 (2); 1.5 (3)
Main components (GС, Thermon-600 T, GC/MS),
%: Thymol – 24.0–50.0; p-cymene – 17.0–18.0
(1); carvacrol – 39.0; p-cymene – 17.0 (2); car-
vacrol – 40.0; p-cymene – 22.0; thymol –
16.0 (3)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus sipyleus ssp. Rosulans
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.9 (1); 0.5
(2); 0.2 (3)
Main components (GС, Thermon-600 T; GC/MS);
%: Thymol – 68.0 (1); thymol – 17.0; carvacrol –
12.0; thymol – 39.0; thymol – 20.0 (2); 1,8-
cineole – 20.0 (3)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus sipyleus ssp. sipyleus var.sipyleus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.1; 0.2
(1); 0.3 (2)
Main components (GС, Thermon-600 T, GC/MS),
%: Geranial – 26.0; neral – 14.0; geranial – 29.0;
neral – 21 (1); linalool – 22.0; geranial – 8.0;
neral – 3.0 (2)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
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Thymus ussuriensis Klok. 543 Lamiaceae
Thymus spicata L.Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 3.4
Oil, % dry wt: 6.4 (petroleum ether, 30–60�C, in the
Butt apparatus)
n40D : 1.4740
Iodine value (Wijs), % J2: 186; 193 (cald)
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
7.2; 18:0 – 2.5; 18:1 – 12.0; 18:2 – 22.0; 18:3 –
55.0; others (3) – 0.9
Hydroxy acid (IR)
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Thymus striatus var. interruptus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.1 (1); 0.4
(2); 1.3 (3)
Main components (GС, Thermon-600 T, GC/MS),
%: b-caryophyllene + terpinen-4-ol – 27.0 (1);
p-cymene – 15.0; 1,8-cineole – 13.0; thymol –
11.0 (2); thymol – 36.0 (3)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus syriacus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.7
Main components (GС, Thermon-600 T, GC/MS),
%: Thymol – 50.0; carvacrol – 16.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus thracicus var. longidens
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 1.2–1.3
Main components (GС, Thermon-600 T, GC/MS),
%: Geraniol – 16.0–47.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus transcaucasicus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.1
Main components (GС, Thermon-600 T, GC/MS),
%: Germacrene D, + b-caryophyllene – 18.0
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus ussuriensis Klok.
Synonyms
Thymus amurensis Klok.
Family: Lamiaceae
Inflorescence
Essential oil (hydro distillation), % dry wt: 0.96–1.4
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Lamiaceae 544 Thymus villosus subsp. lusitancus
Leaf
Essential oil (hydro distillation), % dry wt: 0.87
Use: The essential oil may be used in perfume, med-
icine, and food.
References
1. N.I. Suprunov, P.G. Gorov, Y.A. Pankov, Efirno-maslichnyerasteniya Dalnogo Vostoka (Novosibirsk, 1972), p. 140 [in
Russian]
Thymus villosus subsp. lusitancus
Family: Lamiaceae
Leaf
Essential oil (from samples A – Toledo: Los Yebenes,
Sierra del Rebollarejo, 30S VJ26, 11/6, Velasco
Negueruela; B – Caceres: Hospital del Obispo,
Sierra de Guadalupe, Velasco Negueruela; C –
Ciudad Real: Piedrabuena, Sierra del Rio Frio
Velasco Negueruela. The plant were collected at
flowering stage)
Composition of essential oil (GLC, 5% OV 1 and
10% Carbowas 20), %: b-Myrcene � 0.18; lin-
alool � 1.41; citronellal � 1.66; a-phellandrene� 0.34; a-terpinene � tr; a-limonene � tr; 1,8-
cineole � 1.86; g-terpinene � 0.08; 1-terpinen-
4-ol � 2.24; a-terpineol � 0.36; a-thujene �0.21; a-pinene � 1.36; camphene � 7.64; b-pinene � 0.46; sabinene � tr; camphor �36.97; borneol � 15.59; bornyl acetate � tr; p-
cymene � 1.76; thymol � 3.23; unidentified 1�2.71; b-caryophyllene� 0.43; humulene� 0.62;
nerolidol � 2.95; unidentified 2 � 17.9 (A)
Monoterpenes, %: 78.06
Sesquiterpenes, %: 21.94
b-Myrcene – 0.41; linalool – 12.83; citronellal –
0.74; linalyl acetate � 7.81; a-phellandrene �0.03; a-terpinene � tr; a-limonene – tr; 1,8-
cineole – 14.74; g-terpinene – 0.12; 1-terpinen-
4-ol – 2.25; a-terpineol – 2.66; a-thujene – 0.19;a-pinene – 3.48; camphene – 4.41; b-pinene –
1.03; sabinene – tr; camphor – 25.65; borneol –
8.78; bornyl acetate – tr; p-cymene – 1.41;
thymol � 0.80; unidentified 1 – 1.78; b-
caryophyllene – tr; humulene – tr; cadiol –
4.36; unidentified 2 – 6.52 (B)
Monoterpenes, %: 89.12
Sesquiterpenes, %: 10.88
b-Myrcene – 2.57; linalool � 18.24; citronellal –
0.32; linalyl acetate – 0.48; a-phellandrene –
0.26; a-terpinene – tr; a-limonene – tr; 1,8-
cineole – 13.81; g-terpinene – 1.14; b-terpineol– 0.54; 1-terpinen-4-ol – 1.84; a-terpineol –
7.11; a-thujene – 0.24; a-pinene – 5.52; cam-
phene – 5.75; b-pinene – 2.32; sabinene – tr;
camphor – 14.18; borneol – 4.37; bornyl acetate
– 0.44; p-cymene – 0.44; thymol – 1.94;
unidentified 1 – 1.71; b-caryophyllene – 0.93;
humulene – 0.11; cadiol – 7.96; unidentified 2 –
7.78 (C)
Monoterpenes, %: 83.22
Sesquiterpenes, %: 16.78
References
1. M.J. Perez Alonso, A.V. Negueruela, Phytochemistry 23, 581
(1984)
Thymus vulgaris
Family: Lamiaceae
Plant material
Essential oil (hydro distillation), %: dry wt: 1.0
Main components (GС, Thermon-600 T, GC/MS),
%: Thymol – 36.0; p-cymene – 30.0
2-Methyl-6-methylene—2,7-octadienol (Z) [2]
Seed
Mass of 1,000, g: 0.6 [3]
Oil, %: 37.0 (petroleum ether, 30–60�C, in the Butt
apparatus) [3]
n40D : 1.4783 [3]
Iodine value (Wijs), % J2: 204 [3]
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
1.6; 18:0 – 1.8; 18:1 – 7.0; 18:2 – 14.0; 18:3 –
54.0; others (7) – 21.0 [3]
Hydroxy acid (IR) [3]
2-Hydroxy-18:3 (9,12,15) [4]
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Ziziphora clinopodioides Lam. 545 Lamiaceae
References1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
2. R. Granger, J. Passer, J.P. Girard, Phytochemistry, 11, 2301
(1972)
3. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
4. P. Pohl, H. Wagner, Fette, Seifen, Anstrichmittel 74(9), 541
(1972)
Thymus zygioides var. lycaonicus
Family: Lamiaceae
Plant Material
Essential oil (hydro distillation), %: dry wt: 0.9 (1), 1.1
(2), 1.1 (3), 1.1 (4), 0.2 (5)
Main components (GС, Thermon-600 T, GC/MS);
%: Thymol – 45.0; b-bisabolene – 11.0 (1);
thymol – 58.0; p-cymene – 11.0 (2); thymol –
50.0 (3); carvacrol – 62.0 (4); geraniol – 77.0 (5)
References
1. G. Tumen, N. Kirimer, K.H.C. Baser, Chem. Nat. Comp. 31,
42 (1995)
Thymus zygis L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.2
Oil, %: 30.0 (petroleum ether, 30–60�C, in the Butt
apparatus)
n40D : 1.4783
Iodine value (Wijs), % J2: 206.0
FAs
Composition (GLC, 20% LAC-2R 446), %: 16:0 –
4.6; 18:0 – 2.4; 18:1 – 2.6; 18:2 – 14.0; 18:3 –
56.0; others (7) – 14.0
Hydroxy acid (IR)
References
1. F.R. Earle, Q. Jones, Econ. Bot. 16(4), 221 (1962)
Widemannia orientalis F. & M.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 1.2
Oil (petroleum ether, 30–60�C), % dry wt: 26
n40D : 1.4706
Iodine value (Wijs), % J2: 142; 135 (cald)
FAs
Composition (GLC, 20% LAC - 2R 446), %: 16:0 –
5.1; 18:0 – 2.5; 18:1 – 23.0; 18:2 – 50.0; 18:3 –
8.7; others (6) – 2.4
Allenic acid (IR), %: 7.0
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Ziziphora capitata L.
Family: Lamiaceae
Mass of 1,000, g: 0.4
Oil (petroleum ether, 30–60�C), % dry wt: 34
n40D : 1.4768
Iodine value (Wijs), % J2: 209; 216 (cald)
FAs
Composition (GLC 20% LAC-2R 446), %: 16:0 –
5.9; 18:0 – 2.1; 18:1 – 6.5; 18:2 – 14; 18:3 – 71;
others (2) – 0.4
IR
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
Ziziphora clinopodioides Lam.
Family: Lamiaceae
Seed
Oil (hexane)
Iodine value, % J2: 240.6 (cald)
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Lamiaceae 546 Ziziphora pedicellata Pazij et Vved.
FAs
Composition (GLC, 10% PEGA), mol %: 16:0 –
3.1; 18:0 – 1.2; 18:1 – 7.4; 18:2 – 17.8; 18:3 – 70.5
References
1. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971)
Ziziphora pedicellata Pazij et Vved.
Family: Lamiaceae
Aerial Part
Mass, %: Inflorescence – 27.5; leaves – 28.2; stems –
44.3
Moisture and volatiles, % fresh wt: 9.5
Extract of lipids, mg/g: 3.0 (fresh wt); 33.0 (dry wt)
Chlorophyll a, mg % abs. dry wt: 0.084 (from dried
plant material)
Chlorophyll b, mg % abs. dry wt: 0.075 (from dried
plant material)
Carotenoids, mg % abs. dry wt: 0.0326 (from dried
plant material)
Essential oil, % fresh wt: 2.02 (from fresh plant mate-
rial); 1.6 (from dried plant material)
FAs, %: 37.9
Composition (GLC), %: 10:0 – 3.3; 12:0 – 14.2;
13:0 – 2.3; 14:0 – 1.8; 15:0 – tr; 16:0 – 17.2; 16:1
– 2.2; 17:0 – tr; 18:0 – 3.2; 18:1 – 5.1; 18:2 –
16.5; 18:3 – 29.5; 20:0 – 4.7
Unsaponifiables, %: 23.8
Inflorescence
Moisture and volatiles, % fresh wt: 30.2
Extract of lipids, mg/g: 3.4 (fresh wt); 48.7 (dry wt)
Chlorophyll a, mg % abs. dry wt: 0.329 (from fresh
plant material)
Chlorophyll b, mg % abs. dry wt: 0.164 (from fresh
plant material)
Carotenoids, mg % abs. dry wt: 0.039 (from fresh
plant material)
Lipid composition (TLC): Hydrogen’s, esters of ste-
rols and triterpenols, esters of fatty alkanols, TAGs,
free FAs, tocopherols, sterols, triterpenols, fatty
alkanols
FAs, %: 46.3
Composition (GLC), %: 10:0 – 3.4; 12:0 – 9.9; 13:0
– 6.8; 14:0 – 2.2; 15:0 – tr; 16:0 – 17.2; 16:1 –
6.9; 17:0 – tr; 18:0 – 10.0; 18:1 – 7.4; 18:2 – 9.8;
18:3 – 22.9; 20:0 – 3.5
Unsaponifiables, %: 12.6
Leaf
Moisture and volatiles, % fresh wt: 36.1
Extract of lipids, mg/g: 5.3 (fresh wt); 82.9 (dry wt)
Chlorophyll a, mg % abs. dry wt: 0.562 (from fresh
plant material)
Chlorophyll b, mg % abs. dry wt: 0.287 (from fresh
plant material)
Carotenoids, mg % abs. dry wt: 0.049(from fresh
plant material)
Lipid composition (TLC): Hydrogen’s, esters
of sterols and triterpenols, esters of fatty
alkanols, TAGs, free FAs, tocopherols, sterols,
triterpenols, fatty alkanols
FAs, %: 44.9
Composition (GLC), %: 10:0 – 2.4; 12:0 – 8.8; 13:0
– 3.1; 14:0 – 2.0; 15:0 – tr; 16:0 – 14.2; 16:1 –
4.2; 17:0 – tr; 18:0 – 12.3; 18:1 – 8.1; 18:2 – 6.7;
18:3 – 32.0; 20:0 – 6.2
Unsaponifiables, %: 7.0
Stem
Moisture and volatiles, % fresh wt: 7.6
Extract of lipids, mg/g: 1.4 (fresh wt); 15.2 (dry wt)
Chlorophyll a, mg % abs. dry wt: 0.107 (from fresh
plant material)
Chlorophyll b, mg % abs. dry wt: 0.063 (from fresh
plant material)
Carotenoids, mg % abs. dry wt: 0.011 (from fresh
plant material)
Lipid composition (TLC): Hydrogen’s, esters of
sterols and triterpenols, esters of fatty alkanols,
TAGs, free FAs, sterols, triterpenols, and fatty
alkanols
FAs, %: 35.8
Composition (GLC), %: 10:0 – 1.9; 12:0 – 12.5;
13:0 – 2.7; 14:0 – 1.5; 15:0 – 0.6; 16:0 – 26.2;
16:1 – 7.6; 17:0 – tr; 18:0 – 10.1; 18:1 – 4.7; 18:2
– 14.6; 18:3 – 12.2; 20:0 – 5.2
Unsaponifiables, %: 15.6
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Ziziphora tenuior L. 547 Lamiaceae
References1. S.D. Gusakova, T.V. Khomova, Chem. Nat. Comp. 33, 633
(1997)
Ziziphora pedicillata
Family: Lamiaceae
Seed
Oil (hexane), %: 17.6 [1]
d20: 0.9288 [1]
n20D : 1.4831 [1]
Acid value, mg KOH: 8.9 [1]
Iodine value (Wijs), % J2: 192.6 [1]
Saponification value, mg KOH: 194.3 [1]
Unsaponifiables, %: 1.9 [1]
FAs
n20D : 1.4815 [1]
Iodine value (Wijs), % J2: 220.1 [1]
UV, IR
Composition (GLC, 17% PEGS), %: 16:0 – 5.7;
18:0 – 1.2; 18:1 – 9.3; 18:2 – 16.2; 18:3 – 67.6 [1]
TAG
Main components: LeLeLe – 30.7; LLeLe – 11.2;
OLeLe – 5.8; LeLLe – 11.1; LeOLe – 6.9; PLeLe
– 8.6; LLLe – 4.0; OLLe – 2.0; LOLe – 2.6;
OOLe – 1.4; OLeL – 1.0; PLLe – 3.4; LLeL –
1.0; POLe – 2.2; PLeL – 1.6; PLeO – 1.0; others
(14) – 4.3 [2]
Composition, %: SSS – 0.01; SSU + USS – 0.10; USU –
0.49; UUS + SUU – 19.98; UUU – 80.42 [3]
FAs (GLC, 17% PEGS), %: 16:0 – 6.1; 16:1(9) – tr;
18:0–1.2; 18:1 – 9.1; 18:2 – 16.1; 18:3 – 67.5; others
(13) – 5.5 [2]
Hydrocarbons (MS): C28 [1]
a-Carotene [1]UV
b Carotene [1]
UV
References
1. S.D. Gusakova, A.U. Umarov, Chem. Nat. Comp. 340 (1975)
2. T. V Panekina, S.D Gusakova, E.M. Zalewskaya, A.U.
Umarov, Chem. Nat. Comp. 15, 538 (1979)
Ziziphora tenuior L.
Family: Lamiaceae
Seed and Pericarp
Mass of 1,000, g: 0.4 [1]
Oil (petroleum ether, 30–60�C), % dry wt: 32.0 [1]
n40D : 1.4756 [1]
Iodine value (Wijs), % J2: 207; 215 (cald) [1]; 249.4
(cald) [2]
FAs
Composition (GLC 20% LAC - 2R 446), %: 16:0 –
5.2; 18:0 – 2.0; 18:1 – 7.0; 18:2 – 14.0; 18:3 –
70.0; others (5) – 1.3
IR [1]
Seed
Oil (hexane) [2]
FAs
Composition (GLC, 10% PEGA), mol %: 160 – 3.7;
18:0 – 0.9; 18:1 – 5.3; 18:2 – 11.9; 18:3 – 778.2
References
1. J.M. Hageman, F.R. Earle, I.A. Wolff, A.S. Barclay, Lipids 2,
371 (1967)
2. G.V. Novitzkaya, V.I. Krishtopa, Rast. Resursy 7(1), 32
(1971) [in Russian]