Table 1 Chemical composition of essential oils from Pistacia lentiscus L. Leaves.

From: Influence of the seasons on the chemical composition and biological properties of pistacia lentiscus L. essential oil in the mediterranean region

Nombre

Compound name

RT

% composition

May

August

December

1

Tricyclene (MH)

4.951

0.7

-

-

2

α-Pinene (MH)

5.135

13.65

4.13

5.97

3

Camphene (MH)

5.388

3.27

1.44

-

4

Sabinene (MH)

5.774

5.25

1.42

1.44

5

β-Pinene (MH)

5.848

3.17

18.68

-

6

β-Myrcene (MH)

6.015

-

-

18.1

7

α-Phellandrene (MH)

6.277

1.48

2.79

-

8

4-Carene (MH)

6.477

1.9

-

-

9

β-cymene (MH)

6.61

2.16

-

1.9

10

D-Limonene (MH)

6.684

5.51

37.25

-

11

γ-Terpinen (MH)

7.174

3.38

0.89

-

12

2-Carene (MH)

7.672

2.66

-

-

13

4-Terpineol (MO)

9.152

15.48

2

4.31

14

p-menth-1-en-8-ol (MO)

9.353

7.07

-

-

15

Borneol (MO)

10.801

7.18

1.75

-

16

β-Caryophyllen (SH)

12.981

11.51

9.61

19.55

17

α-Caryophyllene (SH)

13.425

1.72

1.61

3.05

18

γ-Muurolene (SH)

13.657

-

1.62

-

19

Copaene (SH)

13.658

-

-

2.11

20

Germacrene D (SH)

13.748

8.06

8.61

8.82

21

Germacrene B (SH)

13.926

-

2.8

-

22

δ-Cadinene (SH)

14.172

-

2.76

4.52

23

Caryophyllene oxide (SO)

14.873

1.12

-

5.53

24

Spathulenol (SO)

15.242

 

-

6.58

25

τ-Cadinol (SO)

15.358

2.29

-

6.8

26

τ-Muurolol (SO)

15.359

-

1.51

-

27

α-Cadinol (SO)

15.471

-

1.13

9.15

28

Hexahydropseudoionone (SH)

16.701

-

-

2.17

 

Hydrocarbon monoterpenes (MH)

 

43.13

66.6

27.41

 

Oxygenated monoterpenes (MO)

 

29.73

3.75

4.31

 

Hydrocarbon sesquiterpenes (SH)

 

21.29

27.01

38.05

 

Oxygenated sesquiterpenes (SO)

 

3.41

2.64

28.06

 

Total identified (%)

 

97.56

100

100

 

Yield (%)

 

0.30%

0.25%

0.15%

  1. RT: retention time.