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Table 3 Chemical composition of N. sativa essential oil analyzed by GC- MS

From: Antibacterial and anti-corona virus (229E) activity of Nigella sativa oil combined with photodynamic therapy based on methylene blue in wound infection: in vitro and in vivo study

Phytochemical compounds

R.T. (min)

Area (%)

Nonadiyne

11.27

0.51

α-Pinene

13.15

0.44

p-Cymene

15.28

4.83

Camphene

15.43

0.21

Terpinen-4-ol

19.25

0.68

thujane

19.25

0.68

Thymoquinone

24.25

5.88

Longifolene

29.55

0.46

ß-Bisabolene

29.55

0.46

Mephenesin

34.79

0.60

Linolenic acid

34.79

0.60

Naphthalen-2-ol, 1-(5-thiazolyliminomethyl)-

43.26

0.44

carboxylic acid

43.26

0.44

Benzene dicarboxylic acid

44.35

0.72

Phthalic acid

45.03

2.71

Myristynoyl pantetheine

45.03

2.71

Erucic acid

45.50

0.85

Chlorpyrifos

45.82

0.58

Dasycarpidan

46.13

0.53

Eicosadienoic acid

46.24

0.28

Tri-pentaerythritol

46.63

0.20

14-Oxononadec-10-enoic acid, methyl ester

46.63

0.20

2-Myristynoyl pantetheine

46.72

0.26

Heptadecane,

47.45

0.33

Eicosenoic acid

47.83

0.41

Octadecenoic acid

47.83

0.41

Hexadecenoic acid

47.83

0.41

Methyl stearate

48.09

4.75

Oxiraneoctanoic acid

48.66

1.91

Oleic acid

48.66

1.91

Epoxypregnane

48.95

0.44

Piperidineacetic acid,

49.19

0.37

octanoic acid

49.34

0.19

Chromone, 5-hydroxy-6,7,8-trimethoxy-2,3-dimethyl

49.78

0.20

Nortazettine

49.86

0.17

Furandione

50.35

0.19

Piperidine acetic acid

50.69

0.25

Milbemycin B

50.91

0.63

Secoyohimban-19-oic acid

50.99

0.13

Deoxy spergualin

50.99

0.13

Enoic acid

51.23

0.31

Cyclohexane

51.67

0.60

17-Pentatriacontene

51.67

0.60

Oleic acid

52.20

0.28

Octadecane

52.20

0.28

Thio carbamic acid,

53.28

2.23

Silane, triethyl(2-phenylethoxy)

53.28

2.23

Gibberellic acid

53.59

0.36

Palmitic acid

53.81

0.31

[ n] phenanthrene-11-ol-2,3-dione-2a-propanoic acid lactone

53.81

0.31