Table 1 The phytochemical constituents of the EOs from T. pallidus.

From: Phytochemical analysis and biological activities of essential oils extracted from Origanum grossii and Thymus pallidus: in vitro and in silico analysis

RT

Chemical names

RI

Chemical formula

Chemical class

Area (%)

Obs

Lit

15.58

p-cymene

1022

1024

C10H14

Monoterpene hydrocarbons (MT.H)

0.563

17.96

Santolina triene

906

908

C10H16

MT.H

2.036

16.64

ɤ-terpinene

1055

1059

C10H16

MT.H

0.632

17

Sabinene hydrate

1067

1070

C10H18O

Monoterpene oxygenated (MT.O)

0.231

17.64

Linalool oxide

1070

1072

C10H18O

MT.O

0.146

20.23

Borneol

1168

1169

C10H18O

MT.O

0.986

20.90

Terpinen-4-ol

1174

1177

C10H18O

MT.O

0.741

24.03

Thymol

1288

1290

C10H14O

MT.O

86.354

27.31

Caryophyllene

1418

1419

C15H24

Sesquiterpene hydrocarbons (ST.H)

0.324

29.23

Himachalene

1450

1451

C15H24

ST.H

1.631

31.56

Caryophyllene oxide

1563

1667

C15H24O

Sesquiterpene oxygenated (ST.O)

0.463

32.22

Trans-cadinol

1639

1640

C15H26O

ST.O

0.128

   

Monoterpene hydrocarbons (MT.H)

3.231

   

Monoterpene oxygenated (MT.O)

88.458

   

Sesquiterpene hydrocarbons (ST.H)

1.955

   

Sesquiterpene oxygenated (ST.O)

0.591

   

Total (%)

94.235

  1. RI retention indices, RT retention time in minutes, Obs retention indices calculate, Lit literature.