16
M. Sajewicz et al.
Table V. Dependence on the method of extraction* of the relative amountsb of volatile compounds isolated from samples of S. triloba collected in 2007 and 2008. The retention
times (fr) of the compounds are also given
Compound |
f r (min) |
Peak height (%) | |||||||
HS-70 |
HS-80 |
Deryng |
ASE | ||||||
E53I |
2008 |
2007 |
2008 |
2007 |
2008 |
2007 |
2008 | ||
or-Pinene |
10.97 |
11.59 |
2.45 |
7.41 |
5.72 |
4.22 |
1.21 | ||
Camphene |
11.75 | ||||||||
//-Pinene |
12.20 |
0.28 |
2.04 |
4.23 |
6.28 |
0.47 |
0.93 | ||
P-Myrcene |
12.25 | ||||||||
o-Cymene |
13.15 | ||||||||
Limonene |
13.26 | ||||||||
P- P hel land rene |
13.32 |
14.71 | |||||||
P-trans- Ocimene |
13.36 |
10.25 |
4.88 | ||||||
Eucalyptol |
13.50 |
23.40 |
16.62 |
17.20 |
11.09 |
11.98 | |||
cis-Ocimene |
13.91 | ||||||||
i-Terpinene |
13.95 | ||||||||
p-Mentha-1,4- diene |
14.59 | ||||||||
Thujol |
15.12 |
36.23 |
11.05 |
14.28 |
7.41 |
8.22 |
24.92 |
38.41 | |
Thujenone |
15.35 | ||||||||
Thujone |
15.47 |
17.81c |
9.47 |
10.91 |
10.83 |
7.96 |
8.16 |
8.78 |
3.33 |
Camphor |
16.11 |
17.75 |
17.61 |
11.18 |
12.72 |
8.14 |
28.89 |
29.73 | |
Borneol |
16.65 |
1.65 |
4.89 |
4.21 | |||||
Borny 1 acetate |
18.84 |
2.52 |
0.27 |
4.38 |
0.69 | ||||
/?-Chamigrene |
21.60 |
0.38 |
288 |
8.53 |
7.63 |
10.99 |
1239 |
5.55 |
8.09 |
Cadin-3,9- diene |
22.43 |
0.21 |
1.78 |
6.22 |
4.82 |
8.80 |
9.87 |
5.77 |
7.35 |
Murolene |
23.31 | ||||||||
Isocaryo- phyllene |
21.70 | ||||||||
Caryophyllene |
22.53 |
«HS-70, head-space extraction at 70°C; HS-80, head-space extraction at 80°C; Deryng, vapour distillation in a Deryng apparatus; ASE, accelerated so!vent extraction hThe amount of a volatile compound extracted by a given method of extraction is expressed on the percentage scalę (as semi-quantitatively estimated from its respective peak height relative to the sum for all the volatile compounds)
cEmboldening indicates the chemotaxonomic advice compound (thujone) estab-lished in previous work [14]