Study of the Variability of the Chemical Profile, and Biological Activity Approaches of Hedychium coronarium J. Koenig Essential Oil from Different Habitats of Uttarakhand, India
Table 12
In silico PASS prediction for antifungal, nematicidal, and insecticidal activities of selected phyto-compounds from different H. coronarium essential oils.
S. no.
Compound name
Pass (Pa>Pi)
Antifungal
Nematicidal
Insecticidal
1
1, 8-Cineole
0.214 > 0.128
0.191 > 0.070
0.159 > 0.058
2
(Z)-Caryophyllene
0.582 > 0.020
0.333 > 0.080
0.368 > 0.008
3
Linalool
0.596 > 0.019
0.372 > 0.021
0.436 > 0.005
4
Terpinen-4-ol
0.354 > 0.062
0.381 > 0.020
0.400 > 0.006
5
Coronarin E
0.471 > 0.036
—
0.112 > 0.105
6
Isopulegol
0.512 > 0.029
0.424 > 0.014
0.368 > 0.008
7
α-Terpineol
0.435 > 0.042
0.428 > 0.033
—
8
α-Terpinyl acetate
0.366 > 0.058
0.472 > 0.008
0.391 > 0.006
9
β-Atlantol
0.656 > 0.013
0.449 > 0.010
0.564 > 0.003
10
Rosifoliol
0.438 > 0.042
0.383 > 0.019
—
11
Caryophyllene oxide
0.349 > 0.063
0.215 > 0.077
0.112 > 0.104
12
Myrtenal
0.460 > 0.037
0.256 > 0.155
0.403 > 0.006
PASS = Prediction of activity spectra for substance; Pa = probable activity; Pi = probable inactivity.
