Research Article

Characterization of the Phytochemical Constituents of Taif Rose and Its Antioxidant and Anticancer Activities

Table 5

Quantity of compounds detected in 80% methanol extract, -butanol, and aqueous fractions of fresh and dry Taif rose.

Peak numberCompoundFresh rose (mg/g extract)Dry rose (mg/g extract)
80% MeOH -BuOHAqueous80% MeOH -BuOHAqueous

1Quinic acida15463293514411749393207636173113226452471
2Gallic acid3.226.312.845.39
3Digalloyl hexose10.090.310.040.16
4Methyl gallic acid derivative23.577.62.15.3
5Digalloyl HHDP hexose11.032.841.172.80
6Digalloyl deoxyhexose10.090.220.110.19
7Digalloyl HHDP hexose12.185.352.605.32
8Unknown ellagitannin11.574.061.122.66
9Unknown ellagitannin12.526.301.723.85
10Unknown ellagitannin10.220.800.490.40
11Unknown ellagitannin10.751.560.871.44
12Quercetin-3-glucose-6-gallic acid1.331.380.641.43
13Unknown ellagitannin12.064.071.613.50
14aRutin0.100.170.100.24
14bQuercetin 3-O-β-D-glucoside1.903.932.284.72
15Quercetin-glucose-protocatechuic acid11.463.621.933.64
16Quercetin-pentoside30.210.650.290.78
17Kaempferol-hexose-gallic acid11.274.771.703.33
18Quercetin/Kaempferol derivatives42.815.883.436.66
19Kaempferol 3-O-β-D-glucoside7.5016.219.1517.60
20Kaempferol-hexose-gallic acid10.140.310.220.43
21Kaempferol-pentoside50.531.300.871.50
22Kaempferol-pentoside glucuronic acid41.955.212.655.71
23Kaempferol 3-O-α-rhamnoside0.541.310.881.50
24Quercetin acetyl disaccharides40.230.500.210.58
25Quercetin disaccharides40.260.650.190.66
26Kaempferol acetyl disaccharides41.273.281.503.44
27Kaempferol hexoside-deoxyhexose41.463.941.593.74
28Unknown non-phenolic compounda277657862252845417477069559

Quantified as 1quercetin-3-glucose-6-gallic acid; 2gallic acid; 3quercetin 3-O-β-D-glucoside; 4rutin, and 5kaempferol 3-O-α-rhamnoside (including molecular weight correction factor).
aDue to lake of similar or related standard compounds, the quantity is represented by area under curve.