Review Article

Ethnobotanical, Phytochemical, Pharmacological, and Toxicological Aspects of Persicaria hydropiper (L.) Delarbre

Table 1

List of chemical constituents isolated from Persicaria hydropiper.

Class of compoundName of compoundPlant partType of extractReferences

Flavonoids
Apigenin-7-O-glucosideLeavesMeOH[17]
(+)-CatechinWhole plantMeOH (80%)[40]
HerbsMeOH fraction[41]
Callus and suspension-cultured cellsAcetone[53]
(−)-EpicatechinWhole plantMeOH (80%)[40]
HerbsMeOH fraction[41]
Callus and suspension-cultured cellsAcetone[53]
(−)-Epicatechin-3-O-gallateCallus and suspension-cultured cellsAcetone[53]
Galloyl quercitrin LeavesMeOH (80%)[16]
Galloyl quercetin-3-O-glucosideLeavesMeOH[17]
Galloyl kaempferol-3-O-glucosideLeavesMeOH[17]
MeOH (80%)[16]
Galloyl quercetin-3-O-rhamnosideLeavesMeOH[17]
HyperinWhole plantMeOH (80%)[40]
IsoquercitrinWhole plantMeOH (80%)[40]
LeavesMeOH[44]
Isoquercitrin 3-glucosideLeavesMeOH[45]
IsorhamnetinWhole plantMeOH (80%)[40]
HerbsEtOAc fraction[39]
LeavesMeOH[45]
Isorhamnetin 3,7-disulphateLeavesMeOH[46]
KaempferolWhole plantMeOH (80%)[40]
HerbsEtOAc fraction[39]
MeOH fraction[41]
Kaempferol rutinosideLeavesMeOH[17]
Kaempferol-3-O-glucosideLeavesMeOH[17]
MeOH (80%)[16]
Percicarin/persicarinLeavesMeOH[45]
QuercitrinWhole plant MeOH (80%)[40]
LeavesMeOH (80%)[16]
QuercetinWhole plantMeOH (80%)[40]
HerbsEtOAc fraction[39]
MeOH fraction[41]
LeavesMeOH[17, 44, 45]
MeOH (80%)[16]
Quercetin 3-sulphateLeavesMeOH[46]
Quercetin-3-O-glucosideLeavesMeOH[17]
Quercetin-3-O-rhamnosideLeavesMeOH[17]
Quercetin-3-O-β-D-glucuronideLeavesMeOH (80%)[16]
RhamnazinHerbsEtOAc[39]
LeavesMeOH[45]
Rhamnazin-3-sulphateLeavesMeOH[45]
RhamnetinLeavesMeOH[17]
RutinWhole plantMeOH (80%)[40]
HerbsMeOH fraction[41]
ScutellareinLeavesMeOH (80%)[16]
Tamarixetin 3-O-β-glucoside-7-sulphateLeavesMeOH[46]
3′-MethylquercetinLeavesMeOH[44]
6-HydroxyluteolinLeavesMeOH (80%)[16]
6-Hydroxyluteolin-7-O-β-D-glucopyranosideLeavesMeOH (80%)[16]
6-HydroxyapigeninLeavesMeOH (80%)[16]
7,4′-DimethylquercetinLeavesMeOH[44]
Phenylpropanoids
HydropiperoidesRootsMeOH[50]
LeavesMeOH[17]
Hydropiperoides AStems and leavesMeOH[43]
Hydropiperoides BStems and leavesMeOH[43]
Vanicoside AStems and leavesMeOH[43]
LeavesMeOH[17]
Vanicoside BStems and leavesMeOH[43]
LeavesMeOH[17]
Vanicoside DLeavesMeOH[17]
Vanicoside EStems and leavesMeOH[43]

Sesquiterpenes and sesquiterpenoids
Changweikangic acid AWhole plantMeOH[42]
ConfertifolinLeavesDiethyl ether[18]
Essential oil[48]
SeedsDiethyl ether[18, 52]
Dendocarbin LWhole plantMeOH[42]
DrimenolLeavesDiethyl ether[18]
SeedsDiethyl ether[18]
(+)-FueginWhole plantMeOH[42]
LeavesDiethyl ether[47]
FutronolideWhole plantMeOH[42]
IsodrimeninolLeavesDiethyl ether[18]
SeedsDiethyl ether[18, 52]
IsopolygodialLeavesDiethyl ether[18]
SeedsDiethyl ether[18, 52]
IsopolygonalLeavesDiethyl ether[47]
PolygodialTop partPetroleum[49]
LeavesDiethyl ether[18]
SeedsDiethyl ether[18, 52]
Shoot cultures[54]
Polygodial acetalLeavesDiethyl ether[47]
PolygonumateWhole plantMeOH[42]
PolygonalLeavesDiethyl ether[18]
SeedsDiethyl ether[18, 52]
Polygonic acidLeavesDiethyl ether[47]
PolygononeLeavesDiethyl ether[47]
ValdiviolideLeavesDiethyl ether[47]
WarburganalLeavesDiethyl ether[18]
SeedsDiethyl ether[18]
(+)-WinterinWhole plantMeOH[42]
3-β-Angeloyloxy-7-epifutronolideWhole plantMeOH[42]
7-KetoisodrimeninWhole plantMeOH[42]
11-EthoxycinnamolideLeavesDiethyl ether[47]

Others
Acetic acidLeavesEssential oil[48]
AnthraquinoneRootsMeOH[50]
Caffeic acidHerbsMeOH fraction[41]
Chlorogenic acidHerbsMeOH fraction[41]
ρ-Coumaric acidHerbsMeOH fraction[41]
Diethylene glycol monoacetateLeavesEssential oil[48]
Ellagic acid 3,3′-di-O-methyl etherRootsMeOH[50]
Ethyl benzeneLeavesEssential oil[48]
Ethyl propionate (propionic acid, ethyl ester)LeavesEssential oil[48]
Gallic acidRootsMeOH[50]
3,5-Dihydroxy-4-methoxybenzoic acidLeavesMeOH[17]
PolygonolideRootsMeOH[51]
n-Propyl acetateLeavesEssential oil[48]