269
Sources
Target compounds
Deep eutectic solvent
Extraction
process
Quantification
method
Compounds’
recovery
from deep
eutectic
solvent
References
Lippia
citriodora
leaves
Iridoid glycosides; gardoside; ixoside;
theveside; teucardoside; lippioside;
durantoside I; phenylpropanoid
glycosides; verbasoside; cistanoside F;
β-hydroxy-verbascoside/β-hydroxyisoverbascoside; oxoverbascoside;
campneoside; verbascoside;
isoverbascoside; forsythoside A;
eukovoside; martynoside; flavonoid
glycosides; luteolin-7-diglucuronide;
apigenin-7-O-diglucuronide; chrysoeriol7-diglucuronide; acacetin-7diglucuronide; dimethyl quercetin
Choline chloride/lactic
acid 1:2
MAE
Folin-Ciocalteu
Ivanović et al.
(2018)
HPLC-DAD-ESITOF-MS (C18)
Flos Sophorae
Immaturus
Rutin; nicotiflorin; narcissin; quercetin;
kaempferol; isorhamnetin
Choline chloride/1,4butanediol 1:2
HRE
RP-HPLC-UV
Macroporous
resin AB-8
from 75.5%
to 84.1%
Wang et al.
(2019)
UAE
MAE
Olive kernel
Total polyphenols
Choline chloride/lactic
acid 1:2
MAE
Folin-Ciocalteu
Chanioti and
Tzia (2018)
Olive leaves
Olive pomace
Oleuropein; hydroxytyrosol; caffeic acid;
vanillin; rutin; luteolin
Choline chloride/citric
acid 1:2
UAE
Folin-Ciocalteu
Chanioti and
Tzia (2018)
Choline chloride/lactic
acid 1:2
MAE
HPLC-DAD (C18)
High hydrostatic
pressureassisted
extraction
(HHPAE)
Homogenateassisted
extraction (HAE)
(continued)
7 Extraction of Plant and Algal Polyphenols Using Eutectic Solvents