Skip to main content
. 2022 Nov 10;12(22):3964. doi: 10.3390/nano12223964

Table 4.

Biopolymeric nanoparticles assessed as carriers of herbicides.

Herbicide Nanoparticles Target Crop Toxicity or Soil Leaching Reference
Paraquat Alginate/chitosan - Lara and Carvoeiro soil sorption [134]
Atrazine Poly(caprolactone) coated in chitosan - - [136]
Paraquat Chitosan/tripolyphosphate Mustard (Brassica sp.) and maize Chinese hamster ovary cells, A. cepa, soil sorption [135]
Diuron Chitosan Maize E. crus-galli [137]
Imazapic and imazapyr Alginate/chitosan and chitosan/TPP Black-jack (B. pilosa) Chinese hamster ovary cells, A. cepa, soil biota [138]
Clomazone Chitosan/alginate - Bullfrog tadpole (L. catesbeianus) livers [139]
Atrazine Chitosan/tripolyphosphate - C. elegans [140]
Metsulfuron methyl Pectin nanocapsules Chenopodium album Vero cell lines [47]
2,4–dichloro phenoxy acetate Starch and sodium alginate - - [141]
Glyphosate Diatomite/Fe3O4 with chitosan - - [128]
Atrazine Poly(lactic-co-glycolic acid) Potato plant - [142]
Atrazine N-hexanoyl-O-glycol chitosan - - [143]
Atrazine poly(lactic-co-glycolic acid) - - [144]
Tebuthiuron Sodium alginate Cucumber plants The leaching of commercial herbicide in soil was 40–50 cm deep, while it was 20–30 cm for nanoformulations [145]
Clomazone Polymeric nanoparticles - Higher toxicity in tadpoles (L. catesbeianus) in the form of lipidosis and macrophage aggregation by the herbicide [146]