“…It is generally believed that NPs can accumulate in plant tissues through roots or leaves, but no consistent results have been obtained regarding the effects of NPs on plants. TiO 2 NPs not only improve crop growth 14 and enhance stress tolerance, 5 but also cause abnormalities in metabolism, 15 gene expression, 16 and mineral nutrient uptake. 17 Typically, mitochondria and chloroplasts are the main organelles attacked by nanopesticides, where chloroplasts are closely related to plant growth and very sensitive to environmental pollutants as the energy synthesis factory of plants.…”
Green synthesized titanium dioxide nanoparticles (g-TiO2 NPs) have aroused widespread interest in agriculture. Nevertheless, whether they are safer than chemically synthesized TiO2 NPs (c-TiO2 NPs) remains to be demonstrated. Herein,...
“…It is generally believed that NPs can accumulate in plant tissues through roots or leaves, but no consistent results have been obtained regarding the effects of NPs on plants. TiO 2 NPs not only improve crop growth 14 and enhance stress tolerance, 5 but also cause abnormalities in metabolism, 15 gene expression, 16 and mineral nutrient uptake. 17 Typically, mitochondria and chloroplasts are the main organelles attacked by nanopesticides, where chloroplasts are closely related to plant growth and very sensitive to environmental pollutants as the energy synthesis factory of plants.…”
Green synthesized titanium dioxide nanoparticles (g-TiO2 NPs) have aroused widespread interest in agriculture. Nevertheless, whether they are safer than chemically synthesized TiO2 NPs (c-TiO2 NPs) remains to be demonstrated. Herein,...
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