Uptake mechanism, translocation, and transformation of organophosphate esters in water hyacinth (Eichhornia crassipes): A hydroponic study

Organophosphate esters uptake, translocation and accumulation in rice (Oryza sativa L.): impacts of lipid transporters and chemical properties

“…It was speculated from these results that the uptake, translocation and accumulation of the OPEs in rice could mainly be a passive process in the transpiration stream, consistent with other work. 16,45,46 However, compounds with log K ow > 4 find it difficult to cross the Casparian strip by a passive process. 47,48 The existence of TMPP, TEHP and CDP in the shoots is explained by their being able to migrate in bound forms, such as protein-bound forms; for instance, the lipid transporters, such as nsLTPs and OsTILs, can bind and migrate together with the OPEs in plants.…”

Artificial Floating Islands for the Removal of Nutrients and Improvement of the Quality of Urban Wastewater

“…The experiments were carried out from 1 August to 15 December 2023. The plants were acclimatized to the glass cells with tap water five days before the start of the study [28]. For the phytoremediation bioassays, the hydraulic residence time was 15 days.…”

“…Plant biomass showed significant effects on root accumulation and translocations in water hyacinth. Lao et al [28] investigated accumulation and transformation in E. crassipes through a series of hydroponic experiments to measure phosphate contents.…”

“…Plant biomass showed significant effects on root accumulation and translocations in water hyacinth. Lao et al [28] investigated accumulation and transformation in E. crassipes through a series of hydroponic experiments to measure phosphate contents. It was discovered that phosphates can enter the roots of plants through passive diffusion pathways, but they can also return to a solution when concentration gradients exist.…”

“…Considered hyperaccumulator plants, they are efficient in capturing chlorides, sulfates, nitrates, phosphates, carbonates, and heavy metals [26,27]. However, the mechanisms of absorption, translocation, and transformation in these plants are not yet fully characterized [28], such that there is disagreement about the nutrient elimination pathways (absorption or sedimentation). Recent review articles have attributed the majority (50.8%) of nutrient removal to sedimentation [29] and have concluded that "sedimentation caused by the root system is the primary route for removal" [20].…”