Transcriptional response of Phoebe bournei seedlings under polystyrene nanoplastic treatment (PRJCA042593)
In the context of increasing microplastic pollution of terrestrial ecosystems, woody plants may be potential phytoremediation options. However the uptake, translocation, enrichment and toxic effects of nanoplastics in woody plants remain largely unexplored. In this study, we used fluorescently labeled particles of 30 nm particle size and conducted experiments with Phoebe bournei to investigate the uptake and distribution characteristics as well as the physiological and biochemical responses to NPs, which provided a new perspective to understand the toxic effects and translocation internalization of nanoplastics in response to nanoplastics in perennial woody vascular plants, as well as providing a reference for the further application of woody plants to the remediation mechanism of ecological pollution by microplastics.