Jiannan Ding

TL;DR: The results highlight the ingestion and accumulation of MPs in different tissues of freshwater fish, which lead to perturbations in fish biological systems and should be considered in environmental risk assessment.

TL;DR: PS-MPs were found to enhance the bioaccumulation of ROX in fish tissues compared to ROX-alone exposure, and oxidative damage in situations of co-exposure to MPs and ROX was mitigated in fish livers after 14 d of exposure, suggesting that the presence of MPs may affect the metabolism ofROX in tilapia.

TL;DR: The sorption process of the pharmaceuticals may be adequately described by their hydrophobicity and electrostatic interactions, and the potential risks of PRP and SER for bioaccumulation in aquatic organisms via ingestion of the microplastics in aquatic environments are indicated.

TL;DR: Impacts of nanoplastic on the pure and mixed anaerobic digestion systems were investigated and showed the growth and metabolism of Acetobacteroides hydrogenigenes were partly inhibited and the microbial community structures were also affected.

TL;DR: The results suggest that the toxicity of N/MPs may not show a simply monotonic negative correlation with their sizes, and the activity of CYP3A-related enzyme was obviously inhibited by PS-NPs, whereas the CYP enzymes in the liver may not be sensitive to MP exposures.