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Author response for "Multi-omics reveals microplastics disrupt nitrogen assimilation in hydrophytes"

2025 Score: 38 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Pan Weiliang, Lin Zhang, Lin Zhang, Lin Liang, Meirui Mu, Chang Xu, Chang Xu, Lianfeng Du, Lianfeng Du, Xuan Guo

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Article Tier 2

Multi-omics reveals microplastics disrupt nitrogen assimilation in hydrophytes

Researchers used multi-omics approaches to investigate how microplastics and nanoplastics disrupt nitrogen assimilation pathways in hydrophytes, finding that plastic particle exposure impairs the nutrient removal function these aquatic plants provide in eutrophic water bodies.

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Mechanistic insights into microplastic-mediated shifts in nitrogen metabolism and sensory quality across emergent and submerged-plant wetlands: Evidence from metagenomics and physiological indicators

Researchers exposed surface-flow constructed wetlands planted with emergent and submerged macrophytes to polystyrene microplastics and found a 12.64% reduction in total nitrogen removal in the emergent plant system, driven by shifts in nitrogen-cycling microbial communities. PS-MPs also altered sensory water quality indicators, with effects varying by plant type.

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