Marine organisms are increasingly exposed to nanoplastics (NPs) and rising temperatures due to climate change, yet their combined effects remain poorly understood. Here, we investigated the interactive toxicity of polystyrene nanoplastics (PS-NPs, 80 nm) and elevated temperature (32 °C vs 25 °C) in marine medaka larvae...
Sheng-Nan Gao, Liang Zhong, Yuxuan Zhang et al.· Journal of Hazardous Materia...· 0 citations
The coexistence of nanoplastics and conventional heavy metals poses a serious ecological threat to marine ecosystems, yet the specific mechanisms underlying their synergistic toxicity remain unclear. This study employed a comprehensive approach, encompassing tissue cadmium quantification, biochemical assays, real-time...
Shihan Xu, Meng-Hong Hu, Wenlong Mei et al.· Environmental Research· 1 citation
Findings support a bioenergetic trade-off in which oysters exposed to OA and MPs reallocate resources from nutritional and sensory quality toward cellular maintenance and stress adaptation, highlighting underrecognized consequences of climate change and plastic pollution for seafood quality.
Yi-Chi Ma, Meng-Hong Hu, V. Thiyagarajan et al.· Environmental Science &...· 0 citations
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