Effects and risks of endocrine disrupting chemicals
Moving in Environmental pollution, Environmental research, medRxiv, Bioinformatics and PLOS Computational Biology.
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Latest in Effects and risks of endocrine disrupting chemicals
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Airborne microplastics in a bottling plant are mainly composed of PET, cellophane, cotton blends, and PMMA, identified through a novel multi-analytical workflow.
- Open access
- 1 cites
Perfluoroalkyl substances (PFASs) show variable liver-to-blood ratios, with PFOA reaching a ratio of 0.32, indicating differential distribution based on chain length and isomer type.
Microplastics measuring 20-50 μm are consistently released from polypropylene water bottles used by toddlers, with an estimated intake of 1.2 ng/kg/day after 100 sips.
- Open access
An increase in PFAS exposure over 10 years is linked to lower odds of metabolic syndrome and abdominal obesity in Taiwanese adolescents and young adults.
Median concentrations of 14 organophosphate esters were significantly higher in road dust (189.78 ng/g) than in roadside soil (50.76 ng/g) in Tianjin, China.
OPFRs disrupt neurogenesis by affecting ribosome-associated genes and pioneer transcription factors Neurog2 and Ascl1, indicating stage-specific developmental neurotoxicity.
Chronic exposure to environmentally relevant diazepam causes intergenerational neurobehavioral and developmental abnormalities in zebrafish, with effects observed at 1 and 10 μg/L concentrations.
- 1 cites
A BPAF case-study framework identifies several environmental concentrations as preliminary risk flags using machine learning and spatial analytics, highlighting early-stage toxicity concerns.
Ten-year surveillance reveals that PCBs decrease with distance from industry, while PCDD/Fs show no spatial gradient in raw milk from small ruminants in southern Italy.
- Open access
Atmospheric microplastic deposition in the Beijing-Tianjin-Hebei urban area averages 61.89 items·m−2·d−1, with higher fluxes in Beijing and Tianjin, especially in spring.
Urban micro-watersheds in India release up to 107,958.6 ng/L of organophosphate flame retardants, posing potential ecological risks in tropical river basins.
Microplastic pollution and ecological risks vary significantly across economic activity environments, with landfill and Yellow River Basin areas showing higher MP abundance and risks.
Kitchen plastic food containers are the primary source of micro-nanoplastics release, with particles mainly exceeding 1 μm in size composed of polypropylene and polyethylene.
Dietary polystyrene microplastics at 0–100 μg/g feed impair growth and cause tissue-specific injuries in Qihe gibel carp, with significant dose-dependent effects.
- 1 cites
Decabromodiphenyl ethane (DBDPE) promotes cancer-like traits in human breast cells and zebrafish xenografts, indicating potential health risks of this flame retardant.
Genetically predicted higher PFOA and PFOS levels are linked to specific kidney disease risks, with PFOA associated with hypertensive nephropathy and calculus of kidney.
- Open access
PFAS induce widespread hormetic responses across diverse ecological models, with biphasic dose-response patterns observed from bacteria to vertebrates.
- 3 cites
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Topics moving, week to 23 Oct 2026
- Single-cell and spatial transcriptomics6
- Neuroinflammation and Neurodegeneration Mechanisms5
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- Alzheimer's disease research and treatments3
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