港口来源颗粒物质的来源特定化学和毒理学概况

Goldschmidt Abstracts Pub Date : 2020-01-01 DOI:10.46427/gold2020.638

N. Easton, M. Cooper, S. Bray, F. Bulot, S. Cox, Steven J. Ossont, Gavin Foster, M. Loxham

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引用次数: 0

摘要

从暴露的16HBE细胞中提取介质在所有样本中，PM V和Ni浓度、多种炎症介质的释放之间存在显著关联，并且与细胞活力呈负相关。这些结果表明，端口衍生的PM具有与源相关的元素概况，从而可以进行未来的源分配研究。毒理学结果表明，运输PM的UF部分可能对健康构成更高的风险。

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Source Specific Chemical and Toxicological Profiles of Port-Derived Particulate Matter

of mediators from exposed 16HBE cells. Across all samples there was significant association between PM V and Ni concentrations, and the release of multiple inflammatory mediators, and an inverse association with cell viability. These results show port-derived PM has source-related elemental profiles, enabling a future source apportionment study. Toxicological results suggest the UF fraction of shipping PM may pose a heightened risk to health.

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Goldschmidt Abstracts

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