作为水质指标的炎症活动:人类全血培养的使用。

E J Pool, J H van Wyk, A J Leslie
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引用次数: 15

摘要

开发了一种快速全血培养(WBC)检测系统,用于监测在南非西开普省采集的水样的炎症潜力。被炎症物质污染的水可诱导促炎激素白介素6 (IL-6)。从Stellenbosch的Eerste河采集的所有水样都能诱导IL-6分泌,IL-6的分泌量取决于样品的浓度和来源。在河流源头附近采集的样品对河水的IL-6诱导活性最低。下游后续点的样品显示IL-6诱导活性增加。从西开普省选定城镇收集的饮用水样本表明,水的炎症潜力存在重大差异。在检测的15个样本中,7个具有低炎症活性,4个具有中等炎症活性,4个具有高炎症活性。具有高炎症活性的水源可能对消费者构成健康风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Inflammatory activity as an indicator of water quality: the use of human whole blood cultures.

A rapid whole blood culture (WBC) assay system was developed to monitor the inflammatory potential of water samples collected in the Western Cape, South Africa. Water contaminated with inflammatory substances induced the pro-inflammatory hormone interleukin 6 (IL-6). All water samples collected from the Eerste River, Stellenbosch, induced IL-6 secretion, and the quantity of IL-6 secreted is dependent on the concentration and origin of the sample. The lowest IL-6 inducing activity for river water was obtained for samples collected near the origin of the river. Samples at subsequent points downstream showed an increase in IL-6 inducing activity. Drinking water samples collected from selected towns in the Western Cape showed that there were major differences between the inflammatory potential of the water. Of the 15 samples assayed, 7 had low inflammatory activity, 4 had an intermediate inflammatory activity and 4 had high inflammatory activity. The water sources that have a high inflammatory activity may pose a health risk to consumers.

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