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首页> 外文期刊>Primates >Lead levels in long-tailed macaque (Macaca fascicularis) hair from Singapore.
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Lead levels in long-tailed macaque (Macaca fascicularis) hair from Singapore.

机译:来自新加坡的长尾猕猴( Macaca fascicularis )头发中的铅含量。

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摘要

Nonhuman primates are potentially good sentinels of environmental toxicants because they share a similar physiology and life history with humans. In this report we present the results of an analysis of lead concentrations in hair from long-tailed macaques in Singapore. We hypothesized that because Singapore is highly urbanized, its macaque population may be exposed to higher levels of lead. The results of our study indicated that Singapore's macaque population has not been exposed to high levels of environmental lead. Compared with previous studies of lead levels in human and nonhuman primate hair, the results of our analysis indicate a low level of exposure of monkeys to environmental lead (n=27, arithmetic mean=2.51 ppm, max=6.45, min=0.21 ppm). Hair lead concentrations varied both within social groups and by geographic location, with the highest concentrations observed in monkeys residing within an area containing a small-arms firing range and a manufacturing facility. Although lead exposure in this area seems to be low, additional monitoring and possible remediation may be warranted. Our study is among the first to illustrate how primates can serve as potential sentinels of environmental toxicants such as lead. Future research examining the efficacy of primates as sentinels of lead exposure should include monitoring of environmental lead levels, and comparison of hair lead levels with levels measured in blood samples.
机译:非人类的灵长类动物可能是环境有毒物质的良好前哨,因为它们与人类有着相似的生理和生活史。在本报告中,我们介绍了新加坡长尾猕猴头发中铅浓度的分析结果。我们假设,由于新加坡的城市化程度很高,因此其猕猴种群可能会接触到更高水平的铅。我们的研究结果表明,新加坡的猕猴尚未暴露于高水平的环境铅中。与先前对人类和非人类灵长类动物头发中铅含量的研究相比,我们的分析结果表明猴子对环境铅的暴露水平较低( n = 27,算术平均值= 2.51 ppm,最大值= 6.45,最小= 0.21ppm)。铅的浓度在社会群体中和在地理位置上都各不相同,其中最高的是猴子,它们位于具有小型武器发射范围和制造设施的区域内。尽管该区域的铅暴露水平似乎较低,但可能需要进行额外的监控和可能的补救措施。我们的研究是第一个阐明灵长类动物如何充当潜在的环境毒物(如铅)的研究之一。未来研究灵长类动物作为铅暴露定点的功效的未来研究应包括监测环境铅水平,并将头发铅水平与血样中的水平进行比较。

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