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虹鳟鱼CYP1基因在鳃和肝脏中的表达模式在海河生物监测中的应用

[Application of Rainbow Trout CYP1 Gene Expression Patterns in Gill and Liver for Haihe River Bio-monitoring].

作者信息

Gao Kai, Yan Pei, Tan Cui-ling, Luo Yan-he, Sun Jing, Jönsson Maria E, Brandt Ingvar, Tang Yun-ping

出版信息

Huan Jing Ke Xue. 2015 Oct;36(10):3878-83.

Abstract

CYP1 subfamily genes in gills and liver of rainbow trout as biomarkers were studied to establish methods for quantitative mRNA expression analysis of these genes and to determine their expression pattern. Fish caged in various waters in the Haihe River (Tianjin) were analyzed. The mRNA expression patterns observed in Machangjian River and estuary site of Haihe River were markedly similar but at different levels, reflecting that those sites shared the similar pollution components but with different local pollution load. CYP1C1 and 1C3 were only induced at Gegu site and estuary site of Haihe River, indicating different types of CYP1 agonists in Machangjian River. Response patterns of multiple CYP1 genes in gills and liver could be applied in the monitoring strategy. The response patterns of CYP1 genes could be used for better understanding the relationship between complex mixtures of pollutants and biological response of organisms in aquatic environments.

摘要

研究虹鳟鱼鳃和肝脏中的CYP1亚家族基因作为生物标志物,以建立这些基因定量mRNA表达分析的方法,并确定其表达模式。分析了养殖在海河(天津)不同水域的鱼类。在马厂减河和海河河口位点观察到的mRNA表达模式明显相似,但水平不同,这反映出这些位点具有相似的污染成分,但局部污染负荷不同。CYP1C1和1C3仅在海河的葛沽位点和河口位点被诱导,表明马厂减河中存在不同类型的CYP1激动剂。鳃和肝脏中多个CYP1基因的响应模式可应用于监测策略。CYP1基因的响应模式可用于更好地理解污染物复杂混合物与水生环境中生物的生物反应之间的关系。

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