芳基类异戊二烯化合物被认为是高盐和强还原沉积环境中沉积有机质芳烃馏分中的特征性生物标志物。
Aryl isoprenoid compounds in the aromatic fraction of sedimentary organic matter have been regarded as a biomarker that indicates a saline and strongly reducing sedimentary environment.
近年来，卵黄蛋白原作为环境内分泌干扰物的“生物标志物”，得到了较深入的研究。
Recently, vitellogenin has been studied extensively as a biomarker for the screening of environmental endocrine disrupting chemicals.
通过对氯乙烯职业接触评估方法的阐述，重点介绍了环境监测中定点采样和个体采样的使用方法，以及各类生物标志物在氯乙烯生物监测中的应用。
It is highlighted the use of area sampling and personal sampling in the environmental monitoring and the application of various biomarkers in biological monitoring of vinyl chloride exposure.
由此说明，环境是控制沉积物中生物标志物组成的主要因素。
It is concluded that environment controlled the components of biomarker in sediments.
生物标志物作为一种反映生物体系与环境相互作用所引起的变化的指示，已越来越广泛的应用于环境检测和风险评估中。
Biological marker, as an indicator for the change induced by the reaction of biological system and environmental factor, has been applied on environmental monitoring and risk assessment.
生物标志物作为一种反映生物体系与环境相互作用所引起的变化的指示，已越来越广泛的应用于环境检测和风险评估中。
Biological marker, as an indicator for the change induced by the reaction of biological system and environmental factor, has been applied on environmental monitoring and risk assessment.
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