Department of Environmental Pollution Biophysics, University of Łódź, Pomorska 141/143 Str., 90-237, Lodz, Poland.
Bull Environ Contam Toxicol. 2012 Jun;88(6):976-84. doi: 10.1007/s00128-012-0597-8. Epub 2012 Apr 3.
In the recent study, the bioaccumulation ability of phenolic substances was determined with field-collected specimens of three leech species, i.e., Erpobdella octoculata (Linnaeus), Theromyzon tessulatum (O. F. Műller) and Glossiphonia complanata (Linneaus). It was found that the examined leeches bioaccumulated phenol (0.03-27.10 mg/kg), 4-methylphenol (0.09-1.83 mg/kg), chlorophenols (0.03-14.90 mg/kg), guaiacol (0.22-2,941 mg/kg), tetrachloroguaiacol (0.06-1.98 mg/kg), 3-chlorosyringol (0.04-15.28 mg/kg) and chlorocatechols (0.33-23.24 mg/kg) present in the water (0.03-25.23 μg/L) and in the bottom sediments (0.75-760.5 μg/kg) of three ecosystems that were characterized by different contamination levels. Analysis of both the external mucous coat of the leeches and the tissue of the dermato-muscular sac showed that substantial quantities of the phenolic compounds may be accumulated in both the mucous (0.03-2,941 mg/kg) and the tissue (0.03-1,189.8 mg/kg).
在最近的研究中,通过采集三种蛭类物种(即八目蛭、温泉蛭和光滑舌蛭)的野外标本,确定了酚类物质的生物累积能力。研究发现,检查的蛭类生物累积了水中(0.03-25.23μg/L)和底泥中(0.75-760.5μg/kg)存在的酚(0.03-27.10mg/kg)、4-甲基酚(0.09-1.83mg/kg)、氯酚(0.03-14.90mg/kg)、愈创木酚(0.22-2941mg/kg)、四氯愈创木酚(0.06-1.98mg/kg)、3-氯丁香酚(0.04-15.28mg/kg)和氯邻苯二酚(0.33-23.24mg/kg)。这三个生态系统的污染水平不同,对三种生态系统的水(0.03-25.23μg/L)和底泥(0.75-760.5μg/kg)中的酚类物质进行了分析。对蛭类外部黏液层和皮肌囊组织的分析表明,大量酚类化合物可能在黏液(0.03-2941mg/kg)和组织(0.03-1189.8mg/kg)中累积。