癌变·畸变·突变 ›› 2007, Vol. 19 ›› Issue (3): 235-239.doi: 10.3969/j.issn.1004-616x.2007.03.019

• 论著 • 上一篇    下一篇

5种废电池浸泡液对日本三角涡虫生存与摄食的影响

刘昌利/韦传宝/吴永明   

  1. 皖西学院化学与生命科学系,六安 237000
  • 收稿日期:2006-06-27 修回日期:2006-11-20 出版日期:2007-05-30 发布日期:2007-05-30
  • 通讯作者: 刘昌利

The Effects of Five Kinds of Used-battery Soakage Liquids on Dugesia japonica Life and Feeding

LIU Chang-li,WEI Chuan-bao,WU Yong-ming   

  1. Chemistry and Biology Department, Western Anhui University, Liu'an 237000, China
  • Received:2006-06-27 Revised:2006-11-20 Online:2007-05-30 Published:2007-05-30
  • Contact: LIU Chang-li

摘要: 背景与目的: 涡虫对水质变化敏感,通过观察废电池浸泡液对日本三角涡虫(Dugesia japonica)生存与摄食的影响探讨涡虫作为指示动物检测废电池污染的可行性。 材料与方法: 制备白象牌普通型电池(BX1)、白象牌低汞型电池(BX2)、南孚牌无汞碱性电池(NF)、金强牌无汞电池(JQ)和松下牌无汞电池(SX)废电池浸泡液,每种浸泡液设未稀释组、稀释10倍组、稀释50倍组、稀释100倍组和稀释500倍组,另设矿泉水为对照。将日本三角涡虫分别放入其中饲养,观察废电池浸泡液对他们生存与摄食的影响。 结果: 5种废电池浸泡液均对涡虫产生不同程度的致死和抑制摄食作用。与对照组比较,在稀释50倍浸泡液中饲养96 h,SX无显著致死毒性(P>0.05);NF、BX1、BX2和JQ致死毒性十分显著(P<0.01),致死毒性大小依次为:NF>BX1>BX2≈JQ>SX。同种电池浸泡液浓度越大,对涡虫生存的影响越大。涡虫在稀释50倍浸泡液中饲养50 min,其5种废电池浸泡液均明显抑制摄食(P<0.01),其抑制摄食的强度依次为:NF>JQ>BX2≈BX1>SX。 结论: 用涡虫监测废电池对水质的污染具有一定的应用价值。

关键词: 日本三角涡虫, 废电池浸泡液, 生存, 摄食

Abstract: BACKGROUND & AIM: Dugesia japonica is sensitive to water pollution. The possibility of using Dugesia japonica as an indicator for assessing water pollution induced by used battery was explored in this paper. MATERIALS AND METHODS: Used-battery soakage liquids, named BX1,BX2,NF,JQ and SX, was prepared and each was diluted at five different concentrations (1,1/10,1/50,1/100,1/500). Dugesia japonica was bred in the used-battery soakage liquids and mineral water and the effects of these liquids on Dugesia japonica life and feeding were studied. RESULTS: All the used-battery soakage liquids had influences on Dugesia japonica life and feeding. When treated for 96 hours at 1/50 concentration, as compared to control group, there was no significant influence(P>0.05) for SX and there were significant influences for NF, BX1, BX2 and JQ(P<0.01).Their toxicity intensities were NF>BX1>BX2≈JQ>SX. For a definite battery soakage liquid, the higher its concentration,the stronger was its toxicity. When treated for 50 min at 1/50 concentration, all the five kinds of liquids had significant inhibition to Dugesia japonica feeding (P<0.01). Intensities were NF>JQ>BX2≈BX1>SX. CONCLUSION: These results suggested that using Dugesia japonica to monitor used-battery pollution of water would be suitable.

Key words: dugesia japonica, used-battery soakage liquid, life, feeding

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