广西植物
廣西植物
엄서식물
GUIHAIA
2001年
1期
87-90
,共4页
Cd、Cr(VI)%单一及复合污染%菹草%叶绿素%抗氧化酶系统%协同效应
Cd、Cr(VI)%單一及複閤汙染%菹草%葉綠素%抗氧化酶繫統%協同效應
Cd、Cr(VI)%단일급복합오염%저초%협록소%항양화매계통%협동효응
主要研究了Cd、Cr(VI)单一及复合污染对菹草叶绿素含量和抗氧化酶系统的影响，研究结果表明：随Cd、Cr(VI)胁迫浓度的增加，菹草总叶绿素含量下降，单一Cd处理SOD活性下降，POD和CAT活性表现出先升后降的趋势，Cd、Cr(VI)复合污染的效应明显大于单一污染的效应。
主要研究瞭Cd、Cr(VI)單一及複閤汙染對菹草葉綠素含量和抗氧化酶繫統的影響，研究結果錶明：隨Cd、Cr(VI)脅迫濃度的增加，菹草總葉綠素含量下降，單一Cd處理SOD活性下降，POD和CAT活性錶現齣先升後降的趨勢，Cd、Cr(VI)複閤汙染的效應明顯大于單一汙染的效應。
주요연구료Cd、Cr(VI)단일급복합오염대저초협록소함량화항양화매계통적영향，연구결과표명：수Cd、Cr(VI)협박농도적증가，저초총협록소함량하강，단일Cd처리SOD활성하강，POD화CAT활성표현출선승후강적추세，Cd、Cr(VI)복합오염적효응명현대우단일오염적효응。
The paper mainly studied the effects of Cd、Cr(VI)single and combined pollution on chlorophyll content and antioxidant enzyme systems of Potamogeton crispus Linn.. The results showed that with the increasing of the stress concentration of Cd、Ct(VI),content of chlorophyll and the SOD activity of single Cd treament decreased, the activity of POD and CAT increased first and decreased afterwards. At the same time, the effects of combined pollution heavier than those of single pollution did clearly.
