那位大虾帮忙翻译下,偶英文不懂啊!谢谢谢谢!The Environmentalist, 23, 145–149, 2003 2003 Kluwer Academic Publishers. Manufactured in The Netherlands.Decolorization and Complete Degradation of Methyl Red by a Mixed Culture

那位大虾帮忙翻译下,偶英文不懂啊!谢谢谢谢!The Environmentalist, 23, 145–149, 2003 2003 Kluwer Academic Publishers. Manufactured in The Netherlands.Decolorization and Complete Degradation of Methyl Red by a Mixed Culture
那位大虾帮忙翻译下,偶英文不懂啊!谢谢谢谢!
The Environmentalist, 23, 145–149, 2003
 2003 Kluwer Academic Publishers. Manufactured in The Netherlands.
Decolorization and Complete Degradation of Methyl Red by a Mixed Culture
P.P. VIJAYA and S. SANDHYA∗
National Environmental Engineering Research Institute, CSIR-Complex, Chennai, 600113, India
Summary. Synthetic dyes, azo dyes in particular, are widely found in the effluents from textile industries. The
persistence and toxicity of these compounds cause adverse impacts in the receiving streams. A mixed culture
isolated from a domestic wastewater treatment plant was found to remove the colour of the azo dye, methyl
red, efficiently. Total decolorization and degradation occurred within 18 h. The mixed culture could degrade
700 mgl−1 of methyl red efficiently in the presence of 200 mgl−1 of glucose, whereas in the absence of glucose it
could degrade only 100 mgl−1 of methyl red. The mixed culture, when suspended in phosphate buffer along with
methyl red at 100 mgl−1 concentration could degrade methyl red efficiently within 2 h of incubation. The pH of
the medium decreased continuously during degradation. After the complete removal of initial methyl red, another
100 mgl−1 was added to the culture filtrate and incubated further. The mixed microbial cultures could degrade
methyl red efficiently through three cycles but further degradation was not possible as the pH of the medium
decreased to 3.5.
Keywords: biodegradation, decolorization, azo dyes, methyl red

那位大虾帮忙翻译下,偶英文不懂啊!谢谢谢谢!The Environmentalist, 23, 145–149, 2003 2003 Kluwer Academic Publishers. Manufactured in The Netherlands.Decolorization and Complete Degradation of Methyl Red by a Mixed Culture
The Environmentalist,23,145–149,2003
 2003 Kluwer Academic Publishers.Manufactured in The Netherlands.
Decolorization and Complete Degradation of Methyl Red by a Mixed Culture
P.P.VIJAYA and S.SANDHYA∗
National Environmental Engineering Research Institute,CSIR-Complex,Chennai,600113,India
Summary.Synthetic dyes,azo dyes in particular,are widely found in the effluents from textile industries.The
persistence and toxicity of these compounds cause adverse impacts in the receiving streams.A mixed culture
isolated from a domestic wastewater treatment plant was found to remove the colour of the azo dye,methyl
red,efficiently.Total decolorization and degradation occurred within 18 h.The mixed culture could degrade
700 mgl−1 of methyl red efficiently in the presence of 200 mgl−1 of glucose,whereas in the absence of glucose it
could degrade only 100 mgl−1 of methyl red.The mixed culture,when suspended in phosphate buffer along with
methyl red at 100 mgl−1 concentration could degrade methyl red efficiently within 2 h of incubation.The pH of
the medium decreased continuously during degradation.After the complete removal of initial methyl red,another
100 mgl−1 was added to the culture filtrate and incubated further.The mixed microbial cultures could degrade
methyl red efficiently through three cycles but further degradation was not possible as the pH of the medium
decreased to 3.5.
Keywords:biodegradation,decolorization,azo dyes,methyl red
在环保主义者,23 ,145-149 ,2003
 2003年Kluwer学术出版社.制成品在荷兰.
脱色和完全降解甲基红混合文化
P.P.十胜和S.SANDHYA *
全国环境工程研究所,科学和工业研究复杂,晨奈,六十〇万○一百十三,印度
摘要.合成染料,偶氮染料,特别是被广泛认为在纺织工业污水.那个
持久性和毒性,这些化合物造成的不利影响在接收流.混合文化
孤立于国内污水处理厂被发现删除的颜色偶氮染料,甲基
红色,有效.共计脱色降解发生后18小时在混合培养可降解
700 mgl - 1的甲基红有效地存在200 mgl - 1的葡萄糖,而在缺乏葡萄糖它
可降解只有100 mgl - 1的甲基红.在混合培养时,悬浮在磷酸盐缓冲液与
甲基红在100 mgl - 1浓度可以有效地降解甲基红的2小时内孵化.pH值
不断下降的过程中退化.经过彻底清除初次甲基红,另一
100 mgl - 1被添加到培养滤液和进一步培养.混合微生物培养可降解
甲基红有效通过三个周期,但进一步退化是不可能的pH值中
下降到3.5 .
关键词：生物降解,降解,偶氮染料,甲基红

在环保主义者， 23 ， 145-149 ， 2003
 2003年Kluwer学术出版社。制成品在荷兰。
脱色和完全降解甲基红混合文化
P.P.十胜和S. SANDHYA *
全国环境工程研究所，科学和工业研究复杂，晨奈，六十〇万○一百十三，印度
摘要。合成染料，偶氮染料，特别是被广泛认为在纺织工业污水。那个
持久性和毒性...

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在环保主义者， 23 ， 145-149 ， 2003
 2003年Kluwer学术出版社。制成品在荷兰。
脱色和完全降解甲基红混合文化
P.P.十胜和S. SANDHYA *
全国环境工程研究所，科学和工业研究复杂，晨奈，六十〇万○一百十三，印度
摘要。合成染料，偶氮染料，特别是被广泛认为在纺织工业污水。那个
持久性和毒性，这些化合物造成的不利影响在接收流。混合文化
孤立于国内污水处理厂被发现删除的颜色偶氮染料，甲基
红色，有效。共计脱色降解发生后18小时在混合培养可降解
700 mgl - 1的甲基红有效地存在200 mgl - 1的葡萄糖，而在缺乏葡萄糖它
可降解只有100 mgl - 1的甲基红。在混合培养时，悬浮在磷酸盐缓冲液与
甲基红在100 mgl - 1浓度可以有效地降解甲基红的2小时内孵化。 pH值
不断下降的过程中退化。经过彻底清除初次甲基红，另一
100 mgl - 1被添加到培养滤液和进一步培养。混合微生物培养可降解
甲基红有效通过三个周期，但进一步退化是不可能的pH值中
下降到3.5 。
关键词：生物降解，降解，偶氮染料，甲基红

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23环境保护论者,145?C149,20032003个Kluwer学术上出版者.在荷兰制造.脱色化和甲基红在附近a的完整降低混合文化P.P. VIJAYA和S. SANDHYA∗国家环境Engineering研究所,CSIR-综合体 ,Chennai,600113,印度概要.合成染料,偶氮染料特别是被在从纺织工业流出的水流中广泛发现.坚持不懈和这些化合物的毒力造成在接待...

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23环境保护论者,145?C149,20032003个Kluwer学术上出版者.在荷兰制造.脱色化和甲基红在附近a的完整降低混合文化P.P. VIJAYA和S. SANDHYA∗国家环境Engineering研究所,CSIR-综合体 ,Chennai,600113,印度概要.合成染料,偶氮染料特别是被在从纺织工业流出的水流中广泛发现.坚持不懈和这些化合物的毒力造成在接待溪流中不利冲击.一从一国内废水处理植物隔离的混合文化被发现高效去除偶氮染料染料的彩色,甲基红色.总脱色化和降低在18 h以内发生.然而在没有葡萄糖中它能使仅100 mgl−1的甲基红色降解,混合文化能在200 mgl−1的葡萄糖的面前高效使700 mgl−1的甲基红色降解.混合文化 ,当在以及甲基在100 mgl−1集中红色磷酸盐缓冲存储器中中断的时候能在2 h的孵卵以内高效使甲基红色降解.介质的pH值在降低期间连续不断减少.在完整的拿走开头甲基红色以后,另外100 mgl−1was增加文化滤液和在进一步内潜伏.混合微生物的文化能通过三循环高效使甲基红色降解但是进一步降低作为介质向 3.5减少的pH值的是并非可能.关键词:生物降解,脱色化,偶氮染料,甲基红色

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