AbstractHeavy metals tolerant bacteria were isolated from electroplating industry. The activities of electroplating and metal processing industries are regarded as one of the major source of heavy metal pollution. This paper present about the role of microorganisms in heavy metal removal from industrial waste water. In this study 21 bacterial colonies were isolated and tested in the presence of different metals. After screening five best isolates which showed high resistances were selected. The result reveals that all isolates MH1, MH4, MH6 MH15 and MH21 were able to tolerate 50mg/l of cr, cu, pb and cd. Isolates MH1 and MH21 tolerate 200mg/l of cadmium while isolate MH4 also showed high degree of resistance to copper. These indicated that ...
The isolation of bacteria resistant to heavy metals is a topic of interest in the field bioremediati...
In the current scenario of the need for cost-effective remediation, our study aimed to assess the re...
Irawati W, Riak S, Sopiah N, Sulistia S. 2017. Heavy metal tolerance in indigenous bacteria isolated...
Heavy metals tolerant bacteria were isolated from electroplating industry. The activities of electro...
AbstractHeavy metals tolerant bacteria were isolated from electroplating industry. The activities of...
In this research, heavy metal resistant microorganisms were isolated from several industrial wastewa...
The incidence of chemical stressors in industrial waste effluents has culminated in the re-engineeri...
The presence of high concentration of toxic heavy metals in industrial waste directly leads to conta...
Native species of microorganism provides a potential system for the treatment of metal contaminated ...
Pollution of water bodies by industrial discharges containing toxic chemicals are one of the major a...
Due to rapid increase in industrialization pollution of environment with toxic heavy metals turns in...
Consideration of controlling environmental pollution has concentrated on the possibility of using mu...
At present various microorganisms are used for bioremediation of heavy metals from soil and water bo...
International audienceA novel strain of the genus Micrococcus isolated from wastewater was studied f...
ABSTRACT In industrialized areas, high concentrations of heavy metals have been often found in efflu...
The isolation of bacteria resistant to heavy metals is a topic of interest in the field bioremediati...
In the current scenario of the need for cost-effective remediation, our study aimed to assess the re...
Irawati W, Riak S, Sopiah N, Sulistia S. 2017. Heavy metal tolerance in indigenous bacteria isolated...
Heavy metals tolerant bacteria were isolated from electroplating industry. The activities of electro...
AbstractHeavy metals tolerant bacteria were isolated from electroplating industry. The activities of...
In this research, heavy metal resistant microorganisms were isolated from several industrial wastewa...
The incidence of chemical stressors in industrial waste effluents has culminated in the re-engineeri...
The presence of high concentration of toxic heavy metals in industrial waste directly leads to conta...
Native species of microorganism provides a potential system for the treatment of metal contaminated ...
Pollution of water bodies by industrial discharges containing toxic chemicals are one of the major a...
Due to rapid increase in industrialization pollution of environment with toxic heavy metals turns in...
Consideration of controlling environmental pollution has concentrated on the possibility of using mu...
At present various microorganisms are used for bioremediation of heavy metals from soil and water bo...
International audienceA novel strain of the genus Micrococcus isolated from wastewater was studied f...
ABSTRACT In industrialized areas, high concentrations of heavy metals have been often found in efflu...
The isolation of bacteria resistant to heavy metals is a topic of interest in the field bioremediati...
In the current scenario of the need for cost-effective remediation, our study aimed to assess the re...
Irawati W, Riak S, Sopiah N, Sulistia S. 2017. Heavy metal tolerance in indigenous bacteria isolated...