Although strontium (Sr2+) is found in soils, sediments and surface waters, there is limited evidence about its biosorption. In this study, a surface water strain being highly tolerant to Sr2+ was isolated and identified as Micrococcus luteus Sr02 by using 16S rRNA sequencing. Biosorption behavior and mechanisms of Sr2+ by M. luteus Sr02 were investigated through batch experiments, zeta potential measurements, Fourier transform infrared spectroscopy and scanning electron microscopy. The results showed that M. luteus Sr02 have potential to sorb Sr2+ and can be used efficiently for the removal of Sr2+ from aqueous solutions
Anthropogenic radionuclides contaminate a range of environments as a result of nuclear activities, f...
grantor: University of TorontoGeochemical characterization of reactions at solid surfaces...
The migration of {sup 90}Sr in groundwater is a significant environmental concern at former nuclear ...
This study investigates the sorption of Sr2+ from aqueous solution by a growing sulphate reducing ba...
Biosorption of strontium by Aspergillus niger immobilised in calcium alginate has been studied. The ...
Algae biosorption is an ideal wastewater treatment method when coupled with algae growth and biosorp...
The shell of Lagenaria vulgaris (LV) plant was used as biosorbent for strontium removal from aqueous...
The shell of Lagenaria vulgaris (LV) plant was used as biosorbent for strontium removal from aqueous...
This study provides the first quantitative comparison of the sorptive capacities of a bacteria-Fe ox...
Isolation and characterization of a novel Micrococcus strain for bioremediation of strontium in radi...
The treatment of radioactive fission products – 90Sr2+, 60Co2+ and 137Cs+ – from simulated nuclear w...
AbstractThe behaviour of strontium (Sr2+) during microbial reduction in nitrate impacted sediments w...
A kind of Sr2+ selective resin was applied as an absorption phase to extract Sr2+ ion from an aqueou...
A non-axenic culture of Pseudanabaena catenata, a close relative of the bloom-forming cyanobacterium...
Strontium, one of the radio-nuclides most frequently released from low-level radioactive waste to th...
Anthropogenic radionuclides contaminate a range of environments as a result of nuclear activities, f...
grantor: University of TorontoGeochemical characterization of reactions at solid surfaces...
The migration of {sup 90}Sr in groundwater is a significant environmental concern at former nuclear ...
This study investigates the sorption of Sr2+ from aqueous solution by a growing sulphate reducing ba...
Biosorption of strontium by Aspergillus niger immobilised in calcium alginate has been studied. The ...
Algae biosorption is an ideal wastewater treatment method when coupled with algae growth and biosorp...
The shell of Lagenaria vulgaris (LV) plant was used as biosorbent for strontium removal from aqueous...
The shell of Lagenaria vulgaris (LV) plant was used as biosorbent for strontium removal from aqueous...
This study provides the first quantitative comparison of the sorptive capacities of a bacteria-Fe ox...
Isolation and characterization of a novel Micrococcus strain for bioremediation of strontium in radi...
The treatment of radioactive fission products – 90Sr2+, 60Co2+ and 137Cs+ – from simulated nuclear w...
AbstractThe behaviour of strontium (Sr2+) during microbial reduction in nitrate impacted sediments w...
A kind of Sr2+ selective resin was applied as an absorption phase to extract Sr2+ ion from an aqueou...
A non-axenic culture of Pseudanabaena catenata, a close relative of the bloom-forming cyanobacterium...
Strontium, one of the radio-nuclides most frequently released from low-level radioactive waste to th...
Anthropogenic radionuclides contaminate a range of environments as a result of nuclear activities, f...
grantor: University of TorontoGeochemical characterization of reactions at solid surfaces...
The migration of {sup 90}Sr in groundwater is a significant environmental concern at former nuclear ...