The increased loads of antibiotics and heavy metals in sewage lead to bacterial cells
acquiring resistance to both heavy metals and antibiotics. Therefore, these bacteria can play …

The biosorption of heavy metal ions and the antibiotic cephalexin from secondary effluents
by the cell biomass of tolerant bacterial strains was investigated in this article. A total of 67 …

Biosorption of nickel by two bacterial species: Bacillus subtilis 117S and Pseudomonas
cepacia 120S was studied. The maximum uptake of nickel was achieved at 234.4 μg Ni2+ …

Surface properties of bacterial cells enable them to be used in the removal of heavy metals.
Moreover, the inactivation of bacterial cells via chemical or physical processes may enhance …

Biosorption is a potential alternative to traditional processes of metal ions removal.
Therefore the capacity to biosorb cadmium and nickel by non–living Nile water algae was …

The ability of Talinum triangulare (water leaf) to remove Ni (II) and Cr (III) from aqueous
solutions through biosorption was investigated in batch experiments. pH dependence study …

The ability of a fast growing plant (Basella alba L.) to remove lead (II) and chromium (III) ions
from aqueous solutions has been studied in a batch system. The effects of various …

This study investigated biosorption of Cr (VI) and Co (II) ions by freshwater dead algal
biomass Cosmarium panamense from aqueous solution. Batch experiments were …

The increased loads of antibiotics and heavy metals in sewage lead to bacterial cells
acquiring resistance to both heavy metals and antibiotics. Therefore, these bacteria can play …

The potential of bacterial biomass for the biosorption of heavy metals has investigated
extensively. However, the bacterial species exhibited different affinities toward the heavy …