… set for the application of metal-resistant growing microbial cells for metal harvesting. This …
of growing bacterial/fungal/algal cells for metal removal and the efforts directed towards cell/…

… during planktonic growth, suggesting that physiology and physical–chemical conditions around
cells in biofilms are conducive for metal bioremediation. … for use in metal bioremediation. …

… of this endophyte in heavy metal bioremediation at low concentrations, which could be useful
for developing efficient metal removal system. … Metal bioremediation through growing cells …

… metals into non-toxic forms. Microbes help in mineralizing some organic pollutants into end-…
utilized as primary substrates for cell growth within the process of bioremediation. Two-way …

… more negative, so the uptake of metal ions increased with increasing pH. Crist et al., (… Metals
are taken up by algae through adsorption. At first, the metal ions are adsorbed over the cell …

… cells of Saccharomyces cerevisiae in the bioremediation of effluents loaded with heavy metals
… Metals can be essential for growth and metabolism (such as Na, Mg, K, Mn, Fe, Co, Ni, Cu …

… In the experiments using growing cells, aliquots of 1 mL of each metallic ions solution were
… concentration of 100 μg mL − 1 of each metallic ion per flask. Absence of contamination was …

… increasing awareness regarding the persistence, nature and deleterious effects of heavy
metals, there has been growing … present in the cell wall get replaced by heavy metal ions via ion …

… bioremediation of metals and metal complex dyes conducted in various modes of operation.
The types of metals and metal … uptake by growing cells varied with cell age. The maximum …

… demonstrates the toxicity of heavy metals to plant growth; therefore, we finally tested the
bioremediation and toxicity alleviation of lead and cadmium using our PbrR-displayed bacteria. …