… increases the heavy metal removal efficiency by introducing the pre-grown microorganisms.
… They help plants alleviate metal toxicity by sequestration of metals in cell wall components, …

… , complexation of metal ions and diffusion through cell walls … concentration of each metal
favouring bacterial growth was defined … of cadmium bioremediation capacity of metal-resistant …

… growth of bacteria was monitored continuously. From the colonies with various morphological
and growth potentials, rapid growing heavy metal … microbial cells or through microbial cell …

… application of whole-cell biosensor, nanotechnology, … heavy metals to the non-toxic form is
defined as bioremediation. … observed that Cyrtomiumma crophyllum could grow in 500 mg kg …

… Bioremediation of toxic metal ions using bacterial strains is a promising tool. Metal binding
… The growth of the cells increased till the 5th day only in the Cd spiked culture and a decline …

… Heavy metal pollutants can accumulate in plant cells as well … of primary cell cellular
components, growth retardation, chlorosis, … metals have been classified into two groups: …

… Bioremediation of heavy metals has received considerable and growing interest over the …
This requires treatment cells with perforated bases (1) through which the effluent is drained …

… The intracellular-bound Cd in living cells was 4.62%, far greater than that for the nonliving
biomass, which indicated living biomass could possibly transport metal ions into cells through …

… cells as a biosorbent has not been thoroughly studied, despite the advantages that yeast
has over other taxa, such as its fast growth … metals. For instance, [Citation128] built new yeast …

… stunted growth, and ultimately, these disorders could lead to plant death [31,37,38,39,40]. …
, high metal toxicity obstructs cytoplasmic enzymes in plant cells and causes damage to cell …