… at the improvement of plant phytoremediation potential using plant … -up and tolerant to
excessive concentrations of heavy metals are … disadvantages of phytoremediation using genetic …

… Therefore, we aim to analyze the potential of C. officinalis to phytoremediate Cu-contaminated
soil with a view to ascertain their tolerance mechanisms in terms of abatement of oxidative …

… bioenergy plants toward heavy metal stress, so that … metal tolerance. This review focuses
on the importance of non-edible bioenergy plants in phytoremediation and the metal tolerance …

… With high translocation factor, metal … metal tolerance mechanism; thus, they have potential
for phytoextraction. The factors affecting metal accumulation by plant species including metal …

… In order to examine the physiological relevance of PCS genes for metal tolerance, we took
advantage of the fact that there is only one PCS homolog in the S. pombe genome. A knock-…

… multi-metal tolerant activities of B. cereus, as well as its good effects on the physiological,
biological molecules, and phytoremediation effectiveness of C. zizanioides cultivated on metal …

… in metal tolerance and accumulation deserves to be deeply studied and exploited for the
selection of the more suitable tool for phytoremediation … in metal tolerance in the studied clones. …

… Metal-tolerant … metal tolerance in plants is made possible through metal sequestration by
specially produced organic compounds, compartmentalization in cell compartments, metal ion …

… remove the heavy metals from the soil. A plant for this purpose needs be heavy-metal tolerant,
grow rapidly with a high biomass yield per hectare, have high metal accumulating ability …

… An important question is to what extent GSH is involved in metal tolerance of plants. GSH
itself, one of the main antioxidants, can defend plants from metal toxicity both directly reacting …