… tolerance to extreme metal stress are significantly evaluated. Advanced ways of plant genetic
engineering for metal tolerance are … of phytoremediation via genetic engineering strategies …

… the regulatory circuit involved in HM tolerance. The present review describes (… tolerance
and (c) the recent advancements in biotechnological interventions including genetic engineering…

… that merA gene might affect metal tolerance when … Cu tolerance were observed in the
modified yeasts. These studies suggest that MT gene may be useful in improving metal tolerance of …

… in metal tolerance can also be achieved by reducing metal … the endogenous class 1
haemoglobin gene NtHb1 (Lee & Hwang … for metal accumulation may have negative effects on …

… in using genetic engineering to improve or establish metal tolerance in plants used … genetic
engineering to improve phytoremediation efforts, including phytoremediation of heavy metal …

… The use of genetic engineering to modify plants for metal uptake, transport and …
Genetic manipulation of metal transporters is known to alter metal tolerance/accumulation in …

… However, genetic improvements cannot expand beyond the traits nature provides within …
sexual barrier through direct gene transfer. In principle, the genetic engineering of novel hyperac…

… , as well as to limit their toxicity, may be significantly enhanced via genetic engineering.
This paper provides a comprehensive review of recent strategies aimed at the improvement of …

… Emerging fields of biotechnology and genetic engineering are considered as most important
tools for identification and better understanding of several key steps at the molecular level …

… In higher plants small metal binding ligands called phyto… metals are functionally analogous
to metallothioneins. The specificity of phytochelatins and correlation with metal tolerance, …