… heavy metal stress tolerance. This review provides an in-depth overview of various
biotechnological approaches and/or strategies … of the heavy metals by stimulating …

… biotechnological strategies using a vast array of biological materials, especially bacteria,
fungi, algae, yeasts, and higher plants for metal(… The evolution of metal tolerance is a result of …

… of biotechnological applications and strategies for environmental protection, detoxification,
and the removal of heavy metals and … Improved metal tolerance and accumulation has been …

… a comprehensive review of recent strategies aimed at the … Strategies for obtaining plants
suitable for effective soil clean-up and tolerant to excessive concentrations of heavy metals are …

… control of toxic metals, plants that tolerate high toxic metal … , by planting (engineered) metal
tolerant high biomass plants (… with metal accumulation traits, a multigene strategy with tissue …

… Such an integrated view opens to new opportunities for biotechnological applications in …
of metal concentrations in the environment, the recovery of precious and strategic metals and …

… represents a reasonable and straightforward strategy in strain developments the genetic …
transporters has been demonstrated to confer metal tolerance to metal/metalloid exposed S. …

… Plant strategies for coping with heavy metal toxicity are genotype-specific and, at least to …
in biotechnological approaches for engineering increased heavy metal tolerance in crops and …

… Therefore, introduction of metal tolerant wild plants to metalliferous soils, genetic engineering
of plants for enhanced synthesis and exudation of natural chelators into the rhizosphere, …

… Cadmium (Cd) is an extremely hazardous metal that has a … Furthermore, the ROS generated
due to the heavy metal … discusses the omics and biotechnological strategies such as genetic …