heavy-metal-tolerance
Heavy-metal tolerance refers to the ability of certain plants to withstand and often accumulate elevated concentrations of toxic metals such as zinc, cadmium, and lead in their tissues without suffering significant growth impairment. This trait is of major interest in plant science because it underlies the phenomenon of hyperaccumulation, offering insights into specialized transport proteins, chelation mechanisms, and cellular detoxification pathways. Understanding the genetic and physiological basis of heavy-metal tolerance has practical applications in phytoremediation, where plants are used to extract or stabilize metal contaminants from polluted soils.
Cytoplasmic and mitochondrial citrate synthases mediate cadmium det...
Cadmium from industrial pollution and some fertilizers quietly accumulates in rice and wheat grow...
Combined physiological, transcriptomic, and metabolomic analyses re...
Lead-contaminated wetlands and waterways border parks, neighborhoods, and farms worldwide, and un...
Identifying microbial candidates for assisted phytoremediation thro...
Millions of acres of old mining land sit barren and leaching toxic metals into nearby waterways —...
Microbial functional traits in the hyperaccumulating Noccaea praeco...
Understanding how certain plants recruit helpful soil microbes to survive in polluted ground coul...
Evaluating the phytoremediation capacity of Verbesina encelioides t...
Vacant lots, old industrial sites, and roadsides near your neighborhood may harbor invisible lead...
Inoculation with cadmium/lead-tolerant bacteria enhances phytoremed...
If your garden sits on land with industrial or old-paint history, pairing the right soil microbes...
Chromium tolerance mechanisms in Cosmos sulphureus: antioxidant def...
That cheerful orange cosmos growing in a disturbed roadside or remediation garden isn't just pret...
Phytomicrobiome of Helianthus annuus: in vitro assessment of plant ...
Sunflowers planted to clean up a contaminated lot already carry hidden bacterial allies inside th...
CRISPR/Cas9-mediated knockout of ZmHMA3 reveals its essential role ...
Corn fields on former industrial sites or heavily fertilized soils can quietly accumulate toxic z...
[Advances in stress response mechanisms and wastewater treatment ap...
Cadmium from factories contaminates waterways and soils where your food is grown, and these bacte...
