Cesium ions (Cs+) are notable radioactive contaminants hazardous to humans and the environment. Among various remediation methods, adsorption is a practical way to remove Cs+ from water, and Prussian ...

Native plant species that colonize metal-enriched soils, including abandoned mine tailings, often display specialized physiological and biochemical adaptations that enable survival under high concentrations of potentially toxic elements1,2. These facultative metallophytes hold considerable promise for phytotechnologies such as phytostabilization, phytoextraction, and phytomining, owing to their ability to accumulate, tolerate, or immobilize metals in a cost-effective and environmentally sustainable manner3. In addition to their applied relevance, these species serve as informative models for studying metal homeostasis and stress tolerance under extreme environmental conditions. The development of efficient and reproducible in vitro propagation systems is fundamental for advancing both basic and applied research in metallophytes. Tissue culture methodologies enable large-scale clonal propagation, provide homogeneous plant material for physiological and biochemical studies, and serve as platforms for downstream molecular and functional analyses4. However, many native grasses exhibit strong recalcitrance to in vitro culture, making the establishment of regeneration systems particularly challenging5,6. Despite these limitations, recent advances demonstrate that somatic embryogenesis can be achieved in several non-model Poaceae species when explant selection, auxin balance, and micronutrient availability are optimized. For instance, Cenchrus ciliaris now possesses robust embryogenic callus and regeneration systems derived from juvenile tissues7, while Chloris gayana has recently been regenerated and transformed...

Phytoextraction shows promise for decontaminating and recovering rare earth elements (REEs) from REEs tailings. In this study, soils from a leached (L…

📅 Publication Date: March 2026 | ⏳ Forecast Period: 2026-2033 📊 Market Intelligence Overview | Access Research Sample | Explore Full Market Study Global Phytoextraction Methyl Salicylate Market at a G...

**Abstract:** This research investigates the enhanced gold phytoextraction potential of *Salix alba* (white willow) by manipulating root exudate composition under elevated salinity conditions, utilizing Bayesian optimization to calibrate and refine reactive transport simulations. Current phytoextraction methods often suffer from low gold recovery rates and sensitivity to environmental fluctuations. This study proposes a novel approach to optimize gold accumulation in root exudates, a largely unexplored pathway for increasing gold bioavailability and subsequent plant uptake.

🇦🇹🇬🇧🇦🇹🇬🇧🇦🇹🇬🇧 Indian Mustard (Brassica juncea): The Golden Plant and Phytoextraction Introduzione / Introduction La senape indiana, Brassica juncea, è spesso definita la “pianta dell’oro&#8221…

Location-specific hyperaccumulator plants for rare earth elements that require no deliberate planting, or intensive management can maximize phytoextraction, while converting enriched biomass into prod...

Limited numbers of studies have been performed to date on the removal of heavy metals from the soil through phytoextraction. The number of plants species used in such studies is also restricted. One of the plants used for phytoremediation i...

Limited numbers of studies have been performed to date on the removal of heavy metals from the soil through phytoextraction. The number of plants species used in such studies is also restricted. One of the plants used for phytoremediation i...

The remediation of metal-contaminated soils by phytoextraction depends on plant growth and plant metal accessibility. Soil microorganisms can affect the accumulation of metals by plants either by dire...