Cadmium distribution and tolerance mechanisms in Artemisia argyi under cadmium stress
A new study in BMC Plant Biology reveals how Artemisia argyi, the source of mugwort leaf used in traditional Chinese ...
A new study in BMC Plant Biology reveals how Artemisia argyi, the source of mugwort leaf used in traditional Chinese ...
A new review in IMA Fungus argues that the little-studied fungal genus Gongronella, which colonizes plant roots, mobilizes nitrogen and ...
A single transporter gene, OsHMA3, determines whether rice locks cadmium safely in root vacuoles or lets it flood shoots, where ...
Researchers have characterized the first plasmid from the halophilic bacterial genus Halovibrio, uncovering a mosaic structure shaped by horizontal gene ...
Researchers profiled two fungi isolated from a 16th-century tempera icon, revealing how heavy metal tolerance and iron-scavenging genes pinpoint which ...
A new review in Stress Biology details how plants regulate aquaporin water channels through stress-responsive transcription factors and rapid post-translational ...
Polyglutamic acid-functionalized carbon dots reduce cadmium accumulation in Houttuynia cordata while restoring photosynthesis, reshaping gene expression, and enriching beneficial rhizosphere ...
Bacteria isolated from Nigeria's polluted Ologe Lagoon can degrade up to 85 percent of crude oil hydrocarbons while tolerating lead, ...
Researchers have shown that the cotton gene GhBCAT12 enables cadmium tolerance by breaking down branched-chain amino acids to supply acetyl-CoA ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine