How Sesame Roots Fight Back Against Toxic Aluminium in Acid Soils
A new BMC Plant Biology study reveals how a tolerant sesame cultivar preserves root growth, membrane stability and antioxidant defences ...
A new BMC Plant Biology study reveals how a tolerant sesame cultivar preserves root growth, membrane stability and antioxidant defences ...
A controlled incubation study finds that soil degradation level and timing, not fertilizer dose, govern nutrient release and heavy metal ...
A University of Western Australia pot study shows calcium silicate improves wheat growth in aluminium-toxic acidic soil by raising pH ...
Researchers at South China Agricultural University report that the soybean VQ motif gene GmVQ32 enhances tolerance to both aluminium toxicity ...
A field study in western Kenya shows that liming acidic soils significantly increases finger millet yields while reducing soil nitrous ...
New in vitro research shows that resveratrol, quercetin, and their glucuronidated metabolites can protect human neuroblastoma cells from manganese- and ...
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© 2025 Scienmag - Science Magazine