Integrated cellular, physiological, and transcriptomic analyses reveal the synergistic effects of boron and silicon in alleviating antimony toxicity in rice (Oryza sativa L.)

Pre One:Antimony-resistant plant growth-promoting bacteria and ferrous iron (Fe2+) synergistically alleviate antimony stress in rice by iron plaque and metabolic regulation

Next One:Enhancing Copper (Cu) phytostabilization efficiency of Commelina communis by inoculating with endophytic Bacillus sp. D2: Impacts on plant growth, soil ecological characteristics, and underground bacterial community