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Sheng, Hui, et al. A conserved oomycete effector RxLR23 trig...

Du J ,Xu H ,Zhang X D , et al. Chelation and nanoparticle de...

Zhang H ,Sun B ,Latif Z M , et al.Control of H2S synthesis b...

Zhang X Z ,Shang X Y ,Liu Y Q , et al. Deciphering the evolu...

Wang R ,Luan X F ,Wang S Z , et al. Spontaneously Formed Rat...

Kai L ,Xiaochen C ,Xiaohui Y , et al.Phosphorylation of a wh...

Lifei H ,Shuwen X ,Lei D , et al.Regulating the Entire Journ...

Zhao T ,Ma S ,Kong Z , et al.Recognition of the inducible, s...

Tao Z ,Hongzhen S ,Liyuan Y , et al.Interfacial Polymerizati...

Haichao C ,Yue C ,Daxia Z , et al.Octaphenyl polyoxyethylene...

Tong-fang J ,Da-xia Z ,Yan J , et al.Humic acid nature and c...

Jian L ,Yue G ,Yukun L , et al.Self-Assembled Degradable Nan...

Tong-fang J ,Da-xia Z ,Yao-zhong Z , et al.Adsorption behavi...

Rui W ,Song L ,Feng-shou S , et al.Balance the rapid release...

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Du J ,Xu H ,Zhang X D , et al. Chelation and nanoparticle delivery of monomeric dopamine to increase plant salt stress resistance. Nature Communications,2025,16(1):4157-4157.

发布时间：2025-09-10浏览次数：10