Design, synthesis, antibacterial evaluation of isopropylamine linked with different substituted phenol and piperazine novel derivatives.

Wen-Hang WangZhu-Rui LiDan-Xue ZhuJia-Yi ChenYue ZhouCheng-Peng LiLi-Hui ShaoXue-Mei QiuMei ZhuHai-Tao LongDan-Ping ChenGui-Ping OuyangZi-Qiang RongZhen-Chao Wang

Published in: Pest management science (2024)

The present study offers a promising phenolic-piperazine-sopropanolamine compound as an innovative antibacterial strategy by specifically targeting the two-component system pathway and inducing upregulation of methyltransferase to effectively impact Xoo's pathogenicity. © 2024 Society of Chemical Industry.

Keyphrases

silver nanoparticles
cell proliferation
poor prognosis
molecular docking
signaling pathway
escherichia coli
essential oil
drug delivery
long non coding rna
molecular dynamics simulations