Theabrownin isolated from <scp>Pu‐erh</scp> tea regulates <scp><i>Bacteroidetes</i></scp> to improve metabolic syndrome of rats induced by <scp>high‐fat, high‐sugar and high‐salt diet</scp>

Abstract

In HFSSD mode, prevotella_sp._CAG:1031 was one of the main dominant characteristic bacteria of TB targeting regulation, while roseburia_sp._1XD42-69 mainly inhibitory intestinal bacteria, which help to reduce body weight, TG and blood sugar levels of HFSSD rats. Glycerophospholipid metabolism, arachidonic acid metabolism, glycolysis/gluconeogenesis and insulin resistance were the critical pathway. TB has a high application potential in reducing the risk of metabolic diseases. © 2022 Society of Chemical Industry.