Cell Study by SDU and PKU Researchers Reveals Novel Mechanism to Regulate Glucose Metabolism

This research is the first to reveal that the microbial-derived bile acid Trp-CA improves glucose homeostasis by activating MRGPRE. It provides a new potential drug target and therapeutic strategy for Type 2 Diabetes (T2D) treatment. Furthermore, the identification of the microbial origin of Trp-CA offers a new microbial therapeutic strategy for diabetes intervention. This research is the first to reveal that the microbial-derived bile acid Trp-CA improves glucose homeostasis by activating MRGPRE...

This research is the first to reveal that the microbial-derived bile acid Trp-CA improves glucose homeostasis by activating MRGPRE. It provides a new potential drug target and therapeutic strategy for Type 2 Diabetes (T2D) treatment. Furthermore, the identification of the microbial origin of Trp-CA offers a new microbial therapeutic strategy for diabetes intervention.

View original content:https://www.prnewswire.co.uk/news-releases/cell-study-by-sdu-and-pku-researchers-reveals-novel-mechanism-to-regulate-glucose-metabolism-302488086.html