Animal StudyHighlightedMolecular hydrogen protects against sepsis-induced cardiomyopathy through improving Golgi stress-mediated autophagy, inflammation and apoptosisMHID-5014710PMID: 407174652025British Journal of PharmacologyShuqi Meng, Jianfeng Liu, Yanhua Luo, Yan Fan, Zhiwei Wang, Yu Song, et al.Background and Purpose: Sepsis-induced cardiomyopathy (SIC) is the primary cause of mortality among people with sepsis. Hydrogen (H2) has a cardioprotective effect in SIC; however, its specific mechanism remains unclear. We thus explored whether 2% H2 treatment mitigates SIC through inhibiting Golgi stress and investigated the specific molecular pathways underlying this protective effect. Experime
Animal StudyHighlightedEffects of long‑term hydrogen intervention on the physiological function of ratsMHID-8428241PMID: 331161632020Scientific ReportsZhi‑ming Xun, Qing‑hui Zhao, Yan Zhang, Fang‑di Ju, Jin He, Ting‑ting Yao, et al.The potential therapeutic effects of molecular hydrogen (H2) have now been confirmed in various human and animal-disease models. However, the effects of H2 on the physiological function in a normal state have been largely neglected. Hydrogen-rich water (HRW) intake and hydrogen inhalation (HI) are the most common used methods for hydrogen administration, the difference in the effects between HRW i
