In order to overcome hypoxia induced sickness, a stable source of anti-hypoxia functional agents, Sehizophyllum commune fermented broth has been developed in this study. Animal experiments were conducted to examine it...In order to overcome hypoxia induced sickness, a stable source of anti-hypoxia functional agents, Sehizophyllum commune fermented broth has been developed in this study. Animal experiments were conducted to examine its anti-hypoxia activities and possible mechanisms involved. The acute hypoxic experiment showed that Sehizophyllum commune fermented broth could significantly prolong the survival time of mice. The underlying mechanisms were associated with improved energy metabolism based on a study carried out in rats exposed to a low pressure chamber simulating the low pressure environment of 8 000 m altitude. It was concluded that the Schizophyllum commune fermented broth was an effective anti-hypoxia functional agent and could be greatly bene- ficial to those living and working at high altitudes, such as people who reside in the reconstruction regions of Yushu.展开更多
基金National Nature Science Foundation of China(No.31171662)"973"National Key Basic Research and Development Program(No.2012CB518202)Project of Qinghai Development of Science and Technology(No.2011-N-150)
文摘In order to overcome hypoxia induced sickness, a stable source of anti-hypoxia functional agents, Sehizophyllum commune fermented broth has been developed in this study. Animal experiments were conducted to examine its anti-hypoxia activities and possible mechanisms involved. The acute hypoxic experiment showed that Sehizophyllum commune fermented broth could significantly prolong the survival time of mice. The underlying mechanisms were associated with improved energy metabolism based on a study carried out in rats exposed to a low pressure chamber simulating the low pressure environment of 8 000 m altitude. It was concluded that the Schizophyllum commune fermented broth was an effective anti-hypoxia functional agent and could be greatly bene- ficial to those living and working at high altitudes, such as people who reside in the reconstruction regions of Yushu.
