nlwxpearo
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Posted: Fri 11:45, 28 Jan 2011 Post subject: APS acquired immune mice on blood NO, GPT and CHOL |
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,[link widoczny dla zalogowanych]
APS acquired immune mice on blood NO,[link widoczny dla zalogowanych], GPT and the impact of CHOL
Increased (p <O.05); and GPT levels fell, which the experimental group Ⅱ was significantly lower than control group (p <o.o5), results in Table 2. Table 2 Acquired Immune mice blood GPr and CHOL content in 88 of the Sichuan Animal Husbandry and Veterinary Medicine Volume 16 NO 3 Analysis and discussion of a wide range of biological effects with small molecules, especially for the regulation of cardiac and vascular function hemodynamic aspects and maintain a very important role. ... However, NO as a free radicals in the body plays the dual role of physiological and pathological】, in the liver and kidney dysfunction and immune suppression and other pathological states, NO synthesis increased. APS can promote and restore the role of immune function, directly or indirectly inhibit the production of free radicals. The results showed that: different doses of Astragalus polysaccharide immune suppression can significantly reduce the production of NO in mice proved APS NO scavenging free radicals. GPT content in a variety of acute hepatitis and drug toxicity of liver cell necrosis was significantly higher when j, in liver cancer, cirrhosis, chronic hepatitis and myocardial infarction moderately elevated, slightly elevated common in obstructive jaundice . The concentration of serum cholesterol response to the case of liver fat metabolism in pernicious anemia, hemolytic anemia and hyperthyroidism, the serum cholesterol reduction, especially when they are infected [6】. The results for the APS can immunosuppressed mice decreased blood in the GPT, and CHOL was significantly higher, the results showed that APS has a prominent role in immune enhancement, and in maintaining the normal function of the role of the liver significantly.
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