The change of plasma glucose, plasma triglyceride and liver glycogen after oral glucose administration in allogynogenetic silver crucian carp;

Capability of the astragals to prevent damage of animal s liver glycogen from noise;

Variation of animal s liver glycogen contents induced by noise;

Methods: the normal and adrenaline-induced model and alloxan-induced diabetic mouse were orally administrated with four extractions for a week,then the blood glucose and hepatic glycogen content value were examined.

Result: It is found that the polysaccharide and the alkaloid in mulberry leaves can decrease blood glucose, promote synthesis of liver starch and increase hepatic glycogen of the diabetes mice efficiently.

The hypoxic tolerant time, content change of hepatic glycogen and serum urea nitrogen were determined through the weight loading swimming experiment.

Blood glucose, liver glucokinase and liver glycogen contents were measured.

The result showed that sea cucumber polypeptide has no obvious effect on body weight in mice,significantly prolongs the time of loaded-swimming and rolling stick,stringly degrades the content of blood urea nitrogen and increases the content of hepatic glycogen of postexercise mice.

The mice were fed with Compound Huangqi extract for 30 days to observe the time of burden swimming,glycogen storage,blood lactate and blood urea after exercising.