Shineway Pharmaceutical Group Ltd.

It has antipyretic effect; it has brain tissue protective effect; it has anti-liver damage effect.

It has the function of protecting brain tissue and resisting liver damage.

It has antipyretic effect; it has brain tissue protective effect; it has anti-liver damage effect.

It has antipyretic effect; it has brain tissue protective effect; it has anti-liver damage effect.

It has antipyretic effect; it has brain tissue protective effect; it has anti-liver damage effect.

It has antipyretic effect; it has brain tissue protective effect; it has anti-liver damage effect.

It has antipyretic effect; it has brain tissue protective effect; it has anti-liver damage effect.

It has antipyretic effect; it has brain tissue protective effect; it has anti-liver damage effect.

1. It has antipyretic effect. It can inhibit the fever reaction of rabbits caused by bacterial endotoxins and endogenous pyrogens. 2. It has the effect of protecting brain tissue. It can prolong the survival time of susceptible spontaneously hypertensive rats and the survival time after stroke, and promote the absorption of cerebral hemorrhage. It can improve the blood gas abnormalities of rabbits with cerebral hematoma caused by autologous blood clots, reduce the permeability of the blood-cerebrospinal fluid barrier, and promote the absorption of hematoma in brain tissue. This product can inhibit the occurrence of neuronal apoptosis and reduce apoptotic and necrotic cells. 3. It has anti-liver damage effect. It can significantly reduce the scope of hepatocyte degeneration and necrosis in rats with liver damage caused by carbon tetrachloride, increase the content of RNA and protein in hepatocytes, and enhance the activity of oxidoreductase on hepatocyte mitochondria.

1. It has antipyretic effect. It can inhibit the fever reaction of rabbits caused by bacterial endotoxins and endogenous pyrogens. 2. It has the effect of protecting brain tissue. It can prolong the survival time of susceptible spontaneously hypertensive rats and the survival time after stroke, and promote the absorption of cerebral hemorrhage. It can improve the blood gas abnormalities of rabbits with cerebral hematoma caused by autologous blood clots, reduce the permeability of the blood-cerebrospinal fluid barrier, and promote the absorption of hematoma in brain tissue. This product can inhibit the occurrence of neuronal apoptosis and reduce apoptotic and necrotic cells. 3. It has anti-liver damage effect. It can significantly reduce the scope of hepatocyte degeneration and necrosis in rats with liver damage caused by carbon tetrachloride, increase the content of RNA and protein in hepatocytes, and enhance the activity of oxidoreductase on hepatocyte mitochondria.

1. It has antipyretic effect. It can inhibit the fever reaction of rabbits caused by bacterial endotoxins and endogenous pyrogens. 2. It has the effect of protecting brain tissue. It can prolong the survival time of susceptible spontaneously hypertensive rats and the survival time after stroke, and promote the absorption of cerebral hemorrhage. It can improve the blood gas abnormalities of rabbits with cerebral hematoma caused by autologous blood clots, reduce the permeability of the blood-cerebrospinal fluid barrier, and promote the absorption of hematoma in brain tissue. This product can inhibit the occurrence of neuronal apoptosis and reduce apoptotic and necrotic cells. 3. It has anti-liver damage effect. It can significantly reduce the scope of hepatocyte degeneration and necrosis in rats with liver damage caused by carbon tetrachloride, increase the content of RNA and protein in hepatocytes, and enhance the activity of oxidoreductase on hepatocyte mitochondria.

1. It has antipyretic effect. It can inhibit the fever reaction of rabbits caused by bacterial endotoxins and endogenous pyrogens. 2. It has the effect of protecting brain tissue. It can prolong the survival time of susceptible spontaneously hypertensive rats and the survival time after stroke, and promote the absorption of cerebral hemorrhage. It can improve the blood gas abnormalities of rabbits with cerebral hematoma caused by autologous blood clots, reduce the permeability of the blood-cerebrospinal fluid barrier, and promote the absorption of hematoma in brain tissue. This product can inhibit the occurrence of neuronal apoptosis and reduce apoptotic and necrotic cells. 3. It has anti-liver damage effect. It can significantly reduce the scope of hepatocyte degeneration and necrosis in rats with liver damage caused by carbon tetrachloride, increase the content of RNA and protein in hepatocytes, and enhance the activity of oxidoreductase on hepatocyte mitochondria.

1. It has antipyretic effect. It can inhibit the fever reaction of rabbits caused by bacterial endotoxins and endogenous pyrogens. 2. It has the effect of protecting brain tissue. It can prolong the survival time of susceptible spontaneously hypertensive rats and the survival time after stroke, and promote the absorption of cerebral hemorrhage. It can improve the blood gas abnormalities of rabbits with cerebral hematoma caused by autologous blood clots, reduce the permeability of the blood-cerebrospinal fluid barrier, and promote the absorption of hematoma in brain tissue. This product can inhibit the occurrence of neuronal apoptosis and reduce apoptotic and necrotic cells. 3. It has anti-liver damage effect. It can significantly reduce the scope of hepatocyte degeneration and necrosis in rats with liver damage caused by carbon tetrachloride, increase the content of RNA and protein in hepatocytes, and enhance the activity of oxidoreductase on hepatocyte mitochondria.

1. It has antipyretic effect. It can inhibit the fever reaction of rabbits caused by bacterial endotoxins and endogenous pyrogens. 2. It has the effect of protecting brain tissue. It can prolong the survival time of susceptible spontaneously hypertensive rats and the survival time after stroke, and promote the absorption of cerebral hemorrhage. It can improve the blood gas abnormalities of rabbits with cerebral hematoma caused by autologous blood clots, reduce the permeability of the blood-cerebrospinal fluid barrier, and promote the absorption of hematoma in brain tissue. This product can inhibit the occurrence of neuronal apoptosis and reduce apoptotic and necrotic cells. 3. It has anti-liver damage effect. It can significantly reduce the scope of hepatocyte degeneration and necrosis in rats with liver damage caused by carbon tetrachloride, increase the content of RNA and protein in hepatocytes, and enhance the activity of oxidoreductase on hepatocyte mitochondria.

1. It has antipyretic effect. It can inhibit the fever reaction of rabbits caused by bacterial endotoxins and endogenous pyrogens. 2. It has the effect of protecting brain tissue. It can prolong the survival time of susceptible spontaneously hypertensive rats and the survival time after stroke, and promote the absorption of cerebral hemorrhage. It can improve the blood gas abnormalities of rabbits with cerebral hematoma caused by autologous blood clots, reduce the permeability of the blood-cerebrospinal fluid barrier, and promote the absorption of hematoma in brain tissue. This product can inhibit the occurrence of neuronal apoptosis and reduce apoptotic and necrotic cells. 3. It has anti-liver damage effect. It can significantly reduce the scope of hepatocyte degeneration and necrosis in rats with liver damage caused by carbon tetrachloride, increase the content of RNA and protein in hepatocytes, and enhance the activity of oxidoreductase on hepatocyte mitochondria.

1. It has antipyretic effect. It can inhibit the fever reaction of rabbits caused by bacterial endotoxins and endogenous pyrogens. 2. It has the effect of protecting brain tissue. It can prolong the survival time of susceptible spontaneously hypertensive rats and the survival time after stroke, and promote the absorption of cerebral hemorrhage. It can improve the blood gas abnormalities of rabbits with cerebral hematoma caused by autologous blood clots, reduce the permeability of the blood-cerebrospinal fluid barrier, and promote the absorption of hematoma in brain tissue. This product can inhibit the occurrence of neuronal apoptosis and reduce apoptotic and necrotic cells. 3. It has anti-liver damage effect. It can significantly reduce the scope of hepatocyte degeneration and necrosis in rats with liver damage caused by carbon tetrachloride, increase the content of RNA and protein in hepatocytes, and enhance the activity of oxidoreductase on hepatocyte mitochondria.

1. It has antipyretic effect. It can inhibit the fever reaction of rabbits caused by bacterial endotoxins and endogenous pyrogens. 2. It has the effect of protecting brain tissue. It can prolong the survival time of susceptible spontaneously hypertensive rats and the survival time after stroke, and promote the absorption of cerebral hemorrhage. It can improve the blood gas abnormalities of rabbits with cerebral hematoma caused by autologous blood clots, reduce the permeability of the blood-cerebrospinal fluid barrier, and promote the absorption of hematoma in brain tissue. This product can inhibit the occurrence of neuronal apoptosis and reduce apoptotic and necrotic cells. 3. It has anti-liver damage effect. It can significantly reduce the scope of hepatocyte degeneration and necrosis in rats with liver damage caused by carbon tetrachloride, increase the content of RNA and protein in hepatocytes, and enhance the activity of oxidoreductase on hepatocyte mitochondria.

1. It has antipyretic effect. It can inhibit the fever reaction of rabbits caused by bacterial endotoxins and endogenous pyrogens. 2. It has the effect of protecting brain tissue. It can prolong the survival time of susceptible spontaneously hypertensive rats and the survival time after stroke, and promote the absorption of cerebral hemorrhage. It can improve the blood gas abnormalities of rabbits with cerebral hematoma caused by autologous blood clots, reduce the permeability of the blood-cerebrospinal fluid barrier, and promote the absorption of hematoma in brain tissue. This product can inhibit the occurrence of neuronal apoptosis and reduce apoptotic and necrotic cells. 3. It has anti-liver damage effect. It can significantly reduce the scope of hepatocyte degeneration and necrosis in rats with liver damage caused by carbon tetrachloride, increase the content of RNA and protein in hepatocytes, and enhance the activity of oxidoreductase on hepatocyte mitochondria.

1. It has antipyretic effect. It can inhibit the fever reaction of rabbits caused by bacterial endotoxins and endogenous pyrogens. 2. It has the effect of protecting brain tissue. It can prolong the survival time of susceptible spontaneously hypertensive rats and the survival time after stroke, and promote the absorption of cerebral hemorrhage. It can improve the blood gas abnormalities of rabbits with cerebral hematoma caused by autologous blood clots, reduce the permeability of the blood-cerebrospinal fluid barrier, and promote the absorption of hematoma in brain tissue. This product can inhibit the occurrence of neuronal apoptosis and reduce apoptotic and necrotic cells. 3. It has anti-liver damage effect. It can significantly reduce the scope of hepatocyte degeneration and necrosis in rats with liver damage caused by carbon tetrachloride, increase the content of RNA and protein in hepatocytes, and enhance the activity of oxidoreductase on hepatocyte mitochondria.

This product is a gastrin receptor antagonist, which can significantly inhibit the secretion of gastric acid and pepsin caused by gastrin, increase the content of hexosamine in gastric mucosa, promote glycoprotein synthesis, protect and promote the healing of gastric mucosa, improve the symptoms of peptic ulcer and promote the healing of ulcer. In addition, it has a choleretic effect, preventing stone formation and promoting bile duct health by stimulating bile acid-independent bile secretion, changing the stone-forming factors in bile, and antagonizing CCK.

This product is a long-acting non-steroidal anti-inflammatory drug. After entering the body, it is metabolized into diphenyl ethyl ester, which inhibits the activity of cyclooxygenase and reduces the synthesis of prostaglandins. Animal experiments show that the anti-inflammatory and analgesic effects of this product are weaker than indomethacin, but stronger than aspirin.

By inhibiting bacterial transpeptidase, it prevents the synthesis of bacterial cell walls and inhibits or kills bacteria. When used in combination with trimethoprim, it can enhance antibacterial ability, delay the development of drug resistance, and reduce oral dosage.

By inhibiting bacterial transpeptidase, it prevents the synthesis of bacterial cell walls and inhibits or kills bacteria. When used in combination with cephalexin, it can enhance antibacterial ability, delay the development of drug resistance, and reduce oral dosage.