It has a bidirectional regulatory effect on the intestine, and can antagonize the tonic contraction of the intestine caused by acetylcholine and barium chloride, relax the intestine and relieve spasm; it can also antagonize the relaxation of the intestine caused by adrenaline, so that the intestine can resume spontaneous activity. It has no obvious effect on the spontaneous activity of the isolated small intestine of mice, but can enhance the spontaneous activity of the isolated small intestine of rabbits and dogs. It has no effect on the gastric bioelectricity of normal rabbits, that is, it does not affect the normal gastrointestinal motility function.

Monk fruit mainly has a bidirectional regulatory effect on the intestine. It antagonizes the tonic contraction of the intestine caused by acetylcholine and barium chloride, relaxes the intestine and relieves spasms. It also antagonizes the relaxation of the intestine caused by adrenaline, restores spontaneous activity of the intestine, indicating that it has a bidirectional regulatory effect on the motor function of the intestine. Monk fruit has no obvious effect on the spontaneous activity of the isolated small intestine of mice, but can enhance the spontaneous activity of the isolated small intestine of rabbits and dogs. Monk fruit has no effect on the gastric bioelectricity of normal rabbits, that is, it does not affect the normal motor function of the digestive tract.

Monk fruit mainly has a bidirectional regulatory effect on the intestine. It antagonizes the tonic contraction of the intestine caused by acetylcholine and barium chloride, relaxes the intestine and relieves spasms. It also antagonizes the relaxation of the intestine caused by adrenaline, restores spontaneous activity of the intestine, indicating that it has a bidirectional regulatory effect on the motor function of the intestine. Monk fruit has no obvious effect on the spontaneous activity of the isolated small intestine of mice, but can enhance the spontaneous activity of the isolated small intestine of rabbits and dogs. Monk fruit has no effect on the gastric bioelectricity of normal rabbits, that is, it does not affect the normal motor function of the digestive tract.

Monk fruit mainly has a bidirectional regulatory effect on the intestine. It antagonizes the tonic contraction of the intestine caused by acetylcholine and barium chloride, relaxes the intestine and relieves spasms. It also antagonizes the relaxation of the intestine caused by adrenaline, restores spontaneous activity of the intestine, indicating that it has a bidirectional regulatory effect on the motor function of the intestine. Monk fruit has no obvious effect on the spontaneous activity of the isolated small intestine of mice, but can enhance the spontaneous activity of the isolated small intestine of rabbits and dogs. Monk fruit has no effect on the gastric bioelectricity of normal rabbits, that is, it does not affect the normal motor function of the digestive tract.

Monk fruit mainly has a bidirectional regulatory effect on the intestine. It antagonizes the tonic contraction of the intestine caused by acetylcholine and barium chloride, relaxes the intestine and relieves spasms. It also antagonizes the relaxation of the intestine caused by adrenaline, restores spontaneous activity of the intestine, indicating that it has a bidirectional regulatory effect on the motor function of the intestine. Monk fruit has no obvious effect on the spontaneous activity of the isolated small intestine of mice, but can enhance the spontaneous activity of the isolated small intestine of rabbits and dogs. Monk fruit has no effect on the gastric bioelectricity of normal rabbits, that is, it does not affect the normal motor function of the digestive tract.