Objective: To evaluate the effect of Shashen Maidong Decoction (SSMDD) on gastric motility.Method: Effect of SSMDD on the gastric motility of mice and rats was observed in vivo by administration of SSMDD in various do...Objective: To evaluate the effect of Shashen Maidong Decoction (SSMDD) on gastric motility.Method: Effect of SSMDD on the gastric motility of mice and rats was observed in vivo by administration of SSMDD in various dosages and observation on gastric phenol red excretion rate, gastric emptying rate, frequency and amplitude of contraction of fundic longitudinal muscles, etc. Results: SSMDD could reduce markedly the gastric phenol red excretion rate of mice, antagonize the acceleration of gastric emptying induced by neostigmine, inhibit the frequency and amplitude of contraction of fundic longitudinal muscle, slow down the frequency and decrease the amplitude of gastric peristalsis, and reduce the gastric hypermotility induced by indomethacin significantly. Conclusion: SSMDD has evident inhibition action on motility of experimental animals in vivo, its mechanism might be related with adrenergic nerve and metabolism of prostaglandin E.展开更多
文摘Objective: To evaluate the effect of Shashen Maidong Decoction (SSMDD) on gastric motility.Method: Effect of SSMDD on the gastric motility of mice and rats was observed in vivo by administration of SSMDD in various dosages and observation on gastric phenol red excretion rate, gastric emptying rate, frequency and amplitude of contraction of fundic longitudinal muscles, etc. Results: SSMDD could reduce markedly the gastric phenol red excretion rate of mice, antagonize the acceleration of gastric emptying induced by neostigmine, inhibit the frequency and amplitude of contraction of fundic longitudinal muscle, slow down the frequency and decrease the amplitude of gastric peristalsis, and reduce the gastric hypermotility induced by indomethacin significantly. Conclusion: SSMDD has evident inhibition action on motility of experimental animals in vivo, its mechanism might be related with adrenergic nerve and metabolism of prostaglandin E.
