The effect of lactulose oral solution in the treatment of patients with chronic functional constipation and its influence on the level of MTL and NO / 中国基层医药

ABSTRACT

Objective To explore the effect of lactulose oral solution in the treatment of patients with chronic functional constipation and its influence on the level of MTL and NO.Methods 54 cases of patients were selected with primary glaucoma who were treated in our hospital from June 2013 to October 2014 as research objective,and they were randomly divided into research group(29 cases)and control group(25 cases)according to the number table method.All of the patients were given treatment as diet adjusting,defecating exercise and so on.The research group got extra treatment as taking lactulose oral solution 10 g,2 to 3 times per day,for 6 weeks.Results MTL in the research group before treatment was 203.71ng/mL,and it was 371.03ng/mL after treatment for 6 weeks,there was statistically significance on difference of MTL levels between before treatment and after treatment(P <0.05).NO in the research group before treatment was 120.52ng/mL,andit was 69.01ng/mL after treatment for 6 weeks,there was statistically significance on difference of NO levels between before treatment and after treatment(P <0.05).MTL in the control group before treatment was 206.21ng/mL,which was 279ng/mL after treatment for 6 weeks,there was statistically significance on difference of MTL levels between before treatment and after treatment(P <0.05).NO in the control group before treatment was 123.92ng/mL,which was 98.75ng/mL after treatment for 6 weeks,there was statistically significance on difference of NO levels between before treatment and after treatment(P <0.05 ).MTL levels in the research group after treatment was higher than that in the control group when NO levels was lower than that in the control group,the difference was statistically significant(P <0.05).Conclusion Lactulose can improve the secretion of gastrointestinal hormones in plasma such as promoting the secretion of MTL and reducing the synthesis of NO.