Influence and curative effect of inhalation of formoterol/budesonide on matrix metalloproteinase of plasma-2 and 9 for asthmatic patients / 中国基层医药

ABSTRACT

Objective To discuss the influence and curative effect observation of inhalation of formoterol/budesonide on matrix metalloproteinase of plasma(MMP)-2 and 9 for asthmatic patients (AAPs).Methods According to the digital table,68 cases of AAPs in acute stage of attack were randomly divided into observation group and control group.The patients in two groups were given routine medical treatments like anti-infection,antispasmodic and relieving asthma,relieving coμgh and reducing sputum and etc.In addition,the patients in observation group were given the inhalation of formoterol/budesonide with 4.5μg/160μg,two times daily for 2 weeks.Except for formoterol/budesonide,the medical treatments given to patients in control group were the same with those in observation group.The changes of MMP-2 and 9 levels in blood serum before and after 2 weeks' medical treatment were observed and compared,and proceed with the curative and safety observation.Results After 2 weeks' medical treatment,the MMP-2 and 9 in blood serum both were declined sharply(t =2.87,2.97,2.21,2.31,P ＜ 0.01 or P ＜ 0.05),and the compared with control group,the decrease value(t =2.45,2.37,all P ＜ 0.05) was obviously higher.Meanwhile,the total clinical effective rate in observation group (94.12％) was obviously higher than that in control group (70.59％)(x2 =6.48,P ＜ 0.05) ; The numbers of untoward effect occurrence in the medical treatment period were 3 cases in control group and 5 cases in observation group,which both had light symptom and did not appeared serious untoward effects.The comparison result of untoward effect between two groups had no obvious statistical difference(x2 =0.14,P ＞ 0.05).Conclusion formoterol/budesonide has reliable medical treatment effect and high security to asthmatic,whose mechanism of action has effect on MMP-2 and 9 level adjustment,correction of degradation of extracellular matrix and dysequilibrium,and chronic airway inhibition and remodeling.