With the improvement of living level, the incidence rates of diabetes, obesity, and hypertension in China increased quickly, which are 11.6%, 7.1% and 18.8% respectively, according to the newly investigated data. The clustering of diabetes, obesity, hypertension and dyslipidemia increases the risk of cardiovascular events for patients. GLP-1 (glucagon like peptide-1) is a kind of incretin discovered in recent years. It was reported that beside its hypoglycemic and losing weight effects, activator of GLP-1 receptor could decrease blood pressure and improve lipid metabolism. Sleeve gastrectomy can improve the level of blood glucose and serum lipid of type 2 diabetic rats by ameliorate insulin level and insulin resistance, which may be related with the change of gastrointestinal hormones such as ghrelin and GLP-1. So, intervention of gastrointestinal tract and gastrointestinal hormone secretion may be a new therapy for glycolipids disorder and vascular complications. But, it is lack of evidence-based medicine proof on the relationship between prokinetic drug and glycolipids metabolism. So, the investigators designed a prospective, randomized, double-blinded, placebo control study, and try to evaluate the effects of prokinetic drug (Mosapride) on the blood glucose and serum lipid in type 2 diabetic patients.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
QUADRUPLE
Enrollment
200
Change of fasting plasma glucose (FPG,mmol/L)
Time frame: Baseline, 24weeks (End of Trial)
Change of OGTT 2 hour blood glucose(mmol/L)
Time frame: Baseline, 24weeks (End of Trial)
Change of HbA1c(%)
Time frame: Baseline, 24weeks (End of Trial)
Change of control rate of blood glucose(%)
Time frame: Baseline, 24weeks (End of Trial)
Change of insulin release(uU/mL)
Time frame: Baseline, 24weeks (End of Trial)
Change of C peptide release(nmol/L)
Time frame: Baseline, 24weeks (End of Trial)
Change of HOMA-β[HOMA-β=20×(FINS,mIU/L)/((FPG,mmol/L)-3.5)]
Time frame: Baseline, 24weeks (End of Trial)
Change of HOMA-IR [HOMA-IR=(FPG,mmol/L)×(FINS,mIU/L)/22.5]
Time frame: Baseline, 24weeks (End of Trial)
Change of blood glucose variability(%)
Time frame: Baseline, 24weeks (End of Trial)
Change of triglyceride(mmol/L)
Time frame: Baseline, 24weeks (End of Trial)
Change of total cholesterol(mmol/L)
Time frame: Baseline, 24weeks (End of Trial)
Change of LDL-c(mmol/L)
Time frame: Baseline, 24weeks (End of Trial)
Change of HDL-c(mmol/L)
Time frame: Baseline, 24weeks (End of Trial)
Change of Glucagon(pg/ml).
Time frame: Baseline, 24weeks (End of Trial)
Change of GLP(pg/ml).
Time frame: Baseline, 24weeks (End of Trial)
Change of GIP(pg/ml).
Time frame: Baseline, 24weeks (End of Trial)
Change of DPP-IV(pg/ml).
Time frame: Baseline, 24weeks (End of Trial)
Change of waist circumference (WC,cm)
Time frame: Baseline, 24weeks (End of Trial)
Change of body mass index (BMI=weight(kg)/[height(m)2], kg/m2)
Time frame: Baseline, 24weeks (End of Trial)
Change of body fat(%).
Time frame: Baseline, 24weeks (End of Trial)
Change of carotid intima-media thickness (IMT,mm).
Time frame: Baseline, 24weeks (End of Trial)
Change of 24-hours urine sodium(mmol/24h)
Time frame: Baseline, 24weeks (End of Trial)
Change of 24-hours microalbumin(mg/L).
Time frame: Baseline, 24weeks (End of Trial)
Change of 24-hours mALB/Cr(mg/g.Cr).
Time frame: Baseline, 24weeks (End of Trial)
Change of inflammatory markers(hs-CRP,mg/L).
Time frame: Baseline, 24weeks (End of Trial)
Incidence rate of newly-diagnosed hypertension(%).
Time frame: Baseline, 24weeks (End of Trial)
Heart rate variability(HRV,%).
Time frame: Baseline, 24weeks (End of Trial)
Change of clinic blood pressure and 24h mean blood pressure(mmHg).
Time frame: Baseline, 24weeks (End of Trial)
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