摘要
目的:观察沙格列汀联合胰岛素四次强化对1型糖尿病患者血糖波动的影响。方法取1型糖尿病患者60例,以随机数字表法分为 DPP4组28例和对照组32例,对照组给予胰岛素四次强化(门冬胰岛素/赖脯胰岛素+甘精胰岛素/地特胰岛素),DPP4组在此基础上加用沙格列汀5 mg/d,所有患者入组后1~3 d 及13~15 d 采用 CGMS(美敦力)连续监测血糖。比较两组间平均血糖波动幅度(MAGE)、血糖水平标准差(SDBG)、最大血糖波动幅度(LAGE)、平均血糖水平(MBG)、血糖>10.0 mmol/L 的时间百分率(PT10.0)、血糖<3.9 mmol/L 时间百分率(PT3.9)的变化。结果(1)组内比较:DPP4组:治疗后1~3 d:MAGE、SDBG、MBG、LAGE、PT10.0、PT3.9均较治疗前有所降低,其中 MAGE[(6.88±1.49)mmol/L 比(4.81±1.15)mmol/L,t =1.823]、LAGE[(9.55±1.77)mmol/L 比(7.74±1.88)mmol/L,t =1.791]、PT10.0[(13.58±15.14)%比(7.47±4.96)%,t =2.001]、PT3.9[(5.36±2.05)%比(4.64±2.14)%,t =1.709]与治疗前比较差异均有统计学意义(均 P <0.05),SDBG[(2.77±0.73)mmol/L 比(2.14±0.69)mmol/L,t =1.547]、MBG[(11.67±1.46)mmol/L 比(9.76±1.58)mmol/L,t =1.1.326]治疗1~3 d 虽较治疗前有所下降,但差异均无统计学意义(均 P >0.05);治疗13~15 d:MAGE[(6.88±1.49)mmol/L 比(2.97±0.86)mmol/L,t =3.021]、SDBG[(2.77±0.73)mmol/L 比(1.12±0.43)mmol/L,t =1.964)]、MBG[(11.67±1.46)mmol/L 比(7.44±0.93)mmol/L,t =2.760]、LAGE[(9.55±1.77)mmol/L 比(6.53±1.21)mmol/L,t =2.409]、PT10.0[(13.58±5.14)%比(4.72±2.37)%,t =2.657]、PT3.9[(5.36±2.05)%比(3.05±2.60)%,t =1.840]均较治疗前明显�
Objective To observe the effect of saxagliptin combined insulin four times to strengthen the vola-tility on blood glucose variability in patients with type 1 diabetes.Methods According to random number table meth-od,60 patients with type 1 diabetes were divided into DPP4 group(28 cases)and the control group(32 cases).The control group was given insulin four times to strengthen the volatility(insulin aspart/insulin lispro +insulin glargine /insulin detemir),the DPP4 group on the basis of insulin four times to strengthen the volatility plus the saxagliptin 5mg/d,all patients into the group after1 -3D and 13 -15D using CGMS(Medtronic)continuously monitor the blood glucose.Results (1)Within the group comparison:the DPP4 group:1 -3d after treatment:MAGE and SDBG,MBG, LAGE,PT10.0,PT3.9 were lower than before treatment,including MAGE [(6.91 ±1.63)mmol/L vs.(6.31 ± 1.42)mmol/L,t =0.993],SDBG[(2.63 ±0.81)mmol/L vs.(2.41 ±0.51)mmol/L,t =0.751],MBG[(11.51 ± 1.24)mmol/L vs.(10.87 ±2.01)mmol/L,t =1.077],LAGE[(9.43 ±1.73)mmol/L vs.(8.56 ±1.97)mmol/L, t =1.125],PT10.0[(12.99 ±5.61)% vs.(9.66 ±5.03)%,t =1.427],PT3.9[(5.51 ±2.43)% vs.(5.07 ± 2.44)%,t =1.141],there were statistically significant differences compared with before treatment(all P 〈0.05), 1 -3d after treatment,SDBG[(2.77 ±0.73)mmol/L vs.(2.14 ±0.69)mmol/L,t =1.547],MBG[(11.67 ± 1.46)mmol/L vs.(9.76 ±1.58)mmol/L,t =1.1.326]were decreased,but there were no statistically significant differences compared with before treatment(all P 〉0.05);13 -15d after treatment:MAGE[(6.88 ±1.49)mmol/L vs.(2.97 ±0.86)mmol/L,t =3.021],SDBG[(2.77 ±0.73)mmol/L vs.(1.12 ±0.43)mmol/L,t =1.964],MBG [(11.67 ±1.46)mmol/L vs.(7.44 ±0.93)mmol/L,t =2.760],LAGE[(9.55 ±1.77)mmol/L vs.(6.53 ±1.21)mmol/L, t =2.409],PT10.0[(13.58 ±5.14)% vs.(4.72 ±2.37)%,t =2.657],PT3.9[(5.36 ±2.05)% vs.(3.05 ± 2.60)%,t =1.840]were decreased,
出处
《中国基层医药》
CAS
2016年第10期1555-1560,共6页
Chinese Journal of Primary Medicine and Pharmacy
关键词
糖尿病
1型
沙格列汀
胰岛素
血糖自我监测
Diabetes mellitus,type 1
Saxagliptin
Insulin
Blood glucose self- monitoring