目的探讨胰岛素注射液启封后无菌保存期，以及保存期内药物活性变化。
Objective To study the asepsis period and immunological activity of insulin injection after removing seal.
目的检测启封后普通型胰岛素注射液的无菌保存期，指导临床或病人使用胰岛素期限。
Objective to detect the asepsis storage period of insulin injection after seal removing, and to instruct the usage period of insulin during clinical practice.
结果在严格无菌操作下，两组胰岛素注射液在启封后6 0天内均能保持无菌，与穿刺次数无关。
Results Under the strict asepsis procedure, the seal removed insulin injection remain asepsis for 60 days, which has no relation with the time of puncture.
胰岛素注射液占据38 56 %的市场份额，其中混合胰岛素注射液占整个胰岛素注射液59 02 %的市场份额。
The cost for insulin injections accounted for38.56%of the total consumption sum of antidiabetic agents, and that for mixed insulin took59.02%of the consumption sum for insulin.
结论在本实验条件下应用CZE测定胰岛素注射液的含量可以收到满意的结果，与HPLC相比有相同的准确性，但更为快速、简便、节省溶剂。
CONCLUSION The proposed CZE method can be used for the determination of Insulin injection with satisfactory results and has same accuracy as HPLC, but more rapid and solvent-saving.
目的评价果糖注射液对糖尿病患者血糖、胰岛素和血尿酸的影响。
Objective To evaluate the effects of fructose infusion on the levels of serum glucose and insulin.
再采用血糖、胰岛素放射免疫试剂盒检测大鼠血糖及血清胰岛素水平，观察丹参注射液对各组大鼠的降糖效果。
Detect rats blood glucose and insulin with diagnostic kit and insulin radioactive and obtain the hypoglycemic effect of salvia injection.
再采用血糖、胰岛素放射免疫试剂盒检测大鼠血糖及血清胰岛素水平，观察丹参注射液对各组大鼠的降糖效果。
Detect rats blood glucose and insulin with diagnostic kit and insulin radioactive and obtain the hypoglycemic effect of salvia injection.
应用推荐