本组病例是用益康唑霜治愈的。
本组病例是用益康唑霜治愈的。
目的：优化抗真菌药物硝酸益康唑的合成工艺。
Objective: To optimize the synthesis of econazole nitrate, a useful antifungal agent.
目的建立复方硝酸益康唑乳膏含量测定的方法。
Objective To establish an HPLC method for the assay of compound econazole nitrate cream.
目的：建立硝酸益康唑滴耳液的制备及质量控制方法。
OBJECTIVE: To establish the preparation process and method of quality control of econazole nitrate ear-drops.
目的：评价复方硝酸益康唑软膏治疗体股癣及手足癣疗效及安全性。
Objective: To evaluate the efficacy compound econazole cream in treatment of tinea corporis, tinea inguinalis and tinea manus, tinea pedis, and its safety.
结果：复方制霉菌素胶囊疗效优于硝酸益康唑栓（P< 0 .0 5 ）。
Result: The effect of the compound fungistatin capsules was better than that of the econazole nitrate suppositories (P< 0.05).
结论硝酸益康唑栓工艺可行，HPLC法测定本品中硝酸益康栓的含量可作为控制本品质量的指标。
Conclusion The process of econazole nitrate suppositories was built up. Determination of econazole nitrate suppositories by HPLC can be used as method of econazole nitrate suppositories.
但对酮康唑（KET）耐药率已达31.7％，咪康唑（MIZ）、益康唑（ECO）耐药率和中介率均达10％或以上。
The resistance rate of ketoconazole (KET) had reached 31. 7%, the resistance rates had all reached 10% or more in both miconazole (MIZ) and econazole (ECO).
但对酮康唑（KET）耐药率已达31.7％，咪康唑（MIZ）、益康唑（ECO）耐药率和中介率均达10％或以上。
The resistance rate of ketoconazole (KET) had reached 31. 7%, the resistance rates had all reached 10% or more in both miconazole (MIZ) and econazole (ECO).
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