酚磺乙胺

  • 网络etamsylate;ethamsylate
酚磺乙胺酚磺乙胺
  1. 于25℃,30℃,37℃温度下考察氨甲苯酸、酚磺乙胺与维生素C注射液在生理盐水、5%葡萄糖和5%葡萄糖氯化钠大容量注射液中配伍的稳定性。

    Objective : To study on the compatible stability of aminomethylbenzoic acid , etamsylate and vitamin C in injection NS , 5 % GS and 5 % GNS .

  2. 酚磺乙胺用于减少剖宫产产后出血的临床研究

    The clinical study on etamsylate used in reducing postpartum hemorrhage after cesarean section

  3. 结果:头孢呋辛钠与葛根素配伍后含量及外观稳定,但pH值有变化:与酚磺乙胺、穿琥宁、氨甲苯酸配伍后含量、外观、pH值均稳定。

    Results : There were no evident changes in appearance and content , and pH was stable except cefuroxime sodium mixed with puerarin injection .

  4. 结果提示酚磺乙胺对窒息新生儿ICH的预防能起重要作用。

    Our results suggest that the ethamsylate may play an important role in the prevention in ICH in asphyxiated newborn infants .

  5. 以镍铬合金为基体,在其表面嵌入碳膜或碳纳米管,制备了超薄碳膜电极,并用于酚磺乙胺(ETA)的测定。

    A super-thin carbon film electrode ( ESCFE ) embedded with graphite powder and carbon nanotube at a fundus of nickel-chromium was prepared .

  6. 碳糊电极吸附伏安法测定微量酚磺乙胺

    Determination of Microscale Ethamsylate on Carbon Paste Electrode with Adsorptive Voltammetry

  7. 酚磺乙胺联用氨甲苯酸引起药物热2例

    Drug fever associated with etamsylate plus aminomethylbenzoic acid : 2 case reports

  8. 吡啶类碳离子液体电极对酚磺乙胺的电化学行为及其分析应用

    Electrochemical behaviors of ethamsylate at pyridinium type carbon ionic liquid electrode and its analytic application

  9. 该方法用于止血敏注射液中酚磺乙胺的含量测定,结果令人满意。

    The method has been successfully applied to the determination of ethamsylate in ethamsylate injection .

  10. 应用酚磺乙胺预防脑室旁出血患儿的发育结果&一个随机对照试验

    Development outcome of the use of etamsylate for prevention of periventricular haemorrhage in a randomised controlled trial

  11. 目的:观察酚磺乙胺减少剖宫产产后出血的临床效果。

    Objective : To observe the clinical effect of etamsylate used in reducing postpartum hemorrhage after cesarean section .

  12. 酚磺乙胺预防窒息新生儿颅内出血的随机对照试验

    Randomized and Controlled Study on the Preventive Effects of Ethamsylate on Intracranial Hemorrhage in Newborn Infants with Asphyxia

  13. 分别根据酚磺乙胺和盐酸普罗帕酮在示波图阴极支上的切口深度随加入量的增加而变深的示波特性建立了这两种药物示波直接测定法。

    The incision depth of etamsylate and propafenone hydrochloride on the cathodic branch of oscillogram get deep when these two medicaments are added to the solution of NaOH , respectively . Based on this , the direct determination method of these medicaments was established .