摘要
目的:建立火焰原子吸收分光光度法测定葡萄糖电解质注射液中钙、镁、钠的方法。方法:利用原子吸收分光光度法直接测定葡萄糖电解质注射液中钙、镁、钠含量。结果:规格1的3批注射液中钙的含量分别为99.22%,99.61%,100.4%,镁含量分别为102.1%,100.1%,99.23%,钠含量分别为100.5%,99.77%,101.9%;规格2的3批注射液中钙的含量分别为101.2%,101.6%,101.9%,镁含量分别为99.49%,99.11%,99.49%,钠含量分别为100.5%,101.1%,102.2%;规格3的三批注射液中钙的含量分别为103.1%,104.3%,103.5%,镁含量分别为103.9%,105.5%,98.66%,钠含量分别为101.%,102.6%,102.6%。结论:火焰原子吸收分光光度法是一种快速、简便、灵敏度高的测定方法,各组分的平均回收率和相对偏差均取得满意的结果。
Objective:To determine the contents of Ca, Mg and Na in Glucose Electrolyte Injection. Method: The contents of Ca, Mg and Na were determined by flame atomic absorption spectrometry. Results :prescription 1 :the contents of Ca were 99. 22%, 99.61%, 100. 4% respectively,the contents of Mg were 102. 1% , 100. 1% , 99. 23% respectively,the contents of Na were 100. 5% , 99. 77% , 101.9% respectively; prescription 2: the contents of Ca were 101.2% , 101.6% , 101.9% respectively, the contents of Mg were 99.49%, 99. 11% , 99.49% respectively, the contents of Na were 100. 5% , 101. 1% , 102. 2% respectively; prescription 3 : the contents of Ca were 103.1%, 104. 3% , 103.5% respectively,the contents of Mg were 103.9% , 105.5% , 98. 66% respectively,the contents of Na were 101%, 102. 6%, 102. 6% respectively. Conclusion:The flame atomic absorption spectrometry possesses speedi- ness, simpleness and higher sensitivities.
出处
《中国药品标准》
CAS
2010年第2期109-111,共3页
Drug Standards of China