疫苗中铝凝胶含量测定方法的改进。

M Doi, H Kuramoto, S Hasegawa, Y Tanaka, Y Fujisaki
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引用次数: 0

摘要

《动物生物制备标准》中描述的常规铝分析方法,在含有铝凝胶作为佐剂的疫苗的情况下,被发现给出错误的结果。这是由于凝胶分解不完全和测定反应体系不稳定所致。但这些问题都得到了明确的解决。在直接火上加热15分钟,使内容物的温度在大气压下达到115-120摄氏度,使凝胶完全分解,结果接近理论值。用2体积硝酸对标准方法中规定的1体积进行分解,得到了分解本身的常数结果。凝胶分解溶液的定量反应范围约为0.75-2.0微克铝/毫升。使用醋酸缓冲溶液稀释分解溶液,然后将2体积的稀释液取样到反应混合物中,与标准方法中使用的1体积取样的水稀释液相比,变化最小。通过这些修正条件,我们成功地将相对误差和变异系数分别减小到+/- 5%和+/- 2%以下。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A modified method for the determination of aluminium-gel in vaccine.

The conventional method of aluminium analysis, described in the Biological Preparation Standard for Animals, was found to give erroneous results in the case of vaccine containing aluminium-gel as an adjuvant. This is because of incomplete decomposition of the gel and unsettled reaction system for the determination. But these problems were settled definitely. Heating on a direct fire for 15 min, by which temperature of the content attained 115-120 degrees C at atmospheric pressure, allowed the gel to complete decomposition and the result came to close the theoretical value. And a constant result by the decomposition itself was obtained with 2 volumes of nitric acid against 1 volume indicated in the standard method. Quantitative reaction of the gel-decomposed solution did hold in range of about 0.75-2.0 micrograms aluminium per ml. Use of acetate buffer solution for dilution of the decomposed solution following by sampling in 2 volumes of the dilution into the reaction mixture made the variation to the least as compared with the water-dilution following by 1 volume sampling indicated in the standard method. By these modified conditions, we succeeded in reducing the relative error and the coefficient of variation to less than +/- 5% and +/- 2% respectively.

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