セパラックス-SP(富士フイルム製)からセレカ-VSP(東洋濾紙製)への移行

英孝 岡田, 俊憲 新城
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Abstract

The stable supply of the cellulose acetate membrane (SEPARAX-SP) for electrophoresis support media became difficult with production device deterioration. Therefore, Toyo Roshi Kaisha, Ltd. was transferred production technology from Fuji Co. and tried to develop a new membrane with similar performance. At the beginning physical properties of the membrane differed slightly possibly due to the difference of production device; however, recently a new membrane with similar performance to SEPARAX-SP has been completed and named SELECA-VSP.Physical properties, such as tearing strength and elasticity, electrophoretic properties of SELECA-VSP were similar to those of SEPARAX-SP. By scanning electron microscope, SELECA-VSP membrane surface and cross section showed similar image and uniformly pored.To investigate a practical use of SELECA-VSP in clinical laboratory, a working group was organized by Japanese Electrophoresis Society and has examined basic and clinical performance of SELECA-VSP. Because the results have been revealed almost good performance, we go on developing for placing SELECA-VSP on the market.
从separax -SP(富士胶卷制造)到sereca -VSP(东洋滤纸制造)的转变
随着生产设备的老化,用于电泳支撑介质的醋酸纤维素膜(SEPARAX-SP)的稳定供应变得困难。因此,东洋Roshi Kaisha株式会社从富士株式会社引进生产技术,试图开发出具有类似性能的新型膜。由于生产设备的不同,膜的初始物理性能略有不同;然而,最近一种与SEPARAX-SP性能相似的新膜已经完成,并被命名为SELECA-VSP。SELECA-VSP的撕裂强度、弹性、电泳等物理性能与SEPARAX-SP相似。通过扫描电镜观察,SELECA-VSP膜表面和横截面图像相似,孔隙均匀。为了研究SELECA-VSP在临床实验室的实际应用,日本电泳学会组织了一个工作组,对SELECA-VSP的基础和临床性能进行了研究。由于结果显示出几乎良好的性能,我们继续开发将SELECA-VSP投放市场。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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