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首页> 外文期刊>Journal of liquid chromatography and related technologies >Separation of peptides by spiral countercurrent chromatography
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Separation of peptides by spiral countercurrent chromatography

机译:螺旋逆流色谱法分离肽

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Spiral countercurrent chromatography (CCC) utilizes a new separation rotor composed of 8 high density polyethylene plates with spiral flow channels, mounted in the type-J coil planet centrifuge (CPC). Synthetic peptides were evaluated for partition coefficients in various solvent systems. Approximately 30mg amounts were chromatographed and the fractions analyzed for peptide content and purity. The solvent systems which contained sec-butanol or n-butanol and the mobile phase selected produced good purification. The stationary phase was highly retained over 60%, thus the spiral separation coil is able to retain these more viscous, low interfacial tension solvents that have not been able to be used well in the multi-layer coil for high speed CCC.
机译:螺旋逆流色谱法(CCC)使用新型分离转子,该转子由8个带有螺旋流动通道的高密度聚乙烯板组成,安装在J型螺旋行星式离心机(CPC)中。评价了合成肽在各种溶剂系统中的分配系数。色谱分离约30mg,并分析级分的肽含量和纯度。包含仲丁醇或正丁醇的溶剂体系和选择的流动相可产生良好的纯化效果。固定相高度保留了60%以上,因此,螺旋分离线圈能够保留这些粘度更高,界面张力较低的溶剂,而这些溶剂在多层线圈中无法很好地用于高速CCC。

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