首页> 外文期刊>Electrophoresis: The Official Journal of the International Electrophoresis Society >A simple preparative free-flow electrophoresis joined with gratis gravity: I. Gas cushion injector and self-balance collector instead of multiple channel pump.
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A simple preparative free-flow electrophoresis joined with gratis gravity: I. Gas cushion injector and self-balance collector instead of multiple channel pump.

机译:一个简单的制备性自由流动电泳,并提供免费重力:I.气垫进样器和自平衡收集器,而不是多通道泵。

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摘要

This paper describes a novel free-flow electrophoresis (FFE), which is joined with gratis gravity, gas cushion injector (GCI) and self-balance collector instead of multiple channel pump, for the purpose of preparative purification. The FFE was evaluated by systemic experiments. The results manifest that (i) even though one-channel peristaltic pump is used for the driving of background buffer, there is still stable flow in the FFE chamber; (ii) the stable flow is induced by the gravity-induced pressure due to the difference of buffer surfaces in the GCI and self-balance collector; (iii) the pulse flow of background buffer induced by the peristaltic pump is greatly reduced by the GCI with good compressibility of included air; (iv) the FFE can be well used for zone electrophoretic separation of amino acids; (v) up to 20 inlets simultaneous sample injection and up to five to tenfold condensation of amino acid can be achieved by combining the FFE device with the method of moving reaction boundary. To the best of authors' knowledge, FFE has not been used for such separation and condensation of amino acids. The relevant results achieved in the paper have evident significance for the development of preparative FFE.
机译:本文介绍了一种新型的自由流动电泳(FFE),该电泳与免费重力,气垫进样器(GCI)和自平衡收集器结合使用,代替了多通道泵,以进行制备性纯化。通过系统实验评估FFE。结果表明:(i)即使使用单通道蠕动泵来驱动背景缓冲液,FFE腔室中仍然有稳定的流量; (ii)由于GCI和自平衡收集器中缓冲表面的不同,重力引起的压力引起了稳定的流动; (iii)GCI大大降低了蠕动泵引起的本底缓冲液的脉冲流,并且所含空气具有良好的可压缩性; (iv)FFE可以很好地用于氨基酸的区域电泳分离; (v)通过将FFE装置与移动反应边界的方法结合使用,可以同时实现多达20个进样口的进样和多达5至10倍的氨基酸缩合。据作者所知,FFE尚未用于氨基酸的分离和缩合。本文取得的相关结果对制备FFE的发展具有明显的意义。

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