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Preliminary Study of Orthogonal Electrochromatography for Simultaneous Two-Dimensional Separation Using a Monolithic Polymer Layer

机译:正交电色谱用于整体聚合物层同时二维分离的初步研究

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Fabrication of a monolithic polymer layer, as the stationary phase, equipped with two electrodes was studied for simultaneous two-dimensional separation, combining high performance liquid chromatography and orthogonal electrophoresis. The monolithic polymer layer was prepared between a pair of glass plates by a two-step UV-initiated photo-polymerization. Prior to preparation of the monolithic polymer layer for separation, high-density monolith bars were prepared along the electrodes to suppress the penetration of bubbles formed at the electrodes into the separation monolith. Using the monolithic polymer layer, 2D separation of colored-dyes was successfully achieved by combining gradient HPLC and orthogonal electrophoresis. The 2D separation of proteins was also demonstrated.
机译:研究了装配有两个电极的整体式聚合物层(作为固定相)用于同时二维分离的过程,结合了高效液相色谱和正交电泳技术。通过两步UV引发的光致聚合在一对玻璃板之间制备整体聚合物层。在制备用于分离的整体式聚合物层之前,沿着电极制备高密度的整体式棒,以抑制在电极处形成的气泡渗透到分离式整体中。使用整体式聚合物层,通过结合梯度HPLC和正交电泳成功地完成了染料的二维分离。还证明了蛋白质的二维分离。

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