电泳,一种从移动边界法过渡到区域法的传输技术

IF 2.2 4区 生物学 Q3 BIOPHYSICS European Biophysics Journal Pub Date : 2023-12-30 DOI:10.1007/s00249-023-01694-5
Tsutomu Arakawa, Masataka Nakagawa, Chiaki Sakuma, Yui Tomioka, Yasunori Kurosawa, Daisuke Ejima, Teruo Akuta
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引用次数: 0

摘要

凝胶电泳是一种传输技术,是生化和制药研发领域应用最广泛的实验方法之一。传输技术用于确定大分子的流体力学或电泳特性。凝胶电泳是一种区带技术,将小体积的样品涂在大体积的分离凝胶基质上。相比之下,很少使用的电泳技术是移动边界电泳,即样品存在于整个分离相或凝胶基质中。区带电泳法可得到分离大分子溶质的峰值,而移动边界电泳法可得到无溶剂相与含溶质相之间的边界。我们将回顾电泳作为区带法和移动边界法的传输技术,并介绍其原理和应用。
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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Electrophoresis, a transport technology that transitioned from moving boundary method to zone method

Gel electrophoresis, a transport technology, is one of the most widely used experimental methods in biochemical and pharmaceutical research and development. Transport technologies are used to determine hydrodynamic or electrophoretic properties of macromolecules. Gel electrophoresis is a zone technology, where a small volume of sample is applied to a large separation gel matrix. In contrast, a seldom-used electrophoresis technology is moving boundary electrophoresis, where the sample is present throughout the separation phase or gel matrix. While the zone method gives peaks of separating macromolecular solutes, the moving boundary method gives a boundary between solute-free and solute-containing phases. We will review electrophoresis as a transport technology of zone and moving boundary methods and describe its principles and applications.

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来源期刊
European Biophysics Journal
European Biophysics Journal 生物-生物物理
CiteScore
4.30
自引率
0.00%
发文量
43
审稿时长
6-12 weeks
期刊介绍: The journal publishes papers in the field of biophysics, which is defined as the study of biological phenomena by using physical methods and concepts. Original papers, reviews and Biophysics letters are published. The primary goal of this journal is to advance the understanding of biological structure and function by application of the principles of physical science, and by presenting the work in a biophysical context. Papers employing a distinctively biophysical approach at all levels of biological organisation will be considered, as will both experimental and theoretical studies. The criteria for acceptance are scientific content, originality and relevance to biological systems of current interest and importance. Principal areas of interest include: - Structure and dynamics of biological macromolecules - Membrane biophysics and ion channels - Cell biophysics and organisation - Macromolecular assemblies - Biophysical methods and instrumentation - Advanced microscopics - System dynamics.
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