2009Research Journal of Pharmacy and TechnologyRequires access

Isotachophoresis: A Technique of Electrophoresis for the Separation of Charged Particles

Shobhit Shrivastava, Ashish Jain, Sushil Mhaske, Satish Nayak

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Abstract

An overview mapping recent trends in the isotachophoresis technique, for separation and analysis of wide range of bioactive. Isotachophoresis utilizes electro-separation technique, which is generally based on the electro-kinetic phenomenon. In Isotachophoresis the separation occurs according to difference in ions motilities. An overview focused on technique used, instrumentation, advantages in isotachophoresis. It also comprises diverse researches that have been done by the isotachophoresis.

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What this paper is about

An overview mapping recent trends in the isotachophoresis technique, for separation and analysis of wide range of bioactive. Isotachophoresis utilizes electro-separation technique, which is generally based on the electro-kinetic phenomenon. In Isotachophoresis the separation occurs according to difference in ions motilities. An overview focused on technique used, instrumentation, advantages in isotachophoresis. It also comprises diverse researches that have been done by the isotachophoresis.

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Available abstract

An overview mapping recent trends in the isotachophoresis technique, for separation and analysis of wide range of bioactive. Isotachophoresis utilizes electro-separation technique, which is generally based on the electro-kinetic phenomenon. In Isotachophoresis the separation occurs according to difference in ions motilities. An overview focused on technique used, instrumentation, advantages in isotachophoresis. It also comprises diverse researches that have been done by the isotachophoresis.

Key concepts: Isotachophoresis, Chromatography, Instrumentation (computer programming), Electrophoresis, Separation (statistics), Separation method, Materials science, Chemistry

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