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[Prediction of microorganism resistance to the immobilization process in polyacrylamide gel].

Natalia G. Starostina, Konstantin A. Lusta, B. A. Fikhte

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Abstract

It is shown that the immobilization of bacterial cells in polyacrylamide gel or their exposure to monomer acrylamide results in a quantitatively similar decrease of their viability. It is indicated that acrylamide treatment may be used as a test for measuring the resistance of microbial populations to polyacrylamide gel immobilization and predicting the survival rate of microorganisms incorporated.

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What this paper is about

It is shown that the immobilization of bacterial cells in polyacrylamide gel or their exposure to monomer acrylamide results in a quantitatively similar decrease of their viability. It is indicated that acrylamide treatment may be used as a test for measuring the resistance of microbial populations to polyacrylamide gel immobilization and predicting the survival rate of microorganisms incorporated.

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Available abstract

It is shown that the immobilization of bacterial cells in polyacrylamide gel or their exposure to monomer acrylamide results in a quantitatively similar decrease of their viability. It is indicated that acrylamide treatment may be used as a test for measuring the resistance of microbial populations to polyacrylamide gel immobilization and predicting the survival rate of microorganisms incorporated.

Key concepts: Polyacrylamide, Acrylamide, Polyacrylamide gel electrophoresis, Microorganism, Chemistry, Monomer, Chromatography, Bacteria

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[Prediction of microorganism resistance to the immobilization process in polyacrylamide gel]. — Research Paper | ScholarLens