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http://dx.doi.org/10.4014/mbl.1810.10024

Microwave Radiation Effects on the Process of Escherichia coli Cultivation  

Kuznetsov, Denis (Department of Manufacturing Technology for Drugs with a Course in Biotechnology, Perm State Pharmaceutical Academy)
Volkhin, Igor (Department of Electronic Engineering and Information Security, Perm State University)
Orlova, Ekaterina (Department of Manufacturing Technology for Drugs with a Course in Biotechnology, Perm State Pharmaceutical Academy)
Neschislyaev, Valery (Department of Manufacturing Technology for Drugs with a Course in Biotechnology, Perm State Pharmaceutical Academy)
Balandina, Alevtina (Department of Manufacturing Technology for Drugs with a Course in Biotechnology, Perm State Pharmaceutical Academy)
Shirokikh, Anna (Department of Manufacturing Technology for Drugs with a Course in Biotechnology, Perm State Pharmaceutical Academy)
Publication Information
Microbiology and Biotechnology Letters / v.47, no.3, 2019 , pp. 372-380 More about this Journal
Abstract
Modern biotechnological industries have been attempting to improve the efficiency of bacterial strain cultivation. Millimeter wave electromagnetic radiation can have a varied influence on E. coli cultivation processes. The results of the study revealed that when a microwave radiation of low intensity is applied to positively adjust the conditions for the accumulation of bacterial culture biomass, a significant role is played not only by radiation parameters, but also by concomitant biological factors, which influence the reproducibility of the cultivation process and help obtain a useful biotechnological effect. The authors suggest a model that can be used to study the molecular mechanisms underlying the changes in the buildup of E. coli biomass under the influence of electromagnetic radiation.
Keywords
Pharmaceutical biotechnology; NMR-relaxometry; epitaxy; biopolymers; microwave; living objects;
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