Immobilization of Microbial Cells for Biotechnological Processes. Current Solutions and Promising Technologies

Автор: P.M. Gotovtsev, E.Yu. Yuzbasheva, K.V. Gorin, V.V. Butylin, G.U. Badranova, N.I. Perkovskaya, E.B. Mostova, Z.B. Namsaraev, N.I. Rudneva, A.V. Komova, R.G. Vasilov, and S.P. Sineokii

Страница: 33-45

Immobilization of Microbial Cells for Biotechnological Processes. Current Solutions and Promising Technologies

Biotekhnologiya, 2015, N 2, P. 33-45

UDC 579.66, 577.15

Section:  “Problems and Prospects”

P.M. Gotovtsev ^{1, *},  E.Yu. Yuzbasheva ²,  K.V. Gorin ¹,  V.V. Butylin ¹,  G.U. Badranova ¹,  N.I. Perkovskaya ²,  E.B. Mostova ²,  Z.B. Namsaraev ¹,  N.I. Rudneva ³,  A.V. Komova ¹,  R.G. Vasilov ¹,  and  S.P. Sineokii ²

¹  The Research Center Kurchatovskii Institute,  123182, Moscow Russia

²  The State Research Institute for Genetics and Selection of Industrial Microorganisms,  117545, Moscow Russia

³  The Michurinskii State Agrarian University,  393760, Michurinsk, Tambovskaya oblast Russia

e-mail:  gotovtsevpm@gmail.com

A review of up-to-date investigations in the field of the development of biotechnological processes based on cells immobilized on various carriers is represented. The results of the study on cell immobilization are discussed, the analysis of the used materials and methods is performed. Some potential and acting applications of systems with immobilized cells for biotechnological processes are described. Possible technological solutions for bioreactors loaded by carriers with immobilized cells were reviewed. This load was shown to make bioreactor construction significantly more efficient.

Key words:  cell immobilization,  biotechnology,  bioreactor,  enzymatic catalysis,  nanocellulose,  synthetic peptides.

25.06.2015, 1489 просмотров.