%0 Book
%T Immobilized cells: biocatalysts and processes
%A Andryushina, V.A.
%A Balabanova, T.V.
%A Beklemishev, A.B.
%A Varfolomeev, S.D.
%A Vodyakova, M.A.
%A Demakov, V.A.
%A Ditchenko, T.I.
%A Dzhavahiya, V.V.
%A Drozdova, M.G.
%A Efremenko, E.N.
%A Zav'yalova, N.V.
%A Ivshina, I.B.
%A Ismailov, A.D.
%A Karpova, N.V.
%A Kovalenko, G.A.
%A Krivoruchko, A.V.
%A Kuyukina, M.S.
%A Lozinskiy, V.I.
%A Lyagin, I.V.
%A Maksimova, Y.G.
%A Mamedova, F.T.
%A Markvicheva, E.A.
%A Maslova, O.V.
%A Mahlis, T.A.
%A Molchan, O.V.
%A Perminova, L.V.
%A Plehanova, Y.V.
%A Reshetilov, A.N.
%A Sen'ko, O.V.
%A Stepanov, N.A.
%A Stycenko, T.S.
%A Filippova, S.N.
%A Holstov, A.V.
%A Yurin, V.M.
%A Yaderec, V.V.
%K immobilized cells, consortia, heterogeneous biocatalysts, quorum sensing, biocatalysis, biofilms, long-term storage, microbial biosensors, pharmacologically active substances, steroid drugs, tissue engineering, microbial polysaccharides, biofuel cell, bioremediation, wastewater treatment, biofuels, biodegradation of toxicants, matrix
%D 2018
%P 500
%I Publishing Center RIOR