Table Of Content

Bioelectrochemistry and Bioenergetics , 34 (1994) 211 Author index Abidor, LG. 31 Hirata, Y. 135 Qu, X. 153 Agraz, R. 53 Hoffmann, F. 115 Ahmed, M.E. 77 Hoffmann-Tsay, S.-S. 115 Reynaud, J.A. 1 Ahmed, Z.A. 77 Rivera, N. 169 Aizenberg, O.A. 5 Ibrahim, M.S. 77 Alipov, Ye.D. 5 Ikematsu, M. 149 Santhanam, K.S.V. 83 Amine, A. 123 Iseki, M. 149 Senda, M. 93 Arancia, G. 45 Silva, M.J. 177 Kakiuchi, T. 93 Sokirko, A. 101 Belyaev, L.Ya. 5 Kamal, M.M. 77 Sowers, A.E. 31 Beschkov, V.N. 185 Kauffmann, J.-M. 123 Squella, J.A. 13 Bollo, S. 13 Kawde, R.B. 83 Sugino, H. 135 Bordi, F. 45 Kondo, T. 93 Sugiyama, Y. 149 Kulkarni, A.V. 195 SuZnjevic, D. 19 Calcabrini, A. 45 Kumar, $.D. 195 Svetina, S. 101 Cametti, C. 45 Swicord, M.L. 39 Laxmeshwar, N.B. 83 Sy, D. 1 Lee, R.C. 157 Colén, Y. 169 Li, L.-H. 31 Teijeiro, C. 25, 69 Cotton, T.M. 153 Lu, T. 153 Temerk, Y.M. 77 Lyle, D.B. 39 Toyotama, H. 135 De la Fuente, J. 13 Deni, J. 123 Dhaneshwar, R.G. 195 Marin, D. 25 Uchida, I. 199 Diociaiuti, M. 45 Matsue, T. 199 Dong, S. 141, 153 Matsumoto, N. 199 Van der Wal, A. 53 D’Souza, S.F. 195 Mishra, K.P. 129, 189 Van Leeuwen, H.P. 53 Miyake, J. 135 Vuéelié, D. 19 Ernst, R. 115 Mizukami, A. 149 Molinari, A. 45 West, R.W. 39 Fojta, M. 69 Wong, J.L. 177 Nanda, G.S. 129, 189 Grigorijev, P.A. 19 Nufiez-Vergara, L.J. 13 Yang, Y. 141 Guadalupe, A.R. 169 Yasuda, Y. 135 Paletek, E. 69 Hara, M. 135 Paltauf, F. 61 Zeks, B. 101 Hermetter, A. 61 Passechnik, V.1. 61 Zhang, L. 109 Hianik, T. 61 Pastushenko, V. 101 Zhou, C. 153 Hinson, W.G. 39 Peeva, L.G. 185 Bioelectrochemistry and Bioenergetics , 34 (1994) 211 Author index Abidor, LG. 31 Hirata, Y. 135 Qu, X. 153 Agraz, R. 53 Hoffmann, F. 115 Ahmed, M.E. 77 Hoffmann-Tsay, S.-S. 115 Reynaud, J.A. 1 Ahmed, Z.A. 77 Rivera, N. 169 Aizenberg, O.A. 5 Ibrahim, M.S. 77 Alipov, Ye.D. 5 Ikematsu, M. 149 Santhanam, K.S.V. 83 Amine, A. 123 Iseki, M. 149 Senda, M. 93 Arancia, G. 45 Silva, M.J. 177 Kakiuchi, T. 93 Sokirko, A. 101 Belyaev, L.Ya. 5 Kamal, M.M. 77 Sowers, A.E. 31 Beschkov, V.N. 185 Kauffmann, J.-M. 123 Squella, J.A. 13 Bollo, S. 13 Kawde, R.B. 83 Sugino, H. 135 Bordi, F. 45 Kondo, T. 93 Sugiyama, Y. 149 Kulkarni, A.V. 195 SuZnjevic, D. 19 Calcabrini, A. 45 Kumar, $.D. 195 Svetina, S. 101 Cametti, C. 45 Swicord, M.L. 39 Laxmeshwar, N.B. 83 Sy, D. 1 Lee, R.C. 157 Colén, Y. 169 Li, L.-H. 31 Teijeiro, C. 25, 69 Cotton, T.M. 153 Lu, T. 153 Temerk, Y.M. 77 Lyle, D.B. 39 Toyotama, H. 135 De la Fuente, J. 13 Deni, J. 123 Dhaneshwar, R.G. 195 Marin, D. 25 Uchida, I. 199 Diociaiuti, M. 45 Matsue, T. 199 Dong, S. 141, 153 Matsumoto, N. 199 Van der Wal, A. 53 D’Souza, S.F. 195 Mishra, K.P. 129, 189 Van Leeuwen, H.P. 53 Miyake, J. 135 Vuéelié, D. 19 Ernst, R. 115 Mizukami, A. 149 Molinari, A. 45 West, R.W. 39 Fojta, M. 69 Wong, J.L. 177 Nanda, G.S. 129, 189 Grigorijev, P.A. 19 Nufiez-Vergara, L.J. 13 Yang, Y. 141 Guadalupe, A.R. 169 Yasuda, Y. 135 Paletek, E. 69 Hara, M. 135 Paltauf, F. 61 Zeks, B. 101 Hermetter, A. 61 Passechnik, V.1. 61 Zhang, L. 109 Hianik, T. 61 Pastushenko, V. 101 Zhou, C. 153 Hinson, W.G. 39 Peeva, L.G. 185 Bioelectrochemistry and Bioenergetics, 34 (1994) 213-216 Subject index Acetobacter suboxydans Biomass growth Effects of electric current passing through the fermentation broth Effects of electric current passing through the fermentation broth of a strain Acetobacter suboxydans (Beschkov, Peeva) 185 of a strain Acetobacter suboxydans (Beschkov, Peeva) 185 Adsorption Biosynthetic polynucleotides Voltammetric studies of the adsorption and conformation of Voltammetric studies of the adsorption and conformation of polyribocytidylic acid at the mercury electrode surface (Temerk polyribocytidylic acid at the mercury electrode surface (Temerk et al.) 77 et al.) 77 Aeration Effects of electric current passing through the fermentation broth of a strain Acetobacter suboxydans (Beschkov, Peeva) 185 Cadmium a helix macrodipoles Voltammetric study of the interaction of cadmium with bacterial A model of amphiphilic-polypeptide-induced hydrophilic pores in cells (Agraz et al.) 53 membranes of dimyristoylphosphatidylcholine small unilamellar Capacity minimization vesicles (Reynaud, Sy) 1 Study of LBM interactions with some surface-active substances Amphiphilic polyoepdides by the method of capacity minimization (SuZnjevi¢ et al.) 19 A model of amphiphilic-polypeptide-induced hydrophilic pores in Carbon paste electrode membranes of dimyristoylphosphatidyicholine small unilamellar Amperometric biosensor based on carbon paste mixed with en- vesicles (Reynaud, Sy) 1 zyme, lipid and cytochrome c (Amine et al.) 123 Anchorage-independent growth Catechol metabolism Enhancement of anchorage-independent growth in JB6 cells ex- Cyclic voltammetric oxidation of L-dopa at polycarbazole-mod- posed to 60 hertz magnetic fields (West et al.) 39 ified electrode: evaluation of the cyclization rate constant (Kawde Anthracyclinic antibiotics et al.) 83 Influence of anthracyclinic antibiotics on membranes of human Cell alignment erythrocytes: a combined radiowave electrical conductivity and Paired cell alignment using a jagged microarray electrode electron microscopy study (Arancia et al.) 45 (Matsumoto et al.) 199 Artifical lipid bilayers Cell division Study of LBM interactions with some surface-active substances Systemic reaction of Escherichia coli cells to weak electromag- by the method of capacity minimization (SuZnjevié et al.) 19 netic fields of extremely low frequency (Alipov et al.) 5 Cell morphology Influence of anthracyclinic antibiotics on membranes of human Bacterial cells erythrocytes: a combined radiowave electrical conductivity and Voltammetric study of the interaction of cadmium with bacterial electron microscopy study (Arancia et al.) 45 cells (Agraz et al.) 53 Cheesecloth Barley protoplasts Potentiometric studies at the glucose oxidase enzyme electrode Polymer-supported electrofusion of barley protoplasts: a synergis- (Kumar et al.) 195 tic effect (Zhang) 109 Chelating agents Bilayer lipid membranes Modification of electroporative response of erythrocytes by EDTA Nonlinearity of current-voltage characteristics of the gramicidin in isotonic solutions (Nanda, Mishra) 189 channel and the structure of gramicidin molecule (Hianik et al.) Cholesterol 61 Nonlinearity of current-voltage characteristics of the gramicidin Bilirubin channel and the structure of gramicidin molecule (Hianik et al.) In-situ UV-visible spectroelectrochemical and circular dichroic 61 electrochemical study of bilirubin and bilirubin+ human serum Conformation albumin complex (Cheng et al.) 141 Voltammetric studies of the adsorption and conformation of Bioassay system polyribocytidylic acid at the mercury electrode surface (Temerk Electrochemical bioassay system. Redox measurements of Es- et al.) 77 cherichia coli growth by multichannel analyzer (Silva, Wong) 177 Current-voltage characteristics Bioelectrochemistry Nonlinearity of current-voltage characteristics of the gramicidin Electrochemical bioassay system. Redox measurements of Es- channel and the structure of gramicidin molecule (Hianik et al.) cherichia coli growth by multichannel analyzer (Silva, Wong) 177 61 Biological membranes Cyclic voltammetric oxidation A model of amphiphilic-polypeptide-induced hydrophilic pores in Cyclic voltammetric oxidation of L-dopa at polycarbazole-mod- membranes of dimyristoylphosphatidylcholine small unilamellar ified electrode: evaluation of the cyclization rate constant (Kawde vesicles (Reynaud, Sy) 1 et al.) 83 214 Cyclic voltammetry channel and the structure of gramicidin molecule (Hianik et al.) Electrochemical study of the nitro radical anion from nicardipine: 61 kinetic parameters and its interaction with glutathione (Squella et Electrofusion al.) 13 Membrane electrofusion yields in membrane fractions obtained Cyclic voltammetry with RNA-modified mercury electrode (Fojta with a colloid-osmotic hemolysis and electrohemolysis procedure et al.) 69 (Abidor et al.) 31 Cyclization rate constant Design, synthesis and application of surface-active chemicals for Cyclic voltammetric oxidation of L-dopa at polycarbazole-mod- the promotion of electrofusion of plant protoplasts (Hoffmann- ified electrode: evaluation of the cyclization rate constant (Kawde Tsay et al.) 115 et al.) 83 Electrohemolysis Cyclocytidine Membrane electrofusion yields in membrane fractions obtained Electrochemical behaviour of cyclocytidine: kinetics of its hydro- with a colloid-osmotic hemolysis and electrohemolysis procedure lytic transformation to cytarabine (Marin, Teijeiro) 25 (Abidor et al.) 31 Cytarabine Electron transfer Electrochemical behaviour of cyclocytidine: kinetics of its hydro- Electrical oscillations across polypyrrole membranes caused by lytic transformation to cytarabine (Marin, Teijeiro) 25 electron donors and electron acceptors (Iseki et al.) 149 Cytochrome C Electrochemical reaction of cytochrome c at gold electrodes Electrochemical reaction of cytochrome c at gold electrodes modified with thiophene containing one functional group (Qu et modified with thiophene containing one functional group (Qu et al.) 153 al.) 153 Electro-oxidation In-situ UV-visible spectroelectrochemical and circular dichroic electrochemical study of bilirubin and bilirubin+ human serum Dextran albumin complex (Cheng et al.) 141 Polymer-supported electrofusion of barley protoplasts: a synergis- Electropermeabilization tic effect (Zhang) 109 Modification of electroporative response of erythrocytes by EDTA Dielectrophoresis in isotonic solutions (Nanda, Mishra) 189 Paired cell alignment using a jagged microarray electrode Electroporation (Matsumoto et al.) 199 Membrane electrofusion yields in membrane fractions obtained DNA synthesis with a colloid-osmotic hemolysis and electrohemolysis procedure Systemic reaction of Escherichia coli cells to weak electromag- (Abidor et al.) 31 netic fields of extremely low frequency (Alipov et al.) 5 Studies on electroporation of thermally and chemically treated Drug adsorption human erythrocytes (Nanda, Mishra) 129 Study of LBM interactions with some surface-active substances Electromediated permeabilization of frog skeletal muscle cell by the method of capacity minimization (SuZnjevié et al.) 19 membrane: effect of voltage-gated ion channels (Chen, Lee) 157 Modification of electroporative response of erythrocytes by EDTA EDTA in isotonic solutions (Nanda, Mishra) 189 Modification of electroporative response of erythrocytes by EDTA ELF magnetic fields in isotonic solutions (Nanda, Mishra) 189 Enhancement of anchorage-independent growth in JB6 cells ex- Elasticity posed to 60 hertz magnetic fields (West et al.) 39 Deformation of a lipid vesicle in an electric field: a theoretical Enzyme electrode study (Sokirko et al.) 101 Potentiometric studies at the glucose oxidase enzyme electrode Electrical fields (Kumar et al.) 195 Electromediated permeabilization of frog skeletal muscle cell Erythrocytes membrane: effect of voltage-gated ion channels (Chen, Lee) 157 Membrane electrofusion yields in membrane fractions obtained Electrical haemolysis with a colloid-osmotic hemolysis and electrohemolysis procedure Studies on electroporation of thermally and chemically treated (Abidor et al.) 31 human erythrocytes (Nanda, Mishra) 129 Escherichia coli growth Electrical injury Electrochemical bioassay system. Redox measurements of Es- Electromediated permeabilization of frog skeletal muscle cell cherichia coli growth by multichannel analyzer (Silva, Wong) 177 membrane: effect of voltage-gated ion channels (Chen, Lee) 157 Electric current effects Fermentation broth Effects of electric current passing through the fermentation broth Effects of electric current passing through the fermentation broth of a strain Acetobacter suboxydans (Beschkov, Peeva) 185 of a strain Acetobacter suboxydans (Beschkov, Peeva) 185 Electric field A model of amphiphilic-polypeptide-induced hydrophilic pores in Glucose oxidase membranes of dimyristoylphosphatidylcholine small unilamellar Potentiometric studies at the glucose oxidase enzyme electrode vesicles (Reynaud, Sy) 1 (Kumar et al.) 195 Electric field effects Glutathione Voltammetric studies of the adsorption and conformation of Electrochemical study of the nitro radical anion from nicardipine: polyribocytidylic acid at the mercury electrode surface (Temerk kinetic parameters and its interaction with glutathione (Squella et et al.) 77 al.) 13 Deformation of a lipid vesicle in an electric field: a theoretical Gramicidin study (Sokirko et al.) 101 Nonlinearity of current-voltage characteristics of the gramicidin Electrochemical potential channel and the structure of gramicidin molecule (Hianik et al.) Nonlinearity of current-voltage characteristics of the gramicidin 61 Human erythrocyte membranes Microarray electrode Influence of anthracyclinic antibiotics on membranes of human Paired cell alignment using a jagged microarray electrode erythrocytes: a combined radiowave electrical conductivity and (Matsumoto et al.) 199 electron microscopy study (Arancia et al.) 45 Molecular photoelectric devices Human erythrocytes Control of protein orientation in molecular photoelectric devices Studies on electroporation of thermally and chemically treated using Langmuir—Blodgett films of photosynthetic reaction centers human erythrocytes (Nanda, Mishra) 129 from Rhodopseudomonas viridis (Yasuda et al.) 135 Modification of electroporative response of erythrocytes by EDTA Mouse myeloma in isotonic solutions (Nanda, Mishra) 189 Paired cell alignment using a jagged microarray electrode Human serum albumin (Matsumoto et al.) 199 In-situ UV-visible spectroelectrochemical and circular dichroic Multichannel analyser electrochemical study of bilirubin and bilirubin+ human serum Electrochemical bioassay system. Redox measurements of Es- albumin complex (Cheng et al.) 141 cherichia coli growth by multichannel analyzer (Silva, Wong) 177 Hydrogen generation Electrochemical bioassay system. Redox measurements of Es- Nicardipine cherichia coli growth by multichannel analyzer (Silva, Wong) 177 Electrochemical study of the nitro radical anion from nicardipine: Hydrolysis kinetic parameters and its interaction with glutathione (Squella et Hydrolytic activity of phospholipase D from plants and Strepto- al.) 13 myces spp. against phosphatidylcholine monolayers at the polar- Nitro radical ized oil |water interface (Kondo et al.) 93 Electrochemical study of the nitro radical anion from nicardipine: Hydrolytic transformation kinetic parameters and its interaction with glutathione (Squella et Electrochemical behaviour of cyclocytidine: kinetics of its hydro- al.) 13 lytic transformation to cytarabine (Marin, Teijeiro) 25 Nucleic acid analysis Hydrophilic pores Cyclic voltammetry with RNA-modified mercury electrode (Fojta A model of amphiphilic-polypeptide-induced hydrophilic pores in et al.) 69 membranes of dimyristoylphosphatidyicholine small unilamellar vesicles (Reynaud, Sy) 1 Oil |water interface Hydrolytic activity of phospholipase D from plants and Strepto- lon channels myces spp. against phosphatidylcholine monolayers at the polar- Electromediated permeabilization of frog skeletal muscle cell ized oil |water interface (Kondo et al.) 93 membrane: effect of voltage-gated ion channels (Chen, Lee) 157 Osmolarity lon transfer Polymer-supported electrofusion of barley protoplasts: a synergis- Electrical oscillations across polypyrrole membranes caused by tic effect (Zhang) 109 electron donors and electron acceptors (Iseki et al.) 149 Osmotic hemolysis Membrane electrofusion yields in membrane fractions obtained with a colloid-osmotic hemolysis and electrohemolysis procedure JB6 cells (Abidor et al.) 31 Enhancement of anchorage-independent growth in JB6 cells ex- posed to 60 hertz magnetic fields (West et al.) 39 Phosphatidylicholine monolayer Hydrolytic activity of phospholipase D from plants and Strepto- Lactate dehydrogenase myces spp. against phosphatidylcholine monolayers at the polar- Amperometric biosensor based on carbon paste mixed with en- ized oil |water interface (Kondo et al.) 93 zyme, lipid and cytochrome c (Amine et al.) 123 Phospholipase D Lactate dehydrogenases Hydrolytic activity of phospholipase D from plants and Strepto- Ruthenium complexes as redox mediators for malate and lactate myces spp. against phosphatidylcholine monolayers at the polar- dehydrogenases (Rivera et al.) 169 ized oil |water interface (Kondo et al.) 93 Langmuir—Blodgett films Phospholipids Control of protein orientation in molecular photoelectric devices Study of LBM interactions with some surface-active substances using Langmuir—Blodgett films of photosynthetic reaction centers by the method of capacity minimization (SuZnjevié et al.) 19 from Rhodopseudomonas viridis (Yasuda et al.) 135 Photosynthetic reaction centers L-dopa Control of protein orientation in molecular photoelectric devices Cyclic voltammetric oxidation of L-dopa at polycarbazole-mod- using Langmuir—Blodgett films of photosynthetic reaction centers ified electrode: evaluation of the cyclization rate constant (Kawde from Rhodopseudomonas viridis (Yasuda et al.) 135 et al.) 83 Plant protoplasts Design, synthesis and application of surface-active chemicals for Malate dehydrogenase the promotion of electrofusion of plant protoplasts (Hoffmann- Ruthenium complexes as redox mediators for malate and lactate Tsay et al.) 115 dehydrogenases (Rivera et al.) 169 Plants Mercury electrode Hydrolytic activity of phospholipase D from plants and Strepto- Voltammetric studies of the adsorption and conformation of myces spp. against phosphatidylcholine monolayers at the polar- polyribocytidylic acid at the mercury electrode surface (Temerk ized oil |water interface (Kondo et al.) 93 et al.) 77 Polycarbazole-modified electrode Metal—micro-organism interactions Cyclic voltammetric oxidation of L-dopa at polycarbazole-mod- Voltammetric study of the interaction of cadmium with bacterial ified electrode: evaluation of the cyclization rate constant (Kawde cells (Agraz et al.) 53 et al.) 83 216 Polycarbonate film Small unilamellar vesicles Electrical oscillations across polypyrrole membranes caused by A model of amphiphilic-polypeptide-induced hydrophilic pores in electron donors and electron acceptors (Iseki et al.) 149 membranes of dimyristoylphosphatidylcholine small unilamellar Polymer-supported electrofusion vesicles (Reynaud, Sy) 1 Polymer-supported electrofusion of barley protoplasts: a synergis- Spectroelectrochemistry tic effect (Zhang) 109 In-situ UV-visible spectroelectrochemical and circular dichroic Polypyrrole membranes electrochemical study of bilirubin and bilirubin+ human serum Electrical oscillations across polypyrrole membranes caused by albumin complex (Cheng et al.) 141 electron donors and electron acceptors (Iseki et al.) 149 Streptomyces spp. Polyribocytidylic acid Hydrolytic activity of phospholipase D from plants and Strepto- Voltammetric studies of the adsorption and conformation of myces spp. against phosphatidylcholine monolayers at the polar- polyribocytidylic acid at the mercury electrode surface (Temerk ized oil|water interface (Kondo et al.) 93 et al.) 77 Structural defects Pore resealing A model of amphiphilic-polypeptide-induced hydrophilic pores in Membrane electrofusion yields in membrane fractions obtained membranes of dimyristoylphosphatidylcholine small unilamellar with a colloid-osmotic hemolysis and electrohemolysis procedure vesicles (Reynaud, Sy) 1 (Abidor et al.) 31 Surface-active chemicals Potential oscillations Design, synthesis and application of surface-active chemicals for Electrical oscillations across polypyrrole membranes caused by the promotion of electrofusion of plant protoplasts (Hoffmann- electron donors and electron acceptors (Iseki et al.) 149 Tsay et al.) 115 Potentiometric response Surfactants Potentiometric studies at the glucose oxidase enzyme electrode Design, synthesis and application of surface-active chemicals for (Kumar et al.) 195 the promotion of electrofusion of plant protoplasts (Hoffmann- Protein orientation control Tsay et al.) 115 Control of protein orientation in molecular photoelectric devices Synergy using Langmuir—Blodgett films of photosynthetic reaction centers Polymer-supported electrofusion of barley protoplasts: a synergis- from Rhodopseudomonas viridis (Yasuda et al.) 135 tic effect (Zhang) 109 Protein synthesis Systemic reaction of Escherichia coli cells to weak electromag- Temperature netic fields of extremely low frequency (Alipov et al.) 5 Studies on electroporation of thermally and chemically treated human erythrocytes (Nanda, Mishra) 129 Radiowave electrical conductivity Thiol reactive agents Influence of anthracyclinic antibiotics on membranes of human Studies on electroporation of thermally and chemically treated erythrocytes: a combined radiowave electrical conductivity and human erythrocytes (Nanda, Mishra) 129 electron microscopy study (Arancia et al.) 45 Thiophene-modified Au electrode Reaction kinetics Electrochemical reaction of cytochrome c at gold electrodes Electrochemical study of the nitro radical anion from nicardipine: modified with thiophene containing one functional group (Qu et kinetic parameters and its interaction with glutathione (Squella et al.) 153 al.) 13 Trace metals Redox mediators Voltammetric study of the interaction of cadmium with bacterial Ruthenium complexes as redox mediators for malate and lactate cells (Agraz et al.) 53 dehydrogenases (Rivera et al.) 169 Redox potential Electrochemical bioassay system. Redox measurements of Es- Vesicle deformation cherichia coli growth by multichannel analyzer (Silva, Wong) 177 Deformation of a lipid vesicle in an electric field: a theoretical Rhodopseudomonas viridis study (Sokirko et al.) 101 Control of protein orientation in molecular photoelectric devices Vesicle model using Langmuir—Blodgett films of photosynthetic reaction centers Deformation of a lipid vesicle in an electric field: a theoretical from Rhodopseudomonas viridis (Yasuda et al.) 135 study (Sokirko et al.) 101 RNA-modified electrode Voltage clamp Cyclic voltammetry with RNA-modified mercury electrode (Fojta Electromediated permeabilization of frog skeletal muscle cell et al.) 69 membrane: effect of voltage-gated ion channels (Chen, Lee) 157 Ruthenium complexes Voltammetric titration curves Ruthenium complexes as redox mediators for malate and lactate Voltammetric study of the interaction of cadmium with bacterial dehydrogenases (Rivera et al.) 169 cells (Agraz et al.) 53 TeOP e ) By re., oR ay Sas