12 Titel in Klassifikation (DDC) → Naturwissenschaften und Mathematik → Biowissenschaften; Biologie → Biochemie
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An integral physico-chemical model for bioexcitability
Neumann, Eberhard ; Conrad, Michael (Hrsg.)
1974
Binding of [3H] acetylcholine to acetylcholine receptor from torpedo californica under equilibrium condition: stoichiometry and evidence for long-lived metastable states
Chang, Hai Won ; Bock, Ernest ; Neumann, Eberhard ; Changeux, Jean-Pierre (Hrsg.)
1985
Biophysical considerations of membrane electroporation
Neumann, Eberhard ; Sprafke, Andreas ; Boldt, Elvira ; Wolf, Hendrik ; Chang, Donald C. (Hrsg.)
1992
The dimer of torpedo acetylcholine receptor: synchronizd double channel
Neumann, Eberhard ; Spillecke, Frank ; Schindler, Hansgeorg ; Changeux, Jean-Pierre (Hrsg.)
1985
Electrotransformation of culture cells
Neumann, Eberhard ; Boldt, Elvira
In: Modern methods in protein chemistry: review articles, Jg. vol. 3: Conference on "Modern Methods in Protein Chemistry" held at ... Bielefeld, November 6 - 8, 1986, S. 359-376
1988
Elementary analysis of chemical electric field effects in biological macromolecules. 1: Thermodynamic foundations
Neumann, Eberhard ; Gutmann, Felix (Hrsg.)
1986
Elementary analysis of chemical electric field effects in biological macromolecules. 2: Kinetic aspects of electro-optic and conductometric relaxations
Neumann, Eberhard ; Gutmann, Felix (Hrsg.)
1986
Elementary chemical reactions of acetylcholine with receptor and esterase: relationship to neuronal information transfer
Neumann, Eberhard ; Rosenberry, Terrone L. ; Chang, Hai Won ; Karlin, Arthur (Hrsg.)
1978
Foundations of the ion flux method
Bernhardt, Julius ; Neumann, Eberhard ; Changeux, Jean-Pierre (Hrsg.)
1985
Interaction of electric fields with membrane-bound polyionic proteins
Neumann, Eberhard ; Tsuji, Kinko ; Krause, Sonja (Hrsg.)
1981
Recognition hysteresis of the acetylcholine receptor of torpedo californica
Neumann, Eberhard ; Boldt, Elvira ; Rauer, Barbara ; Wolf, Hendrik ; Chang, Hai Won ; Jennissen, Herbert P. (Hrsg.)
1988
Towards a molecular model of nerve excitability
Neumann, Eberhard ; Jaenicke, Lothar (Hrsg.)
1974

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12 Titel in Klassifikation (DDC) → Naturwissenschaften und Mathematik → Biowissenschaften; Biologie → Biochemie
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An integral physico-chemical model for bioexcitability

Binding of [3H] acetylcholine to acetylcholine receptor from torpedo californica under equilibrium condition: stoichiometry and evidence for long-lived metastable states

Biophysical considerations of membrane electroporation

The dimer of torpedo acetylcholine receptor: synchronizd double channel

Electrotransformation of culture cells

Elementary analysis of chemical electric field effects in biological macromolecules. 1: Thermodynamic foundations

Elementary analysis of chemical electric field effects in biological macromolecules. 2: Kinetic aspects of electro-optic and conductometric relaxations

Elementary chemical reactions of acetylcholine with receptor and esterase: relationship to neuronal information transfer

Foundations of the ion flux method

Interaction of electric fields with membrane-bound polyionic proteins

Recognition hysteresis of the acetylcholine receptor of torpedo californica

Towards a molecular model of nerve excitability

12 Titel in Klassifikation (DDC) → Naturwissenschaften und Mathematik → Biowissenschaften; Biologie → Biochemie KlassifikationSchliessenFilter1

12 Titel in Klassifikation (DDC) → Naturwissenschaften und Mathematik → Biowissenschaften; Biologie → Biochemie
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