Molecular Basis of Nerve Activity

Name: Molecular Basis of Nerve Activity | Proceedings of the International Symposium in Memory of David Nachmansohn (1899-1983). Berlin, Federal Republic of Germany, October 11-13, 1984
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Proceedings of the International Symposium in Memory of David Nachmansohn (1899-1983). Berlin, Federal Republic of Germany, October 11-13, 1984

J.-P. Changeux Ferdinand Hucho A. Maelicke E. Neumann(Herausgeber*in)

De Gruyter (Verlag)

1. Auflage

Erschienen am 8. Juli 2019

XXIV, 784 Seiten

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Intro
PREFACE
Symposium Guests of Honour
Symposium activities
ON DAVID NACHMANSOHN'S RELATIONSHIP TO BERLIN
CONTENTS
David Nachmansohn (1899-1983): a pioneer of neurochemistry
I. THE MOTOR ENDPLATE AND PRESYNAPTIC MECHANISMS
REMODELLING OF NEUROMUSCULAR JUNCTIONS DURING REPAIR OF MUSCLE FIBRES
INTERMITTENT, CALCIUM INDEPENDENT RELEASE OF ACETYLCHOLINE FROM MOTOR NERVE TERMINALS
PROSTAGLANDINS MEDIATE THE MUSCARINIC INHIBITION OF ACETYLCHOLINE RELEASE FROM TORPEDO NERVE TERMINALS
MOLECULAR MECHANISMS UNDERLYING ACETYLCHOLINE RELEASE
ADENOSINE-5'-TRIPHOSPHATE AT THE CHOLINERGIC SYNAPSE: A CO-TRANSMITTER?
SOLUBILIZATION, AFFINITY LABELLING AND PURIFICATION OF THE DIHYDROPYRIDINE RECEPTOR OF THE VOLTAGE-DEPENDENT CALCIUM CHANNEL FROM RABBIT SKELETAL MUSCLE TRANSVERSE TUBULE MEMBRANES
IS ATP A GENERAL MOLECULAR CONSTITUENT OF CHOLINERGIC SYNAPTIC VESICLES?
SINGLE CHANNEL FORMATION OF COOPERATIVELY INTERACTING UNITS OF THE HIGHLY-PURIFIED Na-CHANNEL PROTEIN
K⊃&+&/sup&-CHANNELS IN RAT VENTRICULAR CELLS SHOW VOLTAGE-DEPENDENT OUTWARD RECTIFICATION AND NON-LINEAR VOLTAGE TO CURRENT RELATION
A PURIFICATION PROCEDURE OF THE TETRODOTOXIN BINDING COMPONENT CONTAINED IN THE ELECTROPLAXES OF ELECTROPHORUS ELECTRICUS
HIGH-YIELD SYNTHESIS OF A NEW Na-CHANNEL MARKER : (⊃&3&/sup&H)ETHYLENEDIAMINE DITETRODOTOXIN OR ED-diTTX
INSECT OLFACTORY CELLS: ELECTROPHYSIOLOGICAL AND BIOCHEMICAL STUDIES
EFFECTS OF EXTRACELLULAR ATP ON ⊃&86&/sup&Rb INFLUX IN CHICK MYOTUBES
INDICATIONS OF A COTRANSMITTER ROLE IN NEUROMUSCULAR TRANSMISSION
II. THE ACETYLCHOLINE RECEPTOR: STRUCTURAL ASPECTS
A MONOCLONAL ANTIBODY SPECIFIC FOR ONE OF THE TWO AGONIST BINDING SITES AT THE ACETYLCHOLINE RECEPTOR
THE MOLECULAR BIOLOGY OF ACETYLCHOLINE RECEPTORS
ANTIBODIES TO SYNTHETIC PEPTIDES AS PROBES OF NICOTINIC ACETYL-CHOLINE RECEPTOR STRUCTURE
REGULATION OF THE NICOTINIC ACETYLCHOLINE RECEPTOR BY PHOSPHORYLATION
MOLECULAR INTERACTIONS BETWEEN THE MAJOR PROTEINS OF THE POSTSYNAPTIC DOMAIN IN TORPEDO MARMORATA ELECTROMOTOR SYNAPSE
THE GLYCINE RECEPTOR OF RAT SPINAL CORD: PROGRESS IN THE INVESTIGATION OF A NEURONAL ION CHANNEL PROTEIN
ANTIBODIES TO SYNTHETIC PEPTIDES AS PROBES FOR THE a-SUBUNIT AND FOR THE CHOLINERGIC BINDING SITE OF THE ACETYLCHOLINE RECEPTOR
POSTSYNAPTIC MODULATION OF NEURONAL FIRING PATTERN BY ADENOSINE
MAJOR PROTEINS OF THE ELECTRIC ORGAN FROM TORPEDO MARMORATA - POSSIBLE ASSOCIATIONS WITH THE POSTSYNAPTIC MEMBRANE
PROTEIN-BLOT ANALYSIS OF THE NICOTINIC ACETYLCHOLINE RECEPTOR
III. THE ACETYLCHOLINE RECEPTOR: FUNCTIONAL ASPECTS
ACETYLCHOLINE RECEPTOR (FROM ELECTROPIIORUS ELECTRICUS) : A COMPARISON OF SINGLE-CHANT JE], CUPREMT RECORDINGS A W CHE1TICAL KINETIC t'JEASURFMENTS
PHOTOAFFINITY LABELING OF RECEPTOR STATES WITH MILLISECOND TIME RESOLUTION
BINDING OF [⊃&3&/sup&H] ACETYLCHOLINE TO ACETYLCHOLINE RECEPTOR FROM TORPEDO CALIFORNICA UNDER EQUILIBRIUM CONDITIONS: STOICHIOMETRY AND EVIDENCE FOR LONG-LIVED METASTABLE STATES
THE DIMER OF TORPEDO ACETYLCHOLINE RECEPTOR: SYNCHRONIZED DOUBLE CHANNEL
SYNCHRONIZATION OF ELECTRICALLY AND CHEMICALLY EXCITABLE ION CHANNELS
EFFECTS OF HISTRIONICOTOXIN ON THE SYNAPTIC AND CONDUCTING MEMBRANES OF THE ELECTROPLAX
THIAMINE TRIPHOSPHATE AS SPECIFIC OPERATING SUBSTANCE IN AXONAL CONDUCTION
DOSE RESPONSE CURVES AT THE NEUROMUSCULAR JUNCTION
NBD-5-ACYLCHOLINE IS A FLUORESCENT AGONIST OF THE MEMBRANE-BOUND ACETYLCHOLINE RECEPTOR FROM TORPEDO MARMORATA
DO SIGMOID DOSE-RESPONSE CURVES REQUIRE THE ASSUMPTION OF ALLOSTERICITY?
FOUNDATIONS OF THE ION FLUX METHOD
SURFACE PROCESSES IN ION TRANSPORT AND EXCITATION
CHEMICAL KINETIC INVESTIGATIONS OF THE EFFECTS OF CIS AND TRANS BIS-Q CN THE ACETYLCHOLINE RECEPTOR IN ELECTROPHORUS ELECTRICUS VESICLES
DETERMINATION OF THIAMINE AND ITS PHOSPHATE ESTERS BY REVERSED-PHASE HPLC AT FEMTOMOLE LEVELS. APPLICATION TO BIOELECTROGENESIS
IV. IMMUNOLOGY OF THE ACETYLCHOLINE RECEPTOR: MYASTHENIA GRAVIS AND SYNAPTIC PLASTICITY
REGULATION OF THE IMMUNE RESPONSE TO THE ACETYLCHOLINE RECEPTOR AND OF EXPERIMENTAL MYASTHENIA
CONGENITAL AND AUTOIMMUNE DISEASES OF THE NEUROMUSCULAR JUNCTION
ANTI-IDIOTYPIC ANTIBODY TO THE ACETYLCHOLINE AND ADENOSINE RECEPTORS
ANALYSIS OF THE PROPHYLACTIC AND THERAPEUTIC ACTION OF ELEC1RCLECHN IN EXPERIMENTAL AUTOIMMUNE MYASTHENIA GRAVIS
Regulation of Acetylcholine Receptors on Muscle in vitro by Central Nervous System Factors
USE AND DISUSE AND THE CONTROL OF ACETYLCHOLINESTERASE ACTIVITY IN FAST AND SLOW TWITCH MUSCLE OF RAT
THE EXPRESSION OF MICROTUBULE PROTEINS DURING THE DEVELOPMENT OF THE NERVOUS SYSTEM
V. ACETYLCHOLINESTERASE AND CHOLINE ACETYLTRANSFERASE
ACETYLCHOLINESTERASE OF MUSCLE AND NERVE
EXPRESSION OF ACETYLCHOLINESTERASE IN MURINE NEURAL CELLS IN VIVO AND IN CULTURE
THE INVOLVEMENT OF PHOSPHATIDYLINOSITOL IN THE ANCHORING OF HYDROPHOBIC FORMS OF ACETYLCHOLINESTERASE TO THE PLASMA MEMBRANE
THE HYDROPHOBIC DOMAIN OF HUMAN ERYTHROCYTE ACETYLCHOLINESTERASE CONTAINS NONAMINO ACID COMPONENTS
CHOLINESTERASE: TWO SURPRISING INHIBITORS
CORRELATION OF ASSUMED FUNCTIONS OF ACETYLCHOLINESTERASE WITH ITS CELLULAR AND SUBCELLULAR DISTRIBUTION
THE MECHANISM OF ACTION OF CHOLINE ACETYLTRANSFERASE
ACETYLCHOLINESTERASE IN REGENERATING SKELETAL MUSCLES
Distribution and regulation of acetylcholinesterase forms in chick myotubes : comparison with rat myotubes
ACETYLCHOLINESTERASE IN MAMMALIAN SKELETAL MUSCLE AND SYMPATHETIC GANGLION CELLS. EXTRA AND INTRACELLULAR HYDROPHILIC AND HYDROPHOBIC ASYMMETRIC FORMS
INHIBITION AND PHOTOAFFINITY LABELING OF ACETYLCHOLINESTERASE BY PHENCYCLIDINE AND TRIPHENYLMETHYLPHOSPHONIUM
A COMPARATIVE STUDY OF THE AGEING OF DFP-INHIBITED SERINE HYDROLASES BY MEANS OF ⊃&31&/sup&P-NMR AND MASS SPECTROMETRY
LIPID MECHANISM AND ACETYLCHOLINESTERASE FUNCTION
AUTHOR INDEX
SUBJECT INDEX

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