20%
51.90
CHF41.50
Download est disponible immédiatement
Molecular Aspects of Bioelectricity describes the self-organization in molecular and cellular networks. This book evaluates the chemical representation of ion flux gating in excitable biomembranes and addresses the theoretical implication of liganding reactions in axonal sodium channel gating. It also strongly demonstrates the ligand interactions of crustacean axonal membrane.
The opening chapters deal with the biochemical studies of the structure, mechanism, and differentiation of the voltage-sensitive sodium channel; and biochemical cycle of impedance variation in axonal membranes. The succeeding chapters examine the effect of various compounds on the phosphorylation of nerve proteins and the molecular aspects of the actions of cyclic nucleotides at synapses. These topics are followed by discussions of the acetylcholine and choline acetyltransferase, as well as the polymorphism of cholinesterase in vertebrates. The closing chapters are devoted to the physical factors determining gated flux from and into sealed membrane fragments.
The book can provide useful information to biologists, students, and researchers.
Contenu
Chapter 1: OPENING ADDRESS
Chapter 2: SESSIONAL CHAIRMAN's REMARKS
Chapter 3: CHAIRMAN'S INTRODUCTION TO SESSION
Chapter 4: INTRODUCTORY REMARKS
Chapter 5: FROM THE ADDRESS AT THE FAREWELL DINNER IN HONOR OF PROFESSOR DAVID NACHMANSOHN
Chapter 6: SELFORGANIZATION IN MOLECULAR AND CELLULAR NETWORKS
Chapter 7: CHEMICAL REPRESENTATION OF ION FLUX GATING IN EXCITABLE BIOMEMBRANES
Chapter 8: THEORETICAL IMPLICATION OF LIGANDING REACTIONS IN AXONAL SODIUM CHANNEL GATING
Chapter 9: LIGAND INTERACTIONS OF CRUSTACEAN AXONAL MEMBRANES
Chapter 10: BIOCHEMICAL STUDIES OF THE STRUCTURE, MECHANISM AND DIFFERENTIATION OF THE VOLTAGE-SENSITIVE SODIUM CHANNEL
Chapter 11: Na-CHANNELS IN MEMBRANE FRAGMENTS FROM ELECTROPHORUS ELECTRICUS ELECTROPLAQUES: BIOCHEMICAL STUDIES
Chapter 12: THE BIOCHEMICAL CYCLE OF IMPEDANCE VARIATION IN AXONAL MEMBRANES
Chapter 13: EFFECT OF VARIOUS COMPOUNDS ON THE PHOSPHORYLATION OF NERVE PROTEINS
Chapter 14: PROTEIN PHOSPHORYLATION IN NERVE AND ELECTRIC ORGAN : ISOLATION AND PARTIAL CHARACTERIZATION OF A HIGH AFFINITY SYSTEM FOR ATP
Chapter 15: INSEPARABILITY OF ACETYLCHOLINESTERASE AND NERVE EXCITATION
Chapter 16: MOLECULAR ASPECTS OF THE ACTIONS OF CYCLIC NUCLEOTIDES AT SYNAPSES
Chapter 17: ACETYLCHOLINE AND CHOLINE ACETYLTRANSFERASE
Chapter 19: CHOLINESTERASES OF NEUROMUSCULAR JUNCTION
Chapter 20: THE POLYMORPHISM OF CHOLINESTERASE IN VERTEBRATES
Chapter 21: ELECTRIC-FIELD INDUCED EFFECTS IN ACETYLCHOLINESTERASE
Chapter 22: ACETYLCHOLINESTERASE - THE ACYL-ENZYME INTERMEDIATE
Chapter 23: NEW FLUORESCENT ORGANOPHOSPHATES AS PROBES FOR STUDYING AGING-INDUCED CONFORMATIONAL CHANGES IN INHIBITED ACETYLCHOLINESTERASE
Chapter 24: INTERACTION OF ELECTRIC EEL ACETYLCHOLINESTERASE WITH NATURAL AND SYNTHETIC LIPIDS
Chapter 25: HUMAN BRAIN WEIGHT AND ACETYLCHOLINESTERASE IN RELATION TO AGING
Chapter 26: ACETYLCHOLINESTERASE REACTIVATION IN THE BRAIN OF PARATHION POISONED DOGS
Chapter 27: FUNCTIONAL PROPERTIES OF THE ACETYLCHOLINE RECEPTOR PROTEIN
Chapter 28: KINETIC MECHANISM OF ACETYLCHOLINE RECEPTOR-CONTROLLED ION FLUX: FLOW QUENCH KINETIC MEASUREMENTS OF ACETYLCHOLINE-INDUCED FLUX IN MEMBRANE VESICLES
Chapter 29: PHYSICAL FACTORS DETERMINING GATED FLUX FROM OR INTO SEALED MEMBRANE FRAGMENTS
Chapter 30: ON THE KINETICS OF CHOLINERGIC EXCITATION
Chapter 31: INTERACTIONS OF FLUORESCENT CHOLINERGIC ANTAGONISTS WITH THE MEMBRANE-BOUND ACETYLCHOLINE RECEPTOR
Chapter 32: FACTORS INFLUENCING THE STABILITY OF ISOLATED ACETYLCHOLINE RECEPTOR FROM TORPEDO californica
Chapter 33: QUATERNARY STRUCTURE AND RECONSTITUTION OF ACETYLCHOLINE RECEPTOR FROM TORPEDO CALIFORNICA
Chapter 34: A NOVEL CONCEPT OF MEMBRANE RECONSTITUTION APPLIED TO ACETYLCHOLINE RECEPTOR FROM TORPEDO AND MATRIX PROTEIN FROM ESCHERICHIA COLI
Chapter 35: GLIAL CONTROL OF NEURONAL EXCITABILITY IN MAMMALS: I. ELECTROPHYSIOLOGICAL AND ISOTOPIC EVIDENCE IN CULTURE
Chapter 36: GLIAL CONTROL OF NEURONAL EXCITABILITY IN MAMMALS II. ENZYMATIC EVIDENCE : TWO MOLECULAR FORMS OF THE (Na+,K+)-ATPase IN BRAIN
Chapter 38: GLUCOSE TRANSPORT IN CELLS OF THE NERVOUS SYSTEM
Chapter 39: DISTRIBUTION OF AN ENDOGENOUS LECTIN DURING MYOGENESIS AS MEASURED BY ANTILECTIN ANTIBODIES
LIST OF PARTICIPANTS
INDEX