ElectropharmacologyCRC Press, 25/09/1990 - 432 من الصفحات This extraordinary book covers the extremely broad subject of electropharmacology-defined here as the application of principles and methods of electrochemistry to biological topics associated with the action of drugs. It focuses on the physical principles of the movement of electrical charges across interfaces in pharmacological phenomena. It also covers drugs and the electrical procedures which modify a natural process having an electrochemical basis or component. This outstanding report studies the pharmacologically important properties and effects by electrochemical methods, the electrochemical alternatives or adjuncts to drug therapy, and the pharmacology involved. Easy to read and understand, this is an ideal reference for all researchers and practitioners of pharmacology and related fields. |
المحتوى
THE ELECTROCHEMICAL BACKGROUND TO THE STUDY | 26 |
Fundamental Aspect of Electrochemical Electron Transfer | 42 |
Model Studies for Biological Systems | 50 |
B Models for Biomembranes | 61 |
Electrochemical Aspect of Certain Biological Processes | 74 |
Chapter 2 | 85 |
Electrochemistry of Membranes and Excitable Cells | 107 |
The Effect of Electrical Fields on the Molecular Organization and Pharmacological | 139 |
Chapter 10 | 219 |
Chapter 11 | 247 |
Electrophysiological Aspects of Cardiac Diagnosis and Treatment | 269 |
Chapter 14 | 313 |
Chapter 15 | 337 |
| 391 | |
Introduction | 392 |
Temperature Transducers | 403 |
عبارات ومصطلحات مألوفة
acetylcholine acid Acta action potential activity adsorbed adsorption agents anionic anodic antiarrhythmic antibiotics application aqueous bilayer binding Biochem Bioelectrochemistry Biol biological biological membranes Biophys Bockris brain Ca++ capacitance carbenicillin cardiac cathodic cations cellular changes charge transfer complexes Chem chemical interactions chlorpromazine clinical compounds concentration conduction cytochrome depolarization drugs effect electric field electrochemical Electrochemistry electrode reactions electron transfer energy enzyme epilepsy epileptic Equation equilibrium experimental Figure flow function glucose glucose oxidase Gutmann heparin hydrophobic inactivation increase interface intracellular involved ionic ions Keyzer kinetics layer lipid lipid bilayer measurements mechanism melanin membrane potential metabolic mitochondria molecular molecules muscle nerve neurons overpotential oxidation pain pathways Pharm Pharmacol pharmacological phenothiazines Phys Physiol plasmid Plenum Press polypyrrole pore processes produced properties protein proton receptors redox seizures semiconductor solution stimulation structure studies surface techniques theory thermodynamics tissue transport tricyclic ventricular vesicles York