Taurine in nutrition and neurology

摘要: I Physicochemical Properties of Taurine: Introduction.- Coordination and Binding Taurine as Determined by Nuclear Magnetic Resonance Measurements on 13C-Labeled Taurine.- II in Nutrition Development: Sources Turnover Rates Newborn, Weanling, Mature Rats.- Studies the Renal Handling Changes During Maturation After Altered Dietary Intake.- Tapetum Structure.- Deficiency: A Rationale for Depletion.- Man.- III Transport Metabolism Hypotaurine Aminotransferase.- Uptake Mouse Brain Slices.- The Sulfur-Containing Amino Acid Pathway Normal Malignant Cell Growth.- Reconstituted Membrane Vesicles.- IV Heart: Electrophysiological Effects Cardiac Purkinje Fibers Myocardial Loss during Ischemia. Is There a Relationship?.- Observations Action at Arterial Levels.- Elevated Blood Levels Infarction or Cardiovascular Surgery: any Significance?.- V Neurochemistry Interaction with Its Precursor, Cysteine Sulfinic Acid, Central , Nervous System.- Differential Light Dark Adaptations Function Retinal ?-Aminobutyric (GABA).- Changed Taurine-Glutamic Content Tissue Cytoarchitecture.- Taurine, Cysteinesulfinic Decarboxylase Glutamic Brain.- VI Neuropharmacology Role Tissue, Ionic Fluxes.- Receptors CNS Membranes: Studies.- Specific D-Ala2-Met-Enkephalinamide its Interactions Antagonistic Actions Angiotensin.- Thermoregulation: Behavioral Cellular Influence Centrally Administered Thermoregulation Fever.- Friedreich's Ataxia: An Update.- Discussions Session I: How are Concentrations Regulated?.- II: Are Pharmacological Related to Physiological Functions?.- III: What Does Do?.- IV: Do Analogs Cogeners Have Common?.- V: Essential Development?.- VI: Clinical List Participants.