Positron Emission Tomography of the Brain

摘要: Principles.- Biochemical Principles for the Measurement of Metabolic Rates in Vivo.- Experimental Application Triple-Labeled Quantitative Autoradiography Cerebral Blood Flow, Glucose Metabolism and Protein Biosynthesis.- Methodology.- New Design Concepts Quantitive Positron Emission Computed Tomography Brain.- Characteristics a Multiring Camera System Performances HEADTOME, Hybrid Tomograph Radiochemicals.- Labeled Compounds Tomography.- Parameters Radiopharmaceutical Design.- Flow.- Regional Flow Dynamic The Man Using an Vivo Autoradiographic Technique with Fluoromethane A Method Local Evaluation Volume Rapidly Exchangeable Water Human Oxygen Consumption.- Consumption Man.- Clinical Utilization by Stroke Patients.- Evolving Irreversible Ischemic Infarction.- Metabolism.- Mapping Normal Aging Cerebrovascular, Degenerative, Epileptic Disorders.- Sensory Stimulation Deprivation as Demonstrated Metabolism: to Study Stroke.- Remote Functional Depression its Alteration Activating Drugs.- Perfusion Uptake Determination 11C-Methyl-Glucose Glycolytic Rate Histologic Grade Gliomas: [18F] Fluorodeoxyglucose Studies Brain Energy Schizophrenia.- Correlations Patterns Use Patients Schizophrenia Subjects During Mild Pain Stimulation.- Psychiatric Populations.- Synthesis Receptor Studies.- Dementia Schizophrenia: In 11C-L-Methionine Pharmacokinetics 11C-Labeled Diphenylhydantoin Pimozide Mini-Papers.- Potential Bromine-75-Labeled Radiopharmaceuticals.- Prerequisites Synthesis.- Discrepancy Between Availability Calculated Acute Ischemia.- Relationship Following Stroke.