Progress in Radiopharmacology 3

Kidney.- The kidney: pathophysiology.- Studies of the renal circulation with radioxenon: possibilities and limitations.- Biokinetics of Tc99m-DTPA in comparison with hippuran.- Determination of the radiochemical purity of hippuran by HPLC.- Technetium complexes for renal scintigraphy.- Endocrinology.- Thyroid physiology: hormonogenesis and iodine storage.- A six compartment model for the study of early kinetics of thyroid trap in humans — methodology and results.- The relationship between serum thyroglobulin and intrathyroidal stable iodine in euthyroid goitrous patients.- Why does some generator-produced pertechnetate-99m fail to concentrate in thyroid?.- The kinetics of thallium201 uptake in thyroid carcinoma.- Radiopharmaceutical dosimetry in the treatment of differentiated thyroid carcinoma with I-131.- Radiohalogenated L-?-methyltyrosines as potential pancreas imaging agents for PECT and SPECT.- Steroid metabolism in the adrenal cortex.- The pharmacokinetics of scintadren.- I-123(131) — metyrapone: factors affecting labeling.- Localization of radioiodinated estrogenic stilbenes in normal and neoplastic rat prostate.- Brain.- Physiology and pathophysiology of cerebral blood flow.- Technetium reagents for cerebral imaging: a review.- Measurement of regional cerebral function for neurological research using positron emission tomography and shortlived cyclotron produced isotopes.- 3-(11C)-methyl-D-glucose, an agent for the assessment of regional glucose transport across the blood-brain barrier.- The kinetics of 111In-DTPA for cisternography.- Complications after intrathecal administration of Tc99m DTPA.- Ein neues Radiopharmakon-Modell für die Augentumorszintigraphie.- Mathematics in radiopharmacology: a necessary symbiosis.- Model studies with dual labeling.-Author index.