New England Journal of Medicine · 1955 · 19 citations · 7 references
MedicineNuclear MedicinePharmacologyRadiobiologyRadionuclide TherapyTherapeutic Nuclear MedicineContrast AgentsContrast MediaContrast RadiographyRadiopharmaceuticalsThyroid ImagingThyroid ScintigraphyIodide UptakeIodinated Contrast AgentsIodinated Contrast MediaIodine-131 RadiopharmaceuticalsIodine-based ImagingThyroid Radionuclide UptakeThyroid Uptake KineticsX-ray Contrast Agents
AFTER the administration of iodine-containing x-ray contrast mediums, such as iodoalphionic acid (Priodax), iodopyracet (Diodrast) and iodinated oil (Lipiodol), a decrease in the thyroid uptake of radio-active iodine (I131) and an increase in the serum precipitable iodine occur. These effects are considered to be a result of the liberation of iodide from these organic molecules.1 In a recently developed x-ray contrast medium, iodipamide (Cholografin, disodium N, N'-adipyl-bis [3-amino-2,4,6,-triiodo] benzoic acid),§ the iodine content was found to remain firmly bound in the molecule after its intravenous injection.2 This observation suggested that this medium might not alter the thyroid uptake of . . .
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Chloric Acid Method for Determination of Protein-Bound Iodine
B. Zak, H. H. Willard, Gordon B. Myers et al. · Analytical Chemistry · 1952 · 147 citations
Artifactual values of serum precipitable iodine.
Man Eb, Peters Jp · PubMed · 1950 · 24 citations
Public Health, Pharmaceutical Analysis, Micronutrient Deficiency +2