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Diagnosis of Liver Disease by Radioisotope Scanning
HENRY N. WAGNER, JR., M.D.;
JOHN G. McAFEE, M.D.;
JAMES M. MOZLEY, Ph.D.
Arch Intern Med. 1961;107(3):324-334.
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In 1950 Cassen and his associates described an instrument that could measure the spatial distribution of radioactive iodine in the thyroid gland.1 Since that time, several different scanning devices have been developed and applied to problems in medical diagnosis.2-5
Advances have been chiefly along 3 lines: (1) the development of improved radiation detection equipment; (2) the production of radiopharmaceutical compounds that concentrate in organs, such as the liver and kidneys; and (3) a more complete understanding of the factors necessary to obtain good scanning images. It is now possible to construct scanning devices capable of detecting small differences in the spatial distribution of radioactivity in internal organs and presenting the data in a form that can be readily interpreted.
The photoscanner developed at the Johns Hopkins Hospital is used for numerous scanning procedures—for the detection of brain tumors,6 for thyroid scanning, for the differentiation of pericardial effusion
. . . [Full Text PDF of this Article]
Author Affiliations
BALTIMORE
Diagnostic Radioisotope Laboratory, The Johns Hopkins Hospital.
Footnotes
Submitted for publication June 8, 1960.
Supported by U.S. Public Health Service Research Grant #A-3128 and the American Cancer Society Grant #IN-11A. Presented in part before the Association of American Physicians, May 3, 1960, at Atlantic City, N.J.
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