Results 171 to 180 of about 30,877 (233)
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Technetium 99m isotope venography

The American Journal of Surgery, 1974
Abstract Technetium 99m isotope venography was performed in 116 extremities. By x-ray contrast venographic confirmation in forty-eight extremities, it was accurate in 92 per cent of the patients with a “definitive” diagnosis of thrombosis and in 78 per cent with normal results of the study.
W C, Johnson   +3 more
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Technetium-99m Joint Images

Radiology, 1969
Scintillation imaging has been used as an aid in detecting and documenting patterns of abnormality for many organ systems of the body. The synovial membrane of the joints of the extremities may be studied by means of tracers of 131I- or 99mTc-tagged albumin (1, 2).
W S, Maxfield, T E, Weiss
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Chemistry of technetium 99m

Seminars in Nuclear Medicine, 1974
The detection of a number of impurities in 99m Tc effluents from 99 Mo generators is important for proper use of the generator systems. Their identification is described in this review. Technetium in sulfur colloid is probably present as Tc 2 S 7 .
J, Steigman, P, Richards
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Technetium‐99m Generator

Journal of the Chinese Chemical Society, 1968
AbstractA systematic study was made to prepare technetium‐99m generator for domestic uses in the fields of nuclear medicine and biological tracer work by using molybdenum‐99 produced by Tsing Hua Open‐pool Reactor (THOR). Alumina was used as generator bed and technetium‐99m was milked by physiologic saline solution.
Wen‐Pin Cheng, Si Jung Yeh
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Technetium-99m MDP vs Technetium-99m Dicarboxypropane Diphosphonate

Clinical Nuclear Medicine, 1986
The performance of Tc-99m MDP vs Tc-99m dicarboxypropane diphosphonate (DPD) was evaluated in 20 patients with various skeletal bone diseases. Each patient was investigated twice, with an interval of three days between studies and using the same protocol, hence each case served as its own control.
G, Godart   +4 more
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Leukocyte labeling with technetium-99m

International Journal of Nuclear Medicine and Biology, 1976
Abstract Erythrocyte labeling with 51Cr or 99mTc is a well-established procedure in nuclear medicine. The labeled cells are useful in the measurement of red cell mass, in erythrocyte survival studies, and in the localization of erythrocyte pools. Attempts to label the leukocyte with the same radionuclides have not been as successful.
H J, Glenn   +3 more
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Technetium-99m Pyridoxylideneglutamate (P.G.) Cholescintigraphy

Radiology, 1976
Technetium-99m P.G. cholescintigraphy was performed in 27 human volunteers and 81 patients referred for hepatobiliary tract disease. The gallbladder, biliary system, and gastrointestinal tract were well visualized in the normal patients and volunteers.
R C, Stadalnik   +5 more
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Technetium-99m Superior Vena Cavography

Radiology, 1969
Detection of the site of blockage that produces obstruction of the superior vena cava has usually been determined by venous angiography (1–3). The angiogram provides accurate information concerning alterations in circulation, but obstruction increases the risk of complications from the procedure.
W S, Maxfield, G R, Meckstroth
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Technetium-99m: An historical perspective

The International Journal of Applied Radiation and Isotopes, 1982
The importance of /sup 99/Tc in the development of diagnostic nuclear medicine, over the past 30 yrs. is discussed. Tc-99 is the ideal radiotracer and since the introduction and development of the BNL /sup 99/Mo//sup 99/Tc Radioisotope Generator in the 1950's, and the development of /sup 99/Tc labelled compounds for thyroid, brain and bone-marrow ...
P, Richards   +2 more
openaire   +2 more sources

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