USE OF THE SCINTILLATION CAMERA TO REDUCE RADIOISOTOPE SCANNING TIME.
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Equipment and Supplies↗
Biomedical subjects
H O ANGER
Publications and source records attributed to H O ANGER.
A COMPARISON OF RESULTS OF BRAIN SCANNING USING GA68-EDTA AND THE POSITRON SCINTILLATION CAMERA, WITH HG203-NEOHYDRIN AND THE CONVENTIONAL FOCUSED COLLIMATOR SCANNER.
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Brain↗
RENAL SCINTIPHOTOGRAPHY WITH THE GAMMA-RAY SCINTILLATION CAMERA AND HG203-NEOHYDRIN.
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Chlormerodrin↗
ORGAN VISUALIZATION USING SCINTILLATION CAMERA TECHNIQUES.
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Bone Marrow↗
PATTERNS OF MARROW HYPERTROPHY AND ATROPHY IN MAN.
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Anemia↗
HUMAN BONE MARROW DISTRIBUTION SHOWN IN VIVO BY IRON-52 AND THE POSITRON SCINTILLATION CAMERA.
Radioactive iron, which concentrates in erythropoietic marrow, is given intravenously, and 16 hours later pictures of its distribution are taken with the positron camera. The instrument is an imaging device that produces pictures of the distribution of positron-emitting nuclides without scanning. Wide variations in the distribution of marrow are found in various diseases.
Biomedical Research↗
THE SENSITIVITY OF THE POSITRON SCINTILLATION CAMERA FOR DETECTING SIMULATED BRAIN TUMORS WITH GALLIUM 68-EDTA.
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Brain Neoplasms↗
A GALLIUM-68 POSITRON COW FOR MEDICAL USE.
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Electrons↗
SCINTILLATION CAMERA WITH MULTICHANNEL COLLIMATORS.
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Equipment and Supplies↗
LOCALIZATION OF BRAIN TUMORS WITH THE POSITRON SCINTILLATION CAMERA.
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Brain Neoplasms↗
Superimposed optical and gamma-ray-scanner images.
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Gamma Rays↗
In vivo counting methods in medical research.
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Biomedical Research↗
Pituitary irradiation with high-energy proton beams: a preliminary report.
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Pituitary Gland↗
Effects of high-energy particles, X-rays, and aging on lens epithelium.
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Aging↗
Partial body irradiation of the rat with 190 MeV. deuterons.
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Animals↗
Irradiation of the pituitary of the rat with high energy deuterons.
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Animals↗
A multiple scintillation counter in vivo scanner.
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Radiometry↗
Use of a gamma-ray pinhole camera for in vivo studies.
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Autoradiography↗