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- NCIT_C62667 IAO_0000115 "An imaging technique that uses a small dose of a radioactive chemical (isotope) called a tracer that can detect sites of cancer growth, trauma, infection or degenerative disorders. The tracer, which is either injected into a vein or swallowed, travels through the bloodstream to the target organ, and emits gamma rays, which are detected by a gamma camera and analyzed by a computer to form an image of the target organ." @default.
- NCIT_C62667 NCIT_NHC0 "C62667" @default.
- NCIT_C62667 NCIT_P106 "Diagnostic Procedure" @default.
- NCIT_C62667 NCIT_P107 "Radionuclide Imaging" @default.
- NCIT_C62667 NCIT_P108 "Radionuclide Imaging" @default.
- NCIT_C62667 NCIT_P207 "C0034606" @default.
- NCIT_C62667 NCIT_P322 "CDISC" @default.
- NCIT_C62667 NCIT_P322 "CTRP" @default.
- NCIT_C62667 NCIT_P325 "A procedure that produces pictures (scans) of structures inside the body, including areas where there are cancer cells. Scintigraphy is used to diagnose, stage, and monitor disease. A small amount of a radioactive chemical (radionuclide) is injected into a vein or swallowed. Different radionuclides travel through the blood to different organs. A machine with a special camera moves over the person lying on a table and detects the type of radiation given off by the radionuclides. A computer forms an image of the areas where the radionuclide builds up. These areas may contain cancer cells." @default.
- NCIT_C62667 NCIT_P325 "An imaging technique that uses a small dose of a radioactive chemical (isotope) called a tracer that can detect sites of cancer growth, trauma, infection or degenerative disorders. The tracer, which is either injected into a vein or swallowed, travels through the bloodstream to the target organ, and emits gamma rays, which are detected by a gamma camera and analyzed by a computer to form an image of the target organ. (NCI)" @default.
- NCIT_C62667 NCIT_P366 "Radionuclide_Imaging" @default.
- NCIT_C62667 normalizedInformationContent "77.493725483418473" @default.
- NCIT_C62667 referenceCount "30" @default.
- NCIT_C62667 hasExactSynonym "NM" @default.
- NCIT_C62667 hasExactSynonym "Nuclear Medicine" @default.
- NCIT_C62667 hasExactSynonym "Radionuclide Imaging" @default.
- NCIT_C62667 hasExactSynonym "Radionuclide Scanning" @default.
- NCIT_C62667 hasExactSynonym "SCINTIGRAPHY" @default.
- NCIT_C62667 hasExactSynonym "Scan" @default.
- NCIT_C62667 hasExactSynonym "Scanning" @default.
- NCIT_C62667 hasExactSynonym "Scintigraphy" @default.
- NCIT_C62667 hasExactSynonym "nuclear medicine scan" @default.
- NCIT_C62667 hasExactSynonym "radioimaging" @default.
- NCIT_C62667 hasExactSynonym "radionuclide scanning" @default.
- NCIT_C62667 hasExactSynonym "scintigraphy" @default.
- NCIT_C62667 inSubset NCIT_C116977 @default.
- NCIT_C62667 inSubset NCIT_C118169 @default.
- NCIT_C62667 inSubset NCIT_C61410 @default.
- NCIT_C62667 inSubset NCIT_C66830 @default.
- NCIT_C62667 inSubset NCIT_C85492 @default.
- NCIT_C62667 type Class @default.
- NCIT_C62667 isDefinedBy ncit.owl @default.
- NCIT_C62667 label "Radionuclide Imaging" @default.
- NCIT_C62667 subClassOf NCIT_C16203 @default.
- NCIT_C62667 subClassOf NCIT_C16502 @default.
- NCIT_C62667 subClassOf NCIT_C17369 @default.
- NCIT_C62667 subClassOf NCIT_C18020 @default.
- NCIT_C62667 subClassOf NCIT_C25218 @default.
- NCIT_C62667 subClassOf NCIT_C43431 @default.
- NCIT_C62667 subClassOf NCIT_C62667 @default.