Detectability or Final Contrast in an Image
Fig. 10.7. Path of a detector head in rectilinear scanning of an organ. Fig. 10.8. Focusing-type collimator. γ-rays can reach the detector only through the narrow channels…
Fig. 10.7. Path of a detector head in rectilinear scanning of an organ. Fig. 10.8. Focusing-type collimator. γ-rays can reach the detector only through the narrow channels…
Fig. 10.7. Path of a detector head in rectilinear scanning of an organ. Fig. 10.8. Focusing-type collimator. γ-rays can reach the detector only through the narrow channels…
Fig. 10.7. Path of a detector head in rectilinear scanning of an organ. Fig. 10.8. Focusing-type collimator. γ-rays can reach the detector only through the narrow channels…
Two-dimensional imaging, even with multiple views, does not provide accurate three-dimensional information concerning radionuclide distribution. Because two-dimensional imaging more or less integrates the information from the third dimension (depth),…
Two-dimensional imaging, even with multiple views, does not provide accurate three-dimensional information concerning radionuclide distribution. Because two-dimensional imaging more or less integrates the information from the third dimension (depth),…
Two-dimensional imaging, even with multiple views, does not provide accurate three-dimensional information concerning radionuclide distribution. Because two-dimensional imaging more or less integrates the information from the third dimension (depth),…
Fig. 1 At the center is the rheumatologist. Often it is artistic work to juggle with antirheumatoid drugs. Sometimes a drug fails or the whole show ends up as a complete…
(1) where = absorbed dose rate to a target region of interest (Gy/sec or rad/hr) A S = activity (MBq or μCi) in source region S y i = number of radiations…
Fig. 1 Well-differentiated neuroendocrine tumor (NET) of pancreatic tail, s.p. extended pancreatectomy and partial omentectomy, initial tumor stage (UICC) pT2 (Ø 3.2 cm) pN1 (6/12) cM1 R0, LX VX, G2, proliferation rate…
(1) Since lethal lesions are Poisson-distributed across a cell population, the probability that a large population of cells will undergo a certain number of lethal lesions (i.e., the surviving fraction,…