By Gustav K. von Schulthess - Molecular Anatomic Imaging: by Gustav K. Von Schulthess (Editor) Gustav K. von Schulthess
By Gustav K. Von Schulthess (Editor) Gustav K. von Schulthess (Editor)
This totally up-to-date moment variation is ideal for clinicians, because it focuses sharply on scientific PET-CT and SPECT-CT examinations, omitting long physics discussions. The publication is now strictly illness orientated and integrates PET-CT and SPECT-CT purposes thoroughly. whilst either concepts are correct for a ailment, they're mentioned jointly; while just one is appropriate, it's mentioned on my own. greater than 1,200 illustrations record using built-in imaging and supply very necessary reference fabric for analyzing built-in imaging stories. A bound-in DVD comprises over eighty situations to be considered in 3 orthogonal planes and assorted CT home windows prepared as reference and self-assessment records. The instances supply very good education and self-assessment fabric. Readers can use the DVD to augment the book's illustrations or to check their skills in making diagnoses on their lonesome.
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Additional info for By Gustav K. von Schulthess - Molecular Anatomic Imaging: PET-CT and SPECT-CT Integrated Modality Imaging: 2nd (second) Edition
Statistical methods allow a more realistic physical 42 43 model of the imaging process to be incorporated into the algorithm. The basic approach is to assume some initial image, such as a uniform distribution; forward project this initial image; and compare the generated projections with the actual measured ones (5). Correction schemes can then be devised to modify the generated projection data to match more closely the measured projections. The correction factors are applied to the image, and the process is repeated for another projection in a different direction.
These techniques remove between 80% and 90% of the overall background due to scatter. 15 A: Random coincidences are created when two 511-keV photons from two unrelated annihilations arrive window at two detectors and are counted and assigned to a line-of-response. A typical source of random coincidenc activity outside the field-of-view. B: The rate and distribution of randoms may be measured by acquiring delayed coi acquired within the delayed window are, by definition, random coincidences. 50 51 Correction for Random Coincidences Random, or accidental, coincidences arise when two photons from different annihilations are detected within the coincidence window and recorded as a coincidence.
The overall count-rate performance of the detectors is dependent on a number of factors such as pulse pile-up and system dead time. Pile-up within the crystal occurs when two photons from different annihilations arrive so closely spaced in time that they cannot be distinguished as two separate photons. The light output of such an event is the sum of the two photon energies, which will in general exceed the upper energy discriminator level and therefore be discarded. Both photons are subsequently lost.