Matches in SemOpenAlex for { <https://semopenalex.org/work/W2494593512> ?p ?o ?g. }
- W2494593512 abstract "In dual-energy CT, two CT datasets are acquired at different photon energy spectra. Because chemical elements vary in their attenuation properties at different photon energies, this allows to analyze the chemical composition of the imaged tissues and to extract or suppress individual chemical components. Dual-energy CT of the thorax makes use of this possibility in a variety of ways. The iodine distribution within the pulmonary parenchyma can be visualized to assess pulmonary perfusion. Inhaled noble gasses such as xenon and krypton are employed to image pulmonary ventilation. Iodine uptake of lung nodules has been investigated as a tool to distinguish between benign and malignant lesions and to assess tumor vascularity. Dual-energy CT myocardial perfusion imaging can visualize myocardial perfusion defects by displaying the iodine distribution within the myocardium. Dual-energy CT datasets also enable specific post-processing tools such as virtual non-contrast images, virtual non-calcium images, and virtual extrapolation to lower or higher photon energies, which have found promising applications for imaging the pulmonary vasculature, the aorta, and the spine. This chapter briefly reviews key technical aspects of dual-energy CT before discussing various established and investigational thoracic applications." @default.
- W2494593512 created "2016-08-23" @default.
- W2494593512 creator A5011186852 @default.
- W2494593512 creator A5032320397 @default.
- W2494593512 creator A5034218505 @default.
- W2494593512 date "2016-01-01" @default.
- W2494593512 modified "2023-09-27" @default.
- W2494593512 title "Dual-Energy CT of the Thorax" @default.
- W2494593512 cites W1964033600 @default.
- W2494593512 cites W1969516989 @default.
- W2494593512 cites W1970868050 @default.
- W2494593512 cites W1976998189 @default.
- W2494593512 cites W1980463652 @default.
- W2494593512 cites W1983827995 @default.
- W2494593512 cites W1988636642 @default.
- W2494593512 cites W1992740178 @default.
- W2494593512 cites W1997857422 @default.
- W2494593512 cites W1999943976 @default.
- W2494593512 cites W2000382546 @default.
- W2494593512 cites W2006966652 @default.
- W2494593512 cites W2007144542 @default.
- W2494593512 cites W2009116032 @default.
- W2494593512 cites W2010591852 @default.
- W2494593512 cites W2011095601 @default.
- W2494593512 cites W2013284718 @default.
- W2494593512 cites W2027068844 @default.
- W2494593512 cites W2029265807 @default.
- W2494593512 cites W2031585692 @default.
- W2494593512 cites W2035898460 @default.
- W2494593512 cites W2036352733 @default.
- W2494593512 cites W2036401186 @default.
- W2494593512 cites W2037904702 @default.
- W2494593512 cites W2039307630 @default.
- W2494593512 cites W2041871333 @default.
- W2494593512 cites W2051134301 @default.
- W2494593512 cites W2051305874 @default.
- W2494593512 cites W2052928124 @default.
- W2494593512 cites W2055817401 @default.
- W2494593512 cites W2061193862 @default.
- W2494593512 cites W2061639182 @default.
- W2494593512 cites W2070309506 @default.
- W2494593512 cites W2072072568 @default.
- W2494593512 cites W2075984025 @default.
- W2494593512 cites W2076143811 @default.
- W2494593512 cites W2079468763 @default.
- W2494593512 cites W2079910180 @default.
- W2494593512 cites W2082527366 @default.
- W2494593512 cites W2083486305 @default.
- W2494593512 cites W2091225274 @default.
- W2494593512 cites W2093244586 @default.
- W2494593512 cites W2102933307 @default.
- W2494593512 cites W2104806088 @default.
- W2494593512 cites W2106781751 @default.
- W2494593512 cites W2107075954 @default.
- W2494593512 cites W2111699996 @default.
- W2494593512 cites W2116032817 @default.
- W2494593512 cites W2123758259 @default.
- W2494593512 cites W2129977572 @default.
- W2494593512 cites W2131145224 @default.
- W2494593512 cites W2132408473 @default.
- W2494593512 cites W2142562207 @default.
- W2494593512 cites W2161719292 @default.
- W2494593512 cites W2166721103 @default.
- W2494593512 cites W2166932511 @default.
- W2494593512 cites W2314175907 @default.
- W2494593512 cites W2322513957 @default.
- W2494593512 cites W2322628404 @default.
- W2494593512 cites W2329074662 @default.
- W2494593512 cites W2517198416 @default.
- W2494593512 doi "https://doi.org/10.1007/978-3-319-30355-0_15" @default.
- W2494593512 hasPublicationYear "2016" @default.
- W2494593512 type Work @default.
- W2494593512 sameAs 2494593512 @default.
- W2494593512 citedByCount "0" @default.
- W2494593512 crossrefType "book-chapter" @default.
- W2494593512 hasAuthorship W2494593512A5011186852 @default.
- W2494593512 hasAuthorship W2494593512A5032320397 @default.
- W2494593512 hasAuthorship W2494593512A5034218505 @default.
- W2494593512 hasConcept C105702510 @default.
- W2494593512 hasConcept C126838900 @default.
- W2494593512 hasConcept C136229726 @default.
- W2494593512 hasConcept C142724271 @default.
- W2494593512 hasConcept C146957229 @default.
- W2494593512 hasConcept C2776541429 @default.
- W2494593512 hasConcept C2776886416 @default.
- W2494593512 hasConcept C2989005 @default.
- W2494593512 hasConcept C2994545362 @default.
- W2494593512 hasConcept C71924100 @default.
- W2494593512 hasConcept C97834683 @default.
- W2494593512 hasConceptScore W2494593512C105702510 @default.
- W2494593512 hasConceptScore W2494593512C126838900 @default.
- W2494593512 hasConceptScore W2494593512C136229726 @default.
- W2494593512 hasConceptScore W2494593512C142724271 @default.
- W2494593512 hasConceptScore W2494593512C146957229 @default.
- W2494593512 hasConceptScore W2494593512C2776541429 @default.
- W2494593512 hasConceptScore W2494593512C2776886416 @default.
- W2494593512 hasConceptScore W2494593512C2989005 @default.
- W2494593512 hasConceptScore W2494593512C2994545362 @default.
- W2494593512 hasConceptScore W2494593512C71924100 @default.
- W2494593512 hasConceptScore W2494593512C97834683 @default.