Matches in SemOpenAlex for { <https://semopenalex.org/work/W1991085612> ?p ?o ?g. }
- W1991085612 endingPage "202" @default.
- W1991085612 startingPage "192" @default.
- W1991085612 abstract "Dual-energy computed tomography (DECT), which allows material-based differential X-ray absorption behavior from near simultaneously acquired low- and high-kilovolt datasets is finding increasing applications in the evaluation of bowel diseases. In patients with inflammatory bowel disease, DECT techniques permit both qualitative and quantitative assessment. Particularly in patients with Crohn's disease, monoenergetic and iodine specific images have been explored. This article focuses on the principles and applications of DECT in inflammatory bowel disease along with review of its limitations and challenges." @default.
- W1991085612 created "2016-06-24" @default.
- W1991085612 creator A5003598310 @default.
- W1991085612 creator A5032331932 @default.
- W1991085612 creator A5043080895 @default.
- W1991085612 creator A5062229082 @default.
- W1991085612 date "2013-07-01" @default.
- W1991085612 modified "2023-09-25" @default.
- W1991085612 title "Emerging Technologies in CT- Radiation Dose Reduction and Dual-Energy CT" @default.
- W1991085612 cites W1548453476 @default.
- W1991085612 cites W1966061744 @default.
- W1991085612 cites W1972037630 @default.
- W1991085612 cites W1976833053 @default.
- W1991085612 cites W1982671432 @default.
- W1991085612 cites W1987719059 @default.
- W1991085612 cites W1987844103 @default.
- W1991085612 cites W1991125452 @default.
- W1991085612 cites W1991590339 @default.
- W1991085612 cites W1993248489 @default.
- W1991085612 cites W1998455600 @default.
- W1991085612 cites W1998957699 @default.
- W1991085612 cites W1999448184 @default.
- W1991085612 cites W2001749871 @default.
- W1991085612 cites W2006159919 @default.
- W1991085612 cites W2016137627 @default.
- W1991085612 cites W2035029690 @default.
- W1991085612 cites W2039296262 @default.
- W1991085612 cites W2041452724 @default.
- W1991085612 cites W2043607606 @default.
- W1991085612 cites W2043962440 @default.
- W1991085612 cites W2048981359 @default.
- W1991085612 cites W2053179887 @default.
- W1991085612 cites W2055070633 @default.
- W1991085612 cites W2055138517 @default.
- W1991085612 cites W2061521643 @default.
- W1991085612 cites W2065428527 @default.
- W1991085612 cites W2068943123 @default.
- W1991085612 cites W2080467648 @default.
- W1991085612 cites W2086237649 @default.
- W1991085612 cites W2090523622 @default.
- W1991085612 cites W2093728999 @default.
- W1991085612 cites W2098327535 @default.
- W1991085612 cites W2104835676 @default.
- W1991085612 cites W2108836250 @default.
- W1991085612 cites W2112904686 @default.
- W1991085612 cites W2117594689 @default.
- W1991085612 cites W2118419538 @default.
- W1991085612 cites W2119885105 @default.
- W1991085612 cites W2120346255 @default.
- W1991085612 cites W2122546849 @default.
- W1991085612 cites W2122897083 @default.
- W1991085612 cites W2125385057 @default.
- W1991085612 cites W2129041782 @default.
- W1991085612 cites W2129788326 @default.
- W1991085612 cites W2138689750 @default.
- W1991085612 cites W2144224038 @default.
- W1991085612 cites W2144520596 @default.
- W1991085612 cites W2144964943 @default.
- W1991085612 cites W2149756029 @default.
- W1991085612 cites W2150507445 @default.
- W1991085612 cites W2150703437 @default.
- W1991085612 cites W2153465117 @default.
- W1991085612 cites W2153720229 @default.
- W1991085612 cites W2154883951 @default.
- W1991085612 cites W2155346040 @default.
- W1991085612 cites W2157425811 @default.
- W1991085612 cites W2158047352 @default.
- W1991085612 cites W2164210934 @default.
- W1991085612 cites W2167403983 @default.
- W1991085612 cites W2167973400 @default.
- W1991085612 cites W2169200500 @default.
- W1991085612 cites W2170260757 @default.
- W1991085612 cites W2171697262 @default.
- W1991085612 cites W2318705361 @default.
- W1991085612 doi "https://doi.org/10.1053/j.ro.2013.03.007" @default.
- W1991085612 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23796370" @default.
- W1991085612 hasPublicationYear "2013" @default.
- W1991085612 type Work @default.
- W1991085612 sameAs 1991085612 @default.
- W1991085612 citedByCount "26" @default.
- W1991085612 countsByYear W19910856122013 @default.
- W1991085612 countsByYear W19910856122014 @default.
- W1991085612 countsByYear W19910856122015 @default.
- W1991085612 countsByYear W19910856122016 @default.
- W1991085612 countsByYear W19910856122017 @default.
- W1991085612 countsByYear W19910856122018 @default.
- W1991085612 countsByYear W19910856122019 @default.
- W1991085612 countsByYear W19910856122020 @default.
- W1991085612 countsByYear W19910856122021 @default.
- W1991085612 countsByYear W19910856122022 @default.
- W1991085612 crossrefType "journal-article" @default.
- W1991085612 hasAuthorship W1991085612A5003598310 @default.
- W1991085612 hasAuthorship W1991085612A5032331932 @default.
- W1991085612 hasAuthorship W1991085612A5043080895 @default.
- W1991085612 hasAuthorship W1991085612A5062229082 @default.
- W1991085612 hasConcept C111335779 @default.
- W1991085612 hasConcept C126838900 @default.
- W1991085612 hasConcept C142724271 @default.