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- Q91205817 description "artículu científicu espublizáu en payares de 2019" @default.
- Q91205817 description "im November 2019 veröffentlichter wissenschaftlicher Artikel" @default.
- Q91205817 description "scientific article published on 06 November 2019" @default.
- Q91205817 description "wetenschappelijk artikel" @default.
- Q91205817 description "наукова стаття, опублікована 6 листопада 2019" @default.
- Q91205817 name "CT Three-Dimensional (3D) Modeling Maintains Fluoroscopy Time and Contrast Volume to a Minimum in the Endovascular Treatment of Great Vessel Injury from Iatrogenic Trauma" @default.
- Q91205817 name "CT Three-Dimensional (3D) Modeling Maintains Fluoroscopy Time and Contrast Volume to a Minimum in the Endovascular Treatment of Great Vessel Injury from Iatrogenic Trauma" @default.
- Q91205817 type Item @default.
- Q91205817 label "CT Three-Dimensional (3D) Modeling Maintains Fluoroscopy Time and Contrast Volume to a Minimum in the Endovascular Treatment of Great Vessel Injury from Iatrogenic Trauma" @default.
- Q91205817 label "CT Three-Dimensional (3D) Modeling Maintains Fluoroscopy Time and Contrast Volume to a Minimum in the Endovascular Treatment of Great Vessel Injury from Iatrogenic Trauma" @default.
- Q91205817 prefLabel "CT Three-Dimensional (3D) Modeling Maintains Fluoroscopy Time and Contrast Volume to a Minimum in the Endovascular Treatment of Great Vessel Injury from Iatrogenic Trauma" @default.
- Q91205817 prefLabel "CT Three-Dimensional (3D) Modeling Maintains Fluoroscopy Time and Contrast Volume to a Minimum in the Endovascular Treatment of Great Vessel Injury from Iatrogenic Trauma" @default.
- Q91205817 P1433 Q91205817-61478622-613D-4529-980D-F571F0CD60E9 @default.
- Q91205817 P1476 Q91205817-7E2A7227-3D92-4322-B417-1CAC12E78C7F @default.
- Q91205817 P2093 Q91205817-080221A1-8A10-4862-A648-F950569CD239 @default.
- Q91205817 P2093 Q91205817-294564CD-EBA2-4141-94CF-9AE2F5552CA7 @default.
- Q91205817 P2093 Q91205817-443E8589-8C2C-4E84-8C88-22D099AA0FD4 @default.
- Q91205817 P2093 Q91205817-50780559-F490-41AE-B4B0-015E37950A1E @default.
- Q91205817 P2093 Q91205817-732519D9-1177-4432-8B16-5052643F322D @default.
- Q91205817 P31 Q91205817-85BA909A-DC25-4D67-946F-F21867CCCA0F @default.
- Q91205817 P356 Q91205817-43C65696-95C6-4926-9042-FF65D4EB895A @default.
- Q91205817 P577 Q91205817-FD66FE4B-C90F-4D57-B659-2BF7142D1599 @default.
- Q91205817 P698 Q91205817-5DA3A972-80BD-4FA7-8338-886429FBE148 @default.
- Q91205817 P921 Q91205817-F7D86497-2F84-4B97-AB96-5148496AED22 @default.
- Q91205817 P356 J.AVSG.2019.10.095 @default.
- Q91205817 P698 31705991 @default.
- Q91205817 P1433 Q15751634 @default.
- Q91205817 P1476 "CT Three-Dimensional (3D) Modeling Maintains Fluoroscopy Time and Contrast Volume to a Minimum in the Endovascular Treatment of Great Vessel Injury from Iatrogenic Trauma" @default.
- Q91205817 P2093 "Amanda Phillips" @default.
- Q91205817 P2093 "Barry McDaniel" @default.
- Q91205817 P2093 "Elizabeth Andraska" @default.
- Q91205817 P2093 "Michael C Madigan" @default.
- Q91205817 P2093 "Scott C Chapman" @default.
- Q91205817 P31 Q13442814 @default.
- Q91205817 P356 "10.1016/J.AVSG.2019.10.095" @default.
- Q91205817 P577 "2019-11-06T00:00:00Z" @default.
- Q91205817 P698 "31705991" @default.
- Q91205817 P921 Q614984 @default.