FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3173969875> ?p ?o ?g. }

• W3173969875 abstract "Introduction cadaver dissection is the most reliable and safe form of anatomical study; computed tomography is an essential exam for the nasosinusal and skull base anatomical understanding, surgery planning and vascularization knowledge of a complex region. In this way, the convergence of radiological and surgical information becomes essential. Objective To propose an experimental model of tomographic study of the skull base arterial and venous network (focus on the anterior ethmoidal artery) before doing the dissections. Secondarily, we aim to ensure the dissection of skull base and simulation of endoscopic surgery on a reliability much closer to that found in vivo. Methods four cadaver heads previously preserved in 10% formaldehyde remained for 72 hours in a solution of quaternary ammonium salt dimethyl ethanol mono/dialkyl siloxane. The arterial and venous network (the common carotid arteries, vertebral arteries, and internal jugular veins) were washed with a saline solution before being injected with a solution of latex, fabric paint and Ultravist 300. Sequentially, tomographic acquisitions were performed. Partial results After the solution injection of Ultravist 300, fabric paint and latex, it was possible to obtain tomographic acquisitions for a detailed study of the nasosinusal and skull base vessels. As a secondary result, we obtained a greater enrichment of information through the combined radiological and surgical study, which is represented by the dissections. Discussion The use of iodinated contrast to the injected solution allowed the acquisition of computed tomography for a radiological study of the skull base vessels (as the anterior ethmoidal artery and its anatomical variations, that should be identified in a tomographic study or neuronavigation system before beginning dissected). With precise tomographic acquisitions and subsequent software processing, became possible to perform a three-dimensional reconstruction of the vessels of the skull base, optimizing the study and learning of this anatomical region. Conclusion It was possible to perform an experimental model using iodinated contrast and latex injection on specimens' vessels for a tomographic evaluation of nasosinusal and skull base vessels preceding the dissection. The injection of colored latex highlighted the vascular structures allowing an improvement of the anatomical knowledge of this region during the dissection. This abstract is from the Experimental Biology 2018 Meeting. There is no full text article associated with this abstract published in The FASEB Journal." @default.
• W3173969875 created "2021-07-05" @default.
• W3173969875 creator A5002117719 @default.
• W3173969875 creator A5043336855 @default.
• W3173969875 creator A5048337576 @default.
• W3173969875 creator A5071271320 @default.
• W3173969875 creator A5079204264 @default.
• W3173969875 creator A5084525786 @default.
• W3173969875 creator A5089146869 @default.
• W3173969875 creator A5091102204 @default.
• W3173969875 date "2018-04-01" @default.
• W3173969875 modified "2023-09-27" @default.
• W3173969875 title "Development of an experimental model for the study of nasosinusal and skull base arterial system using iodinated contrast and latex in specimens's vessels" @default.
• W3173969875 doi "https://doi.org/10.1096/fasebj.2018.32.1_supplement.632.10" @default.
• W3173969875 hasPublicationYear "2018" @default.
• W3173969875 type Work @default.
• W3173969875 sameAs 3173969875 @default.
• W3173969875 citedByCount "0" @default.
• W3173969875 crossrefType "journal-article" @default.
• W3173969875 hasAuthorship W3173969875A5002117719 @default.
• W3173969875 hasAuthorship W3173969875A5043336855 @default.
• W3173969875 hasAuthorship W3173969875A5048337576 @default.
• W3173969875 hasAuthorship W3173969875A5071271320 @default.
• W3173969875 hasAuthorship W3173969875A5079204264 @default.
• W3173969875 hasAuthorship W3173969875A5084525786 @default.
• W3173969875 hasAuthorship W3173969875A5089146869 @default.
• W3173969875 hasAuthorship W3173969875A5091102204 @default.
• W3173969875 hasConcept C126838900 @default.
• W3173969875 hasConcept C141071460 @default.
• W3173969875 hasConcept C2775862295 @default.
• W3173969875 hasConcept C2779222893 @default.
• W3173969875 hasConcept C2779300802 @default.
• W3173969875 hasConcept C2780405337 @default.
• W3173969875 hasConcept C544519230 @default.
• W3173969875 hasConcept C71924100 @default.
• W3173969875 hasConcept C91762617 @default.
• W3173969875 hasConceptScore W3173969875C126838900 @default.
• W3173969875 hasConceptScore W3173969875C141071460 @default.
• W3173969875 hasConceptScore W3173969875C2775862295 @default.
• W3173969875 hasConceptScore W3173969875C2779222893 @default.
• W3173969875 hasConceptScore W3173969875C2779300802 @default.
• W3173969875 hasConceptScore W3173969875C2780405337 @default.
• W3173969875 hasConceptScore W3173969875C544519230 @default.
• W3173969875 hasConceptScore W3173969875C71924100 @default.
• W3173969875 hasConceptScore W3173969875C91762617 @default.
• W3173969875 hasIssue "S1" @default.
• W3173969875 hasLocation W31739698751 @default.
• W3173969875 hasOpenAccess W3173969875 @default.
• W3173969875 hasPrimaryLocation W31739698751 @default.
• W3173969875 hasRelatedWork W1972122967 @default.
• W3173969875 hasRelatedWork W1990226309 @default.
• W3173969875 hasRelatedWork W2029594263 @default.
• W3173969875 hasRelatedWork W2143503451 @default.
• W3173969875 hasRelatedWork W2320362455 @default.
• W3173969875 hasRelatedWork W2322059057 @default.
• W3173969875 hasRelatedWork W3015241351 @default.
• W3173969875 hasRelatedWork W3023803944 @default.
• W3173969875 hasRelatedWork W3173969875 @default.
• W3173969875 hasRelatedWork W2588307342 @default.
• W3173969875 hasVolume "32" @default.
• W3173969875 isParatext "false" @default.
• W3173969875 isRetracted "false" @default.
• W3173969875 magId "3173969875" @default.
• W3173969875 workType "article" @default.