Avoiding pitfalls of intraoperative peripheral endovascular surgery with the aid of OsiriX: expanding the use of virtual fluoroscopy
We have shown how the analysis of the angiotomography reconstruction through OsiriX program has assisted in endovascular perioperative programming. We presented its application in situations when an unexpected existence of metallic overlapping artifact (orthopedic osteosynthesis) compromised the adequate visualization of the arterial lesion during the procedure. Through manipulation upon OsiriX software, with assistance of preview under virtual fluoroscopy, it was possible to obtain the angles that would avoid this juxtaposition. These angles were reproduced in the C-arm, allowing visualization of the occluded segment, reducing the need for repeated image acquisitions and contrast overload, allowing the continuation of the procedure.
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Sociedade Brasileira de Cirurgia Cardiovascular
2014
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oai:scielo:S0102-763820140003004552014-10-29Avoiding pitfalls of intraoperative peripheral endovascular surgery with the aid of OsiriX: expanding the use of virtual fluoroscopyMolinari,Giovani José Dal PoggettoDalbem,Andréia Marques de OliveiraGuillaumon,Ana Terezinha Fluoroscopy User-Computer Interface Multidetector Computed Tomography Endovascular Procedures We have shown how the analysis of the angiotomography reconstruction through OsiriX program has assisted in endovascular perioperative programming. We presented its application in situations when an unexpected existence of metallic overlapping artifact (orthopedic osteosynthesis) compromised the adequate visualization of the arterial lesion during the procedure. Through manipulation upon OsiriX software, with assistance of preview under virtual fluoroscopy, it was possible to obtain the angles that would avoid this juxtaposition. These angles were reproduced in the C-arm, allowing visualization of the occluded segment, reducing the need for repeated image acquisitions and contrast overload, allowing the continuation of the procedure.info:eu-repo/semantics/openAccessSociedade Brasileira de Cirurgia CardiovascularBrazilian Journal of Cardiovascular Surgery v.29 n.3 20142014-09-01info:eu-repo/semantics/articletext/htmlhttp://old.scielo.br/scielo.php?script=sci_arttext&pid=S0102-76382014000300455en10.5935/1678-9741.20140094 |
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Molinari,Giovani José Dal Poggetto Dalbem,Andréia Marques de Oliveira Guillaumon,Ana Terezinha |
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Molinari,Giovani José Dal Poggetto Dalbem,Andréia Marques de Oliveira Guillaumon,Ana Terezinha Avoiding pitfalls of intraoperative peripheral endovascular surgery with the aid of OsiriX: expanding the use of virtual fluoroscopy |
author_facet |
Molinari,Giovani José Dal Poggetto Dalbem,Andréia Marques de Oliveira Guillaumon,Ana Terezinha |
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Molinari,Giovani José Dal Poggetto |
title |
Avoiding pitfalls of intraoperative peripheral endovascular surgery with the aid of OsiriX: expanding the use of virtual fluoroscopy |
title_short |
Avoiding pitfalls of intraoperative peripheral endovascular surgery with the aid of OsiriX: expanding the use of virtual fluoroscopy |
title_full |
Avoiding pitfalls of intraoperative peripheral endovascular surgery with the aid of OsiriX: expanding the use of virtual fluoroscopy |
title_fullStr |
Avoiding pitfalls of intraoperative peripheral endovascular surgery with the aid of OsiriX: expanding the use of virtual fluoroscopy |
title_full_unstemmed |
Avoiding pitfalls of intraoperative peripheral endovascular surgery with the aid of OsiriX: expanding the use of virtual fluoroscopy |
title_sort |
avoiding pitfalls of intraoperative peripheral endovascular surgery with the aid of osirix: expanding the use of virtual fluoroscopy |
description |
We have shown how the analysis of the angiotomography reconstruction through OsiriX program has assisted in endovascular perioperative programming. We presented its application in situations when an unexpected existence of metallic overlapping artifact (orthopedic osteosynthesis) compromised the adequate visualization of the arterial lesion during the procedure. Through manipulation upon OsiriX software, with assistance of preview under virtual fluoroscopy, it was possible to obtain the angles that would avoid this juxtaposition. These angles were reproduced in the C-arm, allowing visualization of the occluded segment, reducing the need for repeated image acquisitions and contrast overload, allowing the continuation of the procedure. |
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Sociedade Brasileira de Cirurgia Cardiovascular |
publishDate |
2014 |
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http://old.scielo.br/scielo.php?script=sci_arttext&pid=S0102-76382014000300455 |
work_keys_str_mv |
AT molinarigiovanijosedalpoggetto avoidingpitfallsofintraoperativeperipheralendovascularsurgerywiththeaidofosirixexpandingtheuseofvirtualfluoroscopy AT dalbemandreiamarquesdeoliveira avoidingpitfallsofintraoperativeperipheralendovascularsurgerywiththeaidofosirixexpandingtheuseofvirtualfluoroscopy AT guillaumonanaterezinha avoidingpitfallsofintraoperativeperipheralendovascularsurgerywiththeaidofosirixexpandingtheuseofvirtualfluoroscopy |
_version_ |
1756429500734767104 |