2013
DOI: 10.1017/s1047951113000656
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Anatomical variations of aortic arch branching: evaluation with computed tomographic angiography

Abstract: Recognition of variations of aortic arch branching is important because they may cause symptoms due to tracheoesophageal compression or complications during surgical or endovascular interventional procedures of the aorta and its branches.

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Cited by 79 publications
(94 citation statements)
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“…In canines the branches of the subclavian include superficial cervical artery, internal thoracic artery, costocervical trunk and vertebral artery. There are intra-species variations in canines and humans, however [183][184][185]. Moreover, the relative lengths of the vessels and their relationships to each other may vary from species to species and individual to individual.…”
Section: Blalock-taussig Shuntmentioning
confidence: 99%
“…In canines the branches of the subclavian include superficial cervical artery, internal thoracic artery, costocervical trunk and vertebral artery. There are intra-species variations in canines and humans, however [183][184][185]. Moreover, the relative lengths of the vessels and their relationships to each other may vary from species to species and individual to individual.…”
Section: Blalock-taussig Shuntmentioning
confidence: 99%
“…Occasionally, a thin anomalous feeding vessel, the thyroid ima artery (IMA) or artery of Neu-bauer ascending to the thyroid gland is detected in 1.5-12.2% according to Faller and Scharer (1947) as cited by Krudy et al [37]. This inconstant artery, usually detected on the right side, may be given off from the BT (0.5-3%) [18,43], the RCCA (0.5-1%) [41,43], the aortic arch (0.1-2.22%) [35,43], the internal thoracic artery, the pericardiophrenic artery, the subclavian artery, the thyrocervical trunk, the inferior thyroid artery or the transverse scapular artery. An IMA replacing the left inferior thyroid artery [42] or an IMA arising from the BT associated with bilateral absence of the inferior thyroid arteries were detected [73].…”
Section: Introductionmentioning
confidence: 97%
“…[3] Aortik ark varyasyonları (AAV); aort anevrizması/diseksiyonu gelişme ariskini artırır, beyin hemodinamisini değiştirerek beyinde anormalliklere, kaynağı bulunamayan tekrarlayan beyin enfarktlarına neden olabilir, pulmoner arterden çıkan sol ana koroner arter, DiGeorge sendromu, doğuştan kalp kapak hastalığı, trizomi 13, 18, 21, Fallot tetralojisi, veya Noonan fenotipi, özofageal atrezi, trakeoözofageal fistül gibi bazı doğuştan anomalilerle birlikte bulunabilir. [4,5] Bovine aortik ark varyasyonu literatür verilerine göre bireylerin %10-22'sinde görülen en yaygın AAV'dir. [1,2,5] Aortik ark varyasyonları aort anevrizması/diseksiyonu cerrahisinde beyin koruması yapılacağı zaman önem-lidir.…”
unclassified
“…[4,5] Bovine aortik ark varyasyonu literatür verilerine göre bireylerin %10-22'sinde görülen en yaygın AAV'dir. [1,2,5] Aortik ark varyasyonları aort anevrizması/diseksiyonu cerrahisinde beyin koruması yapılacağı zaman önem-lidir. Birincisi, her iki ana karotis arter aynı orifisten beslendiği için tek kanülle antegrad serebral perfüzyon yapmak bir avantajdır.…”
unclassified
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