The Experts below are selected from a list of 5763 Experts worldwide ranked by ideXlab platform
Meselech Ambaw Dessie - One of the best experts on this subject based on the ideXlab platform.
-
The superior thyroid Artery arising from common Carotid Artery bifurcation at the level of the lamina of thyroid cartilage; CCA = Common Carotid Artery, ECA = External Carotid Artery, ICA = Internal Carotid Artery, STA = Superior thyroid Artery, STV
2018Co-Authors: Meselech Ambaw DessieAbstract:The superior thyroid Artery arising from common Carotid Artery bifurcation at the level of the lamina of thyroid cartilage; CCA = Common Carotid Artery, ECA = External Carotid Artery, ICA = Internal Carotid Artery, STA = Superior thyroid Artery, STV = Superior thyroid vein, EBSLN = External branch of the superior laryngeal nerve.
-
The superior thyroid Artery arising from the External Carotid Artery and EBSLN near the upper pole of the thyroid gland; CCA = Common Carotid Artery, ECA = External Carotid Artery, ICA = Internal Carotid Artery, IJV = Internal jugular vein, SLA = Sup
2018Co-Authors: Meselech Ambaw DessieAbstract:The superior thyroid Artery arising from the External Carotid Artery and EBSLN near the upper pole of the thyroid gland; CCA = Common Carotid Artery, ECA = External Carotid Artery, ICA = Internal Carotid Artery, IJV = Internal jugular vein, SLA = Superior laryngeal Artery, EBSLN = External branch of the superior laryngeal nerve.
-
The superior thyroid Artery arising from the common Carotid Artery at the level of the lamina of thyroid cartilage; CCA = Common Carotid Artery, ECA = External Carotid Artery, ICA = Internal Carotid Artery, STA = Superior thyroid Artery, EBSLN = Exte
2018Co-Authors: Meselech Ambaw DessieAbstract:The superior thyroid Artery arising from the common Carotid Artery at the level of the lamina of thyroid cartilage; CCA = Common Carotid Artery, ECA = External Carotid Artery, ICA = Internal Carotid Artery, STA = Superior thyroid Artery, EBSLN = External branch of the superior laryngeal nerve.
-
STA arising from the lingual Artery and EBSLN passing posterior to it after removal of posterior belly of digastric and hypoglossal nerve; CCA = Common Carotid Artery, ECA = External Carotid Artery, ICA = Internal Carotid Artery, STA = Superior thyro
2018Co-Authors: Meselech Ambaw DessieAbstract:STA arising from the lingual Artery and EBSLN passing posterior to it after removal of posterior belly of digastric and hypoglossal nerve; CCA = Common Carotid Artery, ECA = External Carotid Artery, ICA = Internal Carotid Artery, STA = Superior thyroid Artery, EBSLN = External branch of superior laryngeal nerve.
Ziad A Hage - One of the best experts on this subject based on the ideXlab platform.
-
External Carotid Artery stenting to treat patients with symptomatic ipsilateral internal Carotid Artery occlusion a multicenter case series
2010Co-Authors: Todd A Abruzzo, Ziad A Hage, Felipe C Albuquerque, Guilherme Dabus, Mark K Eskandari, Lee R Guterman, Michael C Hurley, Ricardo A Hanel, Elad I Levy, Christopher NicholsAbstract:Background The External Carotid Artery (ECA) anastomoses in many distal territories supplied by the internal Carotid Artery (ICA) and is an important source of collateral circulation to the brain. Stenosis of the ECA in ipsilateral ICA occlusion can produce ischemic sequelae. Objective To examine the effectiveness of ECA stenting in treating symptomatic ipsilateral ICA occlusion. Methods We retrospectively reviewed patient databases from 5 academic medical centers to identify all individuals who underwent ECA stenting after 1998. For all discovered cases, coinvestigators used a common submission form to harvest relevant demographic information, clinical data, procedural details, and follow-up results for further analysis. Results Twelve patients (median age, 66 years; range, 45-79 years) were identified for our cohort. Vessel disease involvement included severe ECA stenosis >or= 70% in 11 patients and ipsilateral ICA occlusion in all patients. Presenting symptoms included signs of transient ischemic attack, stroke, and amaurosis fugax. ECA stenting was associated with preservation of neurological status in 11 patients and resolution of symptoms in 5 patients at a median follow-up time of 26 months (range, 1-87 months; mean, 29 months). Symptomatic in-stent restenosis did not occur within any patient during the follow-up course. Conclusion We found ECA stenting in symptomatic ipsilateral ICA disease to be a potentially effective strategy to preserve neurological function and to relieve ischemic symptoms. Further investigation with larger studies and longer follow-up periods is warranted to elucidate the true indications of this management strategy.
-
External Carotid Artery angioplasty and stenting to augment cerebral perfusion in the setting of subacute symptomatic ipsilateral internal Carotid Artery occlusion case report
2007Co-Authors: Joseph G Adel, Bernard R Bendok, Ziad A Hage, Andrew M Naidech, Jeffery W Miller, Hunt H BatjerAbstract:The authors performed External Carotid Artery (ECA) angioplasty and stenting in a 45-year-old man who had presented with right hemispheric crescendo ischemic symptoms stemming from acute right internal Carotid Artery occlusion (ICAO). This unique application of ECA angioplasty and stenting augmented cerebral perfusion and improved clinical symptoms. In certain situations, ECA stenting can increase cerebral perfusion in the setting of ICAO and ECA stenosis. The authors are the first to describe this approach in this context.
Hunt H Batjer - One of the best experts on this subject based on the ideXlab platform.
-
External Carotid Artery angioplasty and stenting to augment cerebral perfusion in the setting of subacute symptomatic ipsilateral internal Carotid Artery occlusion case report
2007Co-Authors: Joseph G Adel, Bernard R Bendok, Ziad A Hage, Andrew M Naidech, Jeffery W Miller, Hunt H BatjerAbstract:The authors performed External Carotid Artery (ECA) angioplasty and stenting in a 45-year-old man who had presented with right hemispheric crescendo ischemic symptoms stemming from acute right internal Carotid Artery occlusion (ICAO). This unique application of ECA angioplasty and stenting augmented cerebral perfusion and improved clinical symptoms. In certain situations, ECA stenting can increase cerebral perfusion in the setting of ICAO and ECA stenosis. The authors are the first to describe this approach in this context.
Christopher Nichols - One of the best experts on this subject based on the ideXlab platform.
-
External Carotid Artery stenting to treat patients with symptomatic ipsilateral internal Carotid Artery occlusion a multicenter case series
2010Co-Authors: Todd A Abruzzo, Ziad A Hage, Felipe C Albuquerque, Guilherme Dabus, Mark K Eskandari, Lee R Guterman, Michael C Hurley, Ricardo A Hanel, Elad I Levy, Christopher NicholsAbstract:Background The External Carotid Artery (ECA) anastomoses in many distal territories supplied by the internal Carotid Artery (ICA) and is an important source of collateral circulation to the brain. Stenosis of the ECA in ipsilateral ICA occlusion can produce ischemic sequelae. Objective To examine the effectiveness of ECA stenting in treating symptomatic ipsilateral ICA occlusion. Methods We retrospectively reviewed patient databases from 5 academic medical centers to identify all individuals who underwent ECA stenting after 1998. For all discovered cases, coinvestigators used a common submission form to harvest relevant demographic information, clinical data, procedural details, and follow-up results for further analysis. Results Twelve patients (median age, 66 years; range, 45-79 years) were identified for our cohort. Vessel disease involvement included severe ECA stenosis >or= 70% in 11 patients and ipsilateral ICA occlusion in all patients. Presenting symptoms included signs of transient ischemic attack, stroke, and amaurosis fugax. ECA stenting was associated with preservation of neurological status in 11 patients and resolution of symptoms in 5 patients at a median follow-up time of 26 months (range, 1-87 months; mean, 29 months). Symptomatic in-stent restenosis did not occur within any patient during the follow-up course. Conclusion We found ECA stenting in symptomatic ipsilateral ICA disease to be a potentially effective strategy to preserve neurological function and to relieve ischemic symptoms. Further investigation with larger studies and longer follow-up periods is warranted to elucidate the true indications of this management strategy.
Maksim Shapiro - One of the best experts on this subject based on the ideXlab platform.
-
spontaneous bilateral internal Carotid and vertebral Artery dissections with dominant hemisphere circulation maintained by External Carotid Artery ophthalmic Artery anastomoses
2019Co-Authors: Danielle Golub, Siddhant Dogra, Jose Torres, Maksim ShapiroAbstract:Spontaneous cervical Artery dissection (sCAD) is a major cause of stroke in young adults. Multiple sCAD is a rarer, more poorly understood presentation of sCAD that has been increasingly attributed to cervical trauma such as spinal manipulation or genetic polymorphisms in extracellular matrix components. The authors present the case of a 49-year-old, otherwise healthy woman, who over the course of 2 weeks developed progressive, hemodynamically significant, bilateral internal Carotid Artery and vertebral Artery dissections. Collateral response involved extensive External Carotid Artery-internal Carotid Artery anastomoses via the ophthalmic Artery, which were instrumental in maintaining perfusion because circle of Willis and leptomeningeal anastomotic responses were hampered by the dissection burden in the corresponding collateral vessels. Endovascular intervention by placement of Pipeline embolization devices and Atlas stents in bilateral internal Carotid arteries was successfully performed. No syndromic or systemic etiology was discovered during a thorough workup.
