Aortic arch vessel disease and rationale for echocardiographic screening
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Published on: February 14, 2017
William R Ruegg1, Frederic J VanDis, Howard J Feldman
1Shaw Heart and Vascular Center at Mercy Medical Center, Roseburg, Oregon, USA. billruegg@chiwest.com
Insights
Atherosclerosis in aortic arch vessels is common and undertreated, increasing mortality. Intrathoracic duplex imaging offers an accurate, noninvasive method for early detection and management of this condition.
Area of Science:
- Cardiovascular Medicine
- Medical Imaging
- Vascular Surgery
Background:
- Atherosclerosis affecting the aortic arch's proximal branches presents significant clinical challenges.
- Underdiagnosis and undertreatment of aortic arch vessel disease are linked to increased mortality rates.
Purpose of the Study:
- To highlight the clinical significance of aortic arch vessel disease.
- To review the utility of intrathoracic duplex imaging for noninvasive detection and management.
- To address the lack of comprehensive resources on ultrasonographic evaluation of supra-aortic trunk vessels.
Main Methods:
- Review of existing literature and clinical data on aortic arch vessel disease.
- Validation of intrathoracic duplex imaging as an accurate noninvasive diagnostic tool.
- Integration of duplex techniques into routine echocardiography.
Main Results:
- Intrathoracic duplex imaging accurately detects, characterizes, and monitors aortic arch vessel disease.
- Duplex imaging can be readily incorporated into standard echocardiography protocols.
- This review provides a resource for understanding relevant anatomy, pathophysiology, and diagnostic surveillance.
Conclusions:
- Direct, noninvasive detection of aortic arch atherosclerosis is clinically crucial.
- Intrathoracic duplex imaging is a valuable tool for managing aortic arch vessel disease.
- Enhanced training and resource availability can facilitate the adoption of arch vessel duplex imaging in echocardiography practices.
Abstract:
Atherosclerosis of the proximal branches of the aortic arch has compelling clinical implications that warrant the application of direct noninvasive detection of the disease. The prevalence of aortic arch vessel disease in an aging and at-risk community and clinical population has been underreported and undertreated despite an associated increase of all-cause and cardiovascular mortality. Intrathoracic duplex imaging has been validated as an accurate noninvasive tool to detect, characterize, and follow native aortic arch vessel disease and its sequelae and correction. Such duplex techniques are easily integrated into routine echocardiography with focused training and minimal time investment in the examination. A paucity of available resources exists across disciplines regarding ultrasonographic investigation of these supra-aortic trunk vessels, including textbooks, journal articles, seminars, and manuals. This review has been compiled to familiarize physicians and sonographers with the relevant anatomy, pathophysiology, treatment, and diagnostic duplex surveillance of aortic arch vessel disease. Illustrative cases along with clinical rationale are discussed with the intent to facilitate the integration of arch vessel duplex imaging into the scope and practice of echocardiography.
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