Key result
Proposed clinical classification of coronary venous anomalies aids LV lead placement during CRT.
Why the study?
With advancements in cardiac resynchronization therapy, the role of highly variable cardiac vein anatomy has become vital due to complications associated with poor left ventricle lead placement.
Provides a comprehensive classification of cardiac venous anatomy to aid in left ventricular lead placement for cardiac resynchronization therapy.
May inform LV lead placement in CRT; leaves open prospective validation of the classification.
Highlights The article is a comprehensive literature review on anatomical variations and anomalies of cardiac veins. A classification of coronary venous anatomy and anomalies detailing clinical, anatomical and radiological features is proposed. Developing such classification is important for the field of left ventricular lead placement, as it would cover a variety of clinically significant anomalies of cardiac veins. Abstract With the advancements in the cardiac resynchronization therapy, the role of cardiac vein anatomy has become vital due to the complications associated with poor left ventricle lead placement. The cardiac vein anatomy varies much more than the anatomy of the coronary arteries, thus making cardiac veins much harder to study. In this article we have analyzed different approaches to description and naming of cardiac veins, and have summarized venous anomalies and features described in literature or encountered in real clinical practice. All anatomical features described in the article have a clinical significance in the left ventricle lead placement. Moreover, we have analyzed the wide variety of suggestions to overcoming anatomical obstacles. As a result of the analysis, we have proposed a clinical classification of the coronary venous anomalies and features that can be used during the implantation of cardiac resynchronization therapy devices.
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Dubrovin et al. (2023) conducted a review in Cardiac resynchronization therapy. Left ventricular lead placement was evaluated. A comprehensive literature review of cardiac vein anatomy led to a proposed clinical classification of coronary venous anomalies to aid left ventricular lead placement during CRT implantation.
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