Key result
Cardiac CT enhances diagnostic accuracy for prosthetic aortic valve complications through complementary high-resolution imaging.
Why the study?
Does cardiac CT improve diagnostic accuracy for identifying the mechanism of prosthetic aortic valve complications?
Does cardiac CT improve diagnostic accuracy for identifying the mechanism of prosthetic aortic valve complications?
Cardiac CT is a valuable complementary imaging modality to echocardiography for accurately diagnosing the mechanisms of prosthetic aortic valve complications.
May support cardiac CT as echocardiography adjunct; leaves open prospective validation of accuracy gains.
In the current era of transcatheter device therapy, the prevalence of prosthetic aortic valves and their associated complications is increasing. Echocardiography remains the first-line imaging investigation for the assessment of prosthetic valve complications, however, this often fails to identify the underlying mechanism of prosthesis failure. Recently, cardiac CT has emerged as an imaging technique capable of providing high isotropic spatial resolution of the prosthetic valve and its utility can provide important complementary diagnostic information. In this pictorial review, we present a series of common prosthetic aortic valve complications imaged with cardiac CT and demonstrate how use of this modality can enhance diagnostic accuracy.
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Andrews et al. (2018) conducted a review in Prosthetic aortic valve complications. Cardiac CT vs. Echocardiography was evaluated. Cardiac CT provides high isotropic spatial resolution and complementary diagnostic information that can enhance diagnostic accuracy for prosthetic aortic valve complications.
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