Key result
Successful percutaneous treatment of calcified coronary lesions relies on careful procedural preparation, non-invasive and invasive imaging, and a combination of tools and techniques.
Successful percutaneous treatment of calcified coronary lesions requires careful preparation, use of imaging techniques, and a tailored combination of tools and techniques.
Invasive percutaneous treatment of calcified coronary stenoses begins with a careful preparation of the procedure. The operator needs to anticipate possible procedural challenges by assessing the clinical and diagnostic information available. In addition, there is no one-size- fits- all solution, but a successful treatment derives from a combination of tools and techniques. One might rely on algorithms proposed by experienced operators to help in decision-making while building its own experience. Implementation of available imaging techniques both non-invasive and invasive, along with judicious adoption of available tools and techniques, is key to a successful treatment of this challenging lesion setting. The bottom line is to gain sufficient confidence to manage the hardest coronary lesion at the lowest risk of complication for the patient..
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Emanuele Barbato (2021) conducted a review in Calcified coronary lesions. Invasive percutaneous treatment was evaluated. Successful percutaneous treatment of calcified coronary lesions relies on careful procedural preparation, non-invasive and invasive imaging, and a combination of tools and techniques.
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