Competence and contributions of radiologists to cardiac CT and MR imaging across Europe

The field of cardiac imaging has witnessed rapid advancements in technology and techniques [15‐17], enabling more accurate diagnosis and characterization of cardiovascular diseases. Cardiac CT and MR imaging have become indispensable tools in the evaluation of various cardiovascular and cardiothoracic conditions, including CAD, inflammation, myocardial ischemia, and cardiomyopathies. However, the interpretation of these imaging studies requires specialized knowledge and expertize, particularly in recognizing subtle anatomical and pathological findings and optimal use of novel technologies.

An immense work has been done primarily by the European Society of Radiology (ESR) and the ESCR (in collaboration with national societies) with regard to further increasing the competence of radiologists in cardiac and cardiothoracic CT and MR imaging. Apart from the major congresses of the ESR and ESCR, these include initiatives to start education at the undergraduate level with the ESR ebook for undergraduate education with a dedicated chapter on Cardiac imaging [18], harmonizing radiology training through the European Training Curricula for general Radiology and subspecialisation training [19], the plethora of resources offered through the ESR Premium Education Package [20], the subspecialty diploma of the European Board of Cardiovascular Radiology (EBCR) [21], and availability of dedicated cardiovascular imaging fellowships through the European School of Radiology (ESOR) [22]. Great additional effort should be undertaken to further standardize protocols, implement artificial intelligence solutions, and promote consistent reporting [23, 24] through hands-on cardiac imaging courses.

Addressing these opportunities fully will benefit from multifaceted approaches involving the interdisciplinary collaboration of ESR and ESCR and other stakeholders, among them healthcare institutions, other professional societies, and regulatory bodies on the European and national levels. In addition, efforts should be made to establish additional clinical practice guidelines about cardiac MR [8] and CT [25] for image acquisition, interpretation, and reporting, thereby promoting high-quality consistency in clinical practice.

Furthermore, fostering collaboration among radiologists, general practitioners, cardiologists, and cardiac surgeons [10] is essential for enhancing interdisciplinary communication and facilitating optimal patient care. By continuing to establish multidisciplinary quantitative cardiovascular imaging meetings, further clinical and technical consensus publications will result [18, 19, 26] that will ultimately improve diagnostic performance, resource utilization, and patient outcomes.

Importantly, the ESCR registry raw data underlying the original published article [14] is available upon request using office@escr.org for data sharing and exchange. It would be pivotal if the original source data underlying analyses such as the exciting previous analysis were more often shared with other researchers using data-sharing platforms such EUCAIM (www.​eucaim.​org) funded by the European Commission and/or the GUIDE-IT platform funded by German Research Foundation (DFG) (www.​guide-it.​org). This will ensure sustainable access to pivotal underlying information for the entire radiology community.

The competence and involvement of radiologists in cardiac CT and MR imaging play a critical role in the accurate diagnosis and management of cardiovascular diseases. Radiologists are central in the provision of cardiovascular imaging services and high-quality medical care in cardiovascular medicine. Suspected CAD and suspected myocarditis are the most common indications for cardiac CT and MR, respectively. The data from the ESCR registry also show a relevant increase by approximately a factor of four in cardiac CT and MR examinations in the last decade. Radiologists actively engaged in cardiovascular imaging play a central role in providing quantitative imaging findings as the basis for evidence-based recommendations for personalized optimal medical therapy and/or invasive treatment.

I would like to wholeheartedly congratulate the authors from the pivotal ESCR registry on providing important evidence using real-life data from Europe about the best use of cardiovascular imaging. We look very much forward to future analyses providing additional insights into the potential to further improve cardiovascular imaging and care.