Key result
Big Data transforms cardiology discovery, demanding major structural and institutional changes across the profession.
Big Data has the potential to transform cardiology research and practice, necessitating structural and methodological adaptations within the profession.
AIM: Big Data promises to change cardiology through a massive increase in the data gathered and analysed; but its impact goes beyond improving incrementally existing methods. METHODS AND RESULTS: The potential of comprehensive data sets for scientific discovery is examined, and its impact on the scientific method generally and cardiology in particular is posited, together with likely consequences for research and practice. CONCLUSION: Big Data in cardiology changes how new insights are being discovered. For it to flourish, significant modifications in the methods, structures, and institutions of the profession are necessary.
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Viktor Mayer‐Schönberger (2015) conducted a review in Cardiology. Big Data was evaluated. Big Data in cardiology promises to change how new insights are discovered, necessitating significant modifications in the methods, structures, and institutions of the profession.
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