Mario J. Garcia – författare

Significant advances over the past two decades in noninvasive cardiovascular imaging technologies and methods to evaluate patients with known or suspected cardiovascular disease have transformed the field of cardiovascular imaging. Multimodality Cardiovascular Imaging, edited by eminent cardiologist and leader in noninvasive cardiac imaging, Dr. Mario J. Garcia, serves as a one-stop, authoritative resource covering the application, value, limitations, and competing and complimentary roles of each of the different cardiac imaging modalities. It provides practical information and guidelines to cardiologists, radiologists, electrophysiologists, vascular medicine physicians, and cardiac surgeons-anyone who needs a deeper understanding of the roles and limitations of various imaging modalities for cardiovascular disease.

Computed tomography (CT) is becoming increasingly more important in the diagnosis of cardiac disease. As more hospitals purchase scanners for cardiac CT, more cardiologists are learning how to interpret the scans. This issue is geared to helping cardiologists understand and adopt this new modality. It includes articles on CT angiography, evaluation of the coronary atherosclerotic plaque, evaluation of heart valves, and electrophysiology applications of CT, among others.

Selected as a Doody’s Core Title for 2025!Written by clinicians, for clinicians, Cardiovascular Medicine and Surgery offers a comprehensive, authoritative, and multidisciplinary approach to this rapidly evolving field. Covering every area relevant to the daily practice of cardiovascular medicine, this new and innovative reference text, led by Drs. Debabrata Mukherjee and Richard A. Lange, brings together a stellar team of cardiovascular specialists from leading medical centers worldwide who focus on cutting-edge strategies for the clinical and surgical management of patients. Both medicine and surgery are highlighted in chapters along with follow-up care and changing technology to equip the clinician for optimal patient care. Highly structured and templated chapters cover pathogenesis, diagnosis, management, special considerations/limitations, follow-up care, and on-going and future research  , Provides clinicians and fellows with comprehensive, evidence-based guidance on clinical cardiology, cardiovascular imaging, cardiac catheterization, electrophysiology, heart failure, vascular medicine, cardiovascular surgery, adult congenital heart disease, and preventative cardiology.  Offers a multidisciplinary, heart team approach for valvular pathologies and coronary heart disease, with chapters authored either by a cardiologist or cardiac surgeon, or both based on subspecialty.  Features a dedicated section on cardiac surgery to provide cardiologists a better perspective of commonly performed cardiac surgical procedures,  risks and benefits, follow-up patient care, and changing technology.  Includes hundreds of high-quality full-color anatomic illustrations, diagnostic images (ECGs, transthoracic echocardiograms, angiograms, MRIs), diagnostic and management algorithms, quick-reference tables, and clinical case studies throughout.   eBook provides on-the-go access to additional online-only figures, tables, and videos  Serves as a comprehensive, easily accessible reference for busy practitioners and cardiovascular trainees.  , Enrich Your eBook Reading Experience Read directly on your preferred device(s), such as computer, tablet, or smartphone.  Easily convert to audiobook, powering your content with natural language text-to-speech.  ,

This is the first textbook in DECT focussing especially on the cardiovascular field. DECT was developed many years ago but has recently spread its clinical utility. Many new applications have been developed over the last years and the cardiovascular system has benefited from these advances. New protocols will be used in the near future which will help to optimize results obtained until now with single energy CT, such as a more precise quantification of coronary artery stenosis using either different monochromatic levels or material decomposition, reduction of beam hardening artifacts in perfusion studies and optimizing endovenous contrast, among others.​