Comprehensive lipid testing and management
Lars A Carlson 2011
Continue reading →Lars A Carlson 2011
Continue reading →Joel M Neutel 2011
Continue reading →Marc Thiriet 2011 Biomathematical and Biomechanical Modeling of the Circulatory and Ventilatory Systems Volume 1
Continue reading →Theodore P. Abraham (Editor) 2011 Echocardiography remains the most commonly used cardiac imaging modality in clinical care despite the emergence of competing technologies such as magnetic resonance and computed tomography. Indeed, it is now considered an extension of the stethoscope and physicians without a primary interest in cardiac imaging, such as interventional cardiologists and internists, often view and interpret […]
Continue reading →Abraham Noordergraaf 2011 Blood in Motion is a textbook on cardiovascular science. It sets out to introduce, entice, and explain the cardiovascular system to the reader using a classical system in teaching: anatomy, physiology, general operation, and specific systems.
Continue reading →Jasjit S. Suri ● Chirinjeev Kathuria Filippo Molinari Editors 2011
Continue reading →Gerard Cybulski 2011 The Systems and their Applications This book gives the reader the necessary physical background of impedance cardiography and currently available systems for hemodynamics holter monitoring. It compares ambulatory impedance cardiography and other clinically accepted methods through an updated state-of the-art.
Continue reading →Laurie D. DeLeve Guadalupe Garcia-Tsao Editors 2011 Mechanisms and Management Functions of the liver are highly dependent on its vascular connections to the “outside world” (the gut and the splanchnic circulation) and the “inside world” (the heart and the systemic circulation).
Continue reading →Robert Pelberg · Wojciech Mazur 2011 This book was written for the purpose of making vascular computed tomographic angiography easy and enjoyable. It is the second in our CT angiography series (see Cardiac CT Angiography Manual1) and is intended to be a useful summary of the field of vascular CT angiography.
Continue reading →Thomas Buck, Andreas Franke, Mark J. Monaghan (Editors) 2011 Real-time three-dimensional (3D) echocardiography, which became commercially available in 2002, is the most recent, major advancement in echocardiography. Providing direct viewing of 3D cardiac surfaces during live scanning, it adds fundamentally new information to the echocardiographic assessment of heart diseases, and it has already significantly changed echocardiographic diagnoses.
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