Diagnostics of Vascular Diseases

Optimum utilization of the increasingly complex vascular technology and instrumentation requires profound understanding of their working principles and modes of application. This textbook systematically reviews the principles utilized in non-invasive and invasive vascular diagnostic methods. The physicians will learn how to optimize the use of the modern technologies.

Optimum utilization of modern vascular diagnostic technology requires expert users. This textbook systematically reviews the working principles and modes of application of techniques applicable to noninvasive and invasive vascular examinations. Physicians will learn how to translate advanced technology into expert vascular evaluation.

With contributions by numerous experts

Optimum utilization of the increasingly complex vascular technology and instrumentation requires profound understanding of their working principles and modes of application. This textbook systematically reviews the principles utilized in non-invasive and invasive vascular diagnostic methods. The physicians will learn how to optimize the use of the modern technologies.

I: Diagnostics of Vascular Diseases: State-of-the-Art.- Section I: Nonimaging Vascular Diagnostic Methods.- Principles and Clinical Applications.- Section II: Imaging Vascular Methods Vascular Ultrasonography.- Physics and Instrumentation of Doppler Ultrasound.- Applications of Doppler Ultrasound.- Ultrasound Contrast Agents.- Vascular Radiography.- X-ray Radiography.- X-ray Contrast Agents.- Magnetic Resonance Angiography.- Computed Tomographic Angiography.- Section III: Laboratory Vascular Methods.- Assessment of Hemostasis.- Assessment of Lipoproteins.- Assessment of Homocysteine.- Immunologic Assessments.- II: Diagnostics of Vascular Diseases: Work-in-Progress.- Section I: Imaging Methods.- Physics of High-Resolution Ultrasonography.- Ultrasound Assessment of Endothelial Vasomotor Function.- Intracoronary Ultrasound Imaging.- Electron Beam Computed Tomography and Cardiovascular Applications.- Intravenous Coronary Angiography with Synchrotron Radiation.- Three-Dimensional Reconstruction of Coronary Arteries from X-Ray Projections.- Digital Imaging and Data Integration Technology.- Section II: Laboratory Methods.- Genetic and Molecular Biology Techniques for the Assessment of Vascular Disease.- Section III: Future Perspectives.- Integrated Approach to Cardiovascular Medicine.