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This atlas is a comprehensive compendium of congeni and two-dimensional echocardiographic examples. The tal cardiac morphology as depicted by tomographic two examples and experience span all ages and may be used dimensional echocardiography. Anatomic specimens by both pediatric and adult cardiologists. The intended cut in planes of section corresponding to the echocar emphasis is on tomographic morphology and not on diographic views help in the understanding of the echo specialty applications such as fetal, contrast, or Dop cardiographic sections. Composite photographs relate pler echocardiography. different planes of section or cardiac events. Still-frame The tomographic approach to congenital anomalies is photography cannot always adequately relate real-time the imaging modality of the 80s and is applicable to echocardiography, computerized tomography, and imaging events. However, the emphasis of this text is to demonstrate the tomographic morphology and no at magnetic resonance imaging. It is the building block tempt is made to discuss in detail functional or physio from which the expected three-dimensional imaging logic events. techniques of the 1990s will be developed. The wide spread clinical application of these imaging modalities Those performing two-dimensional echocardiography should have a working knowledge of cardiac anatomy has rekindled interest in cardiac anatomy and pathol and common congenital aberrations. This is an in-depth ogy, particularly in the evaluation of patients with con tomographic atlas not only of the common congenital genital heart disease.
In a relatively short period of time two-dimensional echo cardiography has become the most important non-invasive diagnostic tool in the daily practice of a pediatric cardiologist who predominantly deals with congenital structural heart disease in neonates and infants. Consequently, one-dimensional M-mode echocardiography has lost most of its importance particularly in this field. Therefore, an atlas showing exclusively two-dimensional echocardiograms of the most common and some less frequently occurring malformations appeared to be a useful addition to the existing literature. The confinement to two dimensional imaging alone allowed an elaborate presentation of the various defects with more than 200 selected still frames and many additional explanatory drawings and diagrams. The material was collected from patients who were referred to the Department of Pediatric Cardiology of the Wilhelmina University Children's Hospital in Utrecht during a period of about 2 years. The two-dimensional echocardiographic findings were correlated with cardiac catheterization data and/or surgical procedures and/or post mortem investigations. The necessary echocardiographic equipment was aquired with financial aid from the Dutch Heart Foundation. We are indebted to Mrs. J. W. Wetselaar for her outstanding artwork. We also thank P. D. Woltema and F. J. van Waert for the photographic reproductions, Jacomine Bosma for preparing and type-setting the entire manuscript and Dr. N. Middleton for critically reading the English text. G. J. van Mill, M. D. A. J. Moulaert, M. D. E. Harinck, M. D. CONTENTS 1. Introduction and the normal heart Introduction The normal heart 2 2.
Accurately identify complex geometrical distortions of cardiac anatomy using 3-D echocardiography and make more informed decisions regarding diagnosis and treatment. A highly visual, consistent, and practical format with online videos and more presents the authoritative, case-based, expert guidance you need to enhance your utilization and interpretation of this cutting-edge, dimensional diagnostic tool. - Master the application of techniques to specific clinical situations with detailed case studies and discussions of challenging issues. - See imaging findings as they appear in practice and discern subtle nuances with the aid of high-quality still images plus online videos. - Reference the information you need quickly thanks to easy-to-follow, templated chapters, with an abundance of images and figures that facilitate visual learning. - Take it with you anywhere! Access the full text, downloadable image library, videos, and more at www.expertconsult.com.
This two volume textbook is a practical guide to echocardiography for trainees. Divided into seven sections, the book begins with an introduction to the history and basics of echocardiography. The second section explains how to perform different types of echocardiograph. Each of the following sections examines echocardiography and its interpretation for various groups of heart diseases, whilst the final section describes the use of the technique for more general non-invasive procedures, including in systemic diseases, in life threatening conditions and for geriatric patients. Edited by internationally-recognised Dr Navin Nanda from the University of Alabama at Birmingham, US, this comprehensive manual includes more than 1150 echocardiographic images and illustrations. Key points Comprehensive guide to echocardiography Covers basic technique and use for diagnosis of numerous heart diseases Edited by University of Alabama at Birmingham Prof Navin Nanda Includes more than 1150 images and illustrations, and 6 DVD-ROMs with over 1700 video clips
Since the introduction of ultrasound in cardiology in the mid fifties, echocar diography has continued to grow and has finally become, in particular after the introduction of Doppler modalities, the working horse of the cardiologist. Although many books have been written on this subject Dr. Hamer's book is a very valuable contribution, as it provides, in particular information for practicing clinicians and technicians. Clearly written and nicely illustrated, this book is a must for those interested in this field. C.A. Visser Professor of Echocardiology Preface Trans-thoracic echocardiography is a patient friendly technique without pain or discomfort. It is harmless and the patient can relax during the examination. With these advantages in mind there is hardly any technique in cardiology that can provide so much valuable information about the function of the heart. If Doppler and color Doppler, also painless techniques, are added to echo cardiography additional information about blood flow velocities, insufficiency and stenosis of valves, detection of shunts etc. is obtainable. Less patient friendly but - if selectively used - very informative, is trans esophageal (color Doppler) echocardiography.
Performedin the cardiac catheterization laboratory is also included in this section. The next section deals with all aspects of cardiac surgery. Surgery for ischemic heart disease, valve surgery, aortic surgery, robotically assisted cardiac surgery, surgery for congenital heart disease and cardiac transplantation are covered by well-known experts. The last section points to expected refinements and future developments in cardiology, such as stem cell therapy, newer thrombolytics, new frontiers in balloon valvotomy and cardiac transplantation and artificial hearts. This book includes more than 300 full coloured images and illustration. It can be used as a reference book in every library, hospitals, medical colleges and research institutions.
Just a very few years after Edler and Hertz had described the clinical use of M-mode echocardiographyl Satomura reported the application of Dop 2 pler ultrasound to the study of cardiac function. Yet Doppler ultrasound has been integrated into diagnostic practice in cardiology much more slowly than conventional (M-mode and two-dimensional) echocardiogra phy. Now, however, tremendous growth in the interest of clinicians in the diagnostic use of Doppler ultrasound can be observed and may in fact be due to the recent advent of color flow imaging. The reason for this growth may be that this method makes it possible to directly visualize the blood flow in the cardiovascular system in cross-sectional views. Moreover, the results are reproducible and much easier to understand than the older mapping techniques using a single-gate Doppler. In its short existence many different names have been used to describe this method, for instance, color Doppler, color flow imaging, real-time two-dimen sional Doppler echocardiography, and Doppler flow imaging. This diver sity reflects the large interest that many researchers have shown in this method. The technical development of color blood flow imaging (CBFI) - as this method will be called in this book - has not yet reached a universally accepted standard of performance in cardiology. Despite this state of flux and the uncertainty about future developments, I think it is justified to dedicate an entire book to this fascinating method.
Publisher's Note: Products purchased from 3rd Party sellers are not guaranteed by the Publisher for quality, authenticity, or access to any online entitlements included with the product. The Digital Echo Atlas: A Multimedia Reference is a first-of-its-kind imaging resource made up of extensive and innovative digital content accompanied by a print book that provides a brief overview of topics and cases, with icons that quickly guide you to the digital material. The text, written by Dr. Stephen D. Clements of Emory University, provides expert clinical guidance and offers real-world cases throughout, ensuring that this unique resource package is a go-to learning and reference tool useful for cardiology fellows, practitioners, cardiac sonographers, nurse practitioners, physician assistants, and residents. It can also be used as a mobile teaching tool on rounds or in the classroom. In the companion book, you’ll find highly illustrated, full-color coverage which is enhanced by the digital material available through the eBook bundle. The print volume is both a quick clinical reference and a useful guide to the wealth of digital content, as well as a source of practical information such as transducer maneuvers, ASE guidelines, abbreviations, fundamentals of producing an echocardiogram, and case presentations.