Gary V. Heller – författare

A thorough, practical review of nuclear cardiology -– covering everything from when to refer and which test to prescribe to interpreting results Updated with new and emerging techniques"The authors have succeeded in providing a guide to understanding the basic principles of cardiovascular nuclear imaging, learning its applications, and interpreting the results that is ideally suited for cardiology and radiology trainees. 3 Stars."--Doody's Review ServiceNuclear Cardiology: Practical Applications provides concise, expert guidance on indications for nuclear cardiology procedures, specification of tests, and interpretation of results. Completely updated with the latest techniques and procedures, this well-illustrated guide is essential to clinicians who require a practical understanding of this specialty as well as trainees, including cardiology fellows and radiology residents. It is also a must-have review for anyone seeking certification or recertification in nuclear cardiology.Features:Coverage of new and emerging techniques in nuclear medicine, such as fatty acid and neurohumoral imaging, the use of hybrid technology, and cardiac positron emission tomograhic (PET) imagingEmphasis on indications for tests helps you decide which nuclear test is the best choice for a particular problemValuable perspective of nuclear cardiology’s role in patient managementReview questions at the end of each chapter assure understanding of the material and prepare you for certification testingNEW chapters on quality initiatives in nuclear cardiology and the appropriate use of SPECT and PET proceduresNew: Extensive Q&AFull-color insert of radiograph images

This extensively revised edition of this important textbook provides a practical approach to the use of nuclear cardiology for the general cardiologist. It is an adjunct to the existing literature in nuclear cardiology, providing a simple case-based approach to understanding the methodology, application and outcomes of the modality, and representing a pocket-sized compendium designed for a clinical cardiology audience. Nuclear cardiology procedures have been a mainstay in noninvasive testing for the diagnosis and risk stratification of coronary artery disease for many years.  Although a mature field with a multitude of clinical applications, the advances in the technology and imaging procedures have been remarkable and important to document.Handbook of Nuclear Cardiology: Cardiac SPECT and Cardiac PET reviews the important indications for choosing nuclear cardiology procedures and provides a description of the procedures themselves, including both SPECT and PET imaging protocols, as well as supplying readers with a the key readings resources. It emphasizes how noninvasive testing results can be used clinically and the appropriateness of such techniques using a concise and logical structure, vital for trainees, practicing physicians, nurses and technologists looking for a brief, up-to-date overview and reference volume for nuclear cardiology. It therefore represents an essential reference for a large number of cardiologists internationally looking for information in the field.

This handbook provides hospitals, clinics, and imaging centers, along with their medical and technical directors and hospital administrators, with the necessary information and tools to develop quality initiatives. The specific aims of this book include: 1.Describe quality control as it relates to non-invasive cardiovascular imaging                                                                      2.Understand the current standards as published by societal guidelines or accrediting organizations e.g. American College of Radiology (ACR), Intersocietal Accreditation Commission (IAC), The Joint Commission (TJC)or the European Society of Cardiology (ESC).3.Demonstrate techniques to comply with the routine quality assessment of the equipment utilized in the imaging process. 4.Understand and document the appropriate patient and protocol selection. 5.Optimize appropriate imaging techniques to minimize acquisition and processing artifact.6.Improve the reporting process and more effectively communicate with referring physicians.7.Assess the current process of care and document the outcomes to allow for process improvement. 8.Develop protocols for the evaluation of patient and physician satisfaction. 9.Design programs to perform the public reporting of outcomes.​