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"A comprehensive study guide to improve ECG interpretation skills"--Cover.
This book explores the history of the Mayo Clinic Cardiac Catheterization Laboratory from 1940 to present day. It examines the life and journey of the Cardiac Catheterization Lab and its ultimate success in implementing the vision of the Mayo philosophy of emphasizing collaboration between lab-based scientists and clinical health care professionals to bring innovation to the clinical practice and lead landmark changes in the practice of medicine profoundly enhancing what we can offer to patients and society alike. The book is divided into decades, with separate sections in each decade on key cardiology topics such as congenital heart disease, coronary heart disease, hemodynamics, pacing, and...
The Study Guide of Choice for Cardiology Programs Around the Nation! The Complete Guide to ECGs has been developed as a unique and practical means for physicians, physicians-in-training, and other medical professionals to improve their ECG interpretation skills. The highly interactive format and comprehensive scope of information are also ideally suited for physicians preparing for the American Board of Internal Medicine (ABIM) Cardiovascular Disease or Internal Medicine Board Exams, the American College of Cardiology ECG proficiency test, and other exams requiring ECG interpretation. The Complete Guide to ECGs is simply the best book on the subject I have ever seen! It is a superb addition ...
Shirt Pocket Companion to The Complete Guide to ECGs The ECG Criteria Book provides ECG criteria for 125 ECG diagnoses, including arrhythmias and conduction disturbances; chamber enlargement and hypertrophy; ischemic syndromes; pacemakers; and drug, electrolyte and medical disorders. Also includes sections on approach to ECG interpretation, differential diagnosis of ECG abnormalities, and ACLS algorithms.
An easy-to-read survey of all the latest developments in molecular cardiologic research and therapy. The authors explain in a readable style the complex process of the heart's development, the molecular basis of cardiovascular diseases, and the translation of these research advances to actual clinical treatments. The expert information provided here serves as an invaluable building block for novel treatments of cardiovascular diseases and includes a comprehensive discussion of cardiac function and dysfunction, coronary artery disease, cardiac arrhythmias, vascular diseases, and risk factors for cardiovascular disease. These state-of-the-art approaches to molecular cardiologic research include critical discussion of such topics as the molecular events that regulate angiogenesis and the potential for angiogenic therapy, emerging therapies for arrhythmias, and a description of the molecular biology of aging and its impact on the cardiovascular system.
Leading clinicians and researchers from around the world review the full scope of current developments, research, and scientific controversy regarding the principles and applications of cardiac CT. Richly illustrated with numerous black-and-white and color images, the book discusses the interpretation of CT images of the heart in a variety of clinical, physiological, and pathological applications. The authors emphasize current state-of-the-art uses of CT, but also examine developments at the horizon. They also review the technical basis of CT image acquisition, as well as tools for image visualization and analysis.
A comprehensive survey of nonsurgical treatment for a variety of heart diseases that affect the cardiac valves, the heart muscle, and the structure of the heart. The authors describe who these procedures are useful for, how to do them, and how well they work. Major topics of discussion include percutaneous techniques for valvular heart disease, septal defects at both the atrial and ventricular levels, adjunctive therapies during coronary interventions, and angioplasty to treat extracardiac vascular disease, as well as reviews of the cutting-edge imaging modalities now being used in interventional procedures. An accompanying CD-ROM contains video demonstrations of catheterization and and the imaging portions of these procedures.
Recognized scientists and clinicians from around the world discuss the most recent molecular approaches to understanding the cardiovascular system in both health and disease. The authors focus on all components of the system, including blood vessels, heart, kidneys, and the brain, and cover disease states ranging from vascular and cardiac dysfunction to stroke and hypertension. The methods described for identifying the genes that cause susceptibility to cardiovascular diseases emphasize the possibility of discovering new drug targets. Authoritative and ground-breaking, Cardiovascular Genomics offers an unprecedented examination of both the cutting-edge scientific approaches now possible and the results obtained from them in the new science of cardiovascular genomics.
M. Gabriel Khan, MD, concisely assembles in a reader friendly format all the clinically useful information that an internist needs in both his daily rounds and abusy office practice to find correct clinical diagnoses and choose optimal pharmacologic therapies for their patients. Highlights include a simplified method for recognition of, and a practical therapeutic approach to, arrhythmias, as well as a more logical approach to drug management of hypertension than that given by the Joint National Committee, instructive algorithms that simplify the diagnosis and treatment of syncope, and extensive diagnostic information on hypertrophic cardiomyopathy. A large number of illustrative electrocardiograms that help to clarify the most often misinterpreted of all cardiologic tests and extensive discussions of practical cardiovascular pharmacology complete this magisterial survey.
The cause of diabetes mellitus is metabolic in origin. However, its major clinical manifestations, which result in most of the morbidity and mortality, are a result of its vascular pathology. In fact, the American Heart Association has recently stated that, “from the point of view of cardiovascular medicine, it may be appropriate to say, diabetes is a cardiovascular disease” (1). But diabetic vascular disease is not limited to just the macrovasculature. Diabetes mellitus also affects the microcirculation with devastating results, including nephropathy, neuropathy, and retinopathy. Diabetic nephropathy is the leading cause of end-stage renal disease in the United States, while diabetic re...