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Access now the practical, simple, and concise manual on ECG interpretation! Often, it is essential to recognize a pathological state quickly, but to be able to intervene promptly, it is necessary to be able to interpret and read the electrocardiogram, or at least know how to discriminate what is normal from what is not. This manual is useful to all those (professionals, students, and enthusiasts) who need to know how to read the ECG but do not have the time to study or re-study long academic books. That's who this book is aimed at: ✅ Medical and nursing students who need to review before an exam without having to take long, complicated academic books back into their hands ✅ Professionals in the field who find it useful to keep a practical and fast manual with them for every eventuality ✅ Enthusiasts who would like to discover something new about a fundamental instrument of medicine ✅ Those who want something simple and straightforward to use at any time, without having to get lost in the kind of complicated and long-winded language contained in the myriad pages of academic books ✅ High school students who want to learn more, even without having the knowledge of a university student ✅ Those who need a "dusting off" but don't want to spend too much time or energy reviewing the material If you fall then in at least one of these categories of people, this book will be very useful. What are you waiting for? Add this book to your cart to get started!
The new book from the author of the original classic text Hurst's the Heart! This innovative reference supplies a system for interpreting individual electrocardiograms (EKGs) based on fundamental principles of electrocardiography and vector concepts, rather than relying on a physician's ability to recollect the shapes and patterns of a multitude of tracings. Highlights Grant's method of measuring the direction of electrical forces in the modern era of cardiology! Enabling physicians to make a differential diagnosis, Interpreting Electrocardiograms establishes a scientific method by representing spatially oriented vectors that can be visualized and measured considers the heart's electrical forces, zero potential plane, and transitional pathway outlines the location and anatomic features of the heart chambers and conduction system discusses the use of Einthoven's bipolar extremity leads, Bayley's triaxial system, Wilson's unipolar chest leads, and Goldberger's unipolar extremity leads to determine the spatial orientation of electrical forces includes examples of normal EKGs discusses preexcitation, postexcitation, and Osborn, epsilon, and Brugada waves covers left and right ventricle hypertrophy due to diastolic and systolic pressure overload, myocardial infarction, ventricular conduction abnormalities, pericarditis, digitalis effect, and electrolyte disturbances and more! Providing a step-by-step method for interpreting EKGs using basic principles and vector concepts, Interpreting Electrocardiograms is a groundbreaking reference for cardiologists, internists, family and primary care physicians, and medical school students in these disciplines.