Pattern recognition is an important learning tool in the interpretation of ECGs. Unfortunately, until faced with a patient with an arrhythmia or structural heart disease, pediatric practitioners generally receive limited exposure to ECGs. The ability to clearly distinguish an abnormal ECG pattern from a normal variant in an emergency situation is an essential skill, but one that many pediatricians feel ill-prepared to utilize confidently. In Pediatric ECG Interpretation: An Illustrative Guide, Drs. Deal, Johnsrude and Buck aim to address this issue by illustrating many of the ECG patterns a pediatric practitioner is likely to encounter. ECG illustrations with interpretations are presented in several categories: normal children of all ages, acquired abnormalities such as hypertrophy or electrolyte disorders, and common congenital heart disease lesions. Later sections cover bradycardia, supraventricular and ventricular arrhythmias, and a basic section on pacemaker ECGs. Simple techniques used to interpret mechanisms of arrhythmias are described as a resource for practitioners in cardiology, adult electrophysiology, or pediatrics who may not have a readily accessible resource for these ECG examples. Material hosted at http://wiley.mpstechnologies.com/wiley/BOBContent/searchLPBobContent.do can be used: 1 as a self-evaluation tool for interpretation of ECGs 2 as a teaching reference for Cardiology fellows, residents, and house staff 3 as an invaluable resource for the Emergency Room physician or pediatrician who might obtain an ECG on a pediatric patient

Pattern recognition is an important learning tool in the interpretation of ECGs. Unfortunately, until faced with a patient with an arrhythmia or structural heart disease, pediatric practitioners generally receive limited exposure to ECGs. The ability to clearly distinguish an abnormal ECG pattern from a normal variant in an emergency situation is an essential skill, but one that many pediatricians feel ill-prepared to utilize confidently. In Pediatric ECG Interpretation: An Illustrative Guide, Drs. Deal, Johnsrude and Buck aim to address this issue by illustrating many of the ECG patterns a pediatric practitioner is likely to encounter. ECG illustrations with interpretations are presented in several categories: normal children of all ages, acquired abnormalities such as hypertrophy or electrolyte disorders, and common congenital heart disease lesions. Later sections cover bradycardia, supraventricular and ventricular arrhythmias, and a basic section on pacemaker ECGs. Simple techniques used to interpret mechanisms of arrhythmias are described as a resource for practitioners in cardiology, adult electrophysiology, or pediatrics who may not have a readily accessible resource for these ECG examples. Material hosted at http://wiley.mpstechnologies.com/wiley/BOBContent/searchLPBobContent.do can be used: 1 as a self-evaluation tool for interpretation of ECGs 2 as a teaching reference for Cardiology fellows, residents, and house staff 3 as an invaluable resource for the Emergency Room physician or pediatrician who might obtain an ECG on a pediatric patient

This book elucidates the process of reading electrocardiograms (ECGs) in children. It provides a structured, step-by-step guide for interpreting ECGS using algorithms, which allow clinicians to decipher the data within these tracings and establish differential diagnoses. The book also presents actual high-definition ECG tracings, which are annotated and highlighted to demonstrate the issues discussed. Topics include cellular electrophysiology changes and electrocardiography and disorders such as axis abnormalities, heart rate and rhythm disturbances, hypertrophy, conduction abnormalities, and fetal arrhythmias. Clinical scenarios with answers provide real-life examples of how pediatric patients present, their ECGs, and treatment methodology. Pediatric Electrocardiography: An Algorithmic Approach is a valuable resource for pediatricians, family medicine physicians, cardiologists, and medical students.

This book describes in detail the specific aspects of ECG during childhood and adolescence, pursuing an accessible, didactic and easy-to-read approach. Instructive, self-contained and intelligently written, it succeeds in making this diagnostic tool, the interpretation of which is especially complex in younger patients, more comprehensible, while also offering a sound and extensive reference guide for all those who diagnose young patients with electrocardiography. Though ECG produces a relatively simple set of readings, its interpretation and diagnosis are complex. If misinterpreted, a “butterfly effect” of hidden, often neglected heart signals can lead to important and sometimes devastating consequences. Featuring an exceptionally wide range of ECG recordings and examples, the volume sheds new light on the importance of electrophysiological examinations for patients still in their developmental years and provides advice on the use of ECG in connection with recent regulations on the participation of children, adolescents and young athletes in sports. Thanks to the variety of scenarios described, from the most frequent to the most insidious, this work will appeal to a broad readership, from cardiologists and pediatricians to family physicians, anesthesiologists, doctors in sports medicine, students and nurses.

Introducing a new edition of the popular text for medical students, residents, and practitioners on interpreting electrocardiograms in children. Pediatric cardiologists Dr. Myung Park and Dr. Warren Guntheroth teach the vectorial approach to pediatric ECG interpretation in a simple and practical way. How to Read Pediatric ECGs contains over 200 actual size ECG tracings, review questions, case studies for board review. Now with a 2 color design Case Studies teach a systematic approach to interpreting ECG results Review questions at end of each chapter assist with board preparation and self-assessment Actual size tracings allows readers to measure intervals and durations of sample tracings accurately

Over the last decade, there has been a tremendous improvement in our understanding of basic cardiac electrophysiology. Most introductory ECG books teach via pattern recognition and do not incorporate new pathophysiologic information. There is a great need for a simple book that teaches electrocardiography from a pathophysiologic basis. The proposed paperback book will be small format, concise, and 200-pages in length. It can be utilized as a reference - chapter by chapter or read throughout for an overview. Each chapter will feature ten questions that will provide a chapter review. Ten case studies will be highlighted at the end of the book that will integrate the multiple principles of electrocardiography.

Widely considered the optimal electrocardiography reference for practicing physicians, and consistently rated as the best choice on the subject for board preparation, this is an ideal source for mastering the fundamental principles and clinical applications of ECG. The 6th edition captures all of the latest knowledge in the field, including expanded and updated discussions of pediatric rhythm problems, pacemakers, stress testing, implantable cardiodefibrillator devices, and much more. It's the perfect book to turn to for clear and clinically relevant guidance on all of today's ECG applications. - Comprehensively and expertly describes how to capture and interpret all normal and abnormal ECG findings in adults and children. - Features the expertise of internationally recognized authorities on electrocardiography, for advanced assistance in mastering the subtle but critical nuances of this complex diagnostic modality. - Features new chapters on pediatric electrocardiography that explore rhythm problems associated with pediatric obesity, heart failure, and athletic activity. - Presents a new chapter on recording and interpreting heart rhythms in patients with pacemakers. - Includes new material on interpreting ECG findings associated with implantable cardioverter-defibrillators. - Provides fully updated coverage on the increased importance of ECGs in stress testing.