Small Animal ECGs: An Introductory Guide provides all the information veterinarians need when using electrocardiography techniques for the first time. An ideal introduction to veterinary electrocardiography written in a very easy to understand way, for what can be a daunting subject The author is RCVS Recognised Specialist in Veterinary Cardiology and regularly speaks on this subject Full of examples of colour ECG tracings, as well as colour illustrations to explain arrhythmias Covers techniques that can readily be used in first opinion small animal practice Includes new chapters on mechanisms of supraventricular arrhythmias, accelerated idioventricular rhythm and use of Holters

In this concise and practical review, the authors recognize that among the range of cardiac investigations available to veterinarians, the standard electrocardiogram (ECG) is an indispensable, safe and inexpensive test in assessing dogs and cats with heart disease.Following discussion of the principles of electrocardiography, the book systematicall

This book provides all the information that veterinarians need when using electrocardiography techniques for the first time. It is aimed squarely at the beginner, and is designed specifically for ease of use. It includes not only ECG tracings, but also clear and simple explanatory diagrams that accompany the text. Written by a Recognised Specialist in Veterinary Cardiology New chapters on the management and treatment of arrhythmias and on choosing an ECG recorder Suitable for all veterinary professionals, including practitioners, veterinary students, nurses and technicians

Small Animal ECGs: An Introductory Guide provides all the information veterinarians need when using electrocardiography techniques for the first time. An ideal introduction to veterinary electrocardiography written in a very easy to understand way, for what can be a daunting subject The author is RCVS Recognised Specialist in Veterinary Cardiology and regularly speaks on this subject Full of examples of colour ECG tracings, as well as colour illustrations to explain arrhythmias Covers techniques that can readily be used in first opinion small animal practice Includes new chapters on mechanisms of supraventricular arrhythmias, accelerated idioventricular rhythm and use of Holters

ECG Interpretation in Critically Ill Dog and Cat is a clinical reference on the diagnosis and management of arrhythmias occurring in critically ill canine and feline patients. Using a case-oriented approach, it provides therapeutic and management options for patients with arrhythmias. This book shows, in detail, the types of case scenarios in which arrhythmias can occur, how these arrhythmias can be diagnosed, and what therapeutic interventions are available. The emphasis on the case scenario approach is perfectly suited to veterinarians and veterinary technicians dealing with emergency events in critically ill small animal patients. The first book to cover arrhythmias caused by conditions outside the realm of cardiac disease Innovative case-orientated approach, providing therapeutic and management options for the arrhythmia patient An essential reference text for all those involved with critically ill small animal patients

Advances in veterinary medical technology now provide easier and more affordable access to equine ECG recording and transmitting equipment, making ECG recordings a useful tool for equine veterinarians in both field and hospital settings. Covering the basics of equine ECG recording, analyses and interpretation, this book provides a practical approach with details of how to get the most information out of your ECG recordings. The only book dedicated to equine ECGs.

Discusses the advantages and innovative features for the use of electrocardiography in dogs and cats. The book provides the principles underlying ECG interpretation and treatment, and offers a selection of both unusual and characteristic case histories in the final section.

This is a pioneering book in veterinary medicine. The reader will be ableto visualise what really is happening in a diseased heart. Through threedimensional representation and augmented reality, every disorder can be seen, almost touching the 3D model above the book. In addition, the changes in blood flow produced by the pathologies can be visualised, bringing the reader even closer to the pathophysiological reality. The text addresses the major points of pathophysiology and diagnostic keys for the most common diseases, and the illustrations and pictures are a bridge between the 3D models and the text. Thus, the book succeeds in joining diagnosis, and particularly a test such as echocardiography, with the understanding of the pathophysiology.

New edition of the classic complete reference book for cardiologists and trainee cardiologists on the theory and practice of electrocardiography, one of the key modalities used for evaluating cardiology patients and deciding on appropriate management strategies.

The ECG Made Practical is a clinically-orientated book, showing how the electrocardiogram can help in the diagnosis and treatment of patients with symptoms suggesting cardiovascular disease. The underlying philosophy of this Seventh Edition remains that the ECG has to be interpreted in the light of the patient's history and physical examination, thus the book is organised in chapters according to a patient's symptoms. - Clinically-orientated with a quick reference list of cardiovascular conditions - Builds on the basic knowledge outlined in the classic ECG Made Easy - Emphasises the individuality of every ECG and uses full 12-lead ECG recordings to provide a realistic reproduction of the clinical environment. - The unique page size allows presentation of 12-lead ECGs across a single page for clarity. - Each chapter begins with a brief account of the relevant history and examination and ends with a short account of what might be done once the ECG has been interpreted. The ECG is a vital part of diagnosis and prolonged ambulatory ECG recording is now commonplace. This Seventh Edition includes a greater focus on ambulatory monitoring and the newer monitoring devices, while developments in pacing systems and defibrillators are described.