The Only EKG Book You'll Ever Need 9th Edition By Malcom S. Thaler

$ 13.2

Educational Level: Adult & Further Education Level: Advanced Features: Revised isbn: 9781496377234 TitleLeading: The Dewey Decimal: 616.1207547 Publication Name: Only Ekg Book You'll Ever Need Author: Malcolm Thaler Personalized: No Intended Audience: Scholarly & Professional Dewey Edition: 23 Item Height: 0.6 in Subject: Family & General Practice, Internal Medicine, Cardiology Publisher: Lippincott Williams & Wilkins Edition Number: 9 Item Length: 9 in Language: English Number of Pages: 384 Pages Illustrated: Yes Item Width: 7 in Subject Area: Medical Format: Trade Paperback LC Classification Number: RC683.5.E5 ISBN-13: 9781496377234 Publication Year: 2019 Item Weight: 22.4 Oz LCCN: 2017-053867 height: 0.6 in width: 7 in ISBN-10: 1496377230 Type: Textbook Edition Description: Revised edition

Description

The Only EKG Book You'll Ever Need 9th Edition By Malcom S. Thaler. "The Only EKG Book You'll Ever Need 9th Edition by Malcolm S. Thaler is a comprehensive textbook on the subject of Electrocardiography (ECG). This revised edition, published by Lippincott Williams & Wilkins in 2019, covers topics in Family & General Practice, Internal Medicine, and Cardiology. With 384 pages and illustrations, this trade paperback book is a valuable resource for both scholarly and professional audiences. Written in English, this textbook is intended to be a definitive guide for understanding and interpreting ECG readings in a medical setting." "The Only EKG Book You'll Ever Need 9th Edition by Malcolm S. Thaler is a comprehensive textbook on the subject of Electrocardiography (ECG). This revised edition, published by Lippincott Williams & Wilkins in 2019, covers topics in Family & General Practice, Internal Medicine, and Cardiology. With 384 pages and illustrations, this trade paperback book is a valuable resource for both scholarly and professional audiences. Written in English, this textbook is intended to be a definitive guide for understanding and interpreting ECG readings in a medical setting."