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

$ 13.2

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

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."