The Minnesota Code Manual of Electrocardiographic Findings

The manual is suitable for training electrocardio- without digital recording and that are accompanied graphers and technicians and can be accompanied by other uniquely rich data. Despite my expectations by sets of training ECGs already coded by trainers. during the 1960s that such archives would cease to It is our expectation that the manual will serve as a be used after the introduction of digital recording, reference, guide, and training source for those con- the tide of such treasures has hardly ebbed. ducting studies that require objective evidence of The changes included in this edition arise from cardiac disease, both prevalent and incident, by non- more than a quarter of a century of directing central invasive, highly standardized, inexpensive record- ECG reading and research centers and collectively ing of the electrocardiogram. In our own ECG Read- 60+ large and small epidemiologic studies and m- ing Center, this has included epidemiologic studies ticenter national and international clinical trials. The among healthy populations, diabetics, psychiatric changes include the description of a new measuring patients, pregnant women, cohorts of patients with loupe in Chap. 3, developed over the past decade, to clinical heart disease, populations exposed to envi- better serve a more ef? cient and a more extensive ronmental contaminants such as arsenic, populations span for measurement of relevant durations, voltages, exposed to Chagas disease, and in clinical trials of and deviations from the isoelectric line. In Chap.

This book provides quantitative validated rules for evaluating serial electrocardiographic change. It has been updated to reflect changes in understanding over the last twenty years, thus it is the benchmark for coding in ECG applications.

Updated to reflect changes in understanding over the last 20 years, this title provides the benchmark for coding in electrocardiographic applications

What Is the Electrocardiogram or ECG?.- ECG Leads.- Measuring Devices.- Q-QS Waves (1-Codes).- Frontal Plane QRS Axis (2-Codes).- High R-Waves (3-Codes).- ST Segment Depression (4-Codes) and Negative T-Waves (5-Codes).- Atrioventricular (A-V) Conduction Defects (6-Codes).- Intraventricular Conduction Defects (7-Codes).- Arrhythmias, 8-Codes.- Miscellaneous Codes (9-Codes).- Exact Measurements.- Coding the Whole ECG.- ECG Data Acquisition Procedures and Maintenance of Recording Quality Including Technician Training.- Criteria for Significant Electrocardiographic Change.- ECG Indices that Add to Independent Prognostication for Cardiovascular Disease Outcomes.- Quality Control of Visual and Electronic Coding.