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Interpreting Electrocardiograms Using Basic Principles and Vector Concepts Fundamental and Clinical Cardiology 1st Edition by J Willis Hurst ISBN 0824705130 978-0824705138

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Interpreting Electrocardiograms Using Basic Principles and Vector Concepts Fundamental and Clinical Cardiology 1st Edition Hurst Digital Instant Download

Author(s): Hurst
ISBN(s): 9780824705138, 0824705130
Edition: 1
File Details: PDF, 10.73 MB
Year: 2001
Language: english
SKU: EB-2166496 Category: Tag:

Interpreting Electrocardiograms Using Basic Principles and Vector Concepts Fundamental and Clinical Cardiology 1st Edition by J. Willis Hurst – Ebook PDF Instant Download/Delivery: 0824705130, 978-0824705138

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Product details:

ISBN 10: 0824705130

ISBN 13: 978-0824705138 

Author: J. Willis Hurst

The new book from the author of the original classic text Hurst’s the Heart!

This innovative reference supplies a system for interpreting individual electrocardiograms (EKGs) based on fundamental principles of electrocardiography and vector concepts, rather than relying on a physician’s ability to recollect the shapes and patterns of a multitude of tracings.

Highlights Grant’s method of measuring the direction of electrical forces in the modern era of cardiology!

Enabling physicians to make a differential diagnosis, Interpreting Electrocardiograms establishes a scientific method by representing spatially oriented vectors that can be visualized and measured considers the heart’s electrical forces, zero potential plane, and transitional pathway outlines the location and anatomic features of the heart chambers and conduction system discusses the use of Einthoven’s bipolar extremity leads, Bayley’s triaxial system

  • Wilson’s unipolar chest leads, and Goldberger’s unipolar extremity leads to determine the spatial orientation of electrical forces includes examples of normal EKGs discusses preexcitation, postexcitation, and Osborn, epsilon, and Brugada waves covers left and right ventricle hypertrophy due to diastolic and systolic pressure overload, myocardial infarction, ventricular conduction abnormalities, pericarditis, digitalis effect, and electrolyte disturbancesand more!
  • Providing a step-by-step method for interpreting EKGs using basic principles and vector concepts, Interpreting Electrocardiograms is a groundbreaking reference for cardiologists, internists, family and primary care physicians, and medical school students in these disciplines.

Table of contents:

Part I How People Learn

1 The Learning Process

Part II Historical Benchmarks And The Naming Of The Waves
2. The People And The Waves

Part III Basic Principles Of Electrocardiography
3. Memory No. 1: The Use Of Vectors To Illustrate The Electrical Forces Of The Heart
4. Memory No. 2: The Electrical Activity Of A Single Isolated Myocyte
5. Memory No. 3: The Volume Conductor And The Spread Of Electrical Activity To The Body Surface
6. Memory No. 4: The Anatomy Of The Heart Chambers And Conduction System
7. Memory No. 5: Depolarization And Repolarization Of The Atria And Ventricles; The S-T Segment; And U, Delta, Osborn, Epsilon, And Brugada Waves
8. Memory No. 6: Leads Used To Measure The Direction And Size Of The Electrical Forces Generated By The Heart
9. The Fusion Of Six Memories
10. How To Measure The Electrical Forces Created By The Heart

Part IV The Clinician’s Use Of The Electrocardiogram As A Diagnostic Tool
11. The Clinical Use Of Electrocardiography

Part V Surveying The Waves: The Normal Electrocardiogram
12. Normal Measurements (With Brief Comments About Abnormal Measurements)

Part VI Common Electrocardiographic Abnormalities

13. Left Ventricular Hypertrophy
14. Right Ventricular Hypertrophy
15. Myocardial Infarction And Its Imitators
16. Electrocardiographic Abnormalities Of The Conduction System Of The Heart
17. The Electrocardiographic Signs Of Pericarditis
18. Electrocardiographic Abnormalities Due To Pulmonary Embolism
19. Electrocardiographic Abnormalities Due To Chronic Obstructive Lung Disease With Emphysema
20. Effect Of Digitalis On The Electrocardiogram
21. Electrocardiographic Abnormalities Due To Hyperkalemia And Hypokalemia
22. Electrocardiographic Abnormalities Due To Hypercalcemia And Hypocalcemia

Part VII Other Abnormalities
23. Other Important Electrocardiographic Abnormalities

Part VIII Conclusion
24. Final Comment

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Tags: J Willis Hurst, Interpreting Electrocardiograms, Basic Principles, Vector Concepts, Fundamental, Clinical Cardiology