ECG Interpretation

Basic EKG Interpretation
Viki Chaudrue RN, BSN, MSN
Basic EKG Interpretation.ppt

12 Lead ECG Interpretation: Color Coding for MI’s
Anna E. Story, RN, MS
12 Lead ECG Interpretation.ppt

ECG Interpretation
InterptretationReview-1.ppt

EKG Interpretation
EKG_Interpretation.ppt

ECG Interpretation
Mary L. Dohrmann, MD
ECG.ppt

Advanced EKG Interpretation
Micelle J. Haydel, M.D.
Advanced EKG Interpretation.ppt

Practice ECGs
Practice ECGs.ppt


ECG Rhythm Interpretation - Advanced 12-Lead Interpretation
ECG Rhythm Interpretation.ppt

12-lead EKG Interpretation
Ben Lawner, NREMT-P
EKG_Self_Study_Guide.ppt

Essentials of 12 Lead ECG Interpretation
12LeadEssential.ppt

Interpreting 12-lead ECG
Interpreting 12-lead ECG.ppt

Embedded Cardiac Rhythm Interpretative Assistant
Dr. Patrick Bobbie
Embedded Cardiac Rhythm Interpretative Assistant .ppt

Exercise EKG Stress Testing
Fred S. Girton MD
Exercise EKG Stress Testing.ppt

ECG Interpretation Criteria Review
ECG Interpretation Criteria Review.ppt

Normal ECG: Rate and Rhythm
NormalECG.ppt

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Electrophysiology

Electrophysiology is the study of the electrical properties of biological cells and tissues. It involves measurements of voltage change or electric current on a wide variety of scales from single ion channel proteins to whole organs like the heart. In neuroscience, it includes measurements of the electrical activity of neurons, and particularly action potential activity.

Cardiac Electrophysiology Electrocardiogram
April Strader  Ph.D
Electrophysiology-Part%20II%20lecture%204.ppt
Electrophysiology%20Part%20I.ppt
Cardiac%20Electrophysiology%20Part%20I.ppt

Electrophysiology
Paul Wang, MD, Amin Al-Ahmad,  MD
CatheterFinal.ppt

Tutorial:  Electrophysiology of Pancreatic Islets
Richard  Bertram
Electrophys.ppt

Phonological Representations from an Electrophysiological Perspective
notes2.ppt

Electrophysiology  of Nerve Conduction
PhysioPharm.ppt

Cellular Metabolism and  Electrophysiology
Smith.ppt

Cochlear  Electrophysiology
Electro.ppt

Electrophysiology  Subject Specific Models
Darrell Swenson
EAB_Pres/pres.ppt

Cardiovascular  Physiology for NDSU
http://saturn.ece.ndsu.nodak.edu/ecewiki/images/5/5b/Fall_08_ECC_Lecture_1_.ppt

Electrophysiology
http://helios.hampshire.edu/~cjgNS/sputtbug/416K/K2Neuro/12Neural2.ppt

A Lesson on Electrophysiology
By Alex Julie, David Kaufman, Mark Parker, Patrick Jefferson
http://classic.sidwell.edu/us/science/vlb5/Independent_Research_Projects/ajulie/julieparker.ppt

Electrophysiology  and ECG Basics
http://jsgreen.tamu.edu/439%203%20Electrophysiology%20&%20ECG%20basics.ppt

Cellular Electrophysiology
Matt Trudeau,  Ph.D.
http://gpilsinside.umaryland.edu/Courses/GPLS645/Cardiovasular/Trudeau/Cellular%20Electrophysiology.ppt

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12 Lead ECG Trainer

12 Lead ECG Trainer from University of Wisconsin-Madison

Presentations and Reports

	Product Design Specification (PDS) Report (Feb 15 2009, 49 kb)
	Fall Midsemester Presentation (Feb 15 2009, 601 kb)
	Fall Final Poster (Feb 15 2009, 399 kb)
	Fall Final Paper (Feb 15 2009, 218 kb)
	Spring Midsemester Presentation (Mar 5 2009, 601 kb)
	Spring Midsemester Paper (Apr 27 2009, 244 kb)
	Spring Final Poster (Apr 28 2009, 478 kb)
	Spring Final Paper (May 9 2009, 330 kb)

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ECG Learning Modules

ECG Learning Modules from School of Medicine, University of California, San Francisco

The ECG learning modules are designed to help you learn how to look at ECG rhythm strips and interpret them. Is the strip the normal rhythm of the heart -- normal sinus rhythm? Or an abnormal and potential dangerous rhythm like ventricular fibrillation? You will also be introduced to the 12-lead ECG and learn how to look for signs of an acute myocardial infarction.

In order to maintain the animation and transitions, the ECG learning modules are presented in their native PowerPoint format.

ECG Module I: ECG Basics (158 kb)
ECG Module II: How to Analyze a Rhythm (114 kb)
ECG Module III: Normal Sinus Rhythm (161 kb)
ECG Module IVa: Heart Arrthymias (685 kb)
ECG Module IVb: Heart Arrthymias (683 kb)

ECG Module IVc: Heart Arrthymias (804 kb)
ECG Module V: Acute Myocardial Infarction (518 kb)
ECG Module VI: Advanced 12-Lead Interpretation (2,548 kb)
ECG Module VIIa: Reading 12-Lead ECGs (1,215 kb)
ECG Module VIIb: Reading 12-Lead ECGs (2,513 kb)

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Electrocardiogram

Electrocardiogram
Presentation by:Dr Ryan Beasley
January 27, 2009


Physiology Background
* Human body is very complicated
* Cells
o Building blocks are small
o Do everything your body does
* 6 Major systems
o Musculo-skeletal, respiratory, gastrointestinal, nervous, endocrine, circulatory
o Why?

Why ECG's?
* Is the heart producing correct electric signals?
o ER, OR, CCU
* Heart forces blood to flow
o Blood carries oxygen, energy, toxins
History
Principle of Operation
Number of Leads
Hypothetical Use
Complications
Small Signals & Noise
Protect against Defibrillator
Other Issues
Alternatives
Policy (BCBS example)
Market Forces

* DATATRAK International, Inc provides infrastructure for delivering annotated cardiac safety transactions (ECG, Holter)‏
* Software and related capabilities delivered as an Application Service Provider, allowing long-term storage, review, and retrieval of multiple laboratory tests
* Business model involves transactional-based pricing instead of seat licenses

ECG.ppt

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ECG Course Part-2

Dr. Dean Keller and Dr. Melissa Stiles continue their discussion on reading an electrocardiogram.
ECG Course Part-2
Video: 15.23 minutes.

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ECG Course Part-1

Dr. Dean Keller and Dr. Melissa Stiles discuss the basics of reading an electrocardiogram.
ECG Course Part-1, Video: 21 minutes.

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