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This ECG Video presentation about 'Cardiac Vector Theory! A paradigm shift in ECG interpretation or A perspective rethinking in ECG translation from Scalar to Vector form' was presented by Dr.T ...
In this video we will look at axis, vectors, and leads. Understanding the basics of how ECGs work is important to develop a strong base to learn more advance...
Feb 24, 2023 · From the P-wave to the T-wave, we demystify the terminology and techniques essential for accurate measurement. 🧠 Gain insights into the significance of the Dipole Model in understanding cardiac ...
To find out the sizes of EKG waves obtained by electrode axes at different angles we draw a perpendicular line from the vector to the electrode axes.
In this video, Dr Mike explains the electrical conduction of the heart.He shows how a wave of depolarisation can move from the SA node to the atria to the AV...
This video talks about the cardiac dipole vector, what we are actually observing in an EKG. It corresponds to Section 41.3 of the Applied Analog Electronics...
Overview of ECG Course A. Basic Electrocardiography - deals with basic physics, ECG recording, Lead System, Einthoven's Law, Origin of Waveforms, Fundamental...
In this clip we show you how to construct the electrical axis of the heart and why constructing it with Einthoven I and aVF leads to the vector ECG which shows you the electrical axis over time.
Sep 7, 2022 · Here we discuss dipoles generated by cardiac tissue that depolarizes sequentially, generating dipole current through the interstitium.
My philosophy is to relate arrhythmias and ECGs to the physiologic events that occur in the heart, so that you understand WHY the ECG looks the way it does. Plus, the videos are fun to watch, so ...
May 2, 2012 · An explain of how the concept of an electric dipole is useful to understand how voltage measurements at the surface of a patient are related to phases of the cardiac cycle, by undergraduate ...
In this lecture we will learn how to determine the potential of a vector through different leads, or simply how one cardiac vector look like from different a...
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