Interactive Modules Home Page
Many medical skills require acquisition of initial theory followed by practice of these skills.
Proper practice requires expert feedback and exposure to a range of normal and pathological examples.
These interactive modules offer the learner an opportunity to practice selected skills, obtain
immediate feedback, and track their own progress! Documents of completion are provided at the end of the module
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This module will teach the basics of electrical physiology in the heart.
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This module will teach the basic waveforms on ECG and a stepwise approach of how to analyze them. Practice each step and get feedback on your performance.
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This module will list the basic rhythms, their diagnostic criteria, and their clinical significance.
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This module will teach how to determine the origins (pacemaker location) of the electrical activity.
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Practice your approach and diagnostic skills for simple ECG rhythms. Perfect for ACLS. Detailed feedback provided as you practice.
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ECG rhythm strip practice. Quiz yourself! Detailed feedback on your EKG interpretations with full explanations.
** THIS MODULE HAS BEEN REPLACED WITH "PRACTICE ECG RHYTHM STRIPS"
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ECG rhythm strip practice. Quiz yourself! Detailed feedback on your EKG interpretations with full explanations.
** THIS MODULE HAS BEEN REPLACED WITH "PRACTICE ECG RHYTHM STRIPS"
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ECG rhythm strip practice. Quiz yourself! Detailed feedback on your EKG interpretations with full explanations.
** THIS MODULE HAS BEEN REPLACED WITH "PRACTICE ECG RHYTHM STRIPS"
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This will teach a basic approach to determining the axis of an ECG.
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Practice a basic approach to determining the axis of an ECG.
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Understand why a right bundle branch block and left bundle branch block pattern are created. Learn also the diagnostic criteria.
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Practice your diagnosis of left bundle branch block and right bundle branch block.
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Learn to assess atrial enlargement and ventricular hypertrophy on ECG.
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Learn diagnostic criteria for Acute Coronary Syndromes, as well as other diagnoses that could be confused with them: early repolarization, pericarditis and non specific ST-T wave changes.
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12 lead ECG practice. Quiz yourself! Detailed feedback on your EKG interpretations with full explanations.
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An introduction to Chest X-ray initial approach and normal anatomy.
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Practice chest x-ray interpretation. Quiz yourself. Interactive modules provide feedback.
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Practice chest x-ray interpretation. Quiz yourself. Interactive modules provide feedback.
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Practice chest x-ray interpretation. Quiz yourself. Interactive modules provide feedback.
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Practice chest x-ray interpretation. Quiz yourself. Interactive modules provide feedback.
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Learn an approach to CHF findings on chest x-ray
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Learn an organized approach to arterial blood gas analysis, incorporating serum and urine electrolyte values into your more advanced levels of analysis.
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Learn how to obtain the basic views required for a focused cardiac ultrasound examination.
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One of the first steps to learning transthoracic echo (TTE) is learning the normal views. Here, you will learn to identify 9 different views that are used for basic TTE and the optimal probe positions to obtain them.
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Learn normal anatomy in the basic TTE views.
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50 real life echocardiograms performed on adult patients in an ICU, who are hemodynamically unstable. Assess the LV, RV, pericardial space, and volume status and provide treatment.
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Identify over 20 common views that are used for transesophaegal echocardiography (TEE).
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Use this module to practice identifying over 20 different normal anatomy structures in over 20 different TEE views.
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This module will explain how ultrasound works in simple terms.
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Learn ultrasound of the lung. Identify pneumothorax, pleural effusions and wet lungs.
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Learn the common views used in an ultrasound assessment of the acute trauma patient.
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Learn normal anatomic findings relevant in the ultrasound assessment of the acute trauma patient.
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Learn CSF anatomy for CT Head. "Smart practice" ensures that you spend more time practicing the questions where you made mistakes.
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Learn the cortical anatomy on CT Head. "Smart practice" ensures that you spend more time practicing the questions where you made mistakes.
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Learn the deep structures of the brain demonstrated by CT scan of the head. "Smart practice" ensures that you spend more time practicing the questions where you made mistakes.
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Learn the bony anatomy demonstrated by CT scan of the head. "Smart practice" ensures that you spend more time practicing the questions where you made mistakes.
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Learn the major vascular anatomy demonstrated by CT scan of the head without angiography. "Smart practice" ensures that you spend more time practicing the questions where you made mistakes.
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Learn the different morphology classifications for dermatology lesions. Module will be ready in December 2016.
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Practice identification of the most common primary and secondary morphologies of dermatology.
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