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Mayo Clinic Electrophysiology Online Board Review 2020 (Videos)

Mayo Clinic Electrophysiology Online Board Review 2020 (Videos)

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Regular price $80.00 USD Sale price
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Mayo Clinic Electrophysiology Online Board Review 2020 (Videos)

Mayo Clinic Electrophysiology Online Board Review 2020 (Videos)

Regular price $80.00
Regular price $80.00 Sale price
SAVE Liquid error (snippets/price line 116): Computation results in '-Infinity'% Sold out
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    Mayo Clinic Electrophysiology Online Board Review 2020 (Videos)

    • Course Description

      Mayo Clinic Electrophysiology Online Board Review course is designed for fellows and physicians who are within two years of their next board or recertification exam.

    • This comprehensive online course will give you an adaptive online learning curriculum that will save study time, give you confidence to pass the exam, and most importantly enable you to bring the most current medical knowledge back to your daily practice.

    • The Electrophysiology Online Board Review course will provide the cardiologist and electrophysiologist with an overview of all aspects of cardiovascular electrophysiology.

    • Experts in each field will give in-depth didactics on state-of-the-art subjects in electrophysiology and device therapy. In addition, updates on the latest knowledge and advances in electrophysiology are also integrated into the course for the practicing electrophysiologist wishing to review and update.

    • The full spectrum of electrophysiology practice will be reviewed ranging from basic arrhythmia mechanisms and pharmacology to catheter diagnosis and therapy and device-based treatments.

    • This includes topics reviewing maneuvers for arrhythmia diagnosis in the electrophysiology laboratory and ablation of atrial fibrillation.

    Course Learning Objectives Upon conclusion of this program, participants should be able to:
    • Describe basic physiology of myocardial excitability;

    • Differentiate electrophysiological mechanisms of arrhythmogenesis;

    • Recognize and synthesize the diagnostic and therapeutic approach for the channelopathy patient;

    • Formulate mapping and ablation approaches for standard and complex arrhythmias;

    • Preparation, recognition and avoidance of device and ablation complications;

    • Formulate management approaches for the distinct arrhythmia syndromes from congenital to myocarditis syndromes.

    • Target Audience This enduring program is designed for, but not limited to, cardiologists, electrophysiologists, cardiovascular fellows, electrophysiology fellows, and all practitioners involved in the care of complex arrhythmia patients in the outpatient and laboratory settings.
    • Topics/Speakers : 
    • Arrhythmogenesis, Anatomy and SVT
    • Understanding Basic Arrhythmogenesis
      William Stevenson, MD
    SVT I: Accessory Pathway-Related Tachycardias
    Samuel Asirvatham, MD
    SVT II: AVNRT
    Samuel Asirvatham, MD
    Complex Cases of SVT
    Gregory Michaud, MD
    • Entrainment and Catheter Ablation of VT in Structural Heart Disease
      William Stevenson, MD
    VT Complex Cases
    Gregory Michaud, MD
    Atrial Fibrillation: Concepts, Pathophysiology and Disease Associations
    Ammar Killu, MBBS
    AT and Atrial Flutter: Mapping and Ablation
    William Stevenson, MD
    1. Atrial Arrhythmia Cases
      Malini Madhavan, MBBS
    2. VT Syndromes - ARVD, Outflow Tract, BBR, ILV-VT
      Siva Mulpuru, MD
    3. Special Circumstances (Congenital, Pregnancy, Transplant, LVAD, Athletes, HCM and Sarcoid)
      Robyn Bryde, Christopher McLeod, MB, ChB, PhD
    4. Signal Processing, Interpretation and Ablation Biophysics
      Christopher DeSimone, MD, PhD
    Device Workshop Guru Kowlgi, MBBS, MD, Siva Mulpuru, MD, Amit Noheria, MBBS
    Pacemaker/CRT Troubleshooting
    Amit Noheria, MBBS
    Principles of ICD and CRT
    Siva Mulpuru, MD
    Device Extraction
    Siva Mulpuru, MD
    LAAO Implant
    Mohamad Alkhouli, MD, Stephanie El Hajj, MD, Thomas Munger, MD
    Pharmacokinetics, Dynamics and Clinical EP of Antiarrhythmic Drugs
    Peter Noseworthy, MD
    Ablation Complications (Case-Based)
    Thomas Munger, MD
    Clinical EP Basics: Electrogram Recording, Mapping, and Ablation Biophysics
    John Miller, MD
    Syncope
    K. L. Venkatachalam, MD
    Leadless Pacemaker
    Yong Mei Cha, MD
    Device Workshop II
    Yong Mei Cha, MD, Malini Madhavan, MBBS
    Understanding the Cardiac Action Potential of the Human Heart
    Michael Ackerman, MD, PhD
    Non-Ablative Therapy for Atrial Fibrillation
    Christopher McLeod, MB, ChB, PhD
    The Cardiac Channelopathies - Part 1
    Michael Ackerman, MD, PhD
    The Cardiac Channelopathies - Part 2
    Michael Ackerman, MD, PhD
      Date of Original Release: December 1, 2020 Expiration Date: December 1, 2022 Duration/Completion Time: 25.5 hours