The CIC Online Advanced Echocardiography Course is a unique, comprehensive, audiovisual course by Dr. Hani Mahmoud-Elsayed, designed to give the candidate all what is needed for a full understanding of the advanced Echocardiographic techniques, including strain imaging & speckle tracking, 2D/3D Trans-Esophageal Echocardiography role in different diseases, during percutaneous structural interventions along with many step-by-step tutorials on how to use the offline analysis software to assess the 2D & 3D volumes.
Simply, this is the course of choice for advanced echocardiography lovers who seek thorough understanding and mastering of these techniques.
Registration will give you a 1-year full access to all course lectures plus the added updates
Refund policy:
In special cases, refund is allowed if requested within the first 2 days after purchase and will be processed within the next 5 days after request approval
Google Chrome is the Recommended Browser to view the course materials.
CME certificate
The course is accredited by the “American Association of Continuing Medical Education “ (AACME) with 10 CME hours.
The course is awarded 5 BSE points by the British Society of Echocardiography and listed on the BSE points list.
To generate your CME certificate please do the following:
- You have to click (Complete) under all lectures of the course then after the last lecture click (Complete) then (Finish).
- Then click (add certificate to cart) then Pay the certificate fees
- Then the CME certificate will be uploaded to your account
Course Features
- Lectures 35
- Quiz 0
- Duration 10 hours
- Skill level Expert
- Language English
- Students 670
- Certificate Yes
- Assessments Yes
Curriculum
- 4 Sections
- 35 Lessons
- 53 Weeks
- 2D/3D Trans-Esophageal Echocardiography & Speckle tracking13
- 1.1TEE probe manipulation and intubation10 Minutes
- 1.22D-Trans-esophageal Echocardiography “2D-TEE” (Basic Views)41 Minutes
- 1.33D-Trans-esophageal Echocardiography “3D-TEE” (Image acquisition & display) Part 139 Minutes
- 1.43D-Trans-esophageal Echocardiography “3D-TEE” (Image acquisition & display) Part 233 Minutes
- 1.52D/3D-TEE in Aortic Valve disease (Stenosis & Regurgitation)33 Minutes
- 1.62D/3D-TEE in Mitral Stenosis13 Minutes
- 1.72D/3D-TEE in Mitral Regurgitation33 Minutes
- 1.8Mitral valve prolapse (Diagnosis, 3D Echo added values, what does the surgeon need to know)27 Minutes
- 1.9Automated Color Flow Quantification “Auto CFQ”; The future of MR Quantification.18 Minutes
- 1.102D/3D-TEE in prosthetic valves (Mechanical & Bio-prosthetic dysfunction)25 Minutes
- 1.11Strain & Speckle tracking Echocardiography (Concept & clinical value)26 Minutes
- 1.122D/3D-TEE in Atrial Septal defects “ASD” (Diagnosis & guiding percutaneous closure)36 Minutes
- 1.13TEE in intra-Cardiac Masses25 Minutes
- Interventional 2D/3D Trans-Esophageal Echocardiography10
- 2.1How to image the inter-atrial septum using 3D-TEE -RATLe-90 maneuver11 Minutes
- 2.2How to guide trans-septal puncture (TSP) using 2D/3D-TEE24 Minutes
- 2.32D/3D-TEE in Left Atrial Appendage Closure (Watchman device)21 Minutes
- 2.42D/3D-TEE in TAVI procedure25 Minutes
- 2.52D/3D-TEE in Mitral Valve-in-Valve procedure16 Minutes
- 2.62D/3D-TEE in MitraClip procedure (Indication, step-by-step procedural guidance)29 Minutes
- 2.7TV & MV TEER Tips and Pitfalls16 Minutes
- 2.82D/3D-TEE in Mitral Para-valvular leak percutaneous closure13 Minutes
- 2.9Assessment of the track of MV PVL7 Minutes
- 2.102D/3D-TEE in structural interventions (comprehensive presentation)21 Minutes
- Offline analysis tutorials12
- 3.1Q-lab (Cropping tools: Conventional cropping, iCrop, Quick Vue)11 Minutes
- 3.23D LV quantification (Q-Lab15: Offline analysis tutorial)31 Minutes
- 3.33D RV quantification (TOMTEC: Offline analysis tutorial)7 Minutes
- 3.4Aortic valve & root 3D quantification (Q-Lab15: Offline analysis tutorial)16 Minutes
- 3.5Mitral Valve prolapse 3D quantification (Q-Lab15: MVN/MVA: Offline analysis tutorial)21 Minutes
- 3.63D Vena-Contracta Area (3D-VCA) quantification (Q-Lab15: Offline analysis tutorial)8 Minutes
- 3.7Mitral Stenosis 3D quantification (Q-Lab15: 3D-Planimetry Offline analysis tutorial)7 Minutes
- 3.8Mitral Stenosis 3D quantification (Q-Lab15: MVN method Offline analysis tutorial)15 Minutes
- 3.9LAA 3D quantification (Sizing for Watchman device closure) (Q-Lab15: Offline analysis tutorial)13 Minutes
- 3.10ASD 3D quantification (Q-Lab15: Offline analysis tutorial)9 Minutes
- 3.112D LV Speckle-tracking (Q-Lab15/TOMTEC: Offline analysis tutorial)10 Minutes
- 3.12Prosthetic valve 3D quantification (PVL – Pannus- Bio-prosthetic degeneration) (Q-Lab15: Offline analysis tutorial)9 Minutes
- Evaluation and CME certificateThe course is accredited by the “American Association of Continuing Medical Education “ (AACME) with 10 CME hours. To get the certificate of completion of the course with the CME hours you need to:
- You have to click (Complete) under all lectures of the course then after the last lecture click (Complete) then (Finish).
- Then click (add certificate to cart) then Pay the certificate fees
- Then the CME certificate will be uploaded to your account
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