Harvard Boston 3D Echo Workshop 2026

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Description

Description

Include: 3 videos + 3 file sub vtt, size: GB

Target Audience: cardiac anesthesiologists, cardiologists, echocardiographers, and interventional cardiologists

1. Overview

This comprehensive workshop is designed for trained and in-training cardiac anesthesiologists, echocardiographers, and interventionalists focusing on 3-dimensional echocardiography. In this interactive course the participants will experience comprehensive education on the 3-dimensional echocardiography. The workshop focuses on mastering the principals, acquisition, and interpretation of 3D echocardiographic imaging for cardiac procedures. This will include a comprehensive overview of knobology and the differences in nomenclature across various echocardiography systems.

The workshop aims to enhance skills in physics of 3-dimensional imaging, various steps to acquire 3 dimensional datasets, optimization of 3D imaging, and multiplanar reformatting. The workshop will cover mitral, tricuspid, and aortic valvular 3D imaging and assessments, left and right ventricular volumetric assessments, and measurement of dimensions of various cardiac structures pertaining to different procedures. The interactive educational sessions will be supplemented by live workshop with instructions and demonstrations. The course will include lectures by faculty, case presentations, and expert faculty discussions in a virtual, live streamed setting.

2. Learning Objectives Upon completion of this course, participants will be able to:

Learn the basic fundamentals of ultrasound physics and how it applies to 3D imaging, image formation, transducer design, and advanced topics such as multiplanar reconstruction.
Use advanced concepts of 3D imaging such as multiplanar reconstruction.
Learn the complex anatomy of the intra-atrial septum and key imaging relating to trans-septal puncture with didactic lectures, and also case examples with panel discussion.
Acquire an in-depth understanding of imaging required for procedures involving the mitral valve, tricuspid valve, and left atrial appendage.

3. Target Audience

Who Should Participate:

Specialty Physicians
Cardiac Anesthesiologists
Echocardiographers
Interventionalists

Best for cardiac anesthesiologists, cardiologists, echocardiographers, and interventional cardiologists.

4. Topics

Physics of 3D Imaging
Transducer Design
3D Terminology
Reconstructive 3D Imaging
Interplay of Frame rate, Line density, Sector size
Resolution in 3D Imaging (Temporal/Spatial)
Color Flow Doppler with 3D Imaging (Tips & Tricks)
Introduction to Multiplanar Reformatting
MPR Case Presentation
3D Image Acquisition and Optimization
Live MPRs
Automated Valve Analysis
Overview of 3D Systems: Philips, GE, and Siemens
3D Assessment of Tricuspid Valve
3D Quantification of TR, TS
3D Assessment Post Tricuspid Valve Repair/Replacement
Challenging Case Presentations and Panel Discussions
3D Quantification of RV
Practical Functional Assessment
Challenging RV Case Presentations
3D Quantification of AS
Quantification/Mechanism for Aortic Regurgitation
3D Assessment for AV Repair
3D MV Assessment
MR Quantification and Assessment for MV Repair
Assessment Post MV Repair
Preop Assessment for MV TEER
Introduction to Transeptal Puncture
Workflow of MV TEER
LIVE Demonstration Workshop: Advance Valve Analysis
Post MV TEER Assessment
Preop 3D Assessment for TRICLIP
Workflow for TV TEER
3D Imaging for LAA Occlusion Device
3D Imaging for ASD, VSD Closure
3D Imaging for Percutaneous Closure of Paravalvular Leak

Harvard Boston 3D Echo Workshop 2026

Description

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