This 90 minute program will discuss the use of GLS in non the COVID 19 patient population.
- Instructor-led Webinar
This 90 minute program will discuss the use of GLS in non the COVID 19 patient population.
This one hour virtual program will discuss the clinical applications of 3D echocardiography for patients with congenital heart disease.
This interactive virtual learning course is the foundation module covering essential knowledge base and skills for performing sonographer assisted transesophageal echocardiography (TEE). We will examine a thorough review of TEE probe depth, angulation, primary views and anatomy, and technical...
This educational activity will review the importance of understanding the use of echocardiography to evaluate the aortic valve. This class will review fundamental two-dimensional transesophageal echocardiographic views for the qualitative assessment of normal and pathological aortic valve echo-...
This educational activity will review the two-dimensional transesophageal echocardiographic views that are recommended by American Society of Echocardiography & Society of Cardiovascular Anesthesiologists for performing a comprehensive transesophageal echocardiographic exam. Emphasis will be...
This interactive virtual learning course is for both physicians and sonographers with experience and understanding of basic TEE imaging and techniques. Presentation of case and pathology scenarios are combined with interactive discussion, and include experiential algorithms for assessment of...
This one hour virtual program will review the acquisition methods to produce high quality diagnostic images for congenital heart disease.
Following a brief overview on the “surgeons view” of the mitral valve - this session will provide an in-depth review on the various mechanisms of mitral regurgitation and its evaluation by 3DTEE. A good understanding of the mechanisms of mitral regurgitation will enable attendees to choose...
This session will cover identification of patients who are suitable candidates for the mitraclip. There will be a specific focus on the pre-procedural evaluation by 3DTEE. Virtual...
A variety of cases illustrating patients not suitable for the clip procedure will also be discussed.
This session will be a comprehensive overview on how 3DTEE helps in the identification and procedural guidance of PVL closure. A variety of cases of PVLs involving both bioprosthetic and mechanical valves will be discussed. The attendee will also appreciate “which 3D mode to be used when””...
This session will cover in-depth the interventional guidance of the mitraclip procedure with 3DTEE in the cathlab. There will be a brief overview of the pre-procedural evaluation by 3DTEE for suitable candidates for the mitraclip. Complex mitra-clip cases will be discussed. The attendee will...
This session will be a comprehensive overview on how 3DTEE helps in identifying suitable patients for LAA occlusion therapies. The complex 3D anatomy of the LAA will be discussed. The interventional guidance for LAA occlusion with percutaneous devices will be covered. The attendee will also...
This session will cover the “surgeons view” of the mitral valve on 3DTEE. The attendee will appreciate the value of the surgeon’s view and how it is acquired. A variety of cases will illustrate the value of 3DTEE in understanding mechanisms of mitral regurgitation. Virtual training is...
This one hour virtual program will discuss the use of 3D echo when examining a patient with an atrial septal defect.
This one hour virtual program will discuss the use of 3D echo when examining a patient with a ventricular septal defect.
This one hour virtual program will discuss the use of 3D echo when examining a patient with an AV canal.
Most TAVR sites use CT for Aortic Root sizing. CT sizing can be inaccurate, for example in the presence of motion artifact, use of improper phase of the cardiac cycle, and due to the need of contrast it also could pose serious risk in kidney patients. This module gives insight how to size the...
This course will review the echocardiographic approach for assessing RV and LA systolic strain. The course will also discuss the clinical relevance of RV and LA systolic strain.