Live 3D TEE provides a novel imaging method to visualize the Mitral Valve. This modality aids clinicians in diagnosing disease of the mitral valve and guide interventions when necessary. During this course, participants will be introduced to 3D image acquisition for mitral valve disease....CV324
Live 3D TEE provides cardiologists, anesthesiologists, and cardiac surgeons with innovative, inspiring and realistic views to aid in patient care. This course provides a comprehensive understanding of the practical applications of this novel technology in the perioperative environment. This two...CV325
Educational material will be presented in the form of lectures, case presentations, and informal discussions that together will provide a comprehensive review of how perioperative TEE can be used in patients undergoing valve repair and replacement to guide surgical decision-making preoperatively...CV326
Educational material will be presented in the form of lectures, case presentations, and informal discussions that together will provide a comprehensive review of how perioperative TEE can be used in patients undergoing valve repair and replacement to guide surgical decision-making preoperatively...CV327
This two-day course is designed to provide pediatric cardiologists, adult congenital cardiologists and cardiac sonographers with the fundamental skills required to obtain and analyze high-quality Live 3D TEE images. This course will be taught by David A. Roberson, MD, FASE, FACC. Educational...CV328
The course will be directed by Jennifer Acevedo ACS, RDCS, FASE. Educational material will be presented in the form of lectures, case presentations, informal discussions and hands-on image acquisition and manipulation from live models. Additional image manipulation from stored image loops may be...CV329
With advancements in percutaneous procedures for management of structural heart disease, the importance of high quality imaging cannot be over emphasized. In complex structural heart disease, anatomy cannot be fully appreciated by only 2D echocardiography. 3D echocardiography is useful for...CV331
With advancements in percutaneous procedures for management of structural heart disease, the importance of high quality imaging cannot be over emphasized. In complex structural heart disease, anatomy cannot be fully appreciated by only 2-D echocardiography. 3-D echocardiography is useful for...CV332
With advancements in percutaneous procedures for management of structural heart disease, the importance of high quality imaging cannot be over emphasized. In complex structural heart disease, anatomy cannot be fully appreciated by only 2D echocardiography. 3D echocardiography is useful for...CV333
This one-day course is led by advanced cardiac imaging specialist Rick Meece, ACS RDCS RCIS FASE. The course content is fully focused towards advanced hands-on technical training using pathology based case examplesCV335
regarding the left ventricle, left atrium, mitral and aortic valve disease...
This one-day course is led by advanced cardiac imaging specialist Rick Meece, ACS RDCS RCIS FASE. The course content is fully focused towards advanced hands-on technical training using pathology based case examples regarding evaluation of the right ventricle, right atrium and cava, inter-atrial...CV336
This one-day course is designed to provide cardiologists and sonographers with the fundamental skills required to analyze high-quality 2D images for myocardial performance. This course will be taught by Jeffrey C. Hill, BS, RDCS, FASE and is the first Philips course solely dedicated to the...CV350
This one-day course will be taught by Jeffrey C. Hill, BS, RDCS, FASE. The course begins with a review of the basic understanding and essential measurements required for the assessment of diastolic function. Technical aspects including how to obtain quality tracings and measurements will prepare...CV351
This course will be taught by Travis C Batts, MD. F.A.C.C. Educational material will consist of informal discussions that will provide a comprehensive review of strain and its clinical value in daily practice. This course will be focused on the attendee with an interactive atmosphere that...CV355
This 2 hour virtual class will review the clinical and technical concepts for a variety of tools useful in Live 3D TEE. •MultiVue •MultiSlice •3D Auto MV •3D Auto LAA •TrueVue •TouchVue •TrueVue Color •TrueVue GlassCV203VILT
The arrhythmia pathway will focus on the nuances of arrhythmia management with regard to GLS. In many cases, this module will overlap with other modules given the specifics of arrhythmia management will be predicated on the underlying disease. Virtual training is a facilitator-led, live...CVSP007VILT
The attendee will learn how “speckles” are created in the ultrasound field and how speckle tracking echocardiography (STE) was validated. In addition, how STE is applied in the pediatric population with congenital heart disease (CHD). The technical pearls and caveats when applying STE strain...CVSP037VILT
The attendee will learn technical tips on how improve the accuracy of 2D and Doppler measurements for the assessment of left ventricular relaxation and filling pressures. Challenging case studies in patients with diastolic dysfunction will be analyzed. CVSP068VILT
This course will focus on measurement standardization, hemodynamics considerations and clinical implications of the following pathologies (cardiomyopathy & valvular HD). CVSP201VILT
Automated Cardiac Motion QuantificationA.I. (aCMQA.I.) by Philips has been updated to align with the speckle taskforce recommendations and improve the global and regional strain performance. The workflow described here is required for best practice. This module will review...
HeartModelA.I. is a 3D tool that can provide robust, reproducible ejection fraction (EF) in just seconds. This elearning module introduces learners to the HeartModelA.I. tool. Learners will review how HeartModelA.I. offers easy and fast 3D cardiac chamber...
During this course we will review the recommended process for quantification the chambers of the heart. Some consider the assessment of cardiac chamber size and function as the foundation of echocardiography. Advancements in imaging such as 3D, Speckle tracking to mention a few, have changed the...
Philips Dynamic HeartModel is a fully automated, model-based method for LV and LA measurement designed to address the variability inherent in current clinical practice. This elearning module introduces learners to the Dynamic HeartModel tool. Learners will review how Dynamic HeartModel offers...
The ability to use simultaneous multiplane imaging provides a quick, simple to use, and easy to understand echo modality that may reduce scanning time in a high-volume echocardiography laboratory, and provide unique clinical information on cardiac function and morphology. The utility of xPlane...
AutoSTRAIN eLearning provides simple and fast LV GLS through Auto View Recognition and labeling, Auto Contour Placement and fast speckle tracking. This self-paced course will review the features and workflow of the AutoSTRAIN tool. Subscription: Access unlimited eLearning...
AutoStrain LA eLearning - AutoStrain LA provides simple and fast LA Global Longitudinal Strain through Auto View Recognition and labeling, Auto Contour Placement and fast speckle tracking. This eLearning will review the features and workflow of the AutoStrain LA tool. Subscription...
3D Auto MV is Philips first automated application for valvular evaluation. This course will describe the clinical use and workflow of the 3D Auto MV tool. Subscription: Access unlimited eLearning by purchasing the Silver Membership. To request a Silver Membership...
3D Auto RV is the first application with combined innovations from Philips and TOMTEC
Auto Measure is artificial intelligence (AI) and powered measurements focused on automating standard Doppler and 2D distance measurements. Auto Measure is designed to help clinicians increase reproducibility, save time, and standardize measurements across different conditions and different...
