This presentation reviews powerful tools available and AI-based technology that help you manage clinical complexities to advance care for more patients in more ways. AutoStrain LV, powered by AI speckle tracking, enables a robust, reproducible one-button GLS measurement, making it an efficient...CV103VILT
This presentation reviews 3D Automated Color Flow Quantification, a novel AI-powered 3D color flow quantification tool. The tool provides quantitative measurements for mitral valve regurgitation assessment. This one-hour virtual training course is designed to provide Philips customers with a...CV111VILT
Philip's first dedicated solution for live LAA sizing. The measurements provided are Perimeter, Area and Max and Min diameters. Subscription: Access unlimited eLearning by purchasing the Silver Membership. To request a Silver Membership subscription, please ...
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
This presentation reviews powerful tools available and AI-based semi-automated technology that helps to manage the clinical complexities involved in assessing the Tricuspid Valve. This is a one-hour virtual training course designed to provide Philips customers with a thorough understanding of...CV110VILT
This comprehensive, one-day course will explore cardiac anatomy in great detail. Many sonographers have never actually seen a real heart despite performing echocardiograms for years. Now that 3D ultrasound is rapidly becoming commonplace, ultrasound professionals need to understand the heart as...FUN101
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...
This two-day course is designed for experienced sonographers, anesthesiologists, and cardiologists who wish to receive a comprehensive review of advanced echocardiographic imaging methods and techniques that may prove useful in their study for an advanced practice national board examination. The...CV309
The Advanced Fetal Echocardiography University is a one-day, physician-led course that will provide the learner a comprehensive overview of the clinical applications, techniques and interpretation of Fetal Echo imaging to aid in the diagnosis of structural malformations of the heart....GI-WHC308
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
This one-day course is led by advanced cardiac imaging specialist Rick Meece, ACS RDCS RCIS FASE. The course content is fully focused on advanced hands-on technical training using pathology-based case examplesCV335
regarding the left ventricle, left atrium, mitral and aortic valve disease and...
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 course discusses qualitative and quantitative approaches to define primary and secondary mechanisms of complex mitral valve disease and determine severity of valve dysfunction.anatomy and evaluation of the mechanism and severity of mitral regurgitation. This lecture will review mitral valve...CVSP065VILT
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...
AutoStrain LA 7.0 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. ...
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...
AutoStrain LA provides simple and fast LA Global Longitudinal Strain through Auto View Recognition and labeling, Auto Contour Placement, and fast speckle tracking. This on-demand course reviews the features and workflow of the AutoStrain LA tool. Subscriptions: Access...ULTCV0057ESIC
AutoStrain LV 7.0 eLearning - AutoStrain LV provides simple and fast LV GLS through Auto View Recognition and labeling, Auto Contour Placement and fast speckle tracking. This eLearning will review the features and workflow of the AutoStrain LV tool. Subscription: Access...
AutoStrain LV eLearning - AutoStrain LV provides simple and fast LV GLS through Auto View Recognition and labeling, Auto Contour Placement and fast speckle tracking. This eLearning will review the features and workflow of the AutoStrain LV tool. Subscription: Access...
AutoStrain RV 7.0 eLearning - AutoStrain RV provides simple and fast RV Global Strain through Auto View Recognition and labeling, Auto Contour Placement and fast speckle tracking. The tool also provides RV Free Wall Strain. This eLearning will review the features and workflow of the AutoStrain...
AutoStrain RV eLearning - AutoStrain RV provides simple and fast RV Global Strain through Auto View Recognition and labeling, Auto Contour Placement and fast speckle tracking. The tool also provides RV Free Wall Strain. This eLearning will review the features and workflow of the AutoStrain RV...
Mitral clip is an alternative therapy for patients with significant mitral regurgitation who are not candidates for mitral valve surgery. 3-D transesophageal echocardiogram is essential for baseline evaluation of mitral regurgitation to assess candidacy for mitral clip. With further advancements...CVSP060VILT
It is vital that staff stay current on the latest clinical procedures and technologies. With that in mind, our comprehensive clinical education programs are designed to support clinical excellence, increase use of advanced system features, instill physician confidence in the quality of exams,...
In today’s competitive and dynamic healthcare climate, it is critical to use your medical imaging systems to their fullest potential. It is vital that staff stay current on the latest clinical procedures and technologies. With that in mind, our comprehensive clinical education symposiums are...
At Philips, we believe clinical education is key to getting the most out of your investment. It is vital that staff stay current on the latest clinical procedures and technologies. With that in mind, our comprehensive clinical education programs are designed to support clinical excellence,...
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 practical introduction to Live 3D TEE. This one-day course is designed to provide healthcare providers with a...CV322
3-D echocardiography provides incremental information compared to 2-D echocardiography. With further advancements in field of cardiology, especially in percutaneous procedures for management of structural heart disease, the importance of high quality imaging cannot be over emphasized. In complex...CVSP059VILT
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
Virtual training is a facilitator-led, live online learning event that is delivered in a virtual environment. Participants can be geographically dispersed and also individually connected. Each learner uses their own computer or other compatible device. Virtual training is synchronous, meaning...CV100VILT
This comprehensive course will review 3D Auto RV, a 3D right ventricular chamber quantification tool driven by Artificial intelligence. Attendees will review acquisition techniques for tool automation. Additionally, students will learn how to edit for quick reproducible RV end-diastolic volume (...CV109VILT
This course is designed to provide attendees with an understanding of several 3D Echocardiography cropping options available on the EPIQ ultrasound system. The clinical utility and the availability of tools will be discussed. A review of system cropping controls and 3D cropping workflows for...CV116VILT
This comprehensive course will review Dynamic HeartModel (DHM), a cardiac 3D chamber quantification tool driven by advanced automation. Attendees will review acquisition techniques for tool automation. Additionally, students will learn how to edit for quick reproducible Ejection Fractions, Mass...CV108VILT
This course will review 3D Full Volume, a 3D Echocardiography acquisition mode available on EPIQ Ultrasound Systems. Clinical utility, optimization techniques, and acquisition will be discussed. CV117VILT
This course focuses on 3D workflow tools offered on the EPIQ ultrasound system. Participants will learn streamlined methods to efficiently extract desired data from volume acquisitions, enhancing capabilities during interventional exams. The curriculum includes practical insights into clinical...CV120VILT
This course covers 3D Zoom acquisition mode and 3D volume rendering, along with intuitive orientation manipulation, all on the EPIQ ultrasound system. The curriculum provides practical insights into clinical applications, emphasizing quick and efficient examination techniques, particularly Auto...CV121VILT
This course comprehensively explores the 3D Quantification (3DQ) and 3D Quantification Advanced (3DQA) software systems, emphasizing a structured learning approach. Participants will gain proficiency in 3DQA, enabling precise quantification of left ventricular parameters such as ejection...CV119VILT
This course is designed to provide students with a comprehensive understanding of Automated Cardiac Motion Quantification (aCMQ), a clinically focused tool for measuring cardiac tissue motion and strain. This semi-automated tool aligns with the Speckle Task Force recommendations and provides...CV115VILT
Auto Measure is an artificial intelligence (AI)- -powered measurement focused on automating standard Doppler and 2D distance measurements. It is designed to help clinicians increase reproducibility, save time, and standardize measurements across different conditions and levels of experience....CV102VILT
This is a one-hour lecture designed to provide Philips customers with a thorough understanding of the AutoStrain LA tool. In addition, the basic principles employed to assess left atrial strain will be discussed. Examples will be demonstrated to reinforce the workflow.CV105VILT
This is a one-hour lecture designed to provide Philips customers with a thorough understanding of the AutoStrain LV tool. In addition, the basic principles employed to assess left Global longitudinal strain will be discussed. Examples will be demonstrated to reinforce the workflow.CV104VILT
This is a one-hour lecture designed to provide Philips customers with a thorough understanding of the AutoStrain RV tool. In addition, the basic principles employed to assess left atrial strain will be discussed. Examples will be demonstrated to reinforce the workflow.CV106VILT
This course will cover 2D and 3D image optimization techniques to refine anatomical visualization in cardiac ultrasound. This course delves into a comprehensive review of system control and strategies for optimizing ultrasound images in Echocardiography. Students will gain practical insights to...CV107VILT
This course is designed to provide attendees with an understanding of several 3D modes available on the EPIQ ultrasound system. The clinical utility and the availability of each mode will be discussed. A review of system controls and workflows for xPlane, Live3D, and 3D zoom will be covered. CV118VILT
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...
Real time, live echocardiographic fusion technology provides simultaneous and spatially correctly oriented 2D, 3D and automated AI heart model echo dataset fusion into correlating fluoroscopic imaging. Structural Interventional Cardiologists can see real time “tissue anatomy” in their 2-...CVSP064VILT
This course focuses on echocardiographic measurements according to established standards. The topics include quantification of valvular stenosis and regurgitation, performance of cardiac chamber measurements and myocardial performance both systolic and diastolic. This course is part...
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...
This module will present examples of both correct and incorrect measurements, describing the characteristics of a good measurement and why another measurement is poor. During this course we will review the recommended process for quantification of valvular stenosis and regurgitation. This...
