Left atrial (LA) function is an important contributor to overall heart function. Quantitative assessment of LA mechanical function has been limited. LA speckle tracking echocardiography (STE) may improve the understanding of atrial mechanical function. Components of left atrial mechanical...CVSP025VILT
This will be a comprehensive overview on the basics of 3D technology and how the principles apply to 3DTEE. The various 3D modes will be discussed with a specific focus on which mode to be used when. There will also be a discussion on image optimization and multi-beat acquisition for 3DTEE....CVSP028VILT
This one-hour virtual training course is designed to provide Philips customers with a thorough understanding of the IMAGE-COM off-cart analysis application within TOMTEC Ultrasound Workspace. Why use Ultrasound Workspace? Utilizing the Philips Ultrasound Workspace...CV112VILT
This 1-hour Virtual Speaker-Led Training course is designed to provide customers the knowledge to perform liver elastography exams. Program topics include the indications, technique and variables that will affect the elastogram along with limitations of the technique. Virtual...GISP023VILT
This 1-hour Virtual Speaker-Led Training course is designed to provide customers the knowledge to incorporate Shear Wave elastography into your ultrasound practice. Program topics include the indications, technique and interpretation of Shear Wave elastography. Virtual training is a...GISP022VILT
This 1-hour Virtual Speaker-Led Training course is designed to provide customers the knowledge to incorporate Strain and Shear Wave elastography into your ultrasound practice. Program topics include the indications, technique and interpretation of Strain and Shear Wave elastography. ...GISP021VILT
This Philips Clinical Education VILT course for noninvasive vascular diagnostic specialists is developed to meet the climbing need to standardize performance protocols and diagnostic criteria for Doppler assessment of the hepatic vasculature and systemic venous intra-abdominal pathology. This...VASCSP014VILT
This educational activity will review the importance of understanding the use of Doppler echocardiography to measure pressures within the heart noninvasively. This class will review different hemodynamic formulas for calculating pressures. Explain how to use the calculated pressures to help make...CVSP003VILT
This course will cover the left ventricular outflow tract view, the right ventricular outflow tract view, the three-vessel view and the three-vessel trachea view. The anatomy of the formation of the outflow tracts and great vessels will be discussed to allow better understanding of the...GISP002VILT
This two-hour Virtual Speaker-Led Training course will provide a comprehensive overview of the fetal four-chamber view and the anatomical relationship elements that should be evaluated during the second trimester anatomy scan. Virtual training is a facilitator-led, live online...GISP001VILT
This one-hour Virtual Speaker-Led Training course will cover basic fetal cardiac embryology in order to better understand how the heart structures form and how we must prove normalcy of the segments of the heart attaching to each other during fetal heart screening. Fetal circulation will be...GISP024VILT
This 1-hour Virtual Speaker-Led Training course is designed to provide customers knowledge to understand the basic anatomy, physiology and hemodynamics of fetal circulation and fetal hemodynamics. Program topics include fetal cardiovascular anatomy and physiology, fetal echo assessment of normal...GISP009VILT
This 1-hour Virtual Speaker-Led Training course is designed to provide attendees the knowledge and skill to evaluate fetal normal and abnormal heart rate, AV conduction and rhythm and to recognize the more common fetal arrhythmias seen on ultrasound. Program topics include an overview of...GISP011VILT
This educational activity will review the importance of understanding the use of EchoNavigator to acquire and analyze echocardiographic and fluoroscopic fused images. This class will review how to obtain EchoNavigator images, and how to acquire and designate markers of important anatomic...CVSP058VILT
This educational activity will review the importance of understanding the use of echocardiography to evaluate the aorta. This class will review fundamental two-dimensional transesophageal echocardiographic views for the qualitative assessment of normal and pathological echo-anatomy of the aorta...CVSP053VILT
This educational activity will review the importance of understanding the use of echocardiography to evaluate the prosthetic valves. This class will review fundamental two-dimensional transesophageal echocardiographic views for the qualitative assessment of normal and pathological prosthetic...CVSP052VILT
This interactive virtual learning course reviews guidelines based evaluation for cardiac source of embolus and appropriate approaches using trans-thoracic (TTE) and trans-esophageal (TEE) echocardiography, including use of opacification contrast. Virtual training is a facilitator-led,...CVSP021VILT
This course will review the comprehensive and systematic 2D, color Doppler, 3D, and 3D color Doppler TEE assessment of tricuspid valve structure and function. Identify the key criteria for successful Mitraclip procedure for tricuspid valve repair. Learn absolute and relative contraindications...CVSP094VILT
This course will review the comprehensive and systematic 2D, color Doppler, 3D, and 3D color Doppler TEE assessment of mitral valve structure and function. Identify the key criteria for successful Mitraclip procedure. Know absolute and relative contraindications for Mitraclip procedure. Review...CVSP093VILT
This interactive virtual learning course discusses a patient’s journey from acute to progressive heart failure, including discussion of how implantation of hemodynamic assist devices may be best evaluated by echocardiography and associated direct invasive methods. Virtual training is a...CVSP016VILT
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 Philips Clinical Education VILT course for noninvasive vascular ultrasound specialists is developed to meet the need to standardize performance protocols and diagnostic criteria for noninvasive evaluation of the renal arteries. The course includes didactic presentation as well as...VASCSP012VILT
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 one hour course will provide an overview of the implications of left ventricular diastolic dysfunction.CVSP092VILT
This 2-hour Virtual Speaker-Led Training course is designed to provide customers knowledge on the diagnosis and management of fetal growth restriction (FGR). Program topics include how FGR is defined, the role of ultrasound in the diagnosis and management of FGR, utilization of sonographic...GISP036VILT
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
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 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 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 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
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 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
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 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 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 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 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 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 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 one hour virtual program will review the cropping methods useful in identifying congenital heart lesions in 3D echocardiogram.CVSP077VILT
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 educational activity will focus on the importance of identifying abnormal coronary artery circulation while performing a pediatric echocardiogram. Specifically AORCA, AOLCA, Single coronary artery and Coronary artery fistula.CVSP075VILT
This educational activity will focus on imaging coronary arteries when performing a pediatric echocardiogram. This class will review correct transducer selection and appropriate 2D and color Doppler image optimization. CVSP074VILT
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 interactive virtual learning course examines approaches to establish essential information regarding cardiac hemodynamic performance on technically difficult or acute care patients using less conventional assessment by echocardiography. Virtual training is a facilitator-led, live...CVSP017VILT
This educational activity will review the importance of identifying commonly encountered artifacts and which may be observed during an echocardiographic examination. This class will also review how echocardiographic artifacts are generated; how to differentiate artifacts from anomalies and true...CVSP043VILT
This 1.5 hour Virtual Speaker-Led Training course will cover the physics of Doppler imaging along with how best to optimize 2D images and Doppler waveforms. Normal and abnormal Doppler patterns encountered in performing a fetal echocardiogram will also be discussed. The application of Doppler...GISP025VILT
This 90 minute program will discuss the use of GLS in non the COVID 19 patient population. CVSP111VILT
This one hour virtual program will share insights on the clinical application of TrueVue and GlassVue during TEE procedures.CVSP067VILT
This one hour virtual program will discuss the clinical applications of 3D echocardiography for patients with congenital heart disease.CVSP083VILT
