This tutorial discusses Color Flow Imaging features and concepts of the EPIQ ultrasound system and color flow impact via system parameter adjustments. Color flow imaging is merely an overlay of the motion information of either blood or tissue. As a result, the color and 2D data can be adjusted...
This tutorial discusses Stress Echo Protocol controls and functionality and introduces Stress Protocol Configuration on the EPIQ ultrasound system. After completion of this tutorial, the participant will be able to recognize Physio controls and functions, explain protocol setups, and configure...
This tutorial discusses Tissue Doppler Imaging (TDI) and explains basic physics principles for Fundamental and Harmonic TDI. After completion of this tutorial, the participant will be able to identify the location and operation of TDI controls on the EPIQ ultrasound system, explain TDI...
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...
The Introduction to Breast Ultrasound eLearning course will provide an introduction to breast ultrasound. The course topics include an overview of the basic principles of ultrasound, ultrasound artifacts sonographic terminology, imaging planes and correlation to mammography. The course will also...
The Breast Elastography Overview eLearning course will provide an overview of Strain and Shear Wave Elastography as it applies to breast ultrasound. Topics covered include a review of breast elastography technologies and how they differ. The course will also cover the acquisition, sampling and...
The Breast Ultrasound Optimization eLearning course will provide an overview of breast ultrasound image optimization. Topics covered include a review of breast anatomy, image quality and optimization technical features available to improve the ultrasound image quality. The course will also cover...
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...CVSP033VILT
This Philips Clinical Education full day course is designed for individuals looking to learn the fundamentals of ultrasound imaging. It focuses on delivering the knowledge and practical skill for obtaining basic cardiac, vascular and abdominal ultrasound images. The course includes lectures and...FUN204
This on-demand course describes what Global Longitudinal Strain (GLS) is and its diagnostic utility. Strain and GLS - On-Demand provides foundational information useful before taking our AutoStrain courses. JASE guidelines recommend, when practical, the use of longitudinal strain imaging (GLS...
The Mitral Valve Navigator (MVN) Q-App provides a workflow-driven tool for performing semi-automated shape analysis on the mitral valve. Measurements involving theCV135VILT
annulus, leaflet coaptation, and anterior and posterior leaflet can be quantified and utilized for identifying abnormalities...
Automated Cardiac Motion Quantification (aCMQ) is a clinically focused tool for measuring cardiac tissue motion and strain. Such measures have been shown to be very useful for evaluating a variety of cardiac motion abnormalities and has been proven to be a useful tool in the evaluation of...CV133VILT
This educational activity will review the importance of understanding the different types of cardiac masses seen by echocardiography. This class will review key echo features of the different types of cardiac masses. The participant will also have an understanding of the normal anatomical...CVSP002VILT
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...CVSP035VILT
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...CVSP036VILT
Description This instructor-led course, held at the Philips Training Center in Cleveland (Ohio), is aimed for Key Users that support the organization with the implementation of IntelliSpace Cardiovascular. It provides the learner with the knowledge and skills required for a successful...CI0579SICO
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...CVSP031VILT
This module is designed to provide the foundation for the understanding of myocardial mechanics including rotation, twist, untwisting and torsion. Emphasis is on the heart’s fiber architecture and its interaction, creating overall contraction and relaxation. Case examples include a comparison of...CVSP027VILT
This interactive virtual learning course in right ventricular performance examines observable benchmarks during routine clinical echocardiography or POCUS that may indicate more comprehensive evaluation of RV function in various patient presentations. Direct and surrogate measurements of...CVSP014VILT
Course Description: The attendee will learn how “speckles” are created in the ultrasound field and how speckle tracking echocardiography (STE) was validated. The technical pearls and caveats when applying STE strain imaging will be discussed. In addition, case studies along with waveforms and...CVSP024VILT
Assessment of right ventricular (RV) systolic performance has been limited to conventional echocardiographic techniques such as M-mode and TDI. Speckle Tracking Echocardiography (STE) strain imaging may improve the overall assessment and understanding of RV performance. This module will include...CVSP026VILT
This up to 2 hour Philips Clinical Education VILT course for noninvasive vascular ultrasound users is developed to meet the need to standardize performance protocols and diagnostic criteria for noninvasive evaluation of the most common pathology of the abdominal aorta and the mesenteric branches...VASCSP011VILT
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
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
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 90 minute Virtual Instructor Led Training (vILT) course is designed to empower the customer with the knowledge for navigating through the QLAB 3DQ Advanced software with a systematic approach. This lesson will provide an overview of the tasks and controls that are used to complete accurate...CV132VILT
This one day course is designed to provide a solid foundation in Live 3D echocardiography for physicians and cardiac sonographers who are new 3D users. This course provides a spectrum of situations that both physicians and sonographers can use and reference. By increasing familiarity with...CV214
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 a solid foundation in Live 3D echocardiography for Physicians and cardiac sonographers who want system training on 3D TEE tools. This course provides hands-on training using live 3D tools, including advanced automation, to reinforce the...CV300
This one-day course aims to train participants in ultrasound workspace applications of everyday echo. Throughout the course, instructors will conduct demonstrations and guide workshops to provide hands-on training in analysis applications that leverage AI-driven automation. These sessions are...CV215
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...
This virtual instructor-led course is aimed for Key Users that support the organization with the implementation of IntelliSpace Cardiovascular. It provides the learner with the knowledge and skills required for a successful IntelliSpace Cardiovascular implementation. In order to continue...CI9165SMCO
The American College of Radiology (ACR) and other accrediting bodies require healthcare facilities to create a standardized quality control program for imaging and patient safety. This tutorial discusses ultrasound lab accreditation requirements with a focus on the quality control...
The Visual Ultrasound Physics Registry Review course is a comprehensive, two-day lecture-based ultrasound physics review course. Attendees will review and discuss many images, illustrations, and videos explaining ultrasound physical principles that have traditionally appeared on previous...FUN102
This curriculum discusses the hardware, software and general usage of the ClearVue 850 Ultrasound system. You will explore the main components of the cart and control panel, familiarize yourself with the compatible transducers and associated clinical applications, review peripheral setup and the...
This comprehensive one-day course focuses on an introduction to the use of point of care ultrasound. Philips recognizes that every clinical practice is unique and the need for tailored education to address a wide range of clinical challenges. With this in mind, this course has been designed to...POC218
This tutorial discusses the Philips CX50 and CX30 CompactXtreme Ultrasound Systems. This module allows you to explore the features and functionality of the systems, the system setup screen and available transducers, as well as the Image Review and Connectivity features available on these systems...
This course will describe the indications and sonographic approach for complete upper and lower extremity arterial duplex exams. It is organized into three sections: Lower extremity arterial anatomy and duplex imaging, upper extremity arterial anatomy and duplex imaging, and peripheral arterial...
This course will cover upper and lower extremity venous anatomy as well as minimum standards for ultrasound evaluation of venous patency. Ultrasound images are presented with and without compression sonography. Doppler evaluation protocols are reviewed while focusing on normal venous...
This tutorial provides instruction on the functionality of on-screen annotations and the use of body markers on the ClearVue 850 ultrasound system. You will review the methods by which to activate annotations and how to position body markers and will also be guided through the Review feature....
This tutorial provides instruction on the common analysis tools available on the ClearVue 850 ultrasound system. You will review the trackball functions and the workflow for performing common measurements. Though not available on all ClearVue systems, you will review how to access advanced...
This tutorial provides an overview of the cart features and control panel of the ClearVue 850 ultrasound system. You will explore the location and function of the image mode and optimization controls while also reviewing the available transducers and clinical applications made available on the...
This Philips Clinical Education full-day course for sonographers, lab directors and managers is developed to meet the climbing need to educate the ultrasound community on the risks and implications of work-related musculoskeletal disorders. Attendees will review: causes and risk factors for...FUN208
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...GI101VILT
This virtual delivery two-day course is led by advanced cardiac imaging specialist Rick Meece, ACS RDCS RCIS FASE. Designed for newly hired cardiac sonography program graduates and intermediate sonographers, course attendees experience a real-world accelerated mentorship program geared to...CV306
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...
This tutorial discusses 2D Image Optimization features and concepts of the iE33 ultrasound system vision 2012 and summarizes the use of 2D image controls to optimize images. After completion of this tutorial, the participant will understand the importance of image quality and the...
This tutorial discusses Color Flow and Doppler Imaging features and explains parameters used in system optimization of the iE33 ultrasound system vision 2012. The Color Flow section of this module will discuss the features and concepts of the iE33 and color flow impact via system...
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...CV130VILT
This interactive virtual learning course assists both new and experienced cardiac sonographers in understanding best use applicability in the use of 3-D echocardiography in a busy outpatient setting using pathology based algorithms with a mindset of appropriate use approach. Virtual...CVSP015VILT
