Leading innovation with your team is new, different, meaningful, necessary across the organization, and extremely challenging. This is why we need to spend time learning it and prototyping it.PLE155
Many people in organizations have not truly learned how to innovate or help others learn new ways...
The field of echocardiography is a rapidly changing one. Sonographers must keep up with the changes and technological advancements. Procedures such as transcatheter aortic valve replacement, mitral clip, left atrial appendage occluder devices, atrial septal defect device closure, and ...CV307
Philips is proud to introduce the ultimate Solution for vascular ultrasound assessment. Integral to this clinical solution is the world’s first xMatrix linear transducer the XL14-3. This transducer opens the door to a host of exciting new technologies for the vascular ultrasound community...VASC350
Improvements in the care of transplant recipients and advances in immunosuppressive therapy have reduced the incidence of graft rejection and as a result secondary complications are observed more frequently within transplant grafts. Transplantation of Liver, Kidney, and Pancreas vary in their...VASC300
This 2-hour Virtual Instructor Led Training (vILT) course is designed to define Volume Imaging in ultrasound and understand its clinical benefits. In this session, we will explain and differentiate between 3D and 4D Volume Imaging and identify the various types of Volume Imaging acquisition...GI201VILT
This 1.5 - hour Virtual Instructor Led Training (vILT) course is designed to provide customers the knowledge to perform basic volume imaging manipulations in the applications of OB/GYN. This session will cover manipulation of a uterine endometrium, uterine IUD, retroverted uterus, uterine polyp...GI202VILT
This 1 hour Virtual Instructor Led Training (vILT) course is designed to provide customers the knowledge to perform basic volume imaging manipulations in the applications of Abdomen, Small Parts and Vascular. This course will cover manipulation of a carotid artery, normal kidney, normal kidney...GI203VILT
This educational activity will explain the important use of echocardiography in the assessment of diastolic dysfunction. Show the key echo techniques and tools used to evaluate diastolic dysfunction and left atrial pressure. Review current guidelines for the evaluation and quantification of...CVSP001VILT
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 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
The cardiomyopathy course will focus on the key cardiomyopathic condition to which strain has evidence based medicine data. This module will also outline the steps to develop and maintain an active strain protocol in your institution. Virtual training is a facilitator-led, live online...CVSP005VILT
The valvular disease pathway will focus on valvular conditions to which strain has both predictive and prognostic implications. This module will also include discussion regarding the role of strain in novel, minimally invasive valvular corrective procedures (eg. TAVR, Mitra-Clip) Virtual...CVSP006VILT
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
This section will cover a host of topics such as pericardial disease, pulmonary arterial hypertension, sepsis, perioperative management, stress testing and many other topics to which strain is emerging to be a beneficial adjunctive tool. Virtual training is a facilitator-led, live online...CVSP008VILT
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 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...
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...
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
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 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 1-hour Virtual Speaker-Led Training course is designed to provide customers the knowledge to perform pediatric hip ultrasound. Program topics include the indications, technique and sonographic anatomy of the normal hip. The course will also cover abnormalities of the pediatric hip...GISP003VILT
This 1-hour Virtual Speaker-Led Training course is designed to provide customers the knowledge to perform pediatric spine ultrasound. Program topics include the indications, technique and sonographic anatomy of the normal spine. The course will also cover abnormalities of the pediatric spine...GISP004VILT
This two-hour Virtual Speaker-Led Training course is designed to provide customers the knowledge to perform a renal ultrasound. Program topics include the indications, technique and sonographic anatomy of the normal kidney, including normal variants. The course will also cover renal physiology...GISP006VILT
This two-hour Virtual Speaker-Led Training course is designed to provide customers the knowledge to recognize the various pathologies encountered when performing a renal ultrasound. Program topics include the indications, technique and sonographic anatomy of the various renal pathologies. ...GISP007VILT
This two-hour Virtual Speaker-Led Training course is designed to provide customers the knowledge to perform a scrotum and testicular ultrasound. Program topics include the indications, technique and sonographic anatomy of the normal scrotum and testicle. The course will also cover scrotal and...GISP008VILT
This 1- hour Virtual Instructor Led Training (vILT) course is designed to describe, define and identify the benefits of the advanced technologies used in Philips ultrasound volume imaging. The advanced technologies that will be covered in this course are aReveal, TrueVue, GlassVue, FlexVue, MPR...GI204VILT
This one day, physician-led course will provide the learner a comprehensive overview of the up-to-date sonographic imaging techniques, anatomy and physiology, common pathology, associated lab values and interpretation of the ultrasound exams performed on superficial organs including thyroid and...GI319
This lecture is designed for the sonographer to understand the different aspects of prosthetic valves. Demonstrate the importance of Doppler evaluation of these devices. Show how to evaluate a prosthetic valve using echocardiography. Virtual training is a facilitator-led, live online...CVSP010VILT
This educational activity will explain the important use of echocardiography in the assessment of the right heart. Show the key echo techniques and tools used to evaluate the right heart. Review current guidelines for the evaluation and quantification of the right heart structures. ...CVSP012VILT
This educational activity will explain the use of stress echocardiography in patient assement. Show the key echo techniques and tools used to perform a stress echocardiogram. Review current guidelines for the use of stress echo. Virtual training is a facilitator-led, live online...CVSP013VILT
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
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 interactive virtual learning course discusses and demonstrates laws of radiation exposure, optimized hybrid suite equipment and configurations, and practical solutions for minimizing ionizing radiation exposure for staff participating in structural heart procedures. Virtual...CVSP019VILT
This interactive virtual learning course introduces concepts of creating viable research ideas in the field of echocardiography for sonographers wishing to further their career in science and national societies Virtual training is a facilitator-led, live online learning event that is...CVSP020VILT
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 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...CVSP022VILT
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
This interactive virtual learning course discussed the growing population of patients with genetically based HOCM and appropriate evaluation with clinical echocardiography. Conventional and emerging methods using global longitudinal strain are part of this learning module. Virtual...CVSP023VILT
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
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
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 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””...CVSP030VILT
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 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...CVSP032VILT
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 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...CVSP034VILT
A variety of cases illustrating patients not suitable for the clip procedure will also be discussed.
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 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 course for noninvasive vascular ultrasound technologists is developed to meet the need to standardize performance protocols and diagnostic criteria for noninvasive evaluation of renovascular disease. The course includes lectures and interactive case study. Program topics include a brief...VASCSP001VILT
