2023 ASE Advanced Echo: Virtual Experience
Welcome to the 2023 ASE Advanced Echo: Virtual Experience!
Are you ready to explore the cutting-edge advancements in cardiovascular ultrasound technologies? Join us for an immersive online course that combines the expertise of Echo Hawaii and State-of-the-Art Echocardiography. This unique program brings together renowned faculty who will delve into the latest developments in echocardiography and their clinical applications.
Our course is designed to empower participants with the knowledge and skills needed to integrate echocardiographic information into clinical decision-making effectively. Through case-based approaches, you will explore both established and emerging applications of echocardiography in diagnosing and managing a diverse range of cardiovascular conditions.
Here’s what you can expect from the program:
- Comprehensive Learning Objectives: Upon completion of this program, you will gain a deeper understanding of key concepts, including ventricular and valvular function assessment using Doppler hemodynamics, diastolic function evaluation, advances in echocardiographic assessment of left and right ventricular function (such as strain and 3D imaging), the role of echocardiography in managing cardiomyopathies and systemic diseases, clinical uses of transesophageal echocardiography (TEE) and 3D echocardiography, echocardiography’s role in managing patients with ischemic heart disease, and the incorporation of echo contrast in the echo laboratory.
- World-Class Faculty: Learn from expert faculty who are at the forefront of their fields. These distinguished professionals bring a wealth of knowledge and experience to the virtual classroom, ensuring that you receive the most up-to-date and relevant information.
- Engaging Content: Dive into a comprehensive program agenda that covers a wide range of topics. From the physiology of diastole and systole to strain imaging, congenital echoes, the future of echo with AI and machine learning, COVID-related aspects of echocardiography, and much more, you will explore the latest trends and advances shaping the field.
- Real-World Case Studies: Gain practical insights through case-based discussions. These real-world scenarios will help you apply your knowledge and enhance your diagnostic and management skills in various clinical contexts.
- Enhanced Clinical Decision-Making: By participating in this course, you will be equipped with the tools and expertise to integrate echocardiographic information effectively into your clinical practice. This will contribute to improved patient care outcomes and more informed decision-making.
As you embark on this virtual journey, get ready to experience a wide range of emotions—excitement, curiosity, and inspiration. Our goal is to provide you with an enriching and transformative learning experience that not only expands your professional horizons but also fuels your passion for echocardiography.
Join us for the 2023 ASE Advanced Echo: Virtual Experience and unlock the full potential of cardiovascular ultrasound technologies. Together, let’s push the boundaries of knowledge, elevate patient care, and shape the future of echocardiography.
Program Agenda
Content Available from Echo Hawaii
- Physiology of Diastole: What are We Trying to Measure?
G. Scalia - Physiology of Systole: What are We Really Trying to Measure?
J. Lindner - Intro to Strain Imaging: How does GLS add to EF?
S. De - A Primer on Adult Congenital Echoes
A. De Freitas - Assessing the RV – Role of Strain and 3D
M. Saric - Echo in Beside Care: COVID and Beyond
S. McCartney - Strain in the Assessment of Cardiomyopathies
J. Oh - The Future of Echo: AI and Machine Learning
J. Thomas - Chest Pain in the ER: Which Test?
J. Lindner - Complications of MI: Echo has the Answer
S. McCartney - The Future of Echo: Advanced Applications of Contrast
J. Lindner - Strategies to Make Your Lab Excellent
M. Jankowski - Assessment of Atrial Function: What is the Role of Strain?
G. Scalia - Top 5 Situations Where I Find Strain is Helpful
V. Rigolin - Septal Defects You Don’t Want to Close
A. de Freitas - Quantification of Stenosis: Avoid These Pitfalls
W. Armstrong - Starting an Interventional Echo Program: Training, Technique, & Economics
S. Little - 3D Assessment of the Cardiac Valves
G. Scalia - Interventions for MR in Heart Failure
G. Scalia - MitraClip: Who is it for? How is it Guided?
M. Saric - The Future of Echo: The Brave New World
S. Little - Eisenmenger’s Echo in the Middle of the Night
A. de Freitas - A Systematic Approach to Multi-Valve Disease
J. Thomas - Exercise Echo and Strain to Time Intervention in Valvular Heart Disease
V. Rigolin - Improving source of Embolus Exams: The Science of Saline Contrast
W. Armstrong - TEE in Emergent Situations
S. McCartney - Athlete’s Heart: Separating Abnormal from Supraphysiologic
L. Gillam - Use of Echo in Pulmonary Hypertension
G. Scalia
Content Available from State-of-the-Art Echocardiography
- AI and Echocardiography
S. Lester - Quantitation of Ventricular Function
R. Lang - Contrast Echocardiography: Impact on Diagnosis and Outcome
J. Oh - Stress Echocardiography is Still Alive
W. Zoghbi - Cases to Illustrate When Aortic Stenosis Gradient and Area Do Not Match
M. Saric - What Should A Successful TAVR Look Like
R. Jain - Degenerated Bio Prosthesis, Valve-in-Valve
N. Faza - Mitral Regurgitation, Etiology and Quantification
W. Zoghbi - Mitra Clip Measurements
N. Faza - Pathologies of Mitral Valve
S. Mankad - Pathologies of Tricuspid Valve
S. Mankad - Tricuspid Valve Repair: The New Frontier
N. Faza - LAA Occluder Device, Measurement
M. Saric - Measuring Normal Function of Prosthetic Valves
W. Zoghbi - Aortic Regurgitation Illustrative Cases
M. Malahfji - Native and Prosthetic Valve Endocarditis
M. Saric - Learn Clinical Diastology With Cases
J. Oh - Amyloid and Constriction
J. Oh - Stress Cardiomyopathy
M. Malahfji - Systemic Illness and The Heart
S. Lester - Pulmonary Hypertension: Optimal Evaluation
M. Mukherjee - RV Strain: Cases to Illustrate How
S. Lester - Clinical Examples of Utility Of GLS
S. Mankad - Utility of LA Strain: Case Examples
M. Mukherjee - Cardio Oncology: Case Examples
- Normal and Abnormal LVAD Cases
M. Christensen - Pulmonary Embolism and RV Strain
M. Mukherjee
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