Advanced Echo 2023 – (ASELearningHub)
This course features 49 presentations compiled from Echo Hawaii and State-of-the-Art Echocardiography. This course also includes board style questions for a majority of the presentations.
If you are looking to enhance your knowledge and skills in echocardiography, then this course is perfect for you. Featuring 49 presentations compiled from Echo Hawaii and State-of-the-Art Echocardiography, this course provides in-depth and up-to-date information on various topics in echocardiography. Whether you are a novice in the field or an experienced professional, this course has something for everyone.
The course includes board-style questions for a majority of the presentations, allowing you to test your understanding and reinforce your learning. This interactive approach ensures that you not only gain knowledge but also develop the skills necessary to integrate echocardiographic information in clinical decision-making.
One of the primary learning objectives of this course is to help participants integrate echocardiographic information in clinical decision making. By the end of the program, you will be better equipped to assess ventricular and valvular function using Doppler hemodynamics, describe Doppler assessment of diastolic function/dysfunction, and explain new advances in the echocardiographic assessment of left and right ventricular function, including strain and 3D imaging.
In addition to these fundamental skills, you will also learn how to integrate echocardiographic assessment of cardiomyopathies and systemic diseases in patient management. The course covers the clinical uses of transesophageal echocardiography (TEE) and 3D echocardiography, as well as their role in managing patients with ischemic heart disease. You will also gain knowledge on echo contrast and its incorporation into the echo laboratory.
The course further delves into the management of complex valvular heart disease, providing insights on pathological conditions of the mitral and tricuspid valves, mitral regurgitation, mitra clip measurements, and tricuspid valve repair. You will also learn about the assessment and management of aortic regurgitation, native and prosthetic valve endocarditis, and the clinical uses of strain imaging in the evaluation of RV strain and global longitudinal strain (GLS).
The State-of-the-Art Echocardiography lectures encompass a wide range of topics, including AI and Echocardiography, quantitation of ventricular function, contrast echocardiography, stress echocardiography, degenerated bio prosthesis, mitral regurgitation, aortic stenosis, and more. These lectures are presented by renowned experts in the field and provide the latest advancements in echocardiography.
The Echo Hawaii lectures cover topics such as the physiology of diastole and systole, strain imaging, assessment of the right ventricle, echo in bedside care, cardiomyopathies, the future of echo with AI and machine learning, chest pain in the ER, complications of myocardial infarction, starting an interventional echo program, and many others. These lectures provide a comprehensive understanding of echocardiography in different clinical scenarios.
With a focus on practical applications and clinical examples, this course provides a valuable resource for healthcare professionals looking to enhance their expertise in echocardiography. Whether you are a cardiologist, cardiac sonographer, or any other healthcare professional involved in the evaluation and management of cardiovascular diseases, this course will equip you with the knowledge and skills necessary to excel in your field.
Ordering this course will not only expand your knowledge but also provide you with the confidence to apply the learnings in real-world scenarios. Stay ahead in your profession and take advantage of this comprehensive program to enhance your understanding of echocardiography.
Note: This course is available as a book or video format, allowing you to choose the format that suits your learning style. Order now and embark on a journey towards becoming an expert in echocardiography.
Product Details
- Integrate echocardiographic information in clinical decision making.
- Assess ventricular and valvular function using Doppler hemodynamics.
- Describe Doppler assessment of diastolic function/dysfunction.
- Explain new advances in the echocardiographic assessment of left and right ventricular function, including strain and 3D.
- Integrate echocardiographic assessment of cardiomyopathies and systemic diseases in patient management.
- Define clinical uses of TEE and 3D echocardiography.
- Recognize how echocardiography is used to help manage patients with ischemic heart disease.
- Recognize the role of echo contrast and be able to incorporate its use in the echo laboratory.
- Integrate echo information in the management of complex valvular heart disease.
- 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
- 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