3D and 4D Trans-Thoracic Echo Courses Training Semester
- Description
- Curriculum
- Reviews
- Throughout the semester, participants engage in a comprehensive curriculum that combines theoretical knowledge with hands-on practical sessions. Expert instructors lead participants through a series of lectures, workshops, and case studies, covering fundamental principles, advanced applications, and emerging technologies in 3D and 4D echocardiography.
- The curriculum is structured to provide a deep understanding of the principles underlying image acquisition, data processing, and interpretation techniques unique to 3D and 4D echocardiography. Participants learn to navigate specialized equipment and software, gaining proficiency in optimizing image quality and enhancing diagnostic accuracy.
- Hands-on training sessions allow participants to apply their theoretical knowledge in a clinical setting, practicing image acquisition and interpretation under the guidance of experienced mentors. Through real-life case studies and simulation exercises, participants refine their skills in identifying cardiac pathologies, assessing cardiac function, and guiding therapeutic interventions using advanced echocardiographic imaging modalities.
- Collaborative learning is encouraged through group discussions, peer review sessions, and interactive seminars, fostering a dynamic educational environment where participants can exchange insights, share best practices, and address challenging clinical scenarios collectively.
- Upon completion of the semester, participants emerge with a heightened level of expertise in 3D and 4D trans-thoracic echocardiography, equipped to integrate advanced imaging techniques into their clinical practice effectively. Whether pursuing a career in cardiology, cardiac imaging, or echocardiography, graduates of the program are prepared to make meaningful contributions to patient care through the application of cutting-edge echocardiographic technologies.
- Radiology, interventional radiology
- Cardiology, cardiovascular
- Cardiologist
- Intensivist
- Emergency medicine
- Emergency doctor
- Internist
- Anesthesiologist
- Intensive care unit, intensive care, acute medicine, critical care
- Cardiac surgery, cardiothoracic surgery, thoracic surgery
- Cardiac surgeon, cardiothoracic surgeon
- Radiologist, interventional radiologist
- Anesthesia, cardiac anesthesia
- Neonatologist, pediatric cardiologist
- Internal medicine, general medicine
Period of the course :
Until the candidate acquire the required skills.
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1
Lecture 1Physics of 4D echo, from 2D to historical 3D and nowdays 4D technology. full understanding of : Band width,
1. duty factor
2. Quality factor
3. single crystal technology
4. harmonic imaging, phassed array
5. microautarization, analouge to digital-digital to analouge converter
6. , interference , summation&delays
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2
Lecture 2
Image resoluion: axial, lateral, elevation temporal; how they are affected and manipulated. 4D echo views; apical and parasternal
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3
Lecture 3
mid transesophageal views.
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4
Lecture 4
Various 4D modalities;
surfuce rendering
volume rendering
X-plane, MPR
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5
Lecture 5
different aquisition modes; a)live 4D, b)multibeat ECG aquisition mode, c) full volume "how to be applicated".
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6
Lecture 6
valvular lesions
Assessment of tricuspid valve Assessment of mitral valve Assessment of aortic valve Assessment of mitral valve Mitral valve anatomy and echo anatomy Scallops of mitral valve -
7
Lecture 7
Assessment of systolic function of the heart using 4D echo Left atrial volume Right atrial volume Strain and strain rate Displacement curves
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8
Lecture 8
basics of mitral valve navigator: Finding end systole, Placing the reference points Forming the mitral valve 4 D model. Lecture 9 :- Softwear Of The Machine Lectures:- 10 , 11, 12, 13: hands on
