
Trace the evolution of cardiac imaging from early x-ray methods to echocardiography, CT, MRI, 3D imaging, and AI-driven diagnosis, highlighting safety, clarity, and improved patient outcomes.
Explore spontaneous coronary artery dissection and its imaging assessment with CT, MRI, echocardiography, and nuclear medicine.
Explore general cardiac anatomy, including heart chambers, surfaces, valves, conduction system from the sinus node to the atrioventricular node, and coronary vessels and pericardial layers for imaging and ablation.
Explore the three-dimensional spatial relationships of the phrenic nerves, esophagus, aorta, and atrial chambers, highlighting implications for ablation near pulmonary veins and safe catheter navigation.
Explore cardiac MRI fundamentals for anatomy and function assessment. Learn about perfusion, viability, and delayed gadolinium enhancement for myocardial diagnosis.
Explore nuclear cardiology's role in myocardial perfusion and viability using thallium-201 and technetium-99m. Learn stress and rest protocols, redistribution imaging, and interpretation with bull's-eye plots and PET FDG viability.
Learn how cardiac CT including CT angio noninvasively visualizes coronary anatomy, ventricular function, and calcium scoring, while improving temporal and spatial resolution and addressing motion artifacts.
Explore how coronary CT angiography provides non-invasive, high-resolution views of the heart and arteries, detects blockages, and informs management and planning for procedures.
Apply the inside-out chest x-ray approach a b c d e f g h to assess bones, cardiac shadow, diaphragm, effusion, and lung fields. Identify edema, effusion, pneumothorax, TB.
Explore radiation in the cath lab and its impact on cardiac imaging practice. Frame this discussion within the diploma in cardiac imaging.
Explore coronary angiography, its indications and preprocedural evaluation, including history, exam, labs, and contrast safety. Learn left main, LAD, LCx, RCA anatomy and common imaging views.
Learn coronary angiography basics, describe lesions and calcification, assess collaterals and bifurcations, apply Suffian, Medina, and Tibey classifications, and evaluate physiology with FFR, IVUS, and CFR.
Provide an overview of radial spasm within cardiac imaging using ct, mri, echo, and nuclear medicine.
Summarize the coronary angiogram view within the diploma in cardiac imaging, integrating concepts from CT, MRI, echo, and nuclear medicine for clear, concise learning.
Explore the basic physics of ultrasound, including frequency, wavelength, impedance, reflection, attenuation, and the piezoelectric effect, to understand how transducers create and process diagnostic images.
Explore ultrasound artifacts, including beam width, side-lobe, reverberation, comet tail, ring down, and mirror image, and harness CEUS to visualize tissue perfusion and characterize liver lesions in real time.
Learn basics of echocardiography, including 2D, 3D, M-mode, Doppler, and contrast techniques, to assess cardiac valves, chambers, and diastolic function across standard views.
Stress echocardiography uses exercise or pharmacologic stress to uncover wall-motion abnormalities and perfusion defects, evaluate ischemia and myocardial viability, and guide prognosis with multi-view imaging.
Explore advanced echocardiography applications, including mitral stenosis assessment with the Wilkins MLSE score, and evaluate mobility, thickness, calcification, and jet dynamics to gauge severity and guide management.
Master 3D intrcardiac echo as part of a diploma in cardiac imaging, covering CT, MRI, echo and nuclear medicine.
Test your knowledge of cardiology with a quiz featuring ecg, echocardiogram, x-ray, and other imaging modalities, complemented by ct, mri, and nuclear medicine concepts.
Three dimensional echocardiography enables assessment of congenital heart diseases, using piezoelectric materials, 3D beam forming, and tissue colorization maps to visualize valves and septal defects with 3D color flow Doppler.
Cardiac tamponade is a medical emergency from fluid in the pericardium compressing the heart; diagnose with clinical examination and echocardiography, and treat with pericardiocentesis or surgery.
Assess right ventricular function in cardiac tamponade with echocardiography, recognizing chamber collapse, Doppler signs, and interdependence to guide triage and pericardiocentesis.
Master Cardiac Imaging: CT, MRI, Echo & Nuclear Medicine
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Radiology Technologist Certification Course
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Master Clinical Radiology & Medical Imaging
https://www.udemy.com/course/diploma-in-cardiac-imaging/?referralCode=2E607460CF290EA6E622
Explore ivus and oct as in-vessel imaging tools that reveal plaque burden, remodeling, and stent healing details, using ultrasound in ivus and near-infrared light in oct.
Explore radiography technologist responsibilities, liability concepts like assault, battery, and negligence, and how professional standards, regulation, and ai-powered tools reshape modern imaging and forensics.
Unleash the Power of Cardiac imaging: Master Complex Concepts with Ease!
Are you ready to delve into the fascinating world of Cardiac imaging? Look no further! Our cutting-edge course on "Cardiovascular Imaging and medical imaging : Cardiac CT scan , MRI, Echo, Radiology & Nuclear Medicine" is here to empower you with a comprehensive understanding of these powerful concepts, all while leaving behind the complexities of technical jargon. Get ready to become a top-of-the-class specialist and transform your career like never before!
Diploma:
Take your learning further with an accredited, verifiable, high-quality diploma—not a course-completion certificate—from London HeartbeatsZ Academy, UK. Udemy students can request a diploma or course transcript for an additional service fee and processing charge. Message us to learn about the process and applicable fees.
At our esteemed institution, we understand that Cardiac imaging can be intimidating. But fear not! Our expert team of instructors has meticulously designed a course that demystifies this field, presenting the material in an inspiring and approachable manner. Say goodbye to confusion and hello to a newfound confidence in tackling complex concepts.
We welcome you to HeartbeatsZ Academy, a global leader with over 61,000 enrolments from across USA, UK, Germany, Japan, Australia, India etc. and an average rating of 4.3 out of 5 on Udemy. We provide among the best study materials by choosing experts and leaders in the field who are passionate about sharing their knowledge and skills with all. Our global team comprises several clinicians, educationists, managers, and healthcare professionals. We are among the fastest growing healthcare-related academic platforms in a brief span while using the state of art tools such as videos for presentations rather than powerpoint (unless necessary) and AI to make it interesting to our audience since 2016.
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The course planning and execution has taken time for months and years of the technical team and the faculties at Heartbeatsz academy. To do a simple Master review course, the chief faculty had to spend few thousand $ and of course travelling expenses were extra. We aim to share the knowledge in compact way at very affordable price to be able to help our students save money. If you will notice, our faculty are highly qualified across the best academic centers but price wise we have tried to keep more money in your pocket rather than someone else. Moreover, our courses have highest hours of quality video content compared to others surely (please check and compare).
As innovative technology has progressed throughout the field of medicine, so too has the ability to visualize the heart and its vasculature noninvasively. Several cardiac imaging modalities have become essential in the practice of modern cardiovascular medicine not only in diagnosis but also in the management of various cardiovascular diseases as well as in the guidance of invasive procedures. These modalities include echocardiography, myocardial perfusion imaging via nuclear scintigraphy, magnetic resonance imaging (MRI), and computed tomography (CT).