
This lecture is a brief introduction to the course and what you'll be learning. In this course I'll be using the VirtualEcho simulator, which you can download at the link supplied in the resources section. You can also use this discount code: VEUDEMY to get 20% off the full version.
In this lecture you'll learn the basic anatomy of the heart, it's chambers, and the great vessels and how they related to each others and to the torso.
In this lecture you'll learn the three types of TTE probe movement: sliding (translation), tilt (angulation), and rotation, and how they affect the view.
In this lecture you will learn how to get the left parasternal long-axis view, the first view in a standard echocardiographic study, and you will learn what structures you see in this view.
In this lecture you will learn how to get the various parasternal short-axis views, and what structures you see in each one.
In this lecture you will learn how to get the apical four-chamber view and which structures it shows.
In this lecture you will learn how to get the apical five-chamber view and the difference between it and the four-chamber view.
In this lecture you will learn how to get the apical two-chamber view and why it's important for a complete echocardiographic study.
In this lecture you will learn how to get the apical three-chamber view and which structures it shows.
In this lecture you will learn how to get the subcostal view and why it's important.
In this lecture you will learn how to get the suprasternal view and why it's sometimes an indispensable view.
Congratulations! You finished the course! You've only just begun learning however, and in this lecture we make sure you know what you need to do next by offering you a curated list of useful echocardiography resources, courses, apps, and textbooks.
Advance the probe to the mid esophagus (about 30–40 cm) to obtain the mid esophageal four-chamber view, showing four chambers side by side with the left atrium at the top.
Rotate the probe to center the mitral valve in the mid esophageal mitral commissure view, then adjust the arc angle to align the left atrium, left ventricle, and mitral valve.
Rotate the transducer slightly to obtain the mid esophageal two-chamber view, yielding a clear image of the left atrial appendage and enabling an easy, useful assessment.
Rotate the probe to about 60 degrees to obtain the midesophageal rv inflow-outflow view, visualize the right atrium, rv inflow/outflow, pulmonary valve, and pulmonary artery.
Learn to obtain the midesophageal bicaval view by rotating the arc to 90 degrees and moving the probe rightward to visualize the right atrium and both venae cavae.
Learn the mid esophageal ascending aortic long axis view by adjusting arc to 100 degrees, rotating the probe left to expose the ascending aorta, then retracting for a clear image.
Master the midesophageal ascending aortic short axis view, transitioning from long axis to cross section to identify the ascending aorta, main pulmonary artery trunk, and right pulmonary artery.
Push the probe inside and rotate to 30 degrees to obtain the aortic valve short axis view, showing its three leaflets; move to the upper esophageal arch long axis view.
Discover how to position the probe to obtain the upper esophageal aortic arch long-axis view, centering the arch and descending aorta in a single image.
Rotate the probe to 90 degrees for the upper esophageal aortic arch short-axis view, revealing a cross-section of the aorta and the origin of the left common carotid artery.
Master the descending aortic short axis view. Adjust the arc, probe in or out, inspect the whole aorta in cross-section; practice with visual aids on, then try blind.
Advance the probe into the stomach to obtain the transgastric mid short axis view, rotating and flexing to visualize the heart near the papillary muscles, switch to basal short axis.
Learn the transgastric basal short axis view to visualize the mitral valve leaflets opening and closing, building on the transgastric mid-court axis view.
Increase arc angle and rotate the probe to the right to obtain the transgastric long axis view showing the left atrium, mitral valve, left ventricle, aortic valve, and ascending aorta.
This is a course for the absolute beginner who wants to learn what the basic echocardiography views are, how to get them, and which structures can be seen in each view. This is for young cardiolgists or sonographers who are starting out, or for established anaesthesiologists, intensivists or ER physicians who want to learn a life-saving new skill. It's not for established echocardiographers.