This article sums up the unique challenges that hinder complete replacement by AI while emphasizing the need to overcome these obstacles to fully harness ultrasound's potential in clinical practice.
Get to know 6 tips that will allow you to shine as a doctor from Dr. Thomas Binder!
These quick-read tips will inspire you to rethink your approach, develop a career strategy, and avoid common mistakes.
In part 7 of the Ultrasound 101 series, you will learn more about the background of how the ultrasound image is developed, some basic physics behind it and the "why" behind the image.
In part 6 of ultrasound 101, you will get a few tips on how to get a better image in a short video.
This time, we will talk about the second most important setting when imaging your patients - gain and time gain compensation.
Imaging depth does exactly what it sounds like - it describes how far into the body you can look with your ultrasound machine. It is measured in centimeters and starts at the surface of the transducer, which is usually resting on the patient's skin.
Here are four more common congenital anomalies. Again, we will give you valuable imaging tips to help you assess these pathologies with echocardiography.
There you are – you finished your education and finally can do what you love: You can use diagnostic ultrasound to help your patients!
Do you know what you should look for on the echocardiography in patients with the referral “congenital defect”? Often these patients look fine and don’t know which defect they have.