Appropriately-timed and suitably-performed scans are crucial for improving pregnancy outcomes and early intervention ...

Discover how AI technology enhances the utility of electrocardiograms (ECGs) to identify structural heart issues, potentially ...

An AI algorithm could help to predict which patients might develop significant heart problems years in advance, just based on ...

This new AI heart disease detector can’t be beat. Structural heart disease (SHD) refers to defects in the heart’s valves, wall or chambers that are present at birth or develop over time. These ...

Advances in prenatal imaging, especially high-resolution and 3D ultrasound, have improved detection rates for fetal anomalies. Identifying limb defects in the second trimester with an anomaly scan ...

A simple ultrasound of a patient's thigh or shoulder muscle may detect insulin resistance before it progresses to type 2 diabetes or even prediabetes.

A research team led by Shiwei Wang at Shanghai Institute of Ceramics, Chinese Academy of Sciences, has developed a novel ultrasonic-vibration-assisted re-flow machining (URM) method for ceramic ...

The ultrasonic B-scan signal is widely used in the detection of pipeline defects. However, most existing methods face challenges in achieving high accuracy due to the amplitude attenuation phenomenon ...

Market Trends and Opportunities The ultrasonic flaw detector market is also benefiting from trends such as the increasing integration of Artificial Intelligence (AI) and machine learning technologies.