Ultrasounds are a critical part of modern health care, helping to image soft tissue and organs, measure blood flow, and ...

Researchers at Inserm's Physics for Medicine Institute have developed a novel ultrasound probe that can map the blood flow of an entire organ in four dimensions—three spatial dimensions plus time—in ...

To image microscopic vessels and measure blood flow in the brain, researchers use a tool called ultrasound localization microscopy. It works by using microscopic bubbles circulated through the ...

Philips has upgraded its smartphone-controlled hand-held ultrasound system, adding pulse wave Doppler support to help clinicians examine real-time blood flow across a range of diagnostic applications.

FUS utilizes multiple beams of relatively low-frequency ultrasound (generally within 0.2–3 MHz, depending on the application ...

This soft and stretchy ultrasound patch can be worn on the temple to provide continuous monitoring of blood flow in the brain. During use, the patch is connected through cables to a power source and ...