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A non-invasive imaging procedure called arterial Doppler ultrasound is used to assess blood flow through the body’s arteries.
The test creates images of the arteries and measures the speed and direction of blood flow using high-frequency sound waves that are generated by a portable device known as a transducer.
The transducer is positioned on the skin over the artery under investigation and moved back and forth throughout the test to acquire images from various perspectives.
Additionally, the transducer emits sound waves, which are reflected off the flowing blood cells in the artery and used to measure and display the rate and direction of blood flow.
Peripheral artery disease (PAD), carotid artery disease, and aneurysms are just a few of the disorders that can be diagnosed using arterial Doppler ultrasound. The test can assist detect irregularities in blood flow as well as blockages or constriction in the arteries.
A safe and painless diagnostic that doesn’t require radiation or contrast dye is arterial Doppler ultrasonography. Depending on how many arteries are being investigated, the test normally takes 30 to 60 minutes to complete.
Results are frequently instantly available and can be used to direct additional testing or therapy. A properly qualified ultrasound technician or radiologist normally conducts the exam.
The Global Arterial Doppler Ultrasound Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
New doppler ultrasound systems, like the “M6 Colour Doppler Ultrasound System,” have been introduced by Koninklijke Philips.
In order to create a single image, this system allows the use of different scanned angles. As a result, this system continuously monitors the colour flow and optimises the ideal Colour box position and angle during real-time scanning.
It is an extremely cost-effective device with good image quality, strong functionality, and a stylish design.
ACUSON NX3 system, among other new doppler systems, have been introduced by Siemens Healthcare. With its extensive transducer library, this system aids in reducing exam discrepancies and improving the ability to possibly identify and characterise more.
In order to lessen speckle, clutter, and increase the continuity of specular reflectors, GE Healthcare has introduced novel doppler techniques, such as “CrossXBeam,” which is a spatial compounding approach of obtaining and integrating ultrasound information in real-time.
