Doppler ultrasonography is routinely used to identify abnormal blood flow. Nevertheless, conventional Doppler can be used to determine only the axial component of blood flow velocity and is angle dependent. A new method of multidimensional angle-independent estimation of flow velocity, called Vector Flow Imaging (VFI), has been proposed. It quantitatively evaluates the true velocity vector's amplitude and direction at any location into a vessel and displays a more intuitive depiction of the flow movements. High frame rate VFI, based on plane wave imaging, allows a detailed dynamic visualization of complex flow by showing even transient events, otherwise undetectable
Ultrasound is widely used for blood flow imaging because of the considerable advantages for the clin...
Modern cardiology research aims to encompass sophisticated analysis of intraventricular blood flow i...
A new mathematical method for estimating velocity vectors from color Doppler datasets is proposed to...
Doppler ultrasonography is routinely used to identify abnormal blood flow. Nevertheless, conventiona...
Carotid artery atherosclerotic disease is still a significant cause of cerebrovascular morbidity and...
A quantitative angle-independent 2-D modality for flow and tissue imaging based on multi-angle plane...
Conventional pulse wave Doppler techniques can only provide one-dimensional blood velocity component...
Ultrasound imaging of blood flow is in widespread use for assessment of atherosclerotic disease. Ima...
Power Doppler (PD) imaging has become a staple in high frame rate ultrasound imaging due to its abil...
AbstractUltrasonic imaging is often used to estimate blood flow velocity. Estimates are currently pe...
An experimental system has been developed to verify the possibility of detecting flow activity using...
International audienceConventional Ultrasound (US) Doppler methods for blood flow imaging are limite...
Blood flow is a very important part of human physiology. In this paper, we present a new method for ...
Detailed imaging of complex blood flow may improve early diagnosis of cardiovascular disease. In cli...
International audienceUltrasonic imaging is often used to estimate blood flow velocity. Estimates ar...
Ultrasound is widely used for blood flow imaging because of the considerable advantages for the clin...
Modern cardiology research aims to encompass sophisticated analysis of intraventricular blood flow i...
A new mathematical method for estimating velocity vectors from color Doppler datasets is proposed to...
Doppler ultrasonography is routinely used to identify abnormal blood flow. Nevertheless, conventiona...
Carotid artery atherosclerotic disease is still a significant cause of cerebrovascular morbidity and...
A quantitative angle-independent 2-D modality for flow and tissue imaging based on multi-angle plane...
Conventional pulse wave Doppler techniques can only provide one-dimensional blood velocity component...
Ultrasound imaging of blood flow is in widespread use for assessment of atherosclerotic disease. Ima...
Power Doppler (PD) imaging has become a staple in high frame rate ultrasound imaging due to its abil...
AbstractUltrasonic imaging is often used to estimate blood flow velocity. Estimates are currently pe...
An experimental system has been developed to verify the possibility of detecting flow activity using...
International audienceConventional Ultrasound (US) Doppler methods for blood flow imaging are limite...
Blood flow is a very important part of human physiology. In this paper, we present a new method for ...
Detailed imaging of complex blood flow may improve early diagnosis of cardiovascular disease. In cli...
International audienceUltrasonic imaging is often used to estimate blood flow velocity. Estimates ar...
Ultrasound is widely used for blood flow imaging because of the considerable advantages for the clin...
Modern cardiology research aims to encompass sophisticated analysis of intraventricular blood flow i...
A new mathematical method for estimating velocity vectors from color Doppler datasets is proposed to...