The aim of the study described here was to develop an ultrasound contrast plane wave
imaging (PWI) method based on pulse-inversion bubble wavelet transform imaging (PIWI) to …

Purpose Improvement of both the imaging resolution and the contrast‐to‐tissue ratio (CTR)
is a current emphasis of contrast‐enhanced ultrasound (CEUS) for microvascular perfusion …

This study aimed to develop a focal microvascular contrast-enhanced ultrasonic parametric
perfusion imaging (PPI) scheme to overcome the tradeoff between the resolution, contrast …

Purpose This study aimed to clarify the influences of composite dynamic contrast‐enhanced
ultrasound (DCEUS) on multiparametric perfusion imaging (PPI) and to develop a novel PPI …

The study of ultrasound contrast agent imaging (USCAI) based on plane waves has recently
attracted increasing attention. A series of USCAI techniques have been developed to …

Purpose Guided waves generated from bone cortex inevitably act on microbubbles flowing
through skeletal muscle capillaries in contrast‐enhanced ultrasound (CEUS) and might …

In this study, a unique method that combines the ultrafast active cavitation imaging
technique with multiple bubble wavelet transform (MBWT) for improving cavitation detection …

Parametric perfusion imaging (PPI) based on time-intensity-curves (TICs) can quantify and
depict the spatial distribution of tumor perfusion information in liver cancer research …

The objective of this study was to accurately obtain the transient flow vector distribution
(FVD) of microbubbles in arterial stenosis by modified optical flow method based on …