A contrast-free super-resolution microvascular imaging technique using high-frequency ultrafast ultrasound and nonlinear beamforming achieves 22.2 μm resolution at 8 frames/s with 125 ms acquisition in a rabbit kidney model, showing three-fold improvement over power Doppler.
Super Resolution Ultrasound Imaging Using the Erythrocytes: II: Velocity Images
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An interframe subtraction pipeline with motion compensation on ultra-high frequency ultrasound detects reduced microvascular flow in Sunitinib-treated renal cell carcinoma xenografts in the CAM model.
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Short-Acquisition Contrast-Free Super-Resolution Microvascular Imaging in Rabbit Kidney
A contrast-free super-resolution microvascular imaging technique using high-frequency ultrafast ultrasound and nonlinear beamforming achieves 22.2 μm resolution at 8 frames/s with 125 ms acquisition in a rabbit kidney model, showing three-fold improvement over power Doppler.
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Ultra-high frequency ultrasound imaging and quantification of microvascular flow in xenograft renal cell carcinoma in an avian chorioallantoic membrane model
An interframe subtraction pipeline with motion compensation on ultra-high frequency ultrasound detects reduced microvascular flow in Sunitinib-treated renal cell carcinoma xenografts in the CAM model.