The blue lines represent two ultrasound waves intersecting in an X-shape pattern to scan cells and capillaries in body tissue. The cells and capillary vessels are labelled with ultrasound probes (in ...

This method is limited to translucent or thin specimens because light cannot penetrate deeper than 1 mm in opaque tissue. "Ultrasound can image centimetres deep in opaque mammal tissue ...

This method is limited to translucent or thin specimens because light cannot penetrate deeper than 1 mm in opaque tissue. "Ultrasound can image centimeters deep in opaque mammal tissue ...

Nevertheless, most studies directly use raw ultrasound images as input to end-to-end networks. The noise and high-dimensional features in these images increase both network complexity and the number ...