HIGHLIGHTS
SUMMARY
Imaging at microscopic scales with a deep penetration remains a challenge for in_vivo imaging techniques. Ultrasound Localization Microscopy (ULM) is becoming an attractive option for in_vivo microvascularization imaging -. By imaging isolated microbubbles with a sub-wavelength precision and tracking their propagation in blood vessels, it reveals the microvascularization of organs in small animals in_vivo with a resolution of tens of microns: brain through a thinned skull or with craniectomy, ear, kidney,, and other -[22], and recently in the human kidney, liver, pancreas, breast, and brain, This last system was used in_vivo to image the . . .
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