vincent hingot

[Nature Biomedical Engineering @natBME]

The performance of microbubble-localization algorithms for use in ultrasound localization microscopy can now be easily benchmarked via openly available algorithms and datasets of simulated microcirculation and of in vivo and ex vivo angiography.

https://t.co/3oOea0NZ9N

[Baptiste Heiles 🔊🐭🧠 @bgheiles]

🚨 New paper alert🚨
Very happy to share our new paper "Performance benchmarking of microbubble-localization algorithms for ultrasound localization microscopy" published in @natBME w/ A. Chavignon, @VincentHingot, P. Lopez, E. Teston and O. Couture https://t.co/PqOie5xfcW

[vincent hingot @VincentHingot]

Check out our new paper!
Brain vascularization in vivo in 3D with Ultrasound Localization Microscopy. Blood vessels down to 30 microns are highlighted under an intact skull of a rat!
Available at https://t.co/sXV13sbg3i

[Baptiste Heiles 🔊🐭🧠 @bgheiles]

🚨 New paper alert🚨
Our new paper is available as a pre-print on biorXiv "Volumetric ultrasound localization microscopy of the whole brain microvasculature" https://t.co/6DBRllBan4 in collaboration w/@bergel_a @VincentHingot @DMarescalab @PezetSophie @TanterM @PhysMedParis

[Baptiste Heiles 🔊🐭🧠 @bgheiles]

🚨New paper alert! 🚨
How to measure resolution in Ultrasound Superresolution?

https://t.co/0xWA94R5nC

[Physics for Medicine Paris @PhysMedParis]

Microvascular flow dictates the compromise between spatial resolution and acquisition time in Ultrasound Localization Microscopy. New publication of @PhysMedParis in Scientific Reports @inserm ⁦@INSIS_CNRS⁩ ⁦@ESPCI_Paris⁩ ⁦@psl_univ⁩ https://t.co/Xxn8ISqr9Q