RT @TanterM: The human brain vasculature revealed at microscopic resolution using Transcranial Ultrasound Localization Microscopy ! Just p…
RT @ESPCI_Paris: La vascularisation du cerveau jusqu'à l'échelle microscopique, grâce aux ultrasons ! Une avancée majeure par @PhysMedPari…
RT @TanterM: The human brain vasculature revealed at microscopic resolution using Transcranial Ultrasound Localization Microscopy ! Just p…
RT @ESPCI_Paris: Publication: Transcranial ultrafast ultrasound localization microscopy of brain vasculature in patients in @natBME Fanta…
RT @mikhailshapiro: Wow! Super-resolved vasculature in humans across the skull. Congrats to @CharlieDemene, @DeffieuxThomas, @TanterM and c…
RT @TanterM: The human brain vasculature revealed at microscopic resolution using Transcranial Ultrasound Localization Microscopy ! Just p…
I've said it before -- 3D (and 4D) imaging will change the world. Don't sleep on it! If you're still doing 2D or using maximum projections... wake up! It's 2021! https://t.co/3ofEYzWrqA
RT @sevanharput: This amazing work highlights the importance and versatility of ultrasound imaging
RT @dimanovikov: Amazing work on super-resolution #ultrasound to map vascular #microstructure! Congrats @TanterM and colleagues!! https://t…
RT @SumnerLN: Once in a while a new technique really does blow you away. #ultrasound imaging (microscopy even) of #brain vasculature thro…
Localization microscopy again !
RT @dimanovikov: Amazing work on super-resolution #ultrasound to map vascular #microstructure! Congrats @TanterM and colleagues!! https://t…
Wow
Amazing work on super-resolution #ultrasound to map vascular #microstructure! Congrats @TanterM and colleagues!!
RT @TanterM: The human brain vasculature revealed at microscopic resolution using Transcranial Ultrasound Localization Microscopy ! Just p…
This amazing work highlights the importance and versatility of ultrasound imaging
RT @natBME: Transcranial ultrafast ultrasound localization microscopy of brain vasculature in patients https://t.co/0LG748VyIS https://t.c…
RT @TanterM: Transcranial ULM and CT Angio of collateral arteries in a human patient by @CharlieDemene @AlexandreDizeux and colleagues @Ins…
RT @TanterM: The human brain vasculature revealed at microscopic resolution using Transcranial Ultrasound Localization Microscopy ! Just p…
RT @TanterM: The human brain vasculature revealed at microscopic resolution using Transcranial Ultrasound Localization Microscopy ! Just p…
RT @PhysMedParis: Ultrasound localization microscopy reveals the human brain vasculature down to the micron scale. Congrats to @CharlieDeme…
RT @ESPCI_Paris: Publication: Transcranial ultrafast ultrasound localization microscopy of brain vasculature in patients in @natBME Fanta…
RT @iconeus: Outstanding work! Always pushing back the limits of #ultrasound imaging. An incredible milestone for Clinical Neuroscience. l…
RT @TanterM: The human brain vasculature revealed at microscopic resolution using Transcranial Ultrasound Localization Microscopy ! Just p…
RT @TanterM: The human brain vasculature revealed at microscopic resolution using Transcranial Ultrasound Localization Microscopy ! Just p…
RT @iconeus: Outstanding work! Always pushing back the limits of #ultrasound imaging. An incredible milestone for Clinical Neuroscience. l…
Outstanding work! Always pushing back the limits of #ultrasound imaging. An incredible milestone for Clinical Neuroscience. link to the article : https://t.co/cTabXKLfTt
RT @TanterM: The human brain vasculature revealed at microscopic resolution using Transcranial Ultrasound Localization Microscopy ! Just p…
RT @TanterM: The human brain vasculature revealed at microscopic resolution using Transcranial Ultrasound Localization Microscopy ! Just p…
So glad to see this study published, I can’t wait to see where you take ultrafast localisation microscopy to next! This work is such a good example of combining software and hardware solutions for advanced imaging in humans. Congrats @TanterM @NeuroGeneva
A landmark study from @TanterM that demonstrates the possibility of transcranial super-resolution brain microvascular imaging in vivo in humans! This study has important clinical implications for the usefulness of ULM in neurological diseases that involve
Once in a while a new technique really does blow you away. #ultrasound imaging (microscopy even) of #brain vasculature through the skull. Wow! Congrats on this incredible work @TanterM @AlexandreDizeux @CharlieDemene @DeffieuxThomas!
RT @joseabernal7: Gorgeous work! 😮😍
Gorgeous work! 😮😍
RT @mikhailshapiro: Wow! Super-resolved vasculature in humans across the skull. Congrats to @CharlieDemene, @DeffieuxThomas, @TanterM and c…
RT @TanterM: Transcranial ULM and CT Angio of collateral arteries in a human patient by @CharlieDemene @AlexandreDizeux and colleagues @Ins…
Transcranial ULM and CT Angio of collateral arteries in a human patient by @CharlieDemene @AlexandreDizeux and colleagues @Inserm @cnrs @psl_univ @neurogeneva see the publication at : https://t.co/46yxdxP2Au https://t.co/aUxbFmvMBf
Many thanks to @natBME and @Rosy_Favicchio for publishing our work on ultrasonic brain angiography at microscopic resolution. Here turbulent flow detected in a deep seated aneurysm @ESPCI_Paris @Inserm @cnrs @psl_univ @NeuroGeneva see the publication at :
Many thanks to @natBME and @Rosy_Favicchio for publishing our work on ultrasonic brain angiography at microscopic resolution. Here turbulent flow detected in a deep seated aneurysm @ESPCI_Paris @Inserm @cnrs @psl_univ @neurogeneva see the publication at :
RT @natBME: Transcranial ultrafast ultrasound localization microscopy of brain vasculature in patients https://t.co/0LG748VyIS https://t.c…
Amazing 🤩 Congrats @TanterM et al 👏🏻👏🏻👏🏻
Wow! Super-resolved vasculature in humans across the skull. Congrats to @CharlieDemene, @DeffieuxThomas, @TanterM and colleagues on this beautiful work.
The human brain vasculature revealed at microscopic resolution using Transcranial Ultrasound Localization Microscopy ! Just published by @PhysMedParis in @natBME https://t.co/tzDBKdzYuE https://t.co/8hl3tSV14o via @YouTube
RT @natBME: Transcranial ultrafast ultrasound localization microscopy of brain vasculature in patients https://t.co/0LG748VyIS https://t.c…
RT @natBME: Transcranial ultrafast ultrasound localization microscopy of brain vasculature in patients https://t.co/0LG748VyIS https://t.c…
RT @ESPCI_Paris: Publication: Transcranial ultrafast ultrasound localization microscopy of brain vasculature in patients in @natBME Fanta…
Ultrasound localization microscopy reveals the human brain vasculature down to the micron scale. Congrats to @CharlieDemene for this premiere published in @natBME! https://t.co/hxeqeWMkj2 @PhysMedParis @ESPCI_Paris @PSL_Univ @Inserm @CNRS
RT @PhysMedParis: Transcranial Ultrasound Localization Microscopy reveals human cerebral vasculature up to microscopic resolution ! A new p…
Transcranial Ultrasound Localization Microscopy reveals human cerebral vasculature up to microscopic resolution ! A new publication @natBME by @CharlieDemene @AlexandreDizeux @DeffieuxThomas @TanterM and @PhysMedParis colleagues in collab. with F. Perren
Transcranial ultrafast ultrasound localization microscopy of brain vasculature in patients https://t.co/0LG748VyIS https://t.co/1mHTr0rSt7
RT @ESPCI_Paris: Publication: Transcranial ultrafast ultrasound localization microscopy of brain vasculature in patients in @natBME Fanta…
Publication: Transcranial ultrafast ultrasound localization microscopy of brain vasculature in patients in @natBME Fantastic work from @PhysMedParis , and a great opportunity for ultrasound imaging! https://t.co/40FysLceRU read the story: https://t.co/E
RT @ESPCI_Paris: La vascularisation du cerveau jusqu'à l'échelle microscopique, grâce aux ultrasons ! Une avancée majeure par @PhysMedPari…
RT @ESPCI_Paris: La vascularisation du cerveau jusqu'à l'échelle microscopique, grâce aux ultrasons ! Une avancée majeure par @PhysMedPari…
La vascularisation du cerveau jusqu'à l'échelle microscopique, grâce aux ultrasons ! Une avancée majeure par @PhysMedParis et publiée dans @natBME. https://t.co/oyLrE8tyLE A lire : https://t.co/40FysLceRU https://t.co/Jyp3Tx0LDt