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Internship offer in brain therapy
Open position for an internship on cavitation bubbles detection.
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3 days ago
New #PhysMedParis publication: Computationally Efficient Transcranial Ultrasonic Focusing: Taking Advantage of the High Correlation Length of the human skull https://t.co/DUIiYKRCHe
New #PhysMedParis publication: Computationally Efficient Transcranial Ultrasonic Focusing: Taking Advantage of the High Correlation Length of the human skull https://t.co/DUIiYKRCHe
1 week ago
@PhysMedParis lab @inserm @ESPCI_Paris @cnrs @psl_univ proud to partner with European academic labs and @Iconeus company for improving the lives of #preterm infants ! https://t.co/YCZBKu71pA
@PhysMedParis lab @inserm @ESPCI_Paris @cnrs @psl_univ proud to partner with European academic labs and @Iconeus company for improving the lives of #preterm infants ! https://t.co/YCZBKu71pA
premstem
@premstem
#premstem is now online! Visit our new website to learn about our @EU_H2020 project focused on delivering a regenerative therapy to improve the lives of #preterm infants and their families: https://t.co/DZmboxQnnq
#websitelaunch #stemcell #research #neonatal https://t.co/ckxTLoltIm
#premstem is now online! Visit our new website to learn about our @EU_H2020 project focused on delivering a regenerative therapy to improve the lives of #preterm infants and their families: https://t.co/DZmboxQnnq
#websitelaunch #stemcell #research #neonatal https://t.co/ckxTLoltIm
1 week ago
PREMSTEM is a five-year @EU_H2020 research project bringing together researchers from across the globe to see if stem cells can be used to regenerate the brain damage caused by premature birth. Commenced Jan 2020.
Project media release ➡️ https://t.co/YCnsr8av99
#premstem https://t.co/ewCxHRBMoD
PREMSTEM is a five-year @EU_H2020 research project bringing together researchers from across the globe to see if stem cells can be used to regenerate the brain damage caused by premature birth. Commenced Jan 2020.
Project media release ➡️ https://t.co/YCnsr8av99
#premstem https://t.co/ewCxHRBMoD
2 weeks ago
New publication @jf_aubry and @PhysMedParis colleagues : Computationally efficient transcranial ultrasonic focusing: taking advantage of the high correlation length of the human skull - IEEE Journals & Magazine https://t.co/Mi3dEfmmDs
New publication @jf_aubry and @PhysMedParis colleagues : Computationally efficient transcranial ultrasonic focusing: taking advantage of the high correlation length of the human skull - IEEE Journals & Magazine https://t.co/Mi3dEfmmDs
2 weeks ago
A longstanding collaboration @inserm @ESPCI_Paris @cnrs @psl_univ with @Iconeus to democratize neurofunctional Ultrasound and make it available for the neuroscience community ! Much More to come soon ! https://t.co/XVcwfXwgUC
A longstanding collaboration @inserm @ESPCI_Paris @cnrs @psl_univ with @Iconeus to democratize neurofunctional Ultrasound and make it available for the neuroscience community ! Much More to come soon ! https://t.co/XVcwfXwgUC
Iconeus
@iconeus
Transcranial 3D functional ultrasound imaging in mice with auto registration on brain atlas using Iconeus One. More info in our newsletter with an interview of B. Osmanski CTO of @Iconeus and @TanterM director @PhysMedParis on 3D fUS imaging: https://t.co/rw0lb8fawh https://t.co/TdIqOwhVG8
Transcranial 3D functional ultrasound imaging in mice with auto registration on brain atlas using Iconeus One. More info in our newsletter with an interview of B. Osmanski CTO of @Iconeus and @TanterM director @PhysMedParis on 3D fUS imaging: https://t.co/rw0lb8fawh https://t.co/TdIqOwhVG8
3 weeks ago
We found LIP activity during movement planning that was direction specific. This finding agrees with previous fMRI findings (Kagan PNAS 2010, Wilke PNAS 2012) - but fUS was nearly 10x as sensitive! 7/n https://t.co/6EmZHXIHqU
We found LIP activity during movement planning that was direction specific. This finding agrees with previous fMRI findings (Kagan PNAS 2010, Wilke PNAS 2012) - but fUS was nearly 10x as sensitive! 7/n https://t.co/6EmZHXIHqU