Franca Schmid
@franca-schmid.bsky.social
Blood flow and transport in the 🧠 from an engineering perspective - - > franca-schmid.com
Reposted by Franca Schmid
Thrilled to share our new paper, published today in Science Magazine! We show how different sensory inputs recruit distinct vascular networks to shape blood flow across cortical layers. www.science.org/doi/10.1126/...
Modality-specific neurovascular coupling via layer-segregated arteriole networks
The brain’s vascular system dynamically regulates energy supply through neurovascular coupling. In this study, we show that in mice, neurovascular coupling is modality-dependent: Distinct sensory inpu...
www.science.org
August 21, 2026 at 12:37 PM
Thrilled to share our new paper, published today in Science Magazine! We show how different sensory inputs recruit distinct vascular networks to shape blood flow across cortical layers. www.science.org/doi/10.1126/...
Wanna learn more about how we model microvascular flow & transport in the brain 🧠 and what we can learn from our simulations in the context of stroke? Join me for an exciting webinar @ the interpore academy next Tuesday April 1st, 4pm CEST
March 28, 2025 at 12:38 PM
Wanna learn more about how we model microvascular flow & transport in the brain 🧠 and what we can learn from our simulations in the context of stroke? Join me for an exciting webinar @ the interpore academy next Tuesday April 1st, 4pm CEST
Reposted by Franca Schmid
We are recruiting a passionate candidate to unravel 🧠 developmental mysteries! If you have a master's degree in Life Sciences or related areas and want work with neonatal 🐭 models(Felasa training will be valued), this opportunity is for you!
👉 lnkd.in/dRiXebyk
Deadline:Jan 9, 2025.
👉 lnkd.in/dRiXebyk
Deadline:Jan 9, 2025.
December 20, 2024 at 8:30 PM
We are recruiting a passionate candidate to unravel 🧠 developmental mysteries! If you have a master's degree in Life Sciences or related areas and want work with neonatal 🐭 models(Felasa training will be valued), this opportunity is for you!
👉 lnkd.in/dRiXebyk
Deadline:Jan 9, 2025.
👉 lnkd.in/dRiXebyk
Deadline:Jan 9, 2025.
Reposted by Franca Schmid
Franca Schmid presents amazing model findings that increase our understanding of the importance of collaterals and of what happens after pericyte loss and capillary occlusions.
Take home from modeling talks: we need more detailed images of microvascular trees - especially in deep cortex layers.
Take home from modeling talks: we need more detailed images of microvascular trees - especially in deep cortex layers.
December 10, 2024 at 2:09 PM
Franca Schmid presents amazing model findings that increase our understanding of the importance of collaterals and of what happens after pericyte loss and capillary occlusions.
Take home from modeling talks: we need more detailed images of microvascular trees - especially in deep cortex layers.
Take home from modeling talks: we need more detailed images of microvascular trees - especially in deep cortex layers.