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With Sanofi ‘s sponsorship of #Paris2024 Olympics, our amazing corporate communications and organizing team also opened up our headquarters in Paris…
With Sanofi ‘s sponsorship of #Paris2024 Olympics, our amazing corporate communications and organizing team also opened up our headquarters in Paris…
Liked by Soroush Safaei
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Our team have just published the first interactive 3D atlas of lymph nodes that directly drain the breast, which are potential sites for cancer…
Our team have just published the first interactive 3D atlas of lymph nodes that directly drain the breast, which are potential sites for cancer…
Liked by Soroush Safaei
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Thanks to the NC State College of Engineering for featuring our Autonomous (Self-Driving) Materials and Molecular Discovery Labs, their impact, and…
Thanks to the NC State College of Engineering for featuring our Autonomous (Self-Driving) Materials and Molecular Discovery Labs, their impact, and…
Liked by Soroush Safaei
Experience
Education
Licenses & Certifications
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$100k Challenge Winner 2022
Velocity: The University of Auckland Innovation and Entrepreneurship Programme
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$100k Challenge Qualifier 2022 - Academic Category
Velocity: The University of Auckland Innovation and Entrepreneurship Programme
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Innovation Challenge 2022 - Academic Prize
Velocity: The University of Auckland Innovation and Entrepreneurship Programme
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Publications
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An interaction graph approach to gain new insights into mechanisms that modulate cerebrovascular tone
Nature Communications Biology
Mechanisms to modulate cerebrovascular tone are numerous, interconnected, and spatially dependent, increasing the complexity of experimental study design, interpretation of action-effect pathways, and mechanistic modelling. This difficulty is exacerbated when there is an incomplete understanding of these pathways. We propose interaction graphs to break down this complexity, while still maintaining a holistic view of mechanisms to modulate cerebrovascular tone. These graphs highlight the…
Mechanisms to modulate cerebrovascular tone are numerous, interconnected, and spatially dependent, increasing the complexity of experimental study design, interpretation of action-effect pathways, and mechanistic modelling. This difficulty is exacerbated when there is an incomplete understanding of these pathways. We propose interaction graphs to break down this complexity, while still maintaining a holistic view of mechanisms to modulate cerebrovascular tone. These graphs highlight the competing processes of neurovascular coupling, cerebral autoregulation, and cerebral reactivity. Subsequent analysis of these interaction graphs provides new insights and suggest potential directions for research on neurovascular coupling, modelling, and dementia.
Languages
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English
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Persian
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More activity by Soroush
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Apple Vision Pro requires hand gestures to make selections on the screen. Synchron is testing a set of brain gestures derived directly from the BCI…
Apple Vision Pro requires hand gestures to make selections on the screen. Synchron is testing a set of brain gestures derived directly from the BCI…
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Why did Sanofi partner with the Olympic and Paralympic Games Paris 2024? For unforgettable moments like these… It’s only just begun and already…
Why did Sanofi partner with the Olympic and Paralympic Games Paris 2024? For unforgettable moments like these… It’s only just begun and already…
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"Toxic" is an adjective attributed to virtually all brain proteins linked to neurodegenerative diseases. Can we name one protein that doesn't have a…
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It's Game Time! 🔥 The last 48 hours have been incredible... 1000+ Sanofians from over 50 countries came together in Paris to begin their volunteer…
It's Game Time! 🔥 The last 48 hours have been incredible... 1000+ Sanofians from over 50 countries came together in Paris to begin their volunteer…
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Quel bonheur d’accueillir hier soir nos Sanofiens Volontaires pour les Jeux Olympiques de Paris 2024 ! Près de 1 000 collaborateurs, de 68…
Quel bonheur d’accueillir hier soir nos Sanofiens Volontaires pour les Jeux Olympiques de Paris 2024 ! Près de 1 000 collaborateurs, de 68…
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Great opportunity for ORS members from the orthopaedic industry to shape the society. If you are past, or present, or future member, please share…
Great opportunity for ORS members from the orthopaedic industry to shape the society. If you are past, or present, or future member, please share…
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Building "Population Files" for the purpose of a priori investigation of potential changes in handling the drugs is becoming more common with the…
Building "Population Files" for the purpose of a priori investigation of potential changes in handling the drugs is becoming more common with the…
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Paradromics Inc., Motif Neurotech, and Neuspera Medical Inc. were recently highlighted by MassDevice as "neurotech companies you need to know."…
Paradromics Inc., Motif Neurotech, and Neuspera Medical Inc. were recently highlighted by MassDevice as "neurotech companies you need to know."…
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Nice work on super resolution 4D Flow mri from Ericsson/Marlevi team: 10.1109/JBHI.2024.3429291 https://lnkd.in/eY4KKuvE
Nice work on super resolution 4D Flow mri from Ericsson/Marlevi team: 10.1109/JBHI.2024.3429291 https://lnkd.in/eY4KKuvE
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What is your #BioAge? Five new America's Best Contacts & Eyeglasses stores in #Dallas #Texas are now offering Toku Eyes BioAge. [Addison, Euless…
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This month's issue of Clinical Pharmacology & Therapeutics (#CPT) is focused on model-informed drug development (#MIDD), with a.o. an editorial by…
This month's issue of Clinical Pharmacology & Therapeutics (#CPT) is focused on model-informed drug development (#MIDD), with a.o. an editorial by…
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