
Maria Guidi
@MaryDrive
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PhD in physics with a focus on the 🧠 and cortical layers • functional MRI • editor of physics textbooks 📖
Roma & Romagna
Joined March 2011
Join us for BrainHack Rome in April 😊
Join us for BrainHack Rome 2025 😃 Where neuroscience meets open science, collaboration, and innovation. Let’s connect the dots between brain structure and function! 📅Save the date: 8-11 April 2025 📍Rome, Italy🇮🇹 🔗Further info: https://t.co/zTNrYkXJsP
@ingmatman @MaryDrive
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We are still accepting submissions to our Research Topic "The road less travelled: pushing the spatio-temporal limits of MRI at 3T" Deadline 30th November, hurry up! https://t.co/zEqNnIZiJJ
frontiersin.org
Magnetic resonance imaging (MRI) at 3T is a cornerstone for neuroscientific research due to its widespread availability and versatility. The advent of ultra-...
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We have two PhD opportunities in MR physics in my group at the @MPI_CBS in Leipzig, Germany: 1. Biophysical mechanisms of MRI contrast. 2. Metabolism and neurovascular coupling in activation and deactivation. More information is available at https://t.co/tTdlUGwhG1
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Please mark your calendars for the 7th ‘layer-fMRI’ virtual dinner on Aug. 22nd. We will be discussing possible translational and clinical applications of layer fMRI. With: Esther Kuehn, Joost Haarsma, and Jun Hua More info: https://t.co/12YX1dc6l4
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📢 New layer fMRI preprint: "A fully synthetic three-dimensional human cerebrovascular model based on histological characteristics to investigate the hemodynamic fingerprint of the layer BOLD fMRI signal formation" by @mariogbaezy et al. https://t.co/BYq6AluBp0
biorxiv.org
Recent advances in functional magnetic resonance imaging (fMRI) at ultra-high field (≥7 tesla), novel hardware, and data analysis methods have enabled detailed research on neurovascular function,...
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🚨 Attention Colleagues 🚨 Are you doing cutting-edge MRI research at 3 T?! We are editing a Research Topic (Special Issue): "The road less travelled: pushing the spatio-temporal limits of MRI at 3T" ( https://t.co/JUDCIK401v) 🧵1/4
frontiersin.org
Magnetic resonance imaging (MRI) at 3T is a cornerstone for neuroscientific research due to its widespread availability and versatility. The advent of ultra-...
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📢Call for papers: "The road less travelled: pushing the spatio-temporal limits of MRI at 3T". This Special Issue collects research on new methods that maximize the potential of 3T (f)MRI. Submission deadlines:Abstract: 15 Sept 2024 Manuscript: 30 Nov 2024 https://t.co/hPVsEaXso3
frontiersin.org
Magnetic resonance imaging (MRI) at 3T is a cornerstone for neuroscientific research due to its widespread availability and versatility. The advent of ultra-...
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New high-resolution paper. Giving an overview about how layer-fMRI at 3T can be valuable for investigating vascular disfunction. By @MaryDrive et al., https://t.co/CKBgbvX7OV
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Mark your calendars: The 6th ‘layer-fMRI’ dinner is scheduled for Feb 8th 2024. This time, we will talk about the relationship between layer-fMRI and industry. Speakers: Rainer Goebel, Robin Heidemann, and David Feinberg. Virtual event via Zoom. More info: https://t.co/t6Chx5WYke
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Gli incentivi per il rientro del capitale umano dall'estero non si toccano! Le modifiche del Governo uccidono una norma che stava funzionando bene, e creano un danno reputazionale per il Paese. Invece di incentivare i rientri e il radicamento/natalità, si cancellano questi temi
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Our new perspective article on why (and how) high-res BOLD+VASO+CVR+CMRO2 #fMRI at 3T @EmmaBiondetti
https://t.co/pOC4wWEnB9
frontiersin.org
Neurovascular alterations are increasingly recognized as a key feature of many brain diseases. They can manifest as a reduction in resting cerebral blood flo...
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Registration is open for our upcoming four-day educational course in Laminar fMRI, Oct 2-5! The course will provide an introduction to fMRI of cerebral cortical layers and is designed for beginners new to laminar fMRI. More here: https://t.co/cPYe6H1pJl (Image: @MichaelDatko)
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Super interesting Presidential interview for @mrm_highlights with @sreeder001 & @MaryJCaligiuri 🖊️ Great insight into sustainability too 🇨🇦🌳
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Happy birthday Artemisia... Judith Slaying Holofernes (1614–20) by Gentileschi... Baroque painter/genius/survivor #WomensArt
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• Visuospatial attention asymmetrically affects brain functional connectivity • Right visual network is mainly responsible for lateralization of functional connectivity And much more in our new paper ☺️ https://t.co/pqFjSrEuaP
onlinelibrary.wiley.com
Lateralization of spatial attention is well documented in healthy and diseased states (e.g., attention deficit disorders), but we only marginally understand the neural mechanisms underlying the...
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Do not forget to apply for the postdoc in advanced MRI acquisition methods in our Neurophysics Dept @MPI_CBS if interested. 31st May deadline is coming up soon. Please RT!
Postdoc in Advanced MRI Acquisition Methods, Dept Neurophysics, @MPI_CBS, Leipzig. Interested in pushing the limits of MRI and in-vivo histology using latest 7T and Connectom (300mT/m) scanners? Apply on: https://t.co/Ovud69if1k Possibility for discussion at #ISMRM22 Please RT!
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