1/ Six years in the making! Our preprint on SORDINO fMRI is out. We're sharing the raw data and sequence to facilitate brain-wide mapping in awake, behaving rodents. If this could be useful to your colleagues and friends, please help spread the word!
https://t.co/cdcP6P9XB5
New preprint out by Charlie Aird-Rossiter📰
https://t.co/f1AKS12YjS
We analysed thousands of brain cells across species to reveal morphological features relevant to gray matter microstructure, informing better biophysical models & diffuion MR acquisitions @CUBRICcardiff@CmicUcl
🎥 Missed it live? Watch the recording of Peter Bandettini @fMRI_today’s talk, ‘Towards Increased Precision, Interpretability, and Impact: The Future of fMRI’, from the #CIBMSymposium2024 & 20th Anniversary!
📺 Watch now: https://t.co/hZiGATnz6C
The 2025 Gordon Research Conference on *Tissue Microstructure Imaging* program is out! This unique meeting format offers a unifying look at tissue microstructure based on #MRI, #US, #optics, #EM , #xray, #photoacoustic, etc.
Join us *July 12-18*! And please RT! 🙏
More info 👇
Are you new to diffusion MRI, want to brush up on your methods, or learn practical insights in a
different part of the field? Join us on Feb 16th, the initial day of the workshop for a diffusion MRI Boot Camp!
Check this link to register👇
https://t.co/dlzEC6p25Q
How do cortical perturbations affect fMRI connectivity? Not necessarily as one would expect! Our new work @NatureComms shows that cortical inactivation may unexpectedly INCREASE fMRI connectivity! https://t.co/Bhs9ulbn6N
🧵below explains how. Spoiler: δ oscillations are key! 1/n
New paper in Imaging Neuroscience by Lucas Soustelle, Guillaume Duhamel, et al:
Inhomogeneous magnetization transfer (ihMT) imaging reveals variable recovery profiles of active MS lesions according to size and localization
https://t.co/wdqz0vcKrh
📰 New preprint from the #MicMapLab! 🧠🧲🔍
Why should #fMRI#connectivity be limited to gray matter nodes?
Using ADC-fMRI, we can robustly incorporate white matter nodes and thus explore white-to-gray and white-to-white connectivity.
Work masterfully led by Inès de Riedmatten!
📢I have 2 open postdoc positions!
Absolutely thrilled about this @snsf_ch grant with @CristinaCudalbu, O. Braissant & S. Sizonenko, to push the boundaries of #microstructure & #metabolite quantification.
Want to join the #MicMap band 🪇🧲🔍?
Ad below 👇& come see me at @ISMRM!
📢We are super excited to share our qMRI conference 2023 program!
Our stellar lineup of researchers is geared up to explore cutting-edge ways to validate qMRI techniques within the realm of neurodegeneration✨
There are achievements that bring more joy than others. After 135 reviewers comments, our study on fat-water separation algorithms can be shared to all! Big thanks to all coauthors and the reviewers. Bravo Pierre for your dedication! #reproducibleresearch
https://t.co/zAmdhzoboG
Don’t miss out on our new framework for quantitative MT imaging!
Learn more about biases in MT (including dipolar order ...!)
Want a fast qMT protocol for your own research?
Sequence: Siemens' C2P platform
Reconstruction codes: https://t.co/MF0wRz1krp
https://t.co/FcrlUWpR6L
Looking for new techniques to include in your myelin imaging dedicated protocol? Check out our new paper on inhomogeneous Magnetization Transfer in the cuprizone model! #CrmbMlab#ihMT
https://t.co/pBUFLb4txq