Our work shows that fMRI connectivity fingerprints are robust across TRs — but if you can, either hit the gas or take a scenic route for the best results. Bonus tip: higher-order networks hold the richest insights!
🚀 Your brain’s unique functional connectivity fingerprint? TR can’t hide it! 🚀
Excited to share that our study is now published in Human Brain Mapping! 🧠✨ https://t.co/DtAKPbEJLC
@FrancescaSavio9@tambalost@Enri_amico @SebastianHübner @SSarubbo@dvdevill @JorgeJovicich
Curious about whether TR affects functional connectivity fingerprints in resting-state fMRI, and in which neural networks in particular? Check out our new preprint!
Thank you @FrancescaSavio9@tambalost@Enri_amico@SSarubbo@dvdevill @JorgeJovicich
https://t.co/egMaMmEI3n
👉Three amazing nominees, but only one can win the GliMR Best Abstract Competition!
🎉Congratulations to Barbara Cassone!🥇
And also to the runner-ups Philipp Lazen and Anne Andresen!🥈