Join us on April 14th at 11am ET / 5pm CEST for a FIT’NG + ICIS preview of the Panama 2026 meetings: exclusive program sneak peeks, highlighting events of shared interest, and what you gain by attending both.
Register: https://t.co/x5DeTfyIHY
FIT'NG Together’s virtual series on Open Science in fetal, infant, and toddler neuroimaging is underway, with more exciting sessions and speakers to be announced soon.
Explore the free series here: https://t.co/geeiIRDQIA
Join us on March 25th (3pm GMT/11am EST) for our event on:
Open science practices and their application in FIT neuroimaging, featuring Dr. Brian Nosek and Dr. Lindsay Bowman.
We’ll discuss open science practices for early neuroimaging.
Register at: https://t.co/nfR8aftz8O
📢 We are honored to announce our Keynote Speaker: Takao K. Hensch!!
🧠 A leading expert on how early-life experience shapes neural circuits and critical period mechanisms.
🤩 Don't miss the keynote and join us at the FIT'NG Annual Conference, July 10-11 in Panama 🌴
#FITNG2026
1/7 Does the infant brain have representational structure? 👶🧠In the FOUNDCOG project, we scanned 134 awake infants using fMRI. Published in Nature Neuroscience, our research reveals 2-month-old infants already possess complex visual representations in VVC that align with DNNs.
Join us on Thursday, February 5th (5pm GMT / 11am CT) for our next FIT’NG Together event:
How to write an award-winning abstract, featuring Dr. Nadège Roche-Labarbe
We’ll discuss how abstracts and posters are selected.
Details & registration: https://t.co/Lkch2sB72b
🚨 All abstract submissions are now open for the 2026 FIT'NG Annual Conference taking place July 10–11 in Panama City.
🗓️ Deadline for submissions: 23:59 PST on February 25, 2026
🌐 Submission website: https://t.co/N97U2f2Ydw
#FITNG2026
New paper in Imaging Neuroscience by Daniel E.P. Gomez, Jonathan R. Polimeni, and Laura D. Lewis:
The temporal specificity of BOLD fMRI is systematically related to anatomical and vascular features of the human brain
https://t.co/ZyhM81447i
Cromb et al. report that cortical folding is reduced in neonates with congenital heart disease, associated with smaller brain volume. Cerebral oxygen delivery impacts brain growth more than folding. Read at: https://t.co/KuxuyqcuTJ
Apply now! Fully @The_MRC funded #PhD fellowships with enhanced stipend in #neuroscience#neurodevelopmental disorders, @MRC_CNDD. Deadline Jan 1st 2025! https://t.co/onar7oAmMB Home students only I'm afraid. Please RT!
We're looking for an ambitious young researcher to come join our team looking at brain development in infants with congenital heart disase with 7T MRI @KingsJobs@KingsImaging#postdocposition#MRI
https://t.co/5JJvPgyLCn
Exciting job alert! Come join the neonatal ultra-high field team at King's College London on a new study exploring metabolic and layer-specific functional brain development in newborn infants with congenital heart disease https://t.co/MWe66ZO3yR
If you’re at #OHBM2024 and interested in the characterisation of the BOLD response in the neonatal brain using 7T fMRI, come to my poster, number 1284, on Monday and Tuesday!