Our next @MRtrix3 workshop will be held in Brisbane, Australia, 30 June - 3 July 2025! See link for full details: https://t.co/GFL7NrmNYr @KingsImaging @NIFAus @UQ_News @TheFlorey @unimelb @UAntwerpen @DiffusionISMRM @KU_Leuven

🚨 Clinical Neurophysiologists – Join groundbreaking research at #UCL, #UCLH & #Birkbeck! 🔬 Collect EEG/ERP in neonates 🧠 Study early brain development 📋 Apply by 23 Feb 2025 🔗 https://t.co/E0FTMtwTVR @ClinNeurophys @ClinPhys @ahcsuk #AHPsInResearch #EEGResearch

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

Top tips on patching the right cells from our own Martyna!

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

📣📣 1pm TODAY - Brave Little Neuron workshop in @EinsteinsGarden at @GreenManFest 📣📣

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

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!

Thrilled to see this work published! Led by the amazing @Shorton_Neuro, we show a tight correlation in E and I along dendrites during circuit wiring. Check it out! @GuiVSNeves @vimast86 @rj_neuro @wellcometrust @BBSRC @dev_neuro @MRC_CNDD @KingsIoPPN https://t.co/qhl6AZHvvB

Going to #FENS2024? Come and hear more at symposium S37 on morning of Friday 28th, Hall E, and chat to me, @noah_leibold and @NathalieHiggs at the posters on Wed morning (PS01-26AM-294/5)!

🎙️We recognize that research and results may not have been completed in time for the original round of abstract submissions and we welcome Late Breaking Poster Abstract submissions for inclusion in the #FITNG2024 meeting. 🗓️Submissions will be accepted from 6/17 – 7/2, 2024.

Just posted! https://t.co/i69XhsTf8t. How do #neurons wire up during #development at the right time in the right place? We looked at glutamatergic excitatory synapses in the hippocampus in vivo and found an unexpected role for NMDA receptors in a very early ‘critical window’🧵

Please check out the fantastic and (we think!) important new meta-analysis of MRS findings in #autism a Herculean effort by @alicethomson200 with @NickPuts Neurometabolite differences in Autism as assessed with Magnetic Resona...

Slightly different than our usual work! Please check out our new adaptive gaze control system that allows instant use in applications for human-computer interaction - we developed it for VR in MRI, but so many uses! @KingsImaging

Fantastic opportunity to work with Tom Arichi, a lead member of R4N and leader in cutting-edge research on the development of the human cortex. To read more about Tom's career:

Two year post doc position for 7T layer-fmri methods in infants at King's College London with Tom Arichi and Shaihan Malik (@shaihanmalik). https://t.co/EUaB9Sgcq7

Still a few days to apply for our Postdoctoral Research Associate position! We are looking for a physicist to join our team pushing what we can learn about the baby brain with Ultrahigh Field MRI and in particular high resolution fMRI @shaihanmalik

At #ISMRM2024? Come check out @JuchaMoore presenting her ground breaking work on cortical depth specific BOLD #fMRI responses in the neonatal brain at ultra high field: on in 10 min in the mesoscale fMRI session!