Our new paper shows site-specific #GABA and #fMRI connectivity changes with low-intensity #focusedultrasound #neuromodulation with @EFouragnan @tristanadamwhi1 @ellymmartin @LennartVerhagen @cjstagg @BrainBric @PlymUni @SpringerNature @NatureComms https://t.co/oRFvGX2Vn6

Does ultrasound impact the human brain? Our latest study shows that it can, up to one hour after sonication, providing evidence of early phase neuroplasticity. 🧠 https://t.co/8jpIk7psAQ with @sitiny0, T White, @ellymmartin, @cjstagg, @LennartVerhagen, S Hall, @PlymUni

Curious about TUS-mediated early phase neuroplasticity 🧠? Our short review covers all papers in primates showing TUS effects outlasting the sonication period, and a discussion on its potential for therapeutic applications https://t.co/ETnKyDVGFX with @sitiny0 , and @NadegeBault

Looking for participants for a brain stimulation study! - 4 sessions at @BrainBric - We pay for your time and for travel costs to BRIC - Over 21 years & no current diagnosis of neurological or psychiatric conditions See here & get in touch for more info:

Are you curious about how offline TUS changes GABA levels and functional connectivity in the human brain? Check out our new print with the wonderful @sitiny0 and @cjstagg

Siti N. Yaakub et al. develop an algorithm to generate pseudo computerized tomography from magnetic resonance imaging, for better planning of low-intensity transcranial focused ultrasound neuromodulation https://t.co/H2UcbSElHQ

Need a skull estimate for your transcranial acoustic simulations? Try out our MR to pCT toolbox: https://t.co/Z9wM0vQo61. It uses deep learning to transform your anatomical MRI scan into a CT scan.

Interested in taking part in a research study on ultrasound brain stimulation? The study involves 3 sessions of ultrasound stimulation followed by an MRI scan at BRIC @BrainBric @PlymUni. For more information and to get in touch, see:

[Review: Non-invasive transcranial ultrasound stimulation (TUS)] Darmani et al.: "TUS holds great potential as an investigative tool in neuroscience and as a treatment for neurological and psychiatric disorders." https://t.co/v6hDVfJifm @KBI_UHN

Our paper on brain atlases and segmentation is #61 of the top 100 downloaded neuroscience papers for Scientific Reports in 2020 (out of >1750 articles). Ten of the downloads might have been me, but who’s counting :D You too can download it here: https://t.co/DW8oU8AigD

McGinnity et al. found that individuals with temporal lobe epilepsy, but normal structural imaging had reduced memory performance and bilaterally higher temporal lobe α5, but lower α1/2/3 in the ipsilateral hippocampus. https://t.co/zd8RSEotEJ @Hammers_Alexand @colm_j_m

Are you working with #brain #FDG #PETCT and require data from healthy controls? The #CERMEP database is now available for research, see Inés Mérida's recent #bioRxiv paper: https://t.co/LriaXYxdJr Some highlights: /2

Our new paper shows network changes related to the EEG alpha rhythm as potential #endophenotypes for temporal lobe #epilepsy https://t.co/thOiKjg0YB #neuroimaging #EEG #EEGfMRI @KingsIoPPN @kingshealth @KingsImaging

Ever wondered about which #brainatlases and which #MRI segmentation method to use... for healthy controls, for patients with #epilepsy, for patients with #Alzheimer disease? Check out @sitiny0's latest work: https://t.co/V3sadfk3ms @KingsImaging @ImagingCDT @MedTechWest @LivUni

Yup, sums it up... @Se_Railway train cancelled again, delayed my journey by almost an hour AND cost me an extra £1.80 http://t.co/DGcqXywgzJ