shakedown.social is one of the many independent Mastodon servers you can use to participate in the fediverse.
A community for live music fans with roots in the jam scene. Shakedown Social is run by a team of volunteers (led by @clifff and @sethadam1) and funded by donations.

Administered by:

Server stats:

277
active users

#neuroimaging

1 post1 participant0 posts today
Continued thread

✅ The method shows promise but still presents challenges with variability.

Read more in @Nature: nature.com/articles/s41390-025

Looking forward to discussions! #CerebralOxygenation #QSM #Neuroscience #QuantitativeSusceptibilityMapping #PretermNeonates #Neuroimaging #Neonatology #Research
🧵3/3

NatureThe application of magnetic susceptibility separation for measuring cerebral oxygenation in preterm neonates - Pediatric ResearchQuantitative susceptibility mapping (QSM), a magnetic resonance imaging (MRI) modality sensitive to deoxyhemoglobin, is a promising method for measuring cerebral oxygenation in human neonates. Paramagnetic sources, like deoxyhemoglobin, however, can be obscured by diamagnetic sources such as water and myelin. This study evaluated whether QSM images, or isolated paramagnetic components, are more accurate for measuring oxygenation of cerebral veins of preterm neonates, and explored oxygenation differences between the major cerebral veins. 19 preterm neonates were scanned on at term equivalent age on a 3T MRI using a multi-echo susceptibility-weighted imaging sequence. Susceptibility values were calculated from QSM images to determine oxygen saturation (SvO2) in the superior sagittal sinus (SSS) and central cerebral veins (CCV). The paramagnetic components of QSM images were isolated, and SvO2 values were recalculated. The mean SvO2 values from QSM were 72.4% (SD, 3.4%) for the SSS and 68.7% (SD, 3.5%) for the CCV. SvO2 values for paramagnetic components were 58.1% (SD, 7.3%) for the SSS and 57.7% (SD, 7.0%) for the CCV. While paramagnetic component decomposition yielded SSS values closer to those found in the literature, it increased variability. No significant oxygenation differences were found between the SSS and CCV, contrasting with prior studies.

I am presenting this poster at BNA2023, Brighton. It highlights some findings from preliminary work on how sensory processing slows down with age.

Using biologically-plausible models of the cortex on a large (N=632) neuroimaging dataset, this line of research work attempts to zoom in and dissect possible mechanisms of age-related slowing.

Grab a pdf here: cloud.pranaysy.com/s/bnaposter

New paper provides a history of “voodoo science,” which discusses the controversy surrounding Vul et al.’s (2009) controversial article “Puzzlingly High Correlations in FMRI Studies of Emotion, Personality, and Social Cognition.”

Five quotes follow: 🧵👉

🔓 doi.org/10.3390/socsci12010015

#MetaScience
#Neuroscience
#Neuroimaging
#MetaResearch
#PsychMethods
#ReplicationCrisis
#PhilosophyOfScience
#PhilSci
#Fmri
#VoodooCorrelations
#UseNovelty
#MultipleTesting

😩 third migration, but feeling finally home on #Neuromatch server 🥳 #reintroduction

Why neuroenergetics is 🤙 brain stuff?

In my lab, we study the #neuroenergetics of the human connectome with multiscale brain imaging.

We have so many unsolved questions 😳:
How is energy distributed across the cortex and spent on higher cognitive functions? What are most expensive signaling pathways and mechanisms?

My lab is split between FAU and TUM (two best ranked German universities in case u didn‘t know yet 😅) and we use the following neuroimaging methods:

- functional and quantitative imaging on 7T MRI at FAU
- quantitative, molecular imaging on an integrated PET/MRI-scanner at TUM

The group at TUM is funded by an ERC-grant and i will start a new lab as Full Professor for multiscale neuroimaging at FAU in 2023.

#brain #neuroscience #neuroimaging
#fmri #metabolism #quantitativeMRI #7T

Since I moved to a new server an #introduction

I am the director of Spinoza Centre for Neuroimaging (@spinoza), group leader at the Netherlands Institute for Neuroscience and professor at Utrecht University and Vrije University Amsterdam.

My research is centered on the intersection of #perception, #cognition and #neuroscience. The ultimate goals are to understand the neurophysiology of the visual system, and how neural computations result in visual perception and cognition. My research reconstructs perceptual representations of the human brain using #behaviour, #computational models, #neuroimaging (predominantly 7T fMRI), and custom-built biologically-inspired data-analysis methods (for example the pRF method).

I'm enjoying #mastodon and exited to see it grow so quickly!

We are looking for an Experienced #MATLAB Software Developer to work on the #hMRI Toolbox (hmri.info) with us at MPI-CBS in Leipzig (cbs.mpg.de/en) and international team inc. @LukeJoelEdwards @MR_Siawoosh and others not on #mastodon.

Great opportunity if you are interested in #OpenScience #OpenSource #software development in #neuroimaging / #neuroscience / #MRI.

cbs.mpg.de/vacancies/open-posi;
Job number: SD 33/22;
closing 15th Jan. 2023

Please boost

hmri-group.github.iohMRI-toolbox by hMRI-group

#introduction

Hi,

I am a #physicist and #neuroscientist who tries to bring both fields together in #neuroimaging.

I direct the Dept of Neurophysics at the #MPI for Human Cognitive and Brain Sciences (cbs.mpg.de/en). Our main tools are #MRI, #histology and #biophysical #modeling for in-vivo histology (#hMRI) and ultra-high resolution #fMRI.

Excited to see #MastodonScience growing so quickly 😀

This is my personal account and my posts/toots are just my personal views.

www.cbs.mpg.deHomeResearch at the Max Planck Institute for Human Cognitive and Brain Sciences revolves around human cognitive abilities and cerebral processes, with a focus on the neural basis of brain functions like language, emotions and human social behaviour, music and action.

Hello world ! I am a Developmental Cognitive Neuroscientist #biology #psychology #neuroscience & Associate Professor at the #university of #caen #france

I Research #neonate and #infant #brain #development and #neurodevelopmentaldisorders using #neuroimaging #eeg #fnirs #mri with an emphasis on #somatosensation and #sensoryprocessing

I work with my awesome #decoderesearch team at the #comete1075 lab, with the help of strong coffee, loud music, and cats.

My conversational abilities include #science #babies horse riding and vintage sci-fi
#introduction #introductions #neurodevelopment #cognitivedevelopment

Just moved to neuromatch.social, so here it goes (again), #introduction :

Hi everyone, I'm a last year undergrad in #Neuroscience & #ComputerScience at McGill. I'm doing #ComputationalNeuroscience research in the Baillet Lab at The Neuro (MNI), focusing on whole-brain dynamical models of coupled neural masses calibrated to #MEG #Neuroimaging data (more details @ neurolife77.github.io/ if anyone is curious).

I am also the VP of the #MachineLearning committee at PharmaHacks, a hackathon that blends #Biology & #DataScience with a focus on #Pharma.
@neuroscience #neurodon

------------------------ Bonus ------------------------

Since I have the space to put it in the same post now, thanks to the freedom in post length from this new server, here's a bonus:

I regularly share links to preprints that catch my attention and tag them with: #arxivfeed

I started doing this because I thought that the arxiv bots on mastodon were not super efficient, but after doing it for about a month I'd say it's also a good way to keep some form of history of my nightly exploration of the literature in my fields of interest. I usually share stuff about #ComputationalNeuroscience, #Neuroimaging, #DynamicalSystems, #MachineLeaning, #ArtificialIntelligence, etc.

Disclaimer: I usually only read the abstract or skim through them at the time of posting.
Disclaimer 2: I am definitely not consistent.

neurolife77.github.ioDominic Boutet - WebsiteDominic Boutet personal website. I am a Neuroscience and Computer Science student at McGill University...

#introduction time: I'm a cognitive neuroscientist, mum and associate prof who is passionate about research! I investigate #emotion, #motivation and #decision making in the #brain using #neuroimaging, #computational models and a new #neurostim technique that uses transcranial #ultrasound. I started the Modes (=Motivation, Decision making and neuroStimulation) group this year. We are located at the Wellcome Centre for Integrative Neuroimaging at #Oxford (group website coming soon!)