Ole Numssen
@numole.bsky.social
130 followers 270 following 6 posts
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Reposted by Ole Numssen
numole.bsky.social
Very nice having the change to integrate novel #TMS #dosing in a study on conceptual processing 🙌
numole.bsky.social
In case you need a proxy for head circumference for your #NIBS meshes: pynibs.head_circumference() should do the trick.

#TMS #SimNIBS

gitlab.gwdg.de/tms-localiza...
Reposted by Ole Numssen
evalab.bsky.social
"...pleased to inform you that your article, "Consensus guidelines for the use of concurrent TMS-fMRI in cognitive and clinical neuroscience", has now been accepted and sent to our Production department and should soon be published in Nature Protocols."⚡🎈🤘 OG preprint here: osf.io/preprints/ps...
OSF
osf.io
numole.bsky.social
Our #preprint on heart-brain coupling by TMS came just a little too late for the #BrainStimConf, it would've fit very well: #TMS, great stats ( #lme4 and #gam), repeatability checks, multiple targets - all the good stuff!
drsandramartin.bsky.social
Check out our cool new preprint on heart-brain coupling induced by TMS over the DLPFC! ⚡️🧠📈
copla.bsky.social
Thrilled to share our latest research with PhD student @zijianfeng.bsky.social and Postdoc @drsandramartin.bsky.social! We investigated TMS-induced heart–brain coupling (HBC) as a potential biomarker for personalized stimulation targets in the left DLPFC: doi.org/10.1101/2025...
numole.bsky.social
Found a text-book-like stats example in (real) dataset of mine:

group level: 🔺 correlation
individual level: 🔻 correlations

#stats #R #ggplot #TMS
numole.bsky.social
Welcome #crew ♥️
brainnetleipzig.bsky.social
Hi Bluesky! We are the research group Brain Networks from the Max Planck Institute for Human Cognitive and Brain Sciences. We focus on Noninvasive Brain Stimulation, Neuronal Circuits, EEG Source Reconstruction and Artificial Intelligence. Follow us for research updates and events! 🧠🔬🦾
numole.bsky.social
Great preprint from @philkuhnke.bsky.social et al., glad we could integrate the E-field based #TMS dosing approach here 🙏
Also a another nice example how important it is to look at individual stimulation strength - well done!