:
๐ง โก We present a biophysically grounded framework coupling realistic neuron morphologies to TMS.
Our model links direct axonal activation to synaptic inputs from L2/3 to L5 neurons, revealing direction- & dose-dependent spatiotemporal patterns.
https://t.co/KptlXomrKk
๐จ New paper alert!
"A leadfield-free optimization framework for transcranially applied electric currents"
๐ Optimize TES, TIS, ECT & TTFields without fixed leadfields
๐ง Electrode placement adapts to individual anatomy
๐ป Now available in SimNIBS!
https://t.co/ophfQVku5l
Iโm extremely excited that this work of 3 years is finally published in @brainstimj. Using condition-and-perturb TMS with e-field-based optimized targeting and dosing, we provide causal evidence for hybrid theories of semantic cognition: https://t.co/ADe5oFPOsM
Led by @k_weise_, @brainstimj paper explains mismatch between (macroscopic) electric fields predicted during Transcranial Magnetic Stimulation (TMS) vs. neuron-level e-field thresholds. Microscopic field inhomogeneity corrects neuron activation threshold https://t.co/8NXXNgrV3n
(1/4) A new paper @brainstimj challenges a foundational assumption in computational models of brain stimulation (neuromodulation/electrical stimulation). Rather than suggest prior predictions were wrong, this paper shows how the suitability of this foundational assumption can be evaluated in any application (FES, SCS, DBS, TMS, tDCS, tACS, ETC, TI...). So this will be interesting...
Why is motion correction a thing for fMRI but nobody quantifies it during #TMS?
Well, we just put out a metric to easily quantify within-session movement of the TMS coil, e.g. due to subject movement.
Say hi to pulsewise coil displacement / PCD.
https://t.co/wuma9VRKi3
๐งต 1/5
Join our webinar "Precise Motor Mapping with Transcranial Magnetic Stimulation" with Dr. Konstantin Weise.
Unpack TMS intricacies with an expert!
Register here: https://t.co/7207aLYk6E
#TMS#Neuroscience#ANTNeuro
New paper in Imaging Neuroscience @mitpress by Konstantin Weise, Thomas R. Knรถsche, et al:
Directional sensitivity of cortical neurons towards TMS-induced electric fields
https://t.co/12LdX1SwWr
Over the moon bc I got my #PhDone ๐๐พ
Thanks so much @GesaHartwigsen & @knosche for the continuos support ๐๐๐
I'm super grateful to have spent my #PhD years with the amazing folks @labCoPla & @brainnetleipzig & @MPI_CBS and all the collaborators โค๏ธ
also: the hat - wtf ๐
I am very excited that our new paper entitled "Directional Sensitivity of Cortical Neurons Towards #TMS Induced Electric Fields" is published in @ImagingNeurosci
๐ฅณ
We are extremely happy to support this great new Journal with our work!
๐ป๐ฅ
https://t.co/IeiZpFrKTK
Get to know our new fellow @GesaHartwigsen who is a professor at @UniLeipzig and researches for example on the plasticity of language networks. She recently published the largest meta analysis on language processing: https://t.co/eGBnZKzneG #passionforscience ๐๐ปโ๐พ๐ง
๐ง New paper out๐ง ! I am happy to share our paper "White matter brain structure predicts language performance and learning success". ๐ค
Thank you to all co-authors!
@brainnetleipzig@FriedericiLab@AlfredAnwander https://t.co/p7cqWWfK3O
Part of the COBRA group travelled to Leipzig last week, and here are some pictures!
They had such an amazing time at @MPI_CBS discussing new projects with the host group, @brainnetleipzig. ๐ง
๐ฉโ๐ป๐งโ๐ป๐จโ๐ป
See you next time in Prague @brainnetleipzig!
Hey y'all: new #pyNIBS release on #pip, a #Python package to analyse non-invasive brain stimulation experiments.
Focus on #SimNIBS v4.0.1 and TMS-localization ๐๐ง ๐บ๏ธ๐โก๏ธ๐ค
https://t.co/XuaZkbsNFl
https://t.co/9lKeWihNge
@k_weise_ @BenjaminKalloch @brainnetleipzig@labCoPla
Are you curious why the MEPs change when you rotate the TMS coil? Happy to chat about our comprehensive neuronal directional sensitivity study in #TMS at the poster session tomorrow (Tue) at poster #1418 @OHBM#Montreal@brainnetleipzig@MPI_CBS