🎯 NEW PAPER ALERT: NaviNIBS - Open-source neuronavigation that matches commercial functionality but with full customizability. Enables new advances in precise stimulation targeting and personalized treatment! 🧠⚡https://t.co/WkPcgHYVqW#Neuroscience #TMS #OpenSource pic.twitter.com/KI9STnLPxo
— Corey Keller (@DrCoreyKeller) August 21, 2025
New TBS findings w/ iEEG by brilliant @YuhaoHuangMD! TBS → plasticity in minutes; DLPFC stim affects ACC; Connectivity predicts response! 🧠⚡️Opens new avenues for TBS optimization. More w/ TMS-iEEG, 3x TBS & units soon! Thanks @ACPaulk & team for collaborating 🙏 @StanfordBrain https://t.co/oIwv6oh2sL
— Corey Keller (@DrCoreyKeller) August 15, 2024
Now out in @brainstimj from @KellerStanfordU and @boeslab! What does TMS do to the human brain? Using a combination of intracranial EEG and TMS, we published one of the deepest explorations of TMS-related change in human neurophysiology to date. 1/7 🧵https://t.co/vvcwAVE72t
— Ethan Solomon (@esolomon) July 8, 2024
We are thrilled to present our work developing a novel method to understand the cortical and subcortical effects of TMS in the human brain, now published at @molpsychiatry.https://t.co/52dEi8jclJ
— Precision Neurotherapeutics Lab @ Stanford (@KellerStanfordU) February 6, 2024
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