Very much looking forward to hearing our very own John Rolston Center For Brain Circuit Therapeutics Brigham and Women's Neurosurgery together with Vassily Kokkinis speak at Stimulating Brains - can’t miss, free & next Thursday! 👇👇

Thanks CSB for featuring our recent Nature Communications paper as #PoM 04/2024😌🙏

Frederic Schaper was interviewed for the article, “Takotsubo Syndrome and the Brain-Heart Connection,” in NeurologyLive®.
🔗🔗👇
neurologylive.com/view/takotsubo…

HBI Connectome Spotlight: Barbara Hollunder
Barbara Hollunder
'Ultimately, I hope to contribute insights that may augment the precision of brain circuit therapeutics by allowing to tailor treatment to individual patients’ unique symptom profiles.'
brain.harvard.edu/hbi_connectome…

Very honoured & excited to be part of this excellent panel and to get the opportunity to speak about my work during this year’s DBS Think Tank! So cool, that we get to feature MEG-DBS 🧲 🧠⚡️in a session together with Prof. Vladimir Litvak, Luka Milosevic & Abbas Babajani-Feremi

There is still time to register for optodbs.ch – but the deadline is approaching fast! Can’t miss this wonderful lineup of speakers – See you in Geneva!

Helen Mayberg, MD Meaghan Creed Clement Hamani nir grossman TheStrangeLab Valerie Voon Dr. Indrit Bègue Christian Lüscher

If you are attending #AANS2024 and interested in knowing about targeting brain circuitry for suppressing hallucination in schizophrenia with DBS, please stop by this Saturday! Looking forward to an engaging discussion

AANS Penn Neurosurgery Johns Hopkins Neurosurgery

Thanks to NeuroNews for covering my recent talk at the American Academy of Neurology!

Check out the article here: neuronewsinternational.com/study-elucidat…

We recently spoke with Frederic Schaper, of Brigham and Women's Neurology, at #AANAM about whether lesions causing #takotsubo cardiomyopathy map to a common #brain network. #Neurology

Check out the conversation here: neurologylive.com/view/takotsubo…

Can a focal lesion to a specific brain circuit cause a schizophrenia-like syndrome? Great talk by ⁦Andrew Pines at BWH neuroscience day says YES w hub in the hippocampus. ⁩ ⁦Shan Siddiqi⁩ ⁦Center For Brain Circuit Therapeutics⁩

🏁3..2..1, the countdown is on!

Join us for today's electrifying dive into the brain's mysteries w/ Nolan Williams & Mustafa Husain as we explore the world of ECT, TMS, & magnetic seizure therapy through their 👓

🕛 Noon ET / 6PM CET
📍Zoom link via: talks.stimulatingbrains.org

Fantastic news that the Morel atlas has been made openly available by the authors – and they reached out to let us know we can integrate it into Lead-DBS, as well!
#OpenScience 💪

Interested in the cell and circuit mechanisms of cortical (EEG) correlates of action stopping and how they relate (or not) to the horse race model? Check out our paper on this project, now out at JNeuro Society for Neuroscience (SfN): doi.org/10.1523/JNEURO… (pretty typeset version coming soon)

Always a sad moment when people leave the lab, even more so if they are rock stars like Simon Oxenford who was Ningfei Li & my first “real hire” and has just given a “farewell lecture” in the netstim labmeeting.

A brief fan-❤️ thread about Simon: 🧵

Nice summary about our article written by Barbara Hollunder for HarvardBrainScience 👇👇

Unveiling the True Colors of the ‘Dysfunctome’
Press Coverage - netstim.org/mapping-the-dy…
Nature Neuroscience

So excited that our human multipatch study has been finally published in Science Magazine 🥳. Thanks so much to the Charité - Universitätsmedizin Berlin science communication team who wrote an excellent press release!

Preprint 🚨 This one is important for invasive #Parkinson #neurotech of the future. Deep brain stimulation suppresses oscillatory hyperdirect pathway communication. So does dopamine! Check our #Parkinson study spearheaded by Einstein Center for Neurosciences Berlin #PhD Thomas S. Binns 🧵
biorxiv.org/content/10.110…

should be great --

Do you know what the brain's 'dysfunctome' is? Andy Horn and his team dubbed it the dysfunctome and he showed the set of circuits 'likely to be disrupted in those disorders.' The method, 'used to visualize fiber bundles in white matter, provides only an indirect assessment of