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Deep Brain Stimulation to treat stroke. Andre Machado and Ken Baker and colleagues Cleveland Clinic in a new Nature Medicine paper showed dentate nucleus stimulation was effective for a small pilot cohort of folks. Who were they? 'Individuals with a first-time, unilateral,

We implicated the failure of motor command integration based on MRI lesions patterns and EEG functional connectivity analysis as possible mechanisms for cognitive motor dissociation in Brain academic.oup.com/brain/advance-… Supported by @NINDS James S. McDonnell Foundation

🎊🥳Lead-DBS v3.0 is finally out! Read all of it in our newsletter which is currently being delivered to >7000 dear colleagues on our mailing list. New logo, new BIDS-standard, new tools, new atlases, new everything – way too many people to thank! 👏👏🎉 lead-dbs.org/?na=v&nk=1-ff6…

The biggest ever upgrade to Lead-DBS in its history – out now, read all the news in our newsletter below: 👇👇 Ningfei Li Nanditha Rajamani Simon Oxenford Garance Meyer Enrico Opri (he/him) @j_achtzehn Clemens Neudorfer Lauren Hart Barbara Hollunder Patrícia Zvarová Helen.Friedrich @Kav_Fernando Greydon Gilmore, Ph.D.

Excited to share our latest work using synthetic image generation for common #DBS targeting sequences! From a single MP2RAGE acquisition, we can create T1, FGATIR, EDGE, GM nulled, etc. & also optimize image contrast. #neurotwitter #NeuroRad karger.com/sfn/article-ab…

An amazing study :)

If you’re in Copenhagen - check out Lukas’ poster in which we show a promising possibility to No invasively stimulate networks that seem to help symptoms in Parkinson’s Disease 👇👇

Join us and Dr. Steven Miletic in the upcoming Stimulating Brains event on Monday 4th of Sep @ 18:00. Steven will talk about modelling the subcortex, and I will present with him my latest work on STN biomarkers in #PD. Science drinks at 17:15. Hope to see many of you there! 🥳👇🏼

Make sure to drop in if you are at #MDSCongress Daniel Kroneberg is our expert in gait analyses and dbs 💪

An interesting poster #MDSCongress

Thought to highlight two recent Brain Stimulation papers that deserve special mention: First is a report by the Toronto team showing that left cingulate (and not right (!)) seems key to modulate in Cg25 DBS for depression. 100% fits my (unpublished) results. clinicalkey.com/#!/content/pla…

Second is a paper by Liankun Ren’s team showing that in focal epilepsy, functional connectivity between the (ANT) DBS stimulation volume and the seizure onset zone accounts for seizure reductions. (disclosure am a co-author on that one). authors.elsevier.com/sd/article/S19…

#deepbrainstimulation and #neurotechnology twitter, I hope that you haven't read anything today, because it's #allyoucanread Wednesday ICNeuromodulation Charité. This year, three collaborative review articles on #DBS have finally been published that are all very close to my heart. 1/n🧵

What is the pathway in the brain most important to the essential tremor network? The cerebello-thalamo-cortical loop. What is the best review paper? Mark Hallett 2018 NEJM

Preprint 🚨 #Brain signal #decoding and #connectomics for #neurotechnology and #BCI across >100 hours of invasive data from #brainimplants in multiple cohorts of people treated for #Parkinson, #depression and #epilepsy. Spearheaded by Timon Merk. doi.org/10.21203/rs.3.…

Neurophysiological signatures of cortical micro-architecture | doi.org/10.1038/s41467… How does neurophysiological activity map onto cortical micro-architecture? The Dream Team (Golia Shafiei Ben Fulcher Brad Voytek Ted Satterthwaite Sylvain Baillet 🕊️) investigates ⤵️

Al-Fatly et al. use lesion-network mapping to identify a network of brain regions involved in the pathophysiology of lesion-induced oculogyric crises, and show that the topography of the network overlaps with the expression of dopamine receptor type 2. tinyurl.com/5d4xek56

A step further to understand MRI biomarkers interaction with DBS effects using connectomics by Mehmet S. Tuncer. Thanks Mehmet S. Tuncer for the mention 🙂

Can you name the four most common genetic subtypes of ALS? SOD1, FUS, C9orf72,TARDBP. Did you know only 5-10% of ALS is genetic? Will understanding these DNA abnormalities unlock future treatments, not just for genetic ALS, but for all ALS? How about the other 90% and ALS

Marcelino and Al-Fatly et al. report literature-based lesion network mapping of dyskinetic cerebral palsy. Grey matter lesions are the most common MRI finding; the motor thalamus is a converging node of a wide functional network. Read at buff.ly/IyRv0E0.