New installation in Indonesia !
Our Syneika One neuronavigator is now up and running and ready to assist doctor Maramis and her team.

A big thank you to our indonesian distributor PT King and our Syneika service team for this successful commissioning.

#rTMS #neuronavigation #mentaldisorder

Transcranial magnetic stimulation over supramarginal gyrus stimulates primary motor cortex directly and impairs manual dexterity: implications for TMS focality | Journal of Neurophysiology | American Physiological Society Based on human motor cortex, the effective spatial resolution of transcranial magnetic stimulation (TMS) is often described as 5–20 mm, because small changes in TMS coil position can have large effects on motor-evoked potentials (MEPs). MEPs are often studied at rest, with muscles relaxed. During muscle contraction and movement, corticospinal excitability is higher, thresholds for effective stimulation are lower, and MEPs can be evoked from larger regions of scalp, so the effective spatial resolution of TMS is larger. We found that TMS over the supramarginal gyrus (SMG) impaired manual dexterity in the grooved pegboard task. It also resulted in short-latency MEPs in hand muscles, despite the coil being 55 mm away from the motor cortex hand area (M1). MEPs might be evoked by either a specific corticospinal connection from SMG or a remote but direct electromagnetic stimulation of M1. To distinguish these alternatives, we mapped MEPs across the scalp during rest, isotonic contraction, and manual dexterity tasks and ran electric field simulations to model the expected M1 activation from 27 scalp locations and four coil orientations. We also systematically reviewed studies using TMS during movement. Across five experiments, TMS over SMG reliably evoked MEPs during hand movement. These MEPs were consistent with direct M1 stimulation and substantially decreased corticospinal thresholds during natural movement. Systematic review suggested that 54 published experiments may have suffered from similar motor activation confounds. Our results have implications for the assumed spatial resolution of TMS, and especially when TMS is presented within 55 mm of the motor cortex. NEW & NOTEWORTHY Transcranial magnetic stimulation (TMS) is often described as having an effective spatial resolution of ∼10 mm, because of the limited area of the scalp on which TMS produces motor-evoked potentials (MEPs) in resting muscles. We find that during natural hand movement TMS evokes MEPs from a much larger scalp area, in particular when stimulating over the supramarginal gyrus 55 mm away. Our results show that TMS can be effective at much larger distances than generally assumed.

Just in case you can't believe my heresy, I ran 8 #BrainStim #TMS #NeuroNavigation 🧪 experiments on this topic:

doi.org/10.1152/jn.0...

visor2™ 2.8 keeps TMS workflows consistent and on time. Guided navigation reduces setup friction, supports reproducible sessions, and helps teams stay aligned.

See it at #EANS2025 Vienna: eanscongress.org Learn more: portal.ant-neuro.com/r/SFg

#visor2 #Neuronavigation #TMS

This study presents a portable #electromagnetic #neuronavigation system with enhanced precision, accessibility, and clinical applicability in #cranial #surgery, and promotes the widespread adoption of neuro-navigation technology. #medsky

Read: link.springer.com/article/10.1...

Reminder: Our webinar on visor2™ TMS Neuronavigation takes place Aug 27, 15:00 CEST.

Learn about the latest MDR-ready updates in software and hardware with Dr. Oksana Lyalka.

Register: register.gotowebinar.com/register/952...

#TMS #Neuronavigation #Webinar

[WEBINAR] visor2™ TMS Neuronavigation – Now MDR-ready and more powerful than ever
27 Aug 2025 | 15:00–16:00 CEST
Join Dr. Oksana Lyalka to explore precision upgrades in MDR-compliant visor2™.
register.gotowebinar.com/register/952...

#TMS #Neuronavigation #MDR #Neurotech #ANTNeuro

New episode with Dr. Russell Toll is live—exploring TMS adoption and accessibility. In this clip, he discusses how neuronavigation plus tailored pharmacology might amplify TMS’s benefits.

Full episode: youtu.be/5_6zH9FoYdk

#TMS #Neuromodulation #Neuronavigation #Pharmacology #MentalHealth

New UCLA RCT used ANT Neuro’s visor2 #neuronavigation to guide #TMS to brain regions in smokers. SFG targeting reduced craving/withdrawal—esp. in males—while dlPFC affected #brain networks.

🔗 www.nature.com/articles/s41...

Anne, a #rTMS technician, describes her role, technical responsibilities, and patient support. She highlights the importance of attentive listening, protocol precision, and human connection in successful patient care.
youtu.be/vNCUG69Cml4?...

#depression #TMStherapy #neuronavigation

Episode 1 : In this interview, Patricia shares her story from discovering rTMS to recovery, answering questions about resistant #depression with Doctor Billard, head of #rTMS at the EPSM du Finistère Sud Hospital.

youtu.be/cpybEfFdI1I?...

#TMStherapy #neuronavigation #syneika

Challenging Steroid Shift in Neuronavigation - A clinical study proposal
The effect of steroids on tissue and tumoral shift on neuronavigation has not been quantified to date. We propose a novel approach. 👉🏽 rdcu.be/duHCh
#Neuronavigation #TumorShift #Neursurgery #Neurochirurgie

Challenging Steroid Shift in Neuronavigation - A clinical study proposal
The effect of steroids on tissue and tumoral shift on neuronavigation has not been quantified to date. We propose a novel approach. 👉🏽 rdcu.be/duHCh
#Neuronavigation #TumorShift #Neursurgery #Neurochirurgie

Challenging steroid shift in neuronavigation A clinical study proposal

Challenging Steroid Shift in Neuronavigation - A clinical study proposal
The effect of steroids on tissue and tumoral shift on neuronavigation has not been quantified to date. We propose a novel approach. READ and SHARE: rdcu.be/duHCh
#Neuronavigation #TumorShift #Neursurgery #Neurochirurgie

Challenging steroid shift in neuronavigation A clinical study proposal

Challenging Steroid Shift in Neuronavigation - A clinical study proposal
The effect of steroids on tissue and tumoral shift on neuronavigation has not been quantied to date. We propose a novel approach.READ and SHARE: rdcu.be/duHCh
#Steroids #Neuronavigation #TumorShift #Neursurgery #Neurochirurgie

The effect of #steroids on tissue and #tumoral shift on #neuronavigation has not been quantied to date. We propose a novel approach to improve inaccuracies of neuronavigation.

link.springer.com/article/10.1...