Latest posts tagged with #TACs on Bluesky
Cette directive résume les données de sécurité actualisées (2017-2025) et fournit des recommandations d'expert.e.s sur l'utilisation de la #stimulationélectrique transcrânienne #tES de faible intensité : #tDCS, #otDCS, #tACS, #tRNS, #accelerated tDCS et stimulation par interférence temporelle #tTIS
Can beta-band stimulation separate visual segregation from integration? 👁️
With #Starstim researchers apply 18 Hz HD-tACS over parieto-occipital cortex to test beta oscillations’ role in contour integration vs symmetry perception
rr.peercommunityin.org/PCIRegistere...
#tACS #VisualPerception
Experimental design and protocol. Top: Example of a single trial. Participants acted as proposers to distribute a certain amount of monetary tokens between themselves and anonymous partners. In the beginning of each trial, participants were presented with one reference option in blue for 0.5 s. The trial starts when the font color changes from blue to green. After the presentation of the 2nd option, participants needed to choose between the two options within 2.5 s. The selected option was highlighted in blue before the inter-trial interval. Font color assignment to phases (i.e., blue and green to response) was counterbalanced across participants. Left middle: tACS electric field density simulation. Two sets of small electrodes (3 × 1 HD electrode montage) were mounted over frontal and parietal regions. The normalized simulated electric field distribution showed that the targeted parietal and frontal areas under the two sets of tACS electrodes are affected by the stimulation with a relatively good spatial focality. Right middle: Schematic of the alternating currents delivered to participants. Participants received alternating currents at 72 Hz with an envelope of 6 Hz (gamma-band stimulation, left bottom panel), alternating currents at 12 Hz with an envelope of 6 Hz (alpha-band stimulation, right bottom panel) as active control stimulation, and sham stimulation. Bottom: Participants received these three types of stimulation during the task. Each run lasted ~7 min and the order of the stimulation blocks was counterbalanced across different runs.
Some altruistic choices relate to gamma oscillation coherence between frontal & parietal #brain regions. @ccruff.bsky.social & co provide causal evidence for this, using non-invasive stimulation #tACS to expand our understanding of the neural basis of #altruism @plosbiology.org 🧪 plos.io/3O7CWBf
Experimental design and protocol. Top: Example of a single trial. Participants acted as proposers to distribute a certain amount of monetary tokens between themselves and anonymous partners. In the beginning of each trial, participants were presented with one reference option in blue for 0.5 s. The trial starts when the font color changes from blue to green. After the presentation of the 2nd option, participants needed to choose between the two options within 2.5 s. The selected option was highlighted in blue before the inter-trial interval. Font color assignment to phases (i.e., blue and green to response) was counterbalanced across participants. Left middle: tACS electric field density simulation. Two sets of small electrodes (3 × 1 HD electrode montage) were mounted over frontal and parietal regions. The normalized simulated electric field distribution showed that the targeted parietal and frontal areas under the two sets of tACS electrodes are affected by the stimulation with a relatively good spatial focality. Right middle: Schematic of the alternating currents delivered to participants. Participants received alternating currents at 72 Hz with an envelope of 6 Hz (gamma-band stimulation, left bottom panel), alternating currents at 12 Hz with an envelope of 6 Hz (alpha-band stimulation, right bottom panel) as active control stimulation, and sham stimulation. Bottom: Participants received these three types of stimulation during the task. Each run lasted ~7 min and the order of the stimulation blocks was counterbalanced across different runs.
Some altruistic choices relate to gamma oscillation coherence between frontal & parietal #brain regions. @ccruff.bsky.social & co provide causal evidence for this, using non-invasive stimulation #tACS to expand our understanding of the neural basis of #altruism @plosbiology.org 🧪 plos.io/3O7CWBf
Experimental design and protocol. Top: Example of a single trial. Participants acted as proposers to distribute a certain amount of monetary tokens between themselves and anonymous partners. In the beginning of each trial, participants were presented with one reference option in blue for 0.5 s. The trial starts when the font color changes from blue to green. After the presentation of the 2nd option, participants needed to choose between the two options within 2.5 s. The selected option was highlighted in blue before the inter-trial interval. Font color assignment to phases (i.e., blue and green to response) was counterbalanced across participants. Left middle: tACS electric field density simulation. Two sets of small electrodes (3 × 1 HD electrode montage) were mounted over frontal and parietal regions. The normalized simulated electric field distribution showed that the targeted parietal and frontal areas under the two sets of tACS electrodes are affected by the stimulation with a relatively good spatial focality. Right middle: Schematic of the alternating currents delivered to participants. Participants received alternating currents at 72 Hz with an envelope of 6 Hz (gamma-band stimulation, left bottom panel), alternating currents at 12 Hz with an envelope of 6 Hz (alpha-band stimulation, right bottom panel) as active control stimulation, and sham stimulation. Bottom: Participants received these three types of stimulation during the task. Each run lasted ~7 min and the order of the stimulation blocks was counterbalanced across different runs.
Some altruistic choices relate to gamma oscillation coherence between frontal & parietal #brain regions. @ccruff.bsky.social & co provide causal evidence for this, using non-invasive stimulation #tACS to expand our understanding of the neural basis of #altruism @plosbiology.org 🧪 plos.io/3O7CWBf
TACSの15周年を祝う特別なBOXセットが渋谷ロフト店で登場！ #TACS #オンタイム渋谷ロフト #特別BOXセット
人気ウォッチブランドTACSの15周年を記念し、渋谷ロフト店のみで特別なBOXセットが販売されます。自時計の魅力を体験するチャンス！
TACSの15周年を祝う特別BOXセット「AVL2」が渋谷ロフトで販売開始 #東京都 #渋谷区 #渋谷ロフト #TACS #AVL2
デザインウォッチブランドTACSが、15周年を祝して特別仕様の「AVL2」BOXセットを発表。渋谷ロフト店限定販売！
🧠 Can personalized tACS + rTMS improve cognition in BD?
Using our Starstim, DTI-guided MNS led to ↑ attention, speed & frontal activation vs. controls.
📄 Read the full study here: bmcmedicine.biomedcentral.com/articles/10....
#tACS #BipolarDisorder #Neurostimulation #CognitiveEnhancement
🧠 Can 40Hz tACS reduce auditory hallucinations in schizophrenia?
Using our Starstim (www.neuroelectrics.com/products/res...), a 4-week RCT showed ↓ symptoms + ↑ frontal connectivity & network controllability vs. sham.
#tACS #Schizophrenia #Neurostimulation #GammaOscillations
Good to see so many Nottingham researchers at the @brainbox-init.bsky.social neuromodulation meeting!
A great meeting with ideas that we can bring home to our N3 neurotechnology centre
www.nottingham.ac.uk/news/centre-...
#tus #tms #tacs
TACS15周年記念！ROBOTOYSとの限定コラボ商品が登場！ #限定モデル #TACS #ROBOTOYS
TACSの15周年を記念し、世界399セット限定の『ATL Lite × ROBOTOYS』が新登場！職人によるロボットスタンドも付属。
TACS 15周年記念モデル『ATL Lite × ROBOTOYS』が登場！ #TACS #ROBOTOYS #人気の腕時計
TACSから15周年を記念する限定モデル『ATL Lite × ROBOTOYS』が発売決定！コレクター必見の399セットのみのアイテムです。
日本初のデザインウォッチブランドTACSが15周年記念の限定商品を発表！ #東京都 #中央区 #限定モデル #TACS #ROBOTOYS
日本のデザインウォッチブランド「TACS」が15周年を記念して、限定399セットの新商品「ATL Lite × ROBOTOYS」を発表。世界に一つだけのデザインを手に入れよう！
Had a great time with Gonzalo Rivera and @crimoral.bsky.social and many others at the SimNIBS workshop. A lot of discussion on #TMS, #tDCS, and #tACS!
Ad: For Sale - Rolleiflex & TACS collaboration model TWIN LENS automatic watch Limited 500 #Rolleiflex #TACS #AutomaticWatch
✍️ Marta Estévez-Rodríguez, Guillermo Sánchez-Garrido Campos, Ángela M. Zafra, Isabel Cordones & Javier Márquez-Ruiz @pablodeolavide.upo.es
📘 Full article:
👉 doi.org/10.3389/fnin...
#tES #neuroscience #animalmodels #tDCS #tACS #tRNS #neuromodulation #EIbalance #Neurotwin #E-Brain
Patricia Keely’s obituary foto with birth and death dates
8 years ago today we lost our dearest #PatKeely who revolutionized the #TME #ECM field by introducing us to the diagnostic/prognostic tumor-associated collagen signatures #TACs
We miss her enormously everyday ❤️🩹
🧐Can #tACS #neurostimulation reduce stress?
This new study (Khan et al., 2025) shows 16 Hz tACS over the DLPFC improved Stroop-task performance & reduced stress (via #fNIRS, alpha amylase & NASA-TLX) vs sham.
🔗 journals.plos.org/plosone/arti...
Targeting the neural bases of novel word acquisition using theta-band transcranial alternating current stimulation. Starstim. Neuroelectrics
Can stimulating the brain’s left frontal-temporal regions enhance novel word learning? 📘🧠 In a study on cognitive performance, our Starstim (www.neuroelectrics.com/products/res...) was used to apply theta-band #tACS during a word acquisition task.
@tandfresearch.bsky.social
The image shows the distribution of the electric field, simulated in SimNIBS, on the reconstructed brain of a healthy human participant. Red circles show the position of the electrodes on the right hemisphere. Overlaid is a spectrogram of one of the auditory stimuli used in the study. Image Credit: Yuranny Cabral-Calderin
tACS modulates entrainment to rhythmic #auditory stimuli. @ycabral.bsky.social & Molly Henry show that effects of tACS depend on the individual's preferred frequency, and that #sensory stimuli have stronger effects than #tACS on behavior when both are applied @plosbiology.org 🧪 plos.io/3FyIot4
The image shows the distribution of the electric field, simulated in SimNIBS, on the reconstructed brain of a healthy human participant. Red circles show the position of the electrodes on the right hemisphere. Overlaid is a spectrogram of one of the auditory stimuli used in the study. Image Credit: Yuranny Cabral-Calderin
tACS modulates entrainment to rhythmic #auditory stimuli. @ycabral.bsky.social & Molly Henry show that effects of tACS depend on the individual's preferred frequency, and that #sensory stimuli have stronger effects than #tACS on behavior when both are applied @plosbiology.org 🧪 plos.io/3FyIot4
The image shows the distribution of the electric field, simulated in SimNIBS, on the reconstructed brain of a healthy human participant. Red circles show the position of the electrodes on the right hemisphere. Overlaid is a spectrogram of one of the auditory stimuli used in the study. Image Credit: Yuranny Cabral-Calderin
tACS modulates entrainment to rhythmic #auditory stimuli. @ycabral.bsky.social & Molly Henry show that effects of tACS depend on the individual's preferred frequency, and that #sensory stimuli have stronger effects than #tACS on behavior when both are applied @plosbiology.org 🧪 plos.io/3FyIot4
Very happy to see this one out! @ae.mpg.de
#Neuroscience #tACS #BrainStimulation #CognitiveScience #AuditoryProcessing #Neurotechnology #Research
In 29 participants, #tDCS, #tACS & otDCS had no group-level effect on 40-Hz ASSRs. But individuals with stronger baseline ASSRs showed greater changes, pointing to the power of personalized #neuromodulation.
📖 Explore the study: www.biorxiv.org/content/bior...
Effects of transcranial alternating current stimulation on measures of cognition and symptom scores in Chinese patients with schizophrenia. Starstim. Neuroelectrics
🔍 Can 40 Hz gamma #tACS improve cognitive outcomes in #schizophrenia? In this randomized trial, our Starstim (www.neuroelectrics.com/products/res...) was used to deliver 10 daily sessions targeting the DLPFC and parietal cortex. The study explored effects on cognition and symptoms.
Pemkab Tangerang luncurkan Program TACS 💥
Klaim korban kecelakaan bisa langsung ditangani, tanpa ribet & cepat cair!
➡️ Sinergi Pemkab, Polres, Jasa Raharja & BPJS!
daerah lain siap menyusul? 🤔
#Tangerang #TACS #Banten #Mobil #update #news #seketika
www.seketika.com/tangerang-lu...
Neural Changes to Transcranial Alternating Current Stimulation in the Gamma Range Over the Left Frontoparietal Network: A Preliminary eLORETA EEG Study. Starstim. Neuroelectrics
Applying 40 Hz #tACS with our Starstim (www.neuroelectrics.com/products/res...) during cognitive training led to promising connectivity changes 🧠
In 34 participants, 12 sessions showed reduced power at targets, increased contralateral activity, & stronger gamma sync: www.medrxiv.org/content/10.1...
Individualized Alpha-tACS for Modulating Pain Perception and Neural Oscillations: A Sham-Controlled Study in Healthy Participants. Starstim. Neuroelectrics
Can personalized #tACS affect pain perception? Using Starstim (www.neuroelectrics.com/products/res...), researchers targeted M1 during heat pain, finding effects in women & links to SM-IAF. #EEG guided #neuromodulation may improve pain treatment.
Full study: www.biorxiv.org/content/bior...
How do we "sync" up to the beat? Check out our new paper to find out! We employed a novel task where subjects had to match the beats of two ongoing tempos, revealing a strong bias. #EEG suggested a model of coupled oscillators, and #tACS altered it, reducing the bias!
doi.org/10.1152/jn.0...
