🗣️ Just announced: Join us on April 06 for a free webinar discussing Precision Functional Mapping for Individualized Neuromodulation.
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He said he also suspects he and his team they might be able to amplify learning even more for patients by using a non-invasive brain stimulation technique during those periods of rest... https://t.co/nF2eBWuuhc
[tDCS on cognitive training efficiency] Krebs et al.: "Transcranial direct current stimulation (tDCS) increased the efficacy of cognitive training, but only in participants with initially low general cognitive performance."
https://t.co/ZIlNCozXqt
#tDCS#tACS@unibern
Carefully controlled, cogneuro informed, large (N=100), #tDCS trial for inhibitory control and PTSD symptoms. Null result. Important and impressive study. https://t.co/haxkpcNP6F #FrohlichLabIsReading
❓❓Did you know with g.HIamp and our active #EEG electrode system, EEG recordings during #TMS, and #tDCS are possible?😱😍
❗Configure g.HIamp for your EEG+TMS applications in the online product configurator: https://t.co/TWjP9sKg0e
102 subject RCT indicates that motor cortex tDCS may decrease knee osteoarthritis pain in elderly (>=60 yrs) https://t.co/JKi8L25s26 Active tDCS superior to sham at end of stimulation sessions on the primary outcome measure.
1X1 device used https://t.co/1LWnbCR8uB #brainstim
Inter-individual variability of transcranial direct current stimulation (tDCS) effects limits its efficacy. Our new study provides novel insights into the dependency of the neuromodulatory effects of tDCS on individual physical factors.
https://t.co/HXi9AFayp2