RT @DIYtDCS: ...when the zap came before a low, foggy brain state, the patients scored roughly 12 to 13 percent higher than usual on the re…
...when the zap came before a low, foggy brain state, the patients scored roughly 12 to 13 percent higher than usual on the recall task. But if they were already in a high-performance state, quite the opposite occurred. Based on 2017 a study https://t.co/f
Direct Brain Stimulation Modulates Encoding States and Memory Performance in Humans. https://t.co/3EUc9kGqUr
Excellent paper by Ezzyat and colleagues. By using iEEG spectral activity to identify low encoding states (predictions of forgetting), researchers initiated stimulation of the cortical surface to improve recall https://t.co/g0cHW5FPah
For a more detailed, technical analysis, directly from the research literature, see: Direct Brain Stimulation Modulates Encoding States and Memory Performance in Humans in Cell: Current Biology https://t.co/mHBWFykW6g (7/7)
RT @NeuralTweets: Intracranial EEG based, machine learning guided deep brain stimulation manipulates memory encoding in humans https://t.co…
RT @NeuralTweets: Intracranial EEG based, machine learning guided deep brain stimulation manipulates memory encoding in humans https://t.co…
RT @NeuralTweets: Intracranial EEG based, machine learning guided deep brain stimulation manipulates memory encoding in humans https://t.co…
Direct Brain Stimulation Modulates Encoding States and Memory Performance in Humans https://t.co/bDLNz2Xo4X
RT @danilobzdok: A wonderful integration of causal brain #stimulation, subtle #cognition, and #analytics https://t.co/plbEuJxXtu via @DaniS…
RT @danilobzdok: A wonderful integration of causal brain #stimulation, subtle #cognition, and #analytics https://t.co/plbEuJxXtu via @DaniS…
RT @danilobzdok: A wonderful integration of causal brain #stimulation, subtle #cognition, and #analytics https://t.co/plbEuJxXtu via @DaniS…
RT @danilobzdok: A wonderful integration of causal brain #stimulation, subtle #cognition, and #analytics https://t.co/plbEuJxXtu via @DaniS…
A wonderful integration of causal brain #stimulation, subtle #cognition, and #analytics https://t.co/plbEuJxXtu via @DaniSBassett
A wonderful integration of causal brain #stimulation, subtle #cognition, and #analytics https://t.co/plbEuJxXtu via @DaniSBasset
Intracranial electrical stimulation may increase recall when delivered during low-encoding efficiency state https://t.co/dJi3gaHWWx
RT @caroluft: excellent brain stimulation study with an innovative approach: https://t.co/gzm0JKpnFT
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
Direct Brain Stimulation Modulates Encoding States and Memory Performance in Humans https://t.co/imF5A0ZZz5
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
excellent brain stimulation study with an innovative approach: https://t.co/gzm0JKpnFT
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @NeuralTweets: Intracranial EEG based, machine learning guided deep brain stimulation manipulates memory encoding in humans https://t.co…
RT @NeuralTweets: Intracranial EEG based, machine learning guided deep brain stimulation manipulates memory encoding in humans https://t.co…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
'Pacemaker for the brain' #Thefutureiscool Directly stimulating your brain to enhance memory https://t.co/WNPST9ohxG https://t.co/xXjDiFAFyP https://t.co/FYJ8QzOU1L
Brain Stimulation to enhance #memory - hope for patients w/ #Alzheimer ? https://t.co/jy78ssxjeX
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @doellerlab: Direct #Brain Stimulation Modulates Encoding States and #Memory Performance in Humans https://t.co/bSi390pKZb #neuroscience…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
RT @EricTopol: Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellP…
Pacemaker for the #brain to boost memory? https://t.co/ohEnaCM8Dc @NYTScience https://t.co/ciy3jumyKI @CurrentBiology @CellPressNews https://t.co/oV2D4LIPox
Great study, demonstrating that direct stimulation during low encoding efficiency reduces forgetting in epilepsy... https://t.co/OabvDyxLaE
Direct Brain Stimulation Modulates Encoding States and Memory Performance in Humans https://t.co/DFUPXq6bnO
Direct Brain Stimulation Modulates Encoding States and Memory Performance in Humans: Current Biology https://t.co/UNZhDbIR9Y
Beautiful! https://t.co/bxlmOp4C1O
後に忘却しそうな神経活動を示している時に脳刺激をすれば、記憶成績が高まるが、きちんと思い出せるような神経活動をしている時に脳刺激をすると、成績が低下する。Direct Brain Stimulation Modulates… https://t.co/tZtpVgI6iz
Direct Brain Stimulation Modulates Encoding States and Memory Performance in Humans https://t.co/g9bh74HP2g
RT @doellerlab: Direct #Brain Stimulation Modulates Encoding States and #Memory Performance in Humans https://t.co/bSi390pKZb #neuroscience…
RT @NeuralTweets: Intracranial EEG based, machine learning guided deep brain stimulation manipulates memory encoding in humans https://t.co…
Direct Brain Stimulation Modulates Encoding States and Memory Performance in Humans: Current Biology https://t.co/sbEfdx05Zi
Intracranial EEG based, machine learning guided deep brain stimulation manipulates memory encoding in humans https://t.co/rqhZqYnfej
RT @doellerlab: Direct #Brain Stimulation Modulates Encoding States and #Memory Performance in Humans https://t.co/bSi390pKZb #neuroscience…
Direct #Brain Stimulation Modulates Encoding States and #Memory Performance in Humans https://t.co/bSi390pKZb #neuroscience @NeuroCellPress
Interesting. Direct Brain Stimulation Modulates Encoding States and Memory Performance in Humans https://t.co/KhU94z3Bzv https://t.co/2BCO44nn5a
Direct #brain Stimulation Modulates Encoding States and Memory Performance in Humans https://t.co/eCkTA6QGqd @CurrentBiology
Closed-loop brain stimulation enhances human verbal memory, new work from our Restoring Active Memory Project: https://t.co/mSA3CqKzD1