Percent signal change in the left DLPFC following stimulation at F3 (A) and the MPFC following stimulation at FP1 (B) for 5 participants who underwent the experiment on two visits at the same threshold of stimulation.

Single session tDCS over the left DLPFC disrupts interference processing

Frings, C.
Brinkmann, T.
Friehs, M.
van Lipzig, T.

February 2018

Whether single session tDCS can impact upon cognition in healthy subjects is currently a heated deba...

Pulse Width dependency of fMRI BOLD signal.

Emily J. Knight (222368)
Hoon-Ki Min (283054)
Sun-Chul Hwang (283055)
Michael P. Marsh (283056)
Seungleal Paek (283057)
Inyong Kim (283058)
Joel P. Felmlee (283059)
Osama A. Abulseoud (283060)
Kevin E. Bennet (283061)
Mark A. Frye (283062)
Kendall H. Lee (283063)

February 2013

A) Comparison of data from left unilateral NAc stimulation at 5 V 130 Hz 500 µs (i; n = 3) with s...

Changes in BOLD transients with visual stimuli across 1-44 Hz

Ademoglu, Ahmet
Bayraktaroglu, Zubeyir
Demiralp, Tamer
Emir, Uzay E.
Ozturk, Cengizhan

January 2008

The dependency of positive BOLD (PBOLD) and post-stimulus undershoot (PSU) on the temporal frequency...

Hemodynamic response in the left DLPFC and MPFC following stimulation at F3 and FP1.

Colleen A. Hanlon (432188)
Melanie Canterberry (432189)
Joseph J. Taylor (432190)
William DeVries (432191)
Xingbao Li (432192)
Truman R. Brown (432193)
Mark S. George (432194)

July 2013

Hemodynamic response in the left DLPFC and MPFC following stimulation at F3 and FP1.</p

Percent BOLD signal change in subcortical brain regions monosynaptically connected to the left DLPFC or MPFC following stimulation at the DLPFC site (F3) (gray) and the MPFC site ((FP1) (black).

Colleen A. Hanlon (432188)
Melanie Canterberry (432189)
Joseph J. Taylor (432190)
William DeVries (432191)
Xingbao Li (432192)
Truman R. Brown (432193)
Mark S. George (432194)

July 2013

The left and right portions of each ROI are displayed. *p<0.005 **p<0.005.</p

fMRI results and mean % signal change across conditions.

Laura J. Ferris (3133491)
Jolanda Jetten (508434)
Pascal Molenberghs (347111)
Brock Bastian (405863)
Fika Karnadewi (3133494)

September 2016

(A) Significant brain activation for painful minus non-painful stimulation in left and right insu...

Increased miniature IPSC amplitudes following afferent fiber stimulation.

Kristin Hartmann (52443)
Claus Bruehl (52444)
Tatyana Golovko (52445)
Andreas Draguhn (52446)

February 2013

(A) Original recordings of mIPSCs without (left) and with (right) afferent stimulation at 100 Hz ...

Mean population response in the LPFC during physical alternation and BFS (adapted and modified from [7]).

Theofanis I. Panagiotaropoulos (288188)
Vishal Kapoor (67192)
Nikos K. Logothetis (256775)
Gustavo Deco (50143)

February 2013

(A) Mean population activity averaged across units showing significant sensory modulation during ...

Ji Hyun Ko (345985)
Anthonin Reilhac (345986)
Nicola Ray (345987)
Pablo Rusjan (345988)
Peter Bloomfield (345989)
Giovanna Pellecchia (345990)
Sylvain Houle (345991)
Antonio P. Strafella (345992)

February 2013

(a) t-test between left DLPFC stimulation vs. vertex stimulation (control condition): The t-map i...

Activation maps according to the level of difficulty.

Thibault Gateau (713712)
Gautier Durantin (713713)
Francois Lancelot (713714)
Sebastien Scannella (5662714)
Frederic Dehais (713715)

March 2015

Units are in μmol.l−1. Both high and low load conditions elicit bilatera...

% Signal Change (Noise-Silence) in Task-Associated Left DLPFC Response in Patients and Controls.

Jason Smucny (396981)
Donald C. Rojas (371508)
Lindsay C. Eichman (396982)
Jason R. Tregellas (371509)

April 2013

Left: Statistical parametric map. Map was thresholded at p<0.01 and overlaid onto the SPM8...

The effects of a-tDCS over different stimulation sites on MEP and SEP sizes.

Bita Vaseghi (698595)
Maryam Zoghi (479502)
Shapour Jaberzadeh (302928)

March 2015

The peak-to-peak amplitude of MEPs (A), and the peak-to-peak amplitude of N20-P25 of SEPs (B) are...

Sagittal and transverse sections of the statistical parametric map of the changes in [11C]FLB 457 BP after left DLPFC stimulation overlaid upon the standard MRI.

Sang Soo Cho (370911)
Antonio P. Strafella (345992)

February 2013

Sagittal and transverse sections of the statistical parametric map of the changes in [11</su...

Change in firing-rate correlations between two spiking LPTCs depending on binocular stimuli.

Yoshinori Suzuki (513664)
Takako Morimoto (462438)
Hiroyoshi Miyakawa (296345)
Toru Aonishi (296348)

January 2014

Left column: In-phase motion stimulus (clockwise). Right column: Out-of-phase motion stimulus (ba...

DP can occur without alterations in γ (DP) but only when preceded by LTP that does not involve a change in γ (LTP)

Andreas Lüthi (5290)
Martin A Wikström (5291)
Mary J Palmer (5292)
Paul Matthews (5293)
Tim A Benke (5294)
John TR Isaac (5295)
Graham L Collingridge (5296)

December 2011

Copyright information:Taken from "Bi-directional modulation of AMPA receptor unitar...

Single session tDCS over the left DLPFC disrupts interference processing

Frings, C.
Brinkmann, T.
Friehs, M.
van Lipzig, T.

February 2018

Whether single session tDCS can impact upon cognition in healthy subjects is currently a heated deba...

Pulse Width dependency of fMRI BOLD signal.

Emily J. Knight (222368)
Hoon-Ki Min (283054)
Sun-Chul Hwang (283055)
Michael P. Marsh (283056)
Seungleal Paek (283057)
Inyong Kim (283058)
Joel P. Felmlee (283059)
Osama A. Abulseoud (283060)
Kevin E. Bennet (283061)
Mark A. Frye (283062)
Kendall H. Lee (283063)

February 2013

A) Comparison of data from left unilateral NAc stimulation at 5 V 130 Hz 500 µs (i; n = 3) with s...

Changes in BOLD transients with visual stimuli across 1-44 Hz

Ademoglu, Ahmet
Bayraktaroglu, Zubeyir
Demiralp, Tamer
Emir, Uzay E.
Ozturk, Cengizhan

January 2008

The dependency of positive BOLD (PBOLD) and post-stimulus undershoot (PSU) on the temporal frequency...

Hemodynamic response in the left DLPFC and MPFC following stimulation at F3 and FP1.

Colleen A. Hanlon (432188)
Melanie Canterberry (432189)
Joseph J. Taylor (432190)
William DeVries (432191)
Xingbao Li (432192)
Truman R. Brown (432193)
Mark S. George (432194)

July 2013

Hemodynamic response in the left DLPFC and MPFC following stimulation at F3 and FP1.</p

Percent BOLD signal change in subcortical brain regions monosynaptically connected to the left DLPFC or MPFC following stimulation at the DLPFC site (F3) (gray) and the MPFC site ((FP1) (black).

Colleen A. Hanlon (432188)
Melanie Canterberry (432189)
Joseph J. Taylor (432190)
William DeVries (432191)
Xingbao Li (432192)
Truman R. Brown (432193)
Mark S. George (432194)

July 2013

The left and right portions of each ROI are displayed. *p<0.005 **p<0.005.</p

fMRI results and mean % signal change across conditions.

Laura J. Ferris (3133491)
Jolanda Jetten (508434)
Pascal Molenberghs (347111)
Brock Bastian (405863)
Fika Karnadewi (3133494)

September 2016

(A) Significant brain activation for painful minus non-painful stimulation in left and right insu...

Increased miniature IPSC amplitudes following afferent fiber stimulation.

Kristin Hartmann (52443)
Claus Bruehl (52444)
Tatyana Golovko (52445)
Andreas Draguhn (52446)

February 2013

(A) Original recordings of mIPSCs without (left) and with (right) afferent stimulation at 100 Hz ...

Mean population response in the LPFC during physical alternation and BFS (adapted and modified from [7]).

Theofanis I. Panagiotaropoulos (288188)
Vishal Kapoor (67192)
Nikos K. Logothetis (256775)
Gustavo Deco (50143)

February 2013

(A) Mean population activity averaged across units showing significant sensory modulation during ...

Ji Hyun Ko (345985)
Anthonin Reilhac (345986)
Nicola Ray (345987)
Pablo Rusjan (345988)
Peter Bloomfield (345989)
Giovanna Pellecchia (345990)
Sylvain Houle (345991)
Antonio P. Strafella (345992)

February 2013

(a) t-test between left DLPFC stimulation vs. vertex stimulation (control condition): The t-map i...

Activation maps according to the level of difficulty.

Thibault Gateau (713712)
Gautier Durantin (713713)
Francois Lancelot (713714)
Sebastien Scannella (5662714)
Frederic Dehais (713715)

March 2015

Units are in μmol.l−1. Both high and low load conditions elicit bilatera...

% Signal Change (Noise-Silence) in Task-Associated Left DLPFC Response in Patients and Controls.

Jason Smucny (396981)
Donald C. Rojas (371508)
Lindsay C. Eichman (396982)
Jason R. Tregellas (371509)

April 2013

Left: Statistical parametric map. Map was thresholded at p<0.01 and overlaid onto the SPM8...

The effects of a-tDCS over different stimulation sites on MEP and SEP sizes.

Bita Vaseghi (698595)
Maryam Zoghi (479502)
Shapour Jaberzadeh (302928)

March 2015

The peak-to-peak amplitude of MEPs (A), and the peak-to-peak amplitude of N20-P25 of SEPs (B) are...

Sagittal and transverse sections of the statistical parametric map of the changes in [11C]FLB 457 BP after left DLPFC stimulation overlaid upon the standard MRI.

Sang Soo Cho (370911)
Antonio P. Strafella (345992)

February 2013

Sagittal and transverse sections of the statistical parametric map of the changes in [11</su...

Change in firing-rate correlations between two spiking LPTCs depending on binocular stimuli.

Yoshinori Suzuki (513664)
Takako Morimoto (462438)
Hiroyoshi Miyakawa (296345)
Toru Aonishi (296348)

January 2014

Left column: In-phase motion stimulus (clockwise). Right column: Out-of-phase motion stimulus (ba...

DP can occur without alterations in γ (DP) but only when preceded by LTP that does not involve a change in γ (LTP)

Andreas Lüthi (5290)
Martin A Wikström (5291)
Mary J Palmer (5292)
Paul Matthews (5293)
Tim A Benke (5294)
John TR Isaac (5295)
Graham L Collingridge (5296)

December 2011

Copyright information:Taken from "Bi-directional modulation of AMPA receptor unitar...

Single session tDCS over the left DLPFC disrupts interference processing

Frings, C.
Brinkmann, T.
Friehs, M.
van Lipzig, T.

February 2018

Whether single session tDCS can impact upon cognition in healthy subjects is currently a heated deba...

Pulse Width dependency of fMRI BOLD signal.

Emily J. Knight (222368)
Hoon-Ki Min (283054)
Sun-Chul Hwang (283055)
Michael P. Marsh (283056)
Seungleal Paek (283057)
Inyong Kim (283058)
Joel P. Felmlee (283059)
Osama A. Abulseoud (283060)
Kevin E. Bennet (283061)
Mark A. Frye (283062)
Kendall H. Lee (283063)

February 2013

A) Comparison of data from left unilateral NAc stimulation at 5 V 130 Hz 500 µs (i; n = 3) with s...

Changes in BOLD transients with visual stimuli across 1-44 Hz

Ademoglu, Ahmet
Bayraktaroglu, Zubeyir
Demiralp, Tamer
Emir, Uzay E.
Ozturk, Cengizhan

January 2008

The dependency of positive BOLD (PBOLD) and post-stimulus undershoot (PSU) on the temporal frequency...

Percent signal change in the left DLPFC following stimulation at F3 (A) and the MPFC following stimulation at FP1 (B) for 5 participants who underwent the experiment on two visits at the same threshold of stimulation.

Abstract

Extracted data

Percent signal change in the left DLPFC following stimulation at F3 (A) and the MPFC following stimulation at FP1 (B) for 5 participants who underwent the experiment on two visits at the same threshold of stimulation.

Abstract

Extracted data

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