Study: NCT03910608

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: MagPro X100 device (MagVenture, Farum, Denmark)
Description: Each cPAS experimental session contained 100 pairs of stimuli at 0.2 Hz. The experimental conditions differed in the interstimulus interval of the paired pulses. DLPFC stimulation precedes IPL/MPFC stimulation by 10 ms (DLPFC+10) or by 4 ms (DLPFC+4), and IPL/MPFC stimulation precedes DLPFC stimulation by 4 ms (IPL/MPFC+4) or by 10 ms (IPL+10).

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: MagPro X100 device (MagVenture, Farum, Denmark)
Description: Each cPAS experimental session contained 100 pairs of stimuli at 0.2 Hz. The experimental conditions differed in the interstimulus interval of the paired pulses. DLPFC stimulation precedes IPL/MPFC stimulation by 10 ms (DLPFC+10) or by 4 ms (DLPFC+4), and IPL/MPFC stimulation precedes DLPFC stimulation by 4 ms (IPL/MPFC+4) or by 10 ms (IPL+10).

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: MagPro X100 device (MagVenture, Farum, Denmark)
Description: Each cPAS experimental session contained 100 pairs of stimuli at 0.2 Hz. The experimental conditions differed in the interstimulus interval of the paired pulses. DLPFC stimulation precedes IPL/MPFC stimulation by 10 ms (DLPFC+10) or by 4 ms (DLPFC+4), and IPL/MPFC stimulation precedes DLPFC stimulation by 4 ms (IPL/MPFC+4) or by 10 ms (IPL+10).

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: MagPro X100 device (MagVenture, Farum, Denmark)
Description: Each cPAS experimental session contained 100 pairs of stimuli at 0.2 Hz. The experimental conditions differed in the interstimulus interval of the paired pulses. DLPFC stimulation precedes IPL/MPFC stimulation by 10 ms (DLPFC+10) or by 4 ms (DLPFC+4), and IPL/MPFC stimulation precedes DLPFC stimulation by 4 ms (IPL/MPFC+4) or by 10 ms (IPL+10).

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: MagPro X100 device (MagVenture, Farum, Denmark)
Description: Each cPAS experimental session contained 100 pairs of stimuli at 0.2 Hz. The experimental conditions differed in the interstimulus interval of the paired pulses. DLPFC stimulation precedes IPL/MPFC stimulation by 10 ms (DLPFC+10) or by 4 ms (DLPFC+4), and IPL/MPFC stimulation precedes DLPFC stimulation by 4 ms (IPL/MPFC+4) or by 10 ms (IPL+10).

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: MagPro X100 device (MagVenture, Farum, Denmark)
Description: Each cPAS experimental session contained 100 pairs of stimuli at 0.2 Hz. The experimental conditions differed in the interstimulus interval of the paired pulses. DLPFC stimulation precedes IPL/MPFC stimulation by 10 ms (DLPFC+10) or by 4 ms (DLPFC+4), and IPL/MPFC stimulation precedes DLPFC stimulation by 4 ms (IPL/MPFC+4) or by 10 ms (IPL+10).

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: MagPro X100 device (MagVenture, Farum, Denmark)
Description: Each cPAS experimental session contained 100 pairs of stimuli at 0.2 Hz. The experimental conditions differed in the interstimulus interval of the paired pulses. DLPFC stimulation precedes IPL/MPFC stimulation by 10 ms (DLPFC+10) or by 4 ms (DLPFC+4), and IPL/MPFC stimulation precedes DLPFC stimulation by 4 ms (IPL/MPFC+4) or by 10 ms (IPL+10).

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: MagPro X100 device (MagVenture, Farum, Denmark)
Description: Each cPAS experimental session contained 100 pairs of stimuli at 0.2 Hz. The experimental conditions differed in the interstimulus interval of the paired pulses. DLPFC stimulation precedes IPL/MPFC stimulation by 10 ms (DLPFC+10) or by 4 ms (DLPFC+4), and IPL/MPFC stimulation precedes DLPFC stimulation by 4 ms (IPL/MPFC+4) or by 10 ms (IPL+10).