The imagery conditions were presented using a block design and the participants' brain activation was recorded using 3T fMRI.
Brain activity was recorded using event-related fMRI while healthy participants performed this WM task, and behavioural assessment involved measures indexing the subjective and objective impact of distraction on cognitive performance, as well as measures of personality traits (i.e., trait anxiety).
The brain activity of the infants was recorded using EEG via electrodes placed on their scalps when they were awake, during anesthesia, and as they recovered afterwards.
cEEG was recorded using 8 surface electrodes according to the international 10 20 system, on a bipolar longitudinal montage in patients with brain injury.
Image stacks of the fixed brain sections were recorded using a two-photon laser scanhead (TriM-Scope, La Vision Biotec, Bielefeld, Germany) coupled to a fixed stage upright microscope (Axioscope 2 FS, Zeiss, Oberkochen, Germany).
As the pain is inflicted, images of the brain's activity are recorded using an imaging machine such as an M.R.I., a CAT scan or an electroencephalograph.
Signals were recorded using Brain Vision Recorder (Brain Products GmbH, Gilching, Germany).
Patient GP, and a control subject, RT, performed semantic and orthographic tasks while brain-activation patterns were recorded using functional magnetic resonance imaging.
Both cerebral blood flow velocity and gait characteristics of eleven participants with no history of brain or gait conditions were recorded using transcranial Doppler on mid-cerebral artery while on a treadmill.
Psychophysiological data were recorded using a Brain Amp 32 system (Brain Vision, Munich, Germany).
