2020

A sequential neurofeedback-behaviour task, with the neurofeedback reflecting the occurrence of beta bursts quantified in real-time based on EEG measurements over sensorimotor cortex, was used to evaluate the relationship between cortical beta bursts and movement initialisation.
He S, Everest-Phillips C, Brown P, Tan H
EEGs from healthy motor control during neurofeedback training
10.5287/bodleian:9gM209oXo
Graph showing beta signalled local conflict, and carried over this effect to the next cue in a sequence.
Bogacz R, Litvak V, Oswal A, Little S, Pedrosa D, Herz DM, Patai EZ
Human LFP recordings from STN during sequential conflict task
10.5287/bodleian:DEj58DYPb

2019

Player vs computer competitor trials
Howard-Jones PA, Bogacz R, Yoo JH, Leonards U, Demetriou S
Reinforcement learning behaviour in a presence of a competitor
Tremor-phase-specific brain stimulation
Cagnan H, Weerasinghe G, Brown P
Tremor data measured from essential tremor patients subjected to phase-locked deep brain stimulation
10.5287/bodleian:xq24eN2Km
stepping figure
Fischer P, Brown P, Tan H
STN LFPs from Parkinson’s patients during stepping in place
10.5287/bodleian:M81wpxae8
Bursts of beta activity (beta LFP) in the subthalamic nucleus (STN) approximately half a second before the movement onset (MO) are associated with lower speeds (velocity; red arrows) of the forthcoming reaching movements.
Torrecillos F, Brown P, Tan H
Simultaneous STN LFPs and EEGs from Human patients during a finger joystick movement task
10.5287/bodleian:rbR9ARpjB

2018

fast or accurate
Bogacz R, Hu PT, Holmes P, Cohen JD
Behaviour of humans in a two alternative choice task under conditions favouring either fast or accurate responses

Search

Filter by type

Filter by group