2024

Diagram showing head in profile, with Electrophysiology trace above, as the output from a DBS electrode recording, and neurofeedback on a display shown to the person.
He S, Brown P, Tan H
LFPs and EEGs from patients with Parkinson’s disease during neurofeedback training
10.60964/bndu-4jde-7j28
A diagram showing PPN DBS electrode recording, power analysis and gait analysis.
He S, Tan H
LFPs and EEGs from patients with Parkinson’s disease or multiple system atrophy during gait
10.60964/bndu-w6mx-gv64
a diagram showing the screens that participants see during the trails- in the go, conflict and no-go situations, including what the joystick positions are.
Mandali A, Torrecillos F, Wiest C, Pogosyan A, He S, Tan H, Stagg CJ, Cagnan H
Electroencephalogram (EEG) and behavioural data concerning the Go/NoGo/Conflict task
10.5287/ora-qqd05nv46

2023

diagram of a person facing away from the viewer, with representation of deep brain electrodes in their head, with and illustatraion of the task's screen bing displayed to them, and a grasp-strength measuring device in their hand
Herz DM, Groppa S, Brown P
Subthalamic nucleus correlates of force adaptation
10.5287/ora-9ovjdypbb
Diagram of a human torso with two deep brain electrodes, showing No-direction Boston Vercise leads in close-up
Wiest C, Torrecillos F, Morgante F, Pereira EA, Tan H
Subthalamic and thalamic local field potential recordings from patients with cervical dystonia
10.5287/bodleian:QRNQjNpV7

2022

plots of termor recordings
Rodriguez F, He S, Tan H
Local Field Potential (LFP) data recorded from externalized Essential Tremor DBS Patients during 3 upper-limb movement tasks
10.5287/bodleian:ZVNyvrw7R
diagram of the deep brain stimulation recording electrode with four contacts and the output to TMSi Porti/Saga
Wiest C, Torrecillos F, Pogosyan A, Baig F, Pereira EA, Morgante F, Ashkan K, Tan H
STN local field potential recordings from awake patients with Parkinson’s, ON and OFF meds, and during 130 Hz DBS
10.5287/bodleian:mzJ7YwXvo
diagram of the back of a participant in the study, showing the stimulus display with moving points, and the electrode arrange ment- an electrode in each side of the brain, and two recording sites per electrode, with a stimulating contact in between the two. The participant holds grasping measuring apparatus in each hand.
Herz DM, Groppa S, Brown P
Subthalamic nucleus correlates of decision and movement speed.
10.5287/bodleian:1R9KzGXxM

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
plot showing raw data trace and three processed ones
Yeh CH
Analysis of non-linearities in local field potential oscillations

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