Brain Network Dynamics Unit

@bndu.ox.ac.uk

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Brain Network Dynamics Unit at the University of Oxford

Schematic illustration of the hippocampus as a generative model.
Figure comparing the effect of perfectly regular stimulation pulses with stimulation pulses whose timing is slightly varied, called dithering.
Cartoon image of a person with Parkinson's on left, with a plot of brainwaves, and classification of neural states on right.
Summary of the paper's neural networks
Schematic overview of data collection and analysis.
The figure shows the timeline of each trial, consisting of fixation, an uncertainty cue, rTMS delivery (three conditions), a go cue, and a reaching task.
GPi-targeted transcranial ultrasound stimulation in STN-DBS patients.
Feature-Extraction Pipeline for Real-Time Pre-Movement Decoding.
A diagram of the study design.
A diagram showing the process of the experiment.
Three rows. Top two are grey-scale brain sections with blue and red maps overlapped on them. Bottom row is a figure of red and blue circles and squares showing changes in GABA during motor learning.
Supervisors: Associate Prof. Helen Barron, Prof. Charlotte Stagg, and Dr Ashwini Oswal.
Supervisors: Associate Prof. Helen Barron and Prof. Andrew Sharott.
An abstract image of a current source density plot with layers of the hippocampus behind it, and local field potential traces in front of it.
Supervisors: Prof. Andrew Sharott, Prof. David Dupret, and Dr Hayriye Cagnan.
Supervisors: Prof. Huiling Tan, Dr Shenghong He, and Prof. Tim Denison FREng.
Supervisors: Dr Ashwini Oswal, Prof. Huiling Tan, Prof. Andrew Sharott, and Dr Hayriye Cagnan
Supervisors: Prof. David Dupret and Prof. Tim Denison FREng.
Thalamo-frontal functional connectivity patterns in Tourette Syndrome.
The phase-locked deep brain stimulation system delivers electrical pulses to the subthalamic nucleus by targeting specific phases of beta oscillations.
Expanded view of the personalised hardware used in the MRI-compatible novel transcranial ultrasound stimulation device.
Energy of novel and familiar stimuli
Protocol of tremor phase-locked deep brain stimulation (DBS) and its effect on tremor severity.
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Neurons in the brain.
Learning trajectories
a low-dimensional embedding to map the hippocampal CA1-DG axis using electrophysiological signals
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Mary Muers (far right) moderates an interactive session about training and career development opportunities.
Network response to phase-locked stimulation is predicted with a model of coupled neural oscillators and supported by experimental data.