New lab sites!

Visit our new lab websites at University at Oregon: and!


Nicki’s latest paper in the Journal of Neuroscience

Gamma Oscillations in the Hyperkinetic State Detected with Chronic Human Brain Recordings in Parkinson’s Disease

In this study we used a cool new device that lets us record electrical brain signals in Parkinson’s disease patients, and also delivers therapeutic electrical stimulation to help their symptoms (DBS, deep brain stimulation)! We recorded basal ganglia local field potentials (electrical brain signals from deep in the brain) and motor cortex electrocorticography (electrical brain signals from the surface of the brain – a part that controls movements). People have been able to record these signals before, but it was always in special circumstances, like in the hospital or operating room. Here the device is fully implanted so we can even record signals in the patient’s home! Pretty neat! Using this device we discovered  brain signal that occurred when patients were experiencing dyskinesia, or involuntary movements, that occur because of their medications. Now that we know the signal, the next step is seeing if we can use this to customize stimulation, so that the stimulation can be adjusted to try to avoid these side effects. This is called “close loop DBS” and you can read more about it in another here: We are currently testing  this in our new experiment!

Nicki’s latest paper on excessive synchrony in Parkinson’s disease detected non-invasively

Check out Nicki’s latest paper!

In this paper we showed that some of the markers of excessive synchrony in Parkinson’s disease that we have observed using invasive recordings in humans (electrocorticography, or electrodes right on the surface of the brain), can also be detected non-invasively with electrodes on the scalp! Pretty cool!


We are trying out a shared blog/personal website. This may or may not evolve into a tool for sharing our research and our scientific outreach. We hope it will help keep our colleagues, friends, and family updated about our lives without getting too weird.