For a full list of publications, see Google Scholar.
This paper investigates the changes in brain-wide synchronization associated with Essential Tremor and relates these to the oscillatory dynamics during voluntary movements.
Read the paper: Large-Scale Motor Dynamics Associated with Reaching are Altered in Essential Tremor
Deep brain stimulation has a greater clinical effect in those with stronger cortico-thalamo-peripheral tremor connectivity, which is also associated with more regular tremors as measured with an accelerometer.
In this study, we used transcranial random stimulation, a form of non-invasive brain stimulation and showed improvement in inhibition-related behaviours and associated neural activity in terms of spectral power and intermittent bursts.
In this paper we developed an optimization algorithm that incorporates knowledge of time-dependent variations to maintain neurostimulation efficacy amidst shifting physiological demands
Read the paper: Time-adaptive bayesian optimization for neurostimulation