Alexander L. Green

The paper identifies reduced entropy of subthalamic beta bursts as a predictor of freezing of gait in Parkinson's disease.

The paper examines cortico-STN beta coupling in Parkinson's disease, finding it is confined to beta bursts rather than sustained during non-burst periods.

This study identifies a cardiac pulse signal affecting LFP recordings from DBS electrodes across multiple brain regions and patient groups, introducing an algorithm to detect and extract it.

This study shows that non-invasive ultrasound stimulation of the human nucleus accumbens affects reward processing and learning, similar to deep brain stimulation.

This paper introduces a clinical-grade neurostimulation implant that adapts its therapy based on time-of-day to improve closed-loop treatment of neurological disorders.

This study shows that muscarinic receptors enhance motivation-related preparatory neural activity in humans, as evidenced by changes in reaction times and vigour during an incentivized task.

This paper predicts subthalamic nucleus beta bursts in Parkinson's disease using deep learning, identifying a predictive biomarker for burst onset.

This study examines how auditory cues affect STN oscillatory activity during stepping in Parkinson's disease, finding differential modulation of beta and transient oscillations.

This study examines high frequency oscillatory activity in the Globus Pallidus internus during a cognitive task, finding antiphase synchrony in dystonia but not Parkinson's Disease patients.

This study shows that PPN LFP alpha and beta oscillations are rhythmically modulated by gait phase, with spatial specificity and increased modulation in regular stepping.

The paper investigates how high-frequency activity in the basal ganglia co-varies with motor cortical beta oscillations during motor control and rest in Parkinson's patients.

This study examines changes in subthalamic nucleus neural activity during anaesthesia and intubation using LFPs and EEG, finding frequency band shifts and coherence changes linked to excitation/inhibition balance.

This paper decodes voluntary movements and postural tremor from thalamic LFPs to enable on-demand DBS for essential tremor without peripheral sensors.

This study uses whole-brain computational modeling to analyze how deep brain stimulation affects brain dynamics in Parkinson’s disease patients, finding it shifts brain states closer to healthy dynamics.