Zvi H. Israel

The paper shows that REM sleep suppresses β oscillations in Parkinsonism, allowing rapid movements despite motor impairments during wakefulness.

The paper investigates thalamic bursts during sleep and finds they do not wake the cortex, suggesting a modulatory role of the basal ganglia-thalamus interaction.

The paper investigates how coherence frequency influences the velocity of hippocampal traveling waves using nonlinear coherence analysis.

The paper examines non-linear input-output relationships in the subthalamic nucleus of Parkinson's patients by analyzing local field potentials and spiking activity.

This study shows that GPe stimulation restores exploration-exploitation balance disrupted by PCP in NHPs, suggesting potential therapeutic benefits for schizophrenia.

This study investigates how sleep spindles coordinate neural activity between the cortex and basal ganglia in non-human primates, revealing distinct patterns of connectivity in different BG regions.

The paper links spontaneous firing pauses in external pallidum neurons to exploratory behavior through increased saccade rate and pupil dilation.

The paper characterizes cortico-basal ganglia neural activity under different sedation states and compares them to sleep states to inform asleep DBS.

The paper shows that dopamine levels affect beta oscillation frequency, not power or coherence, in cortico-basal ganglia networks of NHPs and PD patients.

This study uses a hybrid platform to explore how phase-specific microstimulation modulates beta oscillations and affects behavior in monkeys.

The paper reversibly blocks cerebellar outflow in primates to study its role in motor coordination, finding disruptions in cortical activity timing without affecting spatial tuning or preparatory activity.

The paper shows that neuronal patterns in motor cortex change during brain-machine interface learning to align with the current action-perception state, with pre-learning activity predicting these changes.

The paper investigates how movement context affects neuronal activity in different subthalamic nucleus domains in Parkinson's patients during movement tasks.