A persistent change in neuronal activity after brief stimuli is a common feature of many
neuronal microcircuits. This persistent activity can be sustained by ongoing reverberant …

The investigation of the dynamics of Purkinje cell (PC) activity is crucial to unravel the role of
the cerebellum in motor control, learning and cognitive processes. Within the cerebellar …

The higher order circuitry of the brain is comprised of a large-scale network of cerebral
cortical areas that are individually regulated by loops through subcortical structures …

Percutaneous electrical stimulation over tibialis anterior and triceps surae was performed in
14 patients with traumatic spinal cord injury (SCI) to look for evidence that 'extra contractions' …

Mutations in the gene encoding the ion pore of the P/Q voltage-activated calcium channel
(CACNA1A) are predicted to alter synaptic transmission and dendritic excitability within …

Knowledge of intrinsic neuronal firing dynamics is a critical first step to establishing an
accurate biophysical model of any neuron. In this study we examined cerebellar Purkinje …

We study the recently observed phenomena of torus canards. These are a higher-
dimensional generalization of the classical canard orbits familiar from planar systems and …

The cerebellum has long been considered to undergo supervised learning, with climbing
fibers acting as a 'teaching'or 'error'signal. Purkinje cells (PCs), the sole output of the …

The effect of extracellularly applied electrical fields on neuronal excitability and firing
behavior is attributed to the interaction between neuronal morphology and the spatial …

The temporal durations between events often exert a strong influence over behavior. The
details of this influence have been extensively characterized in behavioral experiments in …