Initial investigations of the cerebellar microcircuit inspired the Marr–Albus theoretical
framework of cerebellar function. We review recent developments in the experimental …

The brain generates many rhythmic activities, and the olivo-cerebellar system is not an
exception. In recent years, the cerebellum has revealed activities ranging from low …

Electrical synapses between interneurons contribute to synchronized firing and network
oscillations in the brain. However, little is known about how such networks respond to …

Neuronal inhibition can be defined as a spatiotemporal restriction or suppression of local
microcircuit activity. The importance of inhibition relies in its fundamental role in shaping …

The Golgi cells are inhibitory interneurons of the cerebellar granular layer, which respond to
afferent stimulation in vivo with a burst-pause sequence interrupting their irregular …

Many GABAergic interneurons are electrically coupled and in vitro can display correlated
activity with millisecond precision. However, the mechanisms underlying correlated activity …

After the discovery at the end of the 19th century (Golgi, 1883), the Golgi cell was precisely
described by SR y Cajal (see Cajal, 1987, 1995) and functionally identified as an inhibitory …

Throughout the brain, multiple interneuron types influence distinct aspects of synaptic
processing. Interneuron diversity can thereby promote differential firing from neurons …

When Camillo Golgi invented the black reaction in 1873 and first described the fine
anatomical structure of the nervous system, he described a 'big nerve cell'that later took his …

Despite our fine-grain anatomical knowledge of the cerebellar cortex, electrophysiological
studies of circuit information processing over the last fifty years have been hampered by the …