In a recent report we demonstrated that stimulation of cerebellar mossy fibers synchronously activates Purkinje cells that are located directly above the site of stimulation. We found that the activated Purkinje cells are arranged in a radial patch on the cerebellar surface and that this organization is independent of the integrity of the inhibitory system. This arrangement of activity is counterintuitive. The anatomical structure with the extensive parallel fiber system implies that mossy fiber stimulation will activate Purkinje cells along a beam of parallel fibers. In this short review we highlight this discrepancy between anatomical structure and functional dynamics and suggest a plausible underlying mechanism
In several theories of the function of the cerebellum in motor control, the mossy-fiber-parallel fib...
Starting from macroscopic and microscopic facts of cerebellar histology, we propose a new functional...
Starting from macroscopic and microscopic facts of cerebellar histology, we propose a new functional...
The central hypothesis of the target article that tidal waves of parallel fiber excitation precisely...
Since the discoveries of Camillo Golgi and Ramon y Cajal, the precise cellular organization of the c...
Since the discoveries of Camillo Golgi and Ram\uf3n y Cajal, the precise cellular organization of th...
The receptive field of a neuron reflects its function. For example, for parallel fiber (PF) inputs i...
SummaryThe cerebellum fine-tunes motor activity via its Purkinje cell output. Purkinje cells produce...
textabstractClassically, mossy fiber and climbing fiber terminals are regarded as having very differ...
The highly specific relationships between parallel fiber (PF) and climbing fiber (CF) receptive fiel...
AbstractThe highly specific relationships between parallel fiber (PF) and climbing fiber (CF) recept...
The cerebellum’s role in sensory-motor control and adaptation is undisputed. However, a key hypothes...
The cerebellum plays an important role in the coordination and refinement of movements and cognitive...
Granule cell axons, via their parallel fibers, form synapses with Purkinje cells across large areas ...
This schematic drawing shows the most relevant connections within a cerebellar module. The mossy fi...
In several theories of the function of the cerebellum in motor control, the mossy-fiber-parallel fib...
Starting from macroscopic and microscopic facts of cerebellar histology, we propose a new functional...
Starting from macroscopic and microscopic facts of cerebellar histology, we propose a new functional...
The central hypothesis of the target article that tidal waves of parallel fiber excitation precisely...
Since the discoveries of Camillo Golgi and Ramon y Cajal, the precise cellular organization of the c...
Since the discoveries of Camillo Golgi and Ram\uf3n y Cajal, the precise cellular organization of th...
The receptive field of a neuron reflects its function. For example, for parallel fiber (PF) inputs i...
SummaryThe cerebellum fine-tunes motor activity via its Purkinje cell output. Purkinje cells produce...
textabstractClassically, mossy fiber and climbing fiber terminals are regarded as having very differ...
The highly specific relationships between parallel fiber (PF) and climbing fiber (CF) receptive fiel...
AbstractThe highly specific relationships between parallel fiber (PF) and climbing fiber (CF) recept...
The cerebellum’s role in sensory-motor control and adaptation is undisputed. However, a key hypothes...
The cerebellum plays an important role in the coordination and refinement of movements and cognitive...
Granule cell axons, via their parallel fibers, form synapses with Purkinje cells across large areas ...
This schematic drawing shows the most relevant connections within a cerebellar module. The mossy fi...
In several theories of the function of the cerebellum in motor control, the mossy-fiber-parallel fib...
Starting from macroscopic and microscopic facts of cerebellar histology, we propose a new functional...
Starting from macroscopic and microscopic facts of cerebellar histology, we propose a new functional...