relaying signals from the neuron to other cells is a function of the thalamus.
relaying signals from the neuron to other cells is a function of the?
thalamus
stellate cells are any neuron in the central nervous system that have a star-like shape formed by dendritic processes radiating from the cell body. many stellate cells are gabaergic and are located in the molecular layer of the cerebellum. stellate cells are derived from dividing progenitors in the white matter of postnatal cerebellum. dendritic trees can vary between neurons. there are two types of dendritic trees in the cerebral cortex, which include pyramidal cells, which are pyramid shaped and stellate cells which are star shaped. dendrites can also aid neuron classification. dendrites with spines are classified as spiny, those without spines are classified as aspinous. stellate cells can be spiny or aspinous, while pyramidal cells are always spiny. most common stellate cells are the inhibitory interneurons found within the upper half of the molecular layer in the cerebellum. cerebellar stellate cells synapse onto the dendritic arbors of purkinje cells and send inhibitory signals. stellate neurons are sometimes found in other locations in the central nervous system; cortical spiny stellate cells are found in layer ivc of the v1 region in the visual cortex. in the somatosensory barrel cortex of mice and rats, glutamatergic (excitatory) spiny stellate cells are organized in the barrels of layer 4. they receive excitatory synaptic fibres from the thalamus and process feed forward excitation to 2/3 layer of v1 visual cortex to pyramidal cells. cortical spiny stellate cells have a 'regular' firing pattern. stellate cells are chromophobes, that is cells that does not stain readily, and thus appears relatively pale under the microscope.
stellate cell
pinnacle, working in partnership with the city of york council started trials of public wifi beginning 2013, with strong publicity, the trial was a success and was later rolled out permanently under phase 1, this initially covered coney street; the main shopping street in york. wifi range was later expanded into other streets, allowing for continual use with your connected device relaying signals to the nearest router, allowing for seamless connectivity whilst on the move. wifi range has again since been expanded to cover the entire of york city centre, the 6 park and ride sites, 14 council run libraries and 41 council owned buildings. wifi within the city centre is split into 15 'network zones' relaying signals to the previous and next router in the sequence.
cityconnect wifi