Computer simulated neuronal network. This image was created using software called the 'TREES toolbox', which allows scientists to generate neuronal structures indistinguishable from those found in the real biological brain. A number of such synth
       
     
Images / Synthetic neocortical circuit
       
     
Images / All-Optical control
cerebellar_network_web.jpg
       
     
Images / Cerebellar network
cover_original2_web.jpg
       
     
Images / Synaptic connection
Network_cropped.jpg
       
     
Images / Purkinje cell network
Electrically coupled inferior olive neurons
       
     
Images / Coupled Inferior Olive Neurons
Purkinje neon glow 3_crop.jpg
       
     
Images / Purkinje dendrite
pyramidal_3D.JPG
       
     
Images / Pyramidal cell recording
Dendrites_GRC_cover_cropped.jpg
       
     
Images / Neocortical microcircuit
Inferior Olive Neurons
       
     
Images / Inferior Olive Neurons
pyramidal.jpg
       
     
Images / Pyramidal cell microcircuit
Receptive field subregion maps (X-Y is visual space, height is normalized spike rate) of the receptive field of three neurons in mouse primary visual cortex depicted using 3D meshes. All three neurons share the same receptive field subregion. Such h
       
     
Images / Receptive field map
test.jpg
       
     
Images / EM neuropil
Connectivity patters in inhibitory networks
       
     
Images / Inhibitory microcircuits