google.visualization.Query.setResponse({version:'0.5',reqId:'0',status:'ok',table:{cols:[{id:'col1',label:'t',type:'string'},{id:'col5',label:'latlong',type:'string'},{id:'col4',label:'sd',type:'string'},{id:'col0',label:'ref',type:'number'},{id:'col3',label:'nl',type:'string'}],rows:[{c:[{v:'Cortical pyramidal layer 6 thalamic projecting'},{v:'82.129914, -128.492728'},{v:'Viewpoint: Neuroanatomically, C6t appears to function in conjunction with C3b and Ts to facilitate cortico-thalamocortical oscillations.'},{v:42.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_pyramidal_cell_layer_5-6\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Basket Cells - Interneuron'},{v:'82.298843, -136.764412'},{v:'Viewpoint: Neuroanatomically, interneurons appear to synchronize information processing and facilitate excitatory competition through localized vertical and horizontal inhibitory projections enabling cortical information processing.'},{v:43.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_basket_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Claustrum'},{v:'79.169332, -101.578756'},{v:'Viewpoint: Neuroanatomically, the claustrum appears to integrate cortical information from C6m neurons and provide feedforward excitatory input to inhibitory neurons in L4 of the cerebral cortex.'},{v:24.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Claustrum\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Spinal cord'},{v:'79.295231, -108.353223'},{v:''},{v:25.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Spinal_cord\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Globus pallidus internal segment / Substantia nigra pars reticulata'},{v:'77.587668, -131.104898'},{v:'Viewpoint: Neuroanatomically, the Gpi/Snr appears to perform precise temporal action triggering in the intralaminar and ventral thalamus through disinhibition.'},{v:26.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Globus_pallidus_internal_segment\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cortical pyramidal layer 5/6 cortically projecting'},{v:'81.870664, -154.898681'},{v:'Viewpoint: Neuroanatomically, C56 appears to function as corticocortical feedback output system.'},{v:27.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_pyramidal_cell_layer_5-6\47\76Neurolex entry\74/a\076'}]},{c:[{v:'Pons'},{v:'77.247912, -106.484677'},{v:'Viewpoint: Neuroanatomically, the pons integrates and transmits cortically evoked C5p output to the cerebellum. The cerebellum appears to be a control system for fine tuning and stabilizing sequences of movement and cognitive behaviors through the ventral thalamus.'},{v:20.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Pons\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Deep Cerebellar Nuclei'},{v:'76.701662, -102.122826'},{v:'Viewpoint: Neuroanatomically, the pons integrates and transmits cortically evoked C5p output to the cerebellum. The cerebellum appears to be a control system for fine tuning and stabilizing sequences of movement and cognitive behaviors through the ventral thalamus.'},{v:21.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Deep_cerebellar_nuclear_complex\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cerebellum'},{v:'77.051090, -93.169956'},{v:'Viewpoint: Neuroanatomically, the pons integrates and transmits cortically evoked C5p output to the cerebellum. The cerebellum appears to be a control system for fine tuning and stabilizing sequences of movement and cognitive behaviors through the ventral thalamus.'},{v:22.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Cerebellum\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Basal Forebrain'},{v:'79.365467, -95.699470'},{v:'Viewpoint: Neuroanatomically, the basal forebrain appears to provide cholinergic input to the cerebral cortex to learn and activate an output behavior mapping between C3b and C5p neurons.'},{v:23.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Basal_forebrain\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Intracortical projections'},{v:'84.521579, -162.295363'},{v:'Viewpoint: Neuroanatomically, an organization appears to exist where cell assemblies form intracortically in functional modules within select layers to encode perceptions.'},{v:44.0},{v:''}]},{c:[{v:'Cortical pyramidal layer 3a cortically projecting'},{v:'83.892072, -146.814992'},{v:'Viewpoint: Neuroanatomically, C3a appears to function as a corticocortical feedforward output system.'},{v:28.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Layer_3_Pyramidal_Neuron\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cortical pyramidal layer 2 cortically projecting'},{v:'84.223447, -152.188791'},{v:'Viewpoint: Neuroanatomically, C2 appears to function as corticocortical feedback input system.'},{v:29.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_pyramidal_cell_layer_2-3\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Double Bouquet Cells - Interneuron'},{v:'83.713192, -111.388660'},{v:'Viewpoint: Neuroanatomically, interneurons appear to synchronize information processing and facilitate excitatory competition through localized vertical and horizontal inhibitory projections enabling cortical information processing.'},{v:40.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_bouquet_double_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cortical layer 6 claustrum projecting'},{v:'81.341635, -101.534768'},{v:'Viewpoint: Neuroanatomically, C6m appears to function in coordination with C5s neurons to integrate action suggestions for transmission to the claustrum.'},{v:41.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_pyramidal_cell_layer_5-6\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cortical Layer 1'},{v:'84.301458, -173.165633'},{v:'Viewpoint: Neuroanatomically, cortical layer 1 appears to be a plexus of dendrites and axons where a single axon projection can easily influence or activate multiple pyramidal neurons in different cortical layers to control a functional module.'},{v:1.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_layer_1\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Intercortical projections'},{v:'84.833525, -171.405633'},{v:'Viewpoint: Neuroanatomically, cell assembly to cell assembly associations form intercortically in a hierarchical layer dependent feedforward/feedback network.'},{v:0.0},{v:''}]},{c:[{v:'Martinotti Cells - Interneuron'},{v:'81.402258, -160.384304'},{v:'Viewpoint: Neuroanatomically, interneurons appear to synchronize information processing and facilitate excitatory competition through localized vertical and horizontal inhibitory projections enabling cortical information processing.'},{v:3.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_Martinotti_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cortical pyramidal layer 4 cortically projecting'},{v:'83.066783, -160.205367'},{v:'Viewpoint: Neuroanatomically, C4 appears to function as a corticocortical feedforward input system.'},{v:2.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_pyramidal_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Parahippocampal gyrus/periallocortex Layers 2/3'},{v:'79.357602, -171.179943'},{v:'Viewpoint: Neuroanatomically, the periallocortex appears to facilitate medium-term storage of associations, temporally acting between short-term and long-term memory, capable of mapping source C3b representations to target C3b representations in the isocortex.'},{v:5.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Parahippocampal_gyrus\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Corpus Callosum'},{v:'80.253468, -171.901920'},{v:'The corpus callosum is the large bundle of axonal fibers connecting the two hemispheres of the brain.'},{v:4.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Corpus_callosum\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Hippocampus / allocortex'},{v:'77.713005, -165.739133'},{v:'Viewpoint: Neuroanatomically, the hippocampus appears to associate perceptions in the isocortex through mapped representations in periallocortex based upon emotional context.'},{v:7.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Hippocampus\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Parahippocampal gyrus/periallocortex Layers 5/6'},{v:'78.784306, -171.039049'},{v:'Viewpoint: Neuroanatomically, the periallocortex appears to facilitate medium-term storage of associations, temporally acting between short-term and long-term memory, capable of mapping source C3b representations to target C3b representations in the isocortex.'},{v:6.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Parahippocampal_gyrus\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Specific thalamus - VA/VL'},{v:'78.155119, -151.043255'},{v:'Viewpoint: Neuroanatomically, the specific thalamus appears to drive the convergent reentrant selection of C3b and C6t perceptual representations in cortico-thalamocortical oscillations.'},{v:9.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Regional_part_of_thalamus\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Specific thalamus - P/LP, A/LD, MD'},{v:'78.193648, -156.115697'},{v:'Viewpoint: Neuroanatomically, the specific thalamus appears to drive the convergent reentrant selection of C3b and C6t perceptual representations in cortico-thalamocortical oscillations.'},{v:8.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Regional_part_of_thalamus\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Basket Cells - Interneuron'},{v:'83.450119, -99.855944'},{v:'Viewpoint: Neuroanatomically, interneurons appear to synchronize information processing and facilitate excitatory competition through localized vertical and horizontal inhibitory projections enabling cortical information processing.'},{v:39.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_basket_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cortical pyramidal layer 3b cortically projecting'},{v:'83.463915, -105.230312'},{v:'Viewpoint: Neuroanatomically, C3b appears to function as stable invariant perceptual representations in the cerebral cortex that are associated in short-term memory.'},{v:38.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Layer_3_Pyramidal_Neuron\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Thalamic reticular nucleus'},{v:'79.425636, -145.872928'},{v:'Viewpoint: Neuroanatomically, the TRN appears to function in gating thalamocortical information to regulate cognitive states.'},{v:11.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Thalamic_reticular_nucleus\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Thalamic reticular nucleus'},{v:'79.387605, -154.696101'},{v:'Viewpoint: Neuroanatomically, the TRN appears to function in gating thalamocortical information to regulate cognitive states.'},{v:10.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Thalamic_reticular_nucleus\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Intralaminar thalamus'},{v:'78.026446, -141.774393'},{v:'Viewpoint: Neuroanatomically, the intralaminar thalamus appears to excite the behavioral output of the lower layers of the cerebral cortex to accurately select C5p output and drive cortical behaviors.'},{v:13.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Intralaminar_nuclear_group\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Thalamocortical layer 1 projections'},{v:'78.023410, -145.279812'},{v:'Viewpoint: Neuroanatomically, the layer 1 thalamic projection appears to provide short latency cortical stimulation across widespread areas to activate and control cortical information processing.'},{v:12.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Thalamocortical_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Substantia nigra pars compacta'},{v:'76.618796, -126.133461'},{v:'Viewpoint: Neuroanatomically, the Snc appears to provide a differential dopamine reward signal to the striatum to learn start and stop action sequences.'},{v:15.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Substantia_nigra_pars_compacta\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Subthalamic nucleus'},{v:'78.504136, -134.09952'},{v:'Viewpoint: Neuroanatomically, the STN appears to provide a direct cortical mechanism to stop action triggering in the intralaminar thalamus through exciting the Gpi/Snr. A contrary hypothesis might suggest that the STN prepares desired output actions in Ti through increased inhibitory stimulation by the Gpi/Snr biasing future inhibitory rebound spikes.'},{v:14.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Subthalamic_nucleus\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Striatum matrix D2 receptor cells'},{v:'79.433068, -122.670618'},{v:'Viewpoint: Neuroanatomically, SmD2 appears as a C5s cortically evoked stop action mapping through the dual disinhibitory-disinhibitory indirect pathway SmD2 -\76 Gpe -\76 Gpi/Snr or the feedback pathway SmD2 -\76 Gpe -\76 SmD1 learned from negative dopamine reinforcement. '},{v:17.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Striatal_matrix_compartment\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Globus pallidus external segment'},{v:'78.259576, -124.803048'},{v:'Viewpoint: Neuroanatomically, SmD2 appears as a C5s cortically evoked stop action mapping through the dual disinhibitory-disinhibitory indirect pathway SmD2 -\76 Gpe -\76 Gpi/Snr or the feedback pathway SmD2 -\76 Gpe -\76 SmD1 learned from negative dopamine reinforcement.'},{v:16.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Globus_pallidus_external_segment\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Striatum patch'},{v:'77.421902, -115.716745'},{v:'Viewpoint: Neuroanatomically, Sp appears as a C5p cortically evoked dopamine based learning signal via the Sp -\76 Snc pathway in order to reinforce the two Sm pathways.'},{v:19.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Striosome\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Striatum matrix D1 receptor cells'},{v:'78.072695, -116.316745'},{v:'Viewpoint: Neuroanatomically, SmD1 appears as a C5s cortically evoked start action mapping through the disinhibitory direct pathway SmD1 -\76 Gpi/Snr learned from positive dopamine reinforcement. '},{v:18.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Striatal_matrix_compartment\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Martinotti Cells - Interneuron'},{v:'84.249147, -134.850991'},{v:'Viewpoint: Neuroanatomically, interneurons appear to synchronize information processing and facilitate excitatory competition through localized vertical and horizontal inhibitory projections enabling cortical information processing.'},{v:31.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_Martinotti_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cortical pyramidal layer 3b cortically projecting'},{v:'83.443657, -140.782292'},{v:'Viewpoint: Neuroanatomically, C3b appears to function as stable invariant perceptual representations in the cerebral cortex that are associated in short-term memory.'},{v:30.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Layer_3_Pyramidal_Neuron\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Chandelier Cells - Interneuron'},{v:'82.905602, -103.078135'},{v:'Viewpoint: Neuroanatomically, interneurons appear to synchronize information processing and facilitate excitatory competition through localized vertical and horizontal inhibitory projections enabling cortical information processing.'},{v:37.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_chandelier_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cortical pyramidal layer 5 pons projecting'},{v:'82.408650, -107.907007'},{v:'Viewpoint: Neuroanatomically, C5p neurons appear to form the physical and cognitive behavioral output of the cerebral cortex.'},{v:36.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_pyramidal_cell_layer_5-6\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cortical pyramidal layer 5 striatally projecting'},{v:'82.720063, -118.983971'},{v:'Viewpoint: Neuroanatomically, C5s appears to encode suggested action sequences within a cortical module for selection in the basal ganglia.'},{v:35.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_pyramidal_cell_layer_5-6\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Chandelier Cells - Interneuron'},{v:'83.763719, -125.092398'},{v:'Viewpoint: Neuroanatomically, interneurons appear to synchronize information processing and facilitate excitatory competition through localized vertical and horizontal inhibitory projections enabling cortical information processing.'},{v:34.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_chandelier_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cajal-Retzius Cells - Interneuron'},{v:'84.330963, -128.009797'},{v:'Viewpoint: Neuroanatomically, interneurons appear to synchronize information processing and facilitate excitatory competition through localized vertical and horizontal inhibitory projections enabling cortical information processing.'},{v:33.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_Cajal-Retzius_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Neurogliaform Cells - Interneuron'},{v:'84.045023, -130.432282'},{v:'Viewpoint: Neuroanatomically, interneurons appear to synchronize information processing and facilitate excitatory competition through localized vertical and horizontal inhibitory projections enabling cortical information processing.'},{v:32.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neurogliaform_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Cerebral Cortex'},{v:'84.531216, -140.829572'},{v:''},{v:45.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Cerebral_cortex\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Specific Thalamus'},{v:'77.357668, -152.604898'},{v:'Viewpoint: Neuroanatomically, the specific thalamus appears to drive the convergent reentrant selection of C3b and C6t perceptual representations in cortico-thalamocortical oscillations.'},{v:47.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Thalamus\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Basal Ganglia'},{v:'75.33,-129.704898'},{v:''},{v:49.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Basal_ganglia\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Thalamus'},{v:'76.037668, -153.104898'},{v:''},{v:48.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Thalamus\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Metencephalon'},{v:'75,-107.2'},{v:''},{v:52.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Metencephalon\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Parahippocampal gyrus'},{v:'75.33,-170.0'},{v:''},{v:50.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Parahippocampal_gyrus\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Interneurons'},{v:'84.55,-105.0'},{v:''},{v:53.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Neocortex_Martinotti_cell\47\76Neurolex Link\74/a\076'}]},{c:[{v:'Striatum'},{v:'76.6,-117.6'},{v:''},{v:51.0},{v:'\74a target\75\47_blank\47 href\75\47http://neurolex.org/wiki/Category:Striatum\47\76Neurolex Link\74/a\076'}]}],p:{totalrows:53}}})