Difference between revisions of "CircuitPlannedActions"
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Revision as of 12:57, 21 June 2015
Planned Actions Control
@@Home -> BiologicalLifeResearch -> CircuitPlannedActions
This page covers components and connections of circuit Planned Actions Control. Circuit is part of aHuman target integrated biological model.
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Components
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| Mind Area | Component ID | Component Name | Type | Function |
| AMA | BFA.FT.IPAC | Interstitial Anterior Commissural Nucleus | nucleus | Sharp, acute pain sensation |
| ECA | BGA.FD.STN | Subthalamus | nucleus | Perform action selection |
| BGA.FD.TH.CM | Centromedian Nucleus of Thalamus | nucleus | Control of level of cortical activity | |
| BGA.FD.TH.PF | Parafascicular Nucleus of Thalamus | nucleus | Stimulation of acetylcholine release in dorsal striata | |
| BGA.FT.ACC | Accumbens Nucleus | nucleus | Activate motor functions under attention | |
| BGA.FT.CN | Caudate Nucleus | nucleus | Excitation of correct action schemas and selection of appropriate sub-goals based on evaluation of action-outcomes | |
| BGA.FT.GPE | Globus Pallidus External | nucleus | Regulate and focus activity patterns in striatum, STN, GPi, and SNpr | |
| BGA.FT.GPI | Globus Pallidus Internal | nucleus | Output nuclei of basal ganglia to neocortex | |
| BGA.FT.PU | Putamen | nucleus | Stimulus-response, or habit, learning | |
| BGA.FT.SN.PC | Substantia Nigra Pars Compacta | nucleus | Fine motor control, temporal processing | |
| BGA.FT.SN.PR | Substantia Nigra Pars Reticulata | nucleus | Convey final processed signals of basal ganglia to thalamus and superior colliculus | |
| BGA.FT.VP | Ventral Pallidum | nucleus | Distinguish _wanting_ versus _liking_ enhancements | |
| BGA.HP.PPN | Pedunculopontine Nucleus | nucleus | Provide sensory feedback to cerebral cortex; modulatory | |
| EPA | CGA.FD.TH.AN | Anterior Nucleus of Thalamus | nucleus | Extended hippocampal system |
| CGA.NC.PACG | Pregenual Area | cortex, BA 33 | Sensation of Emotion | |
| CGA.NC.VACG | Ventral Anterior Cingulate Area | cortex, BA 24 | Seat of Free Will | |
| MCA | FBA.MM.VTA | Ventral Tegmental Area | nucleus | Respond to novel stimuli, unexpected rewards, and reward predictive sensory cues |
| EPA | FCA.NC.OMPFC | Orbitomedial Prefrontal Cortex | cortex, BA 10,11,12 | Personality |
| MMA | HBA.FD.TH.RH | Rhomboidal Nucleus of Thalamus | nucleus | Communication of information across memory delays to guide memory responses |
| MRA | MBA.MM.SC.DEEP | Deep Superior Colliculus | nucleus | Head and eye attention to non-visual stimuli |
| MAA | MCA.FD.TH.VA | Ventral Anterior Nucleus | nucleus | Relay BGA.SN, BGA.GPI, FCA.OMPFC, FCA.CG to MCA.PMC, MCA.SMC |
| MCA.FD.TH.VL | Ventral Lateral Nucleus | nucleus | Relay BSA.CR to MCA.MC | |
| MCA.NC.MC | Motor Cortex | cortex, BA 04 | Execution of required voluntary movements | |
| MCA.NC.PMC.F2 | Dorsal Caudal Premotor Cortex | cortex, BA 06 | Guiding reaching | |
| MCA.NC.PMC.F5 | Ventral Rostral Premotor Cortex | cortex, BA 06 | Shaping hand during grasping | |
| MCA.NC.PMC.FEF | Frontal Eye Field | cortex, BA 08 | Initiation of eye movements | |
| MCA.NC.SMC | Supplementary Motor Cortex | cortex, BA 06 | Process sequences of movements and coordinate bilateral movements | |
| BAA | SMA.NC.PG.S1 | Somatosensory Cortex | cortex, BA 01,02,03 | Muscle and skin receptors |
| SMA.NC.SPL.PG | Caudal Precuneus | cortex, BA 07 | Controlling spatially guided behavior with respect to visual and tactile information | |
| PCA | VBA.FD.LGN | Lateral Geniculate Nucleus | nucleus | Temporal decorrelation |
Connections
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