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(108)   

• Resolution of uncertainty in prefrontal cortex.
  Wako Yoshida and Shin Ishii Neuron50(5):781--789Jun2006.
  to Theorem; Bayes Goals; Prefrontal Male; Adult; Markov Magnetic Models, Making; Resonance Perception Decision Humans; Cortex; Imaging; Neurological; Chains; Female; Space by brian.mingus on Sep 16, 2008, 11:39 PM
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• The role of the basal ganglia in habit formation.
  Henry H Yin and Barbara J Knowlton Nat Rev Neurosci7(6):464--476Jun2006.
  to Neurological, H.S., Animal, Humans, Support, Behavior, N. U. Intramural, S. Habits, Gov't, Animals, Models, I.H., Research Ganglia, Non-P. 16715055 Basal by brian.mingus on Sep 16, 2008, 11:39 PM
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• The neural basis of error detection: conflict monitoring and the error-related negativity.
  Nick Yeung and Jonathan D Cohen and Matthew M Botvinick Psychol Rev111(4):931--959Oct2004.
  to Potentials, (Psychology), Feedback, 15482068 Humans, Brain Computer Electroencephalography, Reaction Time, Conflict of Adolescent, Female, Models, Psychological, Analysis Mapping, Variance, Male, Evoked Scalp, Adult, Simulation, by brian.mingus and 1 other person on Sep 16, 2008, 11:39 PM
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• Striatal contributions to reward and decision making: making sense of regional variations in a reiterated processing matrix.
  Jeffery R Wickens and Christopher S Budd and Brian I Hyland and Gordon W Arbuthnott Ann N Y Acad SciMay2007.
  to Factors Animals; (Psychology); Ganglia; Pathways; Dopamine; Corpus Neural Time Models, Making; Learning; Accumbens; Decision Humans; Reinforcement Anatomic; Reward; Behavior; Striatum; Neurological; Nucleus Basal by brian.mingus on Sep 16, 2008, 11:39 PM
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• Real-time decoding of dopamine concentration changes in the caudate-putamen during tonic and phasic firing.
  B. Jill Venton and Hui Zhang and Paul A Garris and Paul E M Phillips and David Sulzer and R. Mark Wightman J Neurochem87(5):1284--1295Dec2003.
  to Inbred Microelectrodes; C57BL; Animals; Area Nucleus; Tissue Male; Mice; Nigra; Synaptic Caudate Potentials; Dopamine Action Glycoproteins; Neurons; Sprague-Dawley; Inhibitors; Rats; Mice, Ventral Plasma Substantia Modulators; Stimulation; Tegmental Rats, Membrane Electric Putamen; Dopamine; Models, Proteins; Transport Transmission; Uptake Nerve Neurological; by brian.mingus on Sep 16, 2008, 11:39 PM
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• The role of locus coeruleus in the regulation of cognitive performance.
  M. Usher and J. D. Cohen and D. Servan-Schreiber and J. Rajkowski and G. Aston-Jones Science283(5401):549--554Jan1999.
  to Neurological, H.S., Electrophysiology, Neurons, Animal, fascicularis, Locus Norepinephrine, Coeruleus, Behavior, U. S. 9915705 Gov't, P. Action Stimulation, Research Performance, Photic Non-P. Potentials, (Psychology), Macaca Support, Discrimination Non-U. Cognition, Animals, Models, Psychomotor by brian.mingus and 1 other person on Sep 16, 2008, 11:39 PM
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• Interlaminar connections in the neocortex.
  Alex M Thomson and A. Peter Bannister Cereb Cortex13(1):5--14Jan2003.
  to Neurological, Feedback, Signaling, Calcium Vision, Humans, Cells, Neurotransmitters, Cortex, S. Gov't, Action Research Pyramidal Potentials, Dendrites, Interneurons, Support, Afferent Rats, Non-U. Terminals, Cats, Animals, Presynaptic 12466210 Models, Thalamus, Efferent Neocortex, Synapses, Net, Nerve Visual Pathways, by brian.mingus on Sep 16, 2008, 11:39 PM
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• Regulation of quantal size by presynaptic mechanisms.
  D. Sulzer and E. N. Pothos Rev Neurosci11(2-3):159--212(2000)
  to H.S., Electrophysiology, Proteins, Probability, Phenotype, Cattle, Vesicles, Tyrosine S. Sprague-Dawley, Immunoelectron, Stimulation, Neurotransmitter Anti-Bacterial Cultured, Axons, Research Amine Dopamine, Adrenal Transmission, Poisson Non-U. Presynaptic Homeostasis, Vesicula, Models, Potassium, Transport Male, Neuropeptides, 3-Monooxygenase, Neurological, Neurons, Exocytosis, Cell Cells, Medulla, U. Distribution, Gov't, Synaptic P. RNA, Neurosciences, Microelectrodes, Transport, Electrochemistry, Hydrogen-Ion Agents, Mice, Transfection, Organelles, Macrolides, Glycoproteins, Support, Size, Messenger, Microscopy, Rats, Membrane Electric Concentration, Terminals, 10718152 Animals, Biogenic Monoamine r Chromaffin Immunohistochemistry, Vesicular Adenoviridae, by brian.mingus on Sep 16, 2008, 11:39 PM
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• The dual pathway model of AD/HD: an elaboration of neuro-developmental characteristics.
  Edmund J S Sonuga-Barke Neurosci Biobehav Rev27(7):593--604Nov2003.
  to Neurological, (Psychology), with Processes, Deficit Humans, Dis, orders, Cognition 14624804 Mental Neural Hyperactivity, Models, Psychological, Reinforcement Disorder Attention Pathways, by brian.mingus on Sep 16, 2008, 11:39 PM
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• Causal models of attention-deficit/hyperactivity disorder: from common simple deficits to multiple developmental pathways.
  Edmund J S Sonuga-Barke Biol Psychiatry57(11):1231--1238Jun2005.
  to H.S., Tests, Humans, (Computer), Cross-Over 15949993 Behavior, Interpersonal Disruptive Time, S. Group, Reward, Fourier Nervous Adolescent, Mental Screening, Method, Adaptation, Schedule, Drug Factors, Motivation, Research Disorder Conduct Child, Adolescent Dopamine, (Psychology), N. Non-U. Inhibition and Female, Models, Study, Mass Male, Psychomotor Attention Residence Pathways, Central Disorders, U. Treatment Social Comparative Gov't, Analysis, Extramural, P. Neural Time Disorder, Psychological, Administration Double-Blind Networks Parent-Child Neuropsychological System Performance, with Prognosis, Processes, Deficit Studies, Outcome, Support, Case-Control Reaction Relations, Peer Characteristics, Animals, Hyperactivity, Behavior Longitudinal Methylphenidate, I.H., Stimulants, by brian.mingus on Sep 16, 2008, 11:39 PM
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• Linking animal models of psychosis to computational models of dopamine function.
  Andrew J Smith and Ming Li and Suzanna Becker and Shitij Kapur Neuropsychopharmacology32(1):54--66Jan2007.
  to Psychotic Animals; Biological; Simulation; Animal; Disorders Predictive of Agonists; Antagonists; Potentials; Dopamine Action Tests; Neurons; Inhibitors; Conditioning, Value Learning Disease Classical; Computer Amphetamine; Dopamine; Disorders; Models, Uptake Haloperidol; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Dopamine, prediction error and associative learning: a model-based account.
  Andrew Smith and Ming Li and Sue Becker and Shitij Kapur Network17(1):61--84Mar2006.
  to Value (Psychology) Association Animals; Psychological; Electrophysiology; Predictive Motivation; Dopamine; of Potentials; Algorithms; Learning; Models, Tests; Action Humans; Neurons; Reinforcement Neurological; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Lexical ambiguity and its role in models of word recognition
  G. B. Simpson Psychological Bulletin96(2):316-340(1984)
  to ambiguity, Lexical CCP word recognition, JRR, models, by brian.mingus and 2 other people on Sep 16, 2008, 11:39 PM
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• Rapid decision threshold modulation by reward rate in a neural network.
  Patrick Simen and Jonathan D Cohen and Philip Holmes Neural Netw19(8):1013--1026Oct2006.
  to Animals; Computer Discrimination Psychological; (Psychology); Net; Reaction Simulation; Differential Neural Algorithms; Making; Models, Reward (Computer); Decision Humans; Networks Threshold; Nerve Time; by brian.mingus and 1 other person on Sep 16, 2008, 11:39 PM
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• The neurobiology of punishment.
  Ben Seymour and Tania Singer and Ray Dolan Nat Rev Neurosci8(4):300--311Apr2007.
  to Models, Punishment Humans; Animals; Neurobiology; Neurological; Motivation; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Temporal difference models describe higher-order learning in humans.
  Ben Seymour and John P O'Doherty and Peter Dayan and Martin Koltzenburg and Anthony K Jones and Raymond J Dolan and Karl J Friston and Richard S Frackowiak Nature429(6992):664--667Jun2004.
  to Neostriatum; Factors Stimulation; Classical; Punishment; Hand; Electric Pain; Magnetic Time Learning; Models, Resonance Humans; Cues; Imaging; Conditioning, Neurological; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Unraveling the attentional functions of cortical cholinergic inputs: interactions between signal-driven and cognitive modulation of signal detection.
  Martin Sarter and Michael E Hasselmo and John P Bruno and Ben Givens Brain Res Brain Res Rev48(1):98--111Feb2005.
  to Neurological, H.S., Cholinergic Humans, Acetylcholine, Cerebral U. Meynert, Cortex, Fibers, S. Gov't, P. of Detection 15708630 Research Basal (Psychology), Signal Support, Afferent Cognition, Animals, Models, Attention, Nucleus Pathways, by brian.mingus on Sep 16, 2008, 11:39 PM
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• Cognitive functions of cortical acetylcholine: toward a unifying hypothesis.
  M. Sarter and J. P. Bruno Brain Res Brain Res Rev23(1-2):28--46Feb1997.
  to Animals, 9063585 Models, Humans, Acetylcholine, Cerebral Biological, Cortex, Attention, Cognition, by brian.mingus on Sep 16, 2008, 11:39 PM
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• The human amygdala: an evolved system for relevance detection.
  David Sander and Jordan Grafman and Tiziana Zalla Rev Neurosci14(4):303--316(2003)
  to Neurological, Emotions, Evolution, (Psychology), Processes, Humans, Signal Computers, Amygdala, Animals, Magnetic Mental Models, Resonance Detection Theory, 14640318 Systems Imaging, by brian.mingus on Sep 16, 2008, 11:39 PM
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• Drugs used in the treatment of attention-deficit/hyperactivity disorder affect postsynaptic firing rate and oscillation without preferential dopamine autoreceptor action.
  D. N. Ruskin and D. A. Bergstrom and A. Shenker and L. E. Freeman and D. Baek and J. R. Walters Biol Psychiatry49(4):340--350Feb2001.
  to H.S., Inbred Prosencephalon, Time, S. Sprague-Dawley, Relationship, Drug, Globus Nervous of D1, ICR, Dopamine Methylphenida, Inhibition, search Glycerides, Arachidonic Factors, Research Disorder Dose-Response Dopamine, Ventral Withdrawal Non-U. Re, Catecholamines, D2, Autoreceptors, Endocannabinoids, Models, Study, Analysis Area, Male, Acids, Attention Central Neurons, 11239905 Animal, te, Excitatory Syndrome, U. Substance Comparative Gov't, Dextroamphetamine, P. Neural Time Action Variance, Newborn, Pallidus, System Agents, Mice, Receptors, Potentials, Antagonists, Agonists, with Postsynaptic Disease Deficit Support, Salicylamides, Aging, Tegmental Rats, Mesencephalon, Animals, Hyperactivity, Methylphenidate, (R)-2,3,4,5-Tetrahydro-8-chloro-3-methyl-5-phenyl-1H-3-benzazepin-7-ol, Quinpirole, Stimulants, by brian.mingus on Sep 16, 2008, 11:39 PM
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