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(32)   

• Identification of the nicotinic receptor subtypes expressed on dopaminergic terminals in the rat striatum.
  Michele Zoli and Milena Moretti and Alessio Zanardi and J. Michael McIntosh and Francesco Clementi and Cecilia Gotti J Neurosci22(20):8785--8789Oct2002.
  to Oxidopamine; Animals; Pathogen-Free Male; Agonists; Antagonists; Dopamine Precipitin Tests; Sprague-Dawley; Terminals; Inhibitors; Nicotinic; Ligands; Rats; Striatum; Protein Receptors, Subunits; Binding, Rats, Dopamine; Corpus Presynaptic Organisms Nicotinic Competitive; Specific Uptake by brian.mingus on Sep 16, 2008, 11:39 PM
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• Cholinergic involvement in the cortical and hippocampal Fos expression induced in the rat by placement in a novel environment.
  David Wirtshafter Brain Res1051(1-2):57--65Jul2005.
  to Animals; Nucleus; Male; Gyrus of Antagonists; Scopolamine; Sprague-Dawley; Behavior; Rats; Receptors, Habenula; Signal Muscarinic; Immunohistochemistry; Muscarinic Atropine; Rats, Variance; Hippocampus; Exploratory Cinguli; c-fos; Analysis Proto-Oncogene Hypothalamic Proteins Transduction Paraventricular Prosencephalon; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Dopamine receptor-mediated mechanisms involved in the expression of learned activity of primate striatal neurons.
  K. Watanabe and M. Kimura J Neurophysiol79(5):2568--2580May1998.
  to Sulpiride Iontophoresis; Microelectrodes; (R)-2,3,4,5-Tetrahydro-8-chloro-3-methyl-5-phenyl-1H-3-benzazepin-7-ol; Animals; D2; Antagonists; Potentials; Dopamine Action Striatum; Basal Receptors, Flupenthixol; Stimulation; Performance; Ganglia; Dopamine; Cerebral; Corpus Learning; Dominance, Macaca; Plasticity; Reward; Acoustic Psychomotor Neuronal by brian.mingus on Sep 16, 2008, 11:39 PM
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• Carbachol-induced inositol phosphate formation in rat striatum is mediated by both M1 and M3 muscarinic receptors.
  M. T. de la Vega and A. Nu~nez and J. A. Arias-Monta~no Neurosci Lett233(2-3):69--72Sep1997.
  to Animals; Inositol Muscarinic Phosphates; Piperidines; Preclinical; Rats, Corpus Pirenzepine; Antagonists; Wistar Drug Evaluation, Carbachol; Striatum; Rats; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Catechol-o-methyltransferase inhibition improves set-shifting performance and elevates stimulated dopamine release in the rat prefrontal cortex.
  E. M. Tunbridge and D. M. Bannerman and T. Sharp and P. J. Harrison J Neurosci24(23):5331--5335Jun2004.
  to Transmission O-Methyltransferase; Animals; Prefrontal Nitrophenols; Serotonin Catechol Dopamine; Synaptic Antagonists; Norepinephrine; Benzophenones; Enzyme Inhibitors; Schizophrenia; Cortex; Rats; Clozapine; Catecholamines; Microdialysis; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Met-enkephalin alteration in the rat during chronic injection of morphine and/or midazolam.
  G. A. Tejwani and A. K. Rattan Brain Res775(1-2):119--126Nov1997.
  to Narcotics; Animals; Anti-Anxiety Cord Tissue Agents; Male; Rats, Midazolam; Morphine; Antagonists; Proteins; Pituitary Methionine; Sprague-Dawley; Radioimmunoassay; Narcotic Enkephalin, Gland; Rats; Nerve Spinal by brian.mingus on Sep 16, 2008, 11:39 PM
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• Levodopa-induced changes in synaptic dopamine in patients with Parkinson's disease as measured by [11C]raclopride displacement and PET.
  J. Tedroff and M. Pedersen and S. M. Aquilonius and P. Hartvig and G. Jacobsson and B. Laangström Neurology46(5):1430--1436May1996.
  to Aged; Nucleus; Radioisotopes; Antiparkinson Male; Functional Laterality; Raclopride; Caudate Antagonists; Dopamine Carbon Levodopa; Humans; Striatum; Disease; Parkinson Emission-Computed Middle Motor Agents; Synapses; Tomography, Activity; Dopamine; Putamen; Corpus Female; Salicylamides; 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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• The role of D1-dopamine receptor in working memory: Local injections of dopamine antagonists into the prefrontal cortex of rhesus monkeys performing an oculomotor delayed-response task.
  T. Sawaguchi and P. S. Goldman-Rakic Journal of Neurophysiology71(2):515-528(1994)
  to Antagonists; Dopamine Eye Sulpiride, Movements; CCP Haloperidol; JRR, by brian.mingus on Sep 16, 2008, 11:39 PM
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• Neostriatal muscarinic receptor subtypes involved in the generation of tremulous jaw movements in rodents implications for cholinergic involvement in parkinsonism.
  J. D. Salamone and M. Correa and B. B. Carlson and A. Wisniecki and A. J. Mayorga and E. Nisenbaum and L. Nisenbaum and C. Felder Life Sci68(22-23):2579--2584Apr2001.
  to Receptors, Knockout; Receptor, Neostriatum; Parkinsonian Animals; Muscarinic; Motor Muscarinic Mice; Tremor Activity; Disorders; Jaw; Agonists; M4; Antagonists; Pilocarpine; Acetylcholine; Humans; Rats; Mice, by brian.mingus on Sep 16, 2008, 11:39 PM
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• Developments in the drug treatment of schizophrenia.
  G. P. Reynolds Trends Pharmacol Sci13(3):116--121Mar1992.
  to Antipsychotic Receptors, Neurotransmitter; Serotonin Dopamine; Agent; Antagonists; Dopamine Serotonin; s Humans; Opioid; Schizophrenia; sigma; Glutamate; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Modification of neocortical acetylcholine release and electroencephalogram desynchronization due to brainstem stimulation by drugs applied to the basal forebrain.
  D. D. Rasmusson and K. Clow and J. C. Szerb Neuroscience60(3):665--677Jun1994.
  to Urethane Kynurenic Cholinergic Animals; General; Mecamylamine; Mesencephali; Antagonists; Procaine; Tegmentum Scopolamine; Sprague-Dawley; Innominata; Electroencephalography; Rats; Glutamate; Microdialysis; Receptors, Acid; Tetrodotoxin; Mapping; Substantia Brain Magnesium; Rats, Cholinergic; Acetylcholine; Stem; Anesthesia, Female; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Muscarinic receptor antagonism of the nucleus accumbens core causes avoidance to flavor and spatial cues.
  Wayne E Pratt and Robert C Spencer and Ann E Kelley Behav Neurosci121(6):1215--1223Dec2007.
  to (Psychology) Avoidance N-Methylscopolamine; Animals; Food Behavior, Agents; Muscarinic Male; Flavoring Rats, Animal; Antagonists; Learning; Accumbens; Preferences; Sprague-Dawley; Reinforcement Cues; Rats; Operant; Conditioning, Eating; Nucleus by brian.mingus on Sep 16, 2008, 11:39 PM
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• Electrophysiological recordings and calcium measurements in striatal large aspiny interneurons in response to combined O2/glucose deprivation.
  A. Pisani and P. Calabresi and D. Centonze and G. A. Marfia and G. Bernardi J Neurophysiol81(5):2508--2516May1999.
  to Channel Calcium Excitatory Animals; Male; Tetrodotoxin Blockers; Antagonists; Amino Channels; Anoxia; Rats; Striatum; Calcium; Egtazic Glucose; Acid; Chelating Acid Agents; Potassium Electrophysiology; Rats, Corpus Interneurons; Wistar; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Dopamine-dependent prediction errors underpin reward-seeking behaviour in humans.
  Mathias Pessiglione and Ben Seymour and Guillaume Flandin and Raymond J Dolan and Chris D Frith Nature442(7106):1042--1045Aug2006.
  to Neostriatum; Agents; Computer Punishment; Male; Adult; Simulation; Dopamine; Antagonists; Models, Levodopa; Learning; Algorithms; Dopamine Reward Humans; Forecasting; Computers; Haloperidol; Behavior; Neurological; Female; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Clinical correlates of levodopa-induced dopamine release in Parkinson disease: a PET study.
  N. Pavese and A. H. Evans and Y. F. Tai and G. Hotton and D. J. Brooks and A. J. Lees and P. Piccini Neurology67(9):1612--1617Nov2006.
  to Radioisotopes; Disability Male; Treatment Raclopride; Synaptic Antagonists; Dopamine Carbon Levodopa; Administration Humans; Drug Terminals; Striatum; Disease; Parkinson Oral; Schedule; Agents; Administration, Outcome Dopamine; Corpus Presynaptic Positron-Emission Transmission; Evaluation; Tomography; Female; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Endogenous acetylcholine lowers the threshold for long-term potentiation induction in the CA1 area through muscarinic receptor activation: in vivo study.
  Saak V Ovsepian and Roger Anwyl and Michael J Rowan Eur J Neurosci20(5):1267--1275Sep2004.
  to Receptors, Hippocampus; Antagonists; Acetylcholine; Animals; Muscarinic Male; Long-Term Rats; Rats, Wistar; Potentiation; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Acetylcholine receptor effects on accumbal shell dopamine-mediated turning behaviour in rats.
  Shoko Moribe and Hiroko Ikeda and Michiko Sato and Gaku Akiyama and Satoshi Matsuzaki and Kazuya Hasegawa and Noriaki Koshikawa and Alexander R Cools Neuropharmacology49(4):514--524Sep2005.
  to Quinpirole; Cholinergic Combinations; Animals; Behavior, Male; Functional Laterality; Animal; Mecamylamine; Relationship, of Agonists; Antagonists; Time Dopamine Accumbens; Drug Drug; Carbachol; Dose-Response Rats; Receptors, Factors Interactions; Rotation; 2,3,4,5-Tetrahydro-7,8-dihydroxy-1-phenyl-1H-3-benzazepine; Rats, Variance; Dopamine; Cholinergic; Movement; Analysis Nicotinic Wistar; Nucleus by brian.mingus on Sep 16, 2008, 11:39 PM
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• Intra-amygdala infusions of scopolamine impair performance on a conditioned place preference task but not a spatial radial maze task.
  C. K. McIntyre and M. E. Ragozzino and P. E. Gold Behav Brain Res95(2):219--226Oct1998.
  to Scopolamine Animals; Performance; Male; Muscarinic Rats, Maze Antagonists; Injections; Learning; Sprague-Dawley; Rats; Operant; Psychomotor Conditioning, Amygdala; by brian.mingus on Sep 16, 2008, 11:39 PM
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• Regulation of phosphorylation of the GluR1 AMPA receptor by dopamine D2 receptors.
  Kerstin Haakansson and Stacey Galdi and Joseph Hendrick and Gretchen Snyder and Paul Greengard and Gilberto Fisone J Neurochem96(2):482--488Jan2006.
  to Quinpirole; Inbred C57BL; Animals; cAMP-Regulated Male; Mice; D2; Antagonists; Dopamine Amino Phosphorylation; AMPA; Mice, 32; Receptors, Knockout; Receptor, Acid Purines; Serine; Sequence; and A2A; Phosphoprotein Haloperidol; Threonine Adenosine by brian.mingus on Sep 16, 2008, 11:39 PM
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