Congresos
Interactive Monoaminergic Basis of Brain Disorders
Mojácar (Almería)
October 8 - 12 1997
The content of this congress, together with other contributions on the topic, are collected in vol. 4 of the series "Strategies for studying brain disorders".
PROGRAMME
- Tomás Palomo and Trevor Archer.
The interactive essence underlying the dopamine disease states.
S1. DISORDERS OF ANXIETY, DEPRESSION AND SOCIAL BEHAVIOUR
- Gerald Curzon, U.K.
Neurochemistry and drug treatment of depression and its implications. - R. John Rodgers, U.K.
Serotonin receptors and possible interactions in anxiety. - Peter Nordström, Sweden.
Survival analysis and psychobiology of suicide risk. - Victor Pérez-Sola, Spain.
Receptor interactions in clinical delayed response. - Herman Van Praag, The Netherlands.
Is depression a mood disorder?. - Philipp Cowen, U.K.
Serotonin in the pathophysiology of depression and the action of antidepressant drugs.
S2. SUBSTANCE ABUSE AND RELATED DISORDERS
- Jack Henningfield, USA.
Pathophysiology of nicotine dependence: Implications for the regulation of cigarettes and treatment of nicotine dependence. - Robert Balster, USA.
Interactions among monoaminergic and glutamatergic systems in the neural basis of substance abuse. - Miguel Casas-Brugé, Spain.
Effects of Naltrexone on the expression of environmental conditioned self-injurious behaviour in rats: Relevance in drug addictions. - Michael W. Oglesby, USA.
Tolerance to the subjective effects of CNRS stimulants. - Jorgen Engel, Sweden.
Neurochemical and behavioural studies on ethanol and nicotine interactions.
S3. SCHIZO-PSYCHOTIC DISORDERS
- Bita Moghaddam, USA.
Neurochemical and behavioural studies of dopamine-glutamate interactions. - Mark Geyer, USA.
Multiple Transmitters Modulate Prepulse Inhibition: Relevance to Schizophrenia. - Stevin H. Zorn, USA.
Pharmacological and Neurochemical Studies with the new antipsychotic ziprasidone. - Nicholas A. Moore, UK.
Expected neuropharmacological profiles of novel antipsychotic agents. - Torgny Svensson, Sweden.
Stabilization of mesocorticolimbic dopamine systems in psicosis by concomitant 5-HT2A and α1 receptor blockade. - Victor Peralta, Spain.
Clinical models of squizophrenia: A critical approach to competing conceptions. - Anna-Lena Nordström, Sweden.
Neuroimaging profiles of D2-5HT2 receptors.
S4. MOVEMENT DISORDERS
- Ulrich Ebert, Germany.
Monoamine interactions in animal models of epilepsy. - Trevor Archer, Sweden.
Functional effects of acute and chronic L-dopa upon hypokinesive MPTP mice: Glutamate antagonists and inhibitors of MAO/COMT. - Pierre Sokoloff, France.
Functional and therapeutic implications of D1/D3 receptor interactions. - Werner J. Schmidt, Germany.
Monoamine-glutamate interactions in motor activity and learning. - Erik Claveria, Spain.
Treatment profiles of compounds useful for the movement disorders. - Thomas N. Chase, USA.
Striatal dopaminergic-glutamatergic interactions: Contribution to response alterations to levodopa in advanced Parkinson’s disease.
S5. NEUROPHARMACOLOGY OF DRUG-RECEPTOR ACTIONS.
- Richard J. Beninger, Canada.
Dopamine-second messenger interactions in reward-related learning. - David Jackson, Sweden.
Nitric oxide synthase (NOS), phencyclide (PCP)-induced behaviours and schizophrenia - David Sanger, France.
Using drugs discrimination in rats to investigate the pharmacology of Dopamine D3 receptors. - Jorge Manzanares, Spain.
New agonists and antagonist of 5-HT1A receptor as potential tools in neuropsychiatric disorders. - Robert Dantzer, France.
Neuroimmune interactions and brain disorders.
S6. GENERAL CONSIDERATIONS DRUG-RECEPTOR INTERACTIONS IN BRAIN DISORDERS
- Alain Schotte, Belgium.
Functional correlates of neurotransmitter receptor occupancy by antipsychotic drugs in the rat brain: the induction of neurotensin mRNA. - Ivan Izquierdo, Brasil.
Brain neurotransmitter interactions: The model case of memory processing. - Peter Kalivas, USA.
Drug-and stress-induced psychotic behaviours implying multisystems. - Anna Sluzewska, Poland.
Immunologic factors in major depression and treatment resistant depression. - Tomás Palomo, Spain.
Interactive Monoaminergic Basis of Brain Disorders.
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