"THE PREFRONTAL CORTEX: A TARGET FOR ANTIPSYCHOTIC DRUGS."
"CLOZAPINE DOES NOT REQUIRE 5-HT1A RECEPTORS TO BLOCK THE LOCOMOTOR HYPERACTIVITY INDUCED BY MK-801 CLZ AND MK-801 IN KO1A MICE."
"THE HUMAN AREA POSTREMA AND OTHER NUCLEI RELATED TO THE EMETIC REFLEX EXPRESS CAMP PHOSPHODIESTERASES 4B AND 4D."
"GENE-ENVIRONMENT INTERACTIONS: NEURODEGENERATION IN NON-MAMMALS AND MAMMALS."
"GABAA RECEPTOR AND CELL MEMBRANE POTENTIAL AS FUNCTIONAL ENDPOINTS IN CULTURED NEURONS TO EVALUATE CHEMICALS FOR HUMAN ACUTE TOXICITY."
"DOPAMINE RELEASE INDUCED BY ATYPICAL ANTIPSYCHOTICS IN PREFRONTAL CORTEX REQUIRES 5-HT(1A)RECEPTORS BUT NOT 5-HT(2A)RECEPTORS."
"IMPULSIVITY CHARACTERIZATION IN THE ROMAN HIGH- AND LOW-AVOIDANCE RAT STRAINS: BEHAVIORAL AND NEUROCHEMICAL DIFFERENCES."
ROLE OF DIFFERENT MONOAMINE RECEPTORS CONTROLLING MK-801-INDUCED RELEASE OF SEROTONIN AND GLUTAMATE IN THE MEDIAL PREFRONTAL CORTEX: RELEVANCE FOR ANTIPSYCHOTIC ACTION
QUANTITATIVE ANALYSIS OF THE EXPRESSION OF DOPAMINE D-1 AND D-2 RECEPTORS IN PYRAMIDAL AND GABAERGIC NEURONS OF THE RAT PREFRONTAL CORTEX
PYRAMIDAL NEURONS IN RAT PREFRONTAL CORTEX PROJECTING TO VENTRAL TEGMENTAL AREA AND DORSAL RAPHE NUCLEUS EXPRESS 5-HT2A RECEPTORS
PROBUCOL INCREASES GLUTATHIONE PEROXIDASE-1 ACTIVITY AND DISPLAYS LONG-LASTING PROTECTION AGAINST METHYLMERCURY TOXICITY IN CEREBELLAR GRANULE CELLS
PINDOLOL AUGMENTATION ENHANCES RESPONSE OUTCOMES IN FIRST DEPRESSIVE EPISODES
SPATIAL DISTRIBUTION OF PARKINSON'S DISEASE MORTALITY IN SPAIN, 1989-1998, AS A GUIDE FOR FOCUSED AETIOLOGICAL RESEARCH OR HEALTH-CARE INTERVENTION
A FUNCTIONAL LEPTIN SYSTEM IS ESSENTIAL FOR SODIUM TUNGSTATE ANTIOBESITY ACTION
EFFECTS OF EARLY VS. LATE INITIATION OF LEVODOPA TREATMENT IN HEMIPARKINSONIAN RATS.
EVIDENCE FOR DISTINCT ANTAGONIST-REVEALED FUNCTIONAL STATES OF 5-HYDROXYTRYPTAMINE(2A) RECEPTOR HOMODIMERS
METHILMERCURY DISRUPTS THE BALANCE BETWEEN PHOSPHORYLATED AND NON-PHOSPHORYLATED COFILIN IN PRIMARY CULTURES OF MICE CEREBELLAR GRANULE CELLS A PROTEOMIC STUDY
LACK OF CB1 RECEPTOR ACTIVITY IMPAIRS SEROTONERGIC NEGATIVE FEEDBACK
NEURONAL IN VITRO MODELS FOR THE ESTIMATION OF ACUTE SYSTEMIC TOXICITY
