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Biochemistry / G protein coupled receptors / Atypical antipsychotics / Piperazines / Aripiprazole / Lactams / Quetiapine / 5-HT2A receptor / ELK1 / Biology / Chemistry / Signal transduction


Developmental changes in human dopamine neurotransmission: cortical receptors and terminators
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City

Parkville / /

Company

Creative Commons / BioMed Central Ltd. / AMP / /

Country

Australia / /

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Facility

The Florey Institute of Neuroscience / Kenneth Myer Building / The University of Melbourne / /

IndustryTerm

biological systems / growth factor signaling systems / non-dopamine receptor systems / /

MedicalCondition

quetiapine’s rapid dissociation / Schizophrenia Background Dysfunction / article resistant schizophrenia / schizophrenia / glioma cells / chronic in vivo mouse study / dyskinesia / /

Organization

Centre for Neuroscience / University of Melbourne / Department of Molecular Psychopharmacology / Florey Institute of Neuroscience and Mental Health / /

Position

author / Representative / /

Product

olanzapine / clozapine / haloperidol / LG PC12 Radio / /

Technology

Neuroscience / cell signaling / gene expression / /

URL

http /

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