New Bulgarian University > Center for Cognitive Science > Preparatory Program > Course Description

COG559 Basis of Neuro-Psychopharmacology

  1. Aims:


  2. Objectives:
    On completion of the course students should be able to:


  3. Learning strategies:


  4. Overall duration and format:
    One semester (15 weeks) course with 2 hours lecturesearch/seminars and/or discussions.

  5. Credit hours: 3.

  6. Lecturer: Vasil Georgiev, MD, PhD, Dsc., Professor of neuro-psychopharmacology.

  7. Literature:
    M. J. Parnham and J. Bruinvels, eds.,

    Spiegel, R. and Aebi, H. J.,

    Changeux, J. P.,

    S. D. Iversen, (ed.),

    P. S. Emson, M. Rossor and M. Tohyama, (eds.) Elsevier,

    Squire, L. R.,

    S. M. Stahl, S. D. Iversen and E. C. Goodman, eds.,

    Gray, J. A.,

    Mc Gear, P. , Eccles, J. and Mc Gear, E.,

    Ryall, R. W.,

    Rang, H. P. and Dale, M. M.,

    Theoharides, Th. C. (Ed.),

    Martin, R. and Humphrey,


  8. Main Topics:

    Topic 1: General outline of pharmacology and particularly of neuro-psychopharmacology. Relationships of pharmacology (neuro-psychopharmacology) with other sciences - interdisciplinary approach of neuro-psychopharmacology.
    Required reading: the main textbooks.

    Topic 2: Pharmacological agents-definition. Sources of pharmacological agents. Ways of administration of pharmacological agents into organism. Basic mechanisms of action of pharmacologycal agents. Nonreceptor and receptor mechanisms of action of pharmacologycal agents. Basic principles of receptor theory for the action of pharmacological agents.
    Required reading: the main textbooks.

    Topic 3: Anotomo-physiologic basis of synaptic transmission. Biochemical organization of synapses with chemical transmission. Mechanisms of neural transmission in synapses - transmitter systems.
    Required reading: the main textbooks.

    Topic 4: Second messengers: cyclic nucleotides (cAMP, cGMP); inositidelinked second messengers (inosital triphosphate, diacylglycerol); nitric oxide, and their involvement in synaptic plasticity and learning.
    Required reading: the main textbooks.
    Additional reading:


    Topic 5: Cholinergic transmission. Acetylcholine- a cholinergic transmitter. Pharmacological aspects of biosynthesis, uptake, storage, release, metabolism of acetylcholine. Cholino- receptors - pre-and postsynaptic. Cholinergic influence of neuropsychic processes.
    Required reading: the main textbooks.

    Topic 6: Dopaminergic transmission. Dopamine- a dopaminergic transmitter. Pharmacological aspects of biosynthesis, uptake, storage, release, metabolism of dopamine. Dopamine receptors- pre and postsynaptic. Dopaminergic influence of neuropsychic processes.
    Required reading: the main textbooks.

    Topic 7: Adrenergic (noradrenergic) transmission. Catecholamines-noradrenaline and adrenaline as adrenergic neurotransmitters. Pharmacological aspects of biosynthesis, uptake, storage, release, metabolism of catecholamines. Adrenorecettors- pre and postsynaptic. Adrenergic influence of neuropsychic processes.
    Required reading: the main textbooks.

    Topic 8: Serotonergic (5-Hydroxytryptamine, 5-HT) transmission. Serotonin (5-hydroxytryptamine, 5-HT), a serotoninergic transmitter. Pharmacological aspects of biosynthesis, uptake, storage, release, metabolism of serotonin (5-HT). Serotonin (5-HT) receptors -pre and postsynaptic. Serotoninergic influence of neuropsychic processes.
    Required reading: the main textbooks.
    Additional reading:


    Topic 9: Inhibitory transmission. Inhibitory transmitters in brain-pre and postsynaptic inhibition. Gamma- aminobutyric acid (GABA), a major inhibitory transmitter. Participation of GABA in the central regulation of physiological functions. Pharmacological aspects of biosynthesis, uptake, release and metabolism of GABA. GABA- receptors pre and postsynaptic. GABAergic influence of neuropsychic processes. Glicine pharmacological aspects. Taurine- pharmacological aspects.
    Required reading: the main textbooks.
    Additional reading:


    Topic 10: Excitatory transmission. Excitatory transmitter in brain. Glutamate, a major excitatory transmitter. Participation of glutamate in the central regulation of physiological functions. Pharmacological aspects of glutamate receptors. Glutamatergic influence of neuropsychic processes.
    Required reading: the main textbooks.
    Additional reading:


    Topic 11: Peptidergic transmission. Classification of neuropeptides. Coordinate interaction of neuropeptides with neurotransmitters. Pharmacologicalaspects of the major neuropeptides: opioid peptides, cholecystokinin, angiotensin, vasopressin, oxytocyn, neurotensin. Peptidergic influence of neuropsychic processes.
    Required reading: the main textbooks.

    Topic 12: Learning and memory- basic cognitive processes. Pharmacological influence of learning and memory: cognition enchancers or nootropics. Pharmacological influence on Alzheimer disease.
    Required reading: the main textbooks.
    Additional reading:


    Topic 13: The state of anxiety- neuropsychological and neuropsychopharmacological approaches.
    Required reading: the main textbooks.
    Additional reading:


  9. Assessment:
    The knowledge obtained will be evaluated by:


  10. Prerequisites:
    COG418orCOG417/COG303, COG300/301.

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