Psych 312-2: Neurobiology and Behavior II


Course Description:

CONTENT: Neuroanatomical, electrophysiological, and biochemical substrates of psychological processes.

PREREQUISITES: 312-1 or equivalent; 205 recommended.

TEACHING METHOD: There are two (1 hour, 20 minute) lectures per week. There are reading assignments in a textbook as well as in selected papers from the primary literature in neurobiology. Lectures and readings are sometimes designed to overlap (e.g., when the material is especially difficult or controversial), but often these two sources of information are independent.

EVALUATION METHOD: Exams will cover lecture and reading material in approximately equal amounts. A midterm and non-cumulative final exam will each determine 50% of the final grade. Absence from a major exam will result in a score of zero for that exam unless a written medical explanation is presented.


Syllabus:

Psych 312-2 2009: Neurobiology and Behavior II Syllabus (PDF)


Textbooks:

Physiology of Behavior (9th Edition)

Carlson, Neil R. (2006). Physiology of Behavior

(9 th ed.). Boston: Allyn and Bacon.

 

Kenneth Hugdahl (2001). Psychophysiology: The Mind-Body Perspective (Perspectives in Cognitive Neuroscience) (3d ed.). Harvead University Press

 

Handbook of Psychophysiology

Extra reference:  

Handbook of Psychophysiology (2000). John T. Cacioppo (Editor), Louis G. Tassinary (Editor), Gary Berntson (Editor)

Book Chapters and Articles:

1. EEG Biofeedback ("Neurofeedback") and affective disorders

2. Applied Psychophysiology and Biofeedback of Event-Related Potentials (Brain Waves): Historical , Review, Future Directions

3. Interacting Brain Stem Components of Opiate-Activated, Descending, Pain-Inhibitory Systems

4. Brain Mechanisms and intellegence

Power Point Presentations:

1. ERP's in Deception, Malingering, and False Memories

2. Countermeasures to P-300-based Guilty Knowledge Tests of Deception (SPR, 2002)

3. A Novel Countermeasure-proof, P-300-Based Protocol for Detection of Concealed Information (SPR, 2007)

4. Operant Control of Sensory ERPs: Mechanisms and applications

5. Opiate Mechanisms

 


Last Update: Friday , March 7, 2008 at 6:00 AM