ENLIGHT Courses

Neurobiology of Affective Disorders

Neurobiology of Affective Disorders is a bachelor (clinical psychology track) and master course (theoretical and experimental psychology track) which gives the students an extensive introduction of the most prevalent affective disorders, their genetic or environmental causes, the underlying brain mechanisms as well as new clinical methods to treat them.

About the course

Content

This course covers the following topics:

  • To cover a broad scope of existing and prevalent emotional disorders (anxiety disorders, depression, bipolar disorder, personality disorders, psychopathy, substance abuse, schizophrenia …).
  • For each of them, carefully introduce and review its actual neurobiological bases, from multiple angles (function, structure, neurotransmission and neurochemical factors). Because many of these disorders have distinctive neurobiological grounds and neural correlates, this course will contribute to help refine and improve the factual knowledge regarding the differential diagnosis and symptoms of these emotional disorders.
  • A clear transdiagnostic approach/theory (i.e., to identify common/generic vulnerability factors affecting the genesis and maintenance of these disorders) will be adopted. Moreover, throughout the course, a special emphasis will be put on translational research, enabling bridging the gap between these neuroscience findings (and hallmarks of these disorders) and clinical practice.

Learning outcomes

  • To identify the tight links between cognition and emotion
  • To learn and be able to describe different neuroscientific (brain-imaging) methods
  • To discuss a translational and transdiagnostic approach (and model) in psychiatry
  • To link neuroscientific evidence with concrete (clinical) cases or observations in the practice, and the other way around
  • To compare different conceptions and models in psychiatry, and to list their respective predictions, advantages, and drawbacks
  • To use different levels of analysis in order to better consider and understand psychiatric disorders
  • To find and discuss possible solutions for the problems pertaining to both the diagnosis and treatment of psychiatric disorders
  • To evaluate dynamic interaction effects occurring in different brain networks and report specific impairments arising in these networks as a result of genetic and/or environmental factors
  • To consider and explain current models and taxonomies in psychiatry (and experimental psychopathology) in a critical manner

Teaching methods

Lecture

Extra information on the teaching methods: This course assumes the responsible use of generative artificial intelligence (GAI). During the lessons, what this means will be explained.

Assessment

Assessment moments: end-of-term assessment

Examination methods in case of end-of-term assessment during the first examination period: Written assessment with open-ended questions

Examination methods in case of end-of-term assessment during the resit examination period: Written assessment with open-ended questions

Calculation of the examination mark: Written exam counts for 100% of the final mark.

Lecturer

Pourtois, Gilles: lecturer-in-charge

Course dates

This course takes place in the first semester of academic year 2025-2026:

  • Educational activities: September 22 to December 12, 2025
  • Catch-up activities: December 15 to December 20, 2025
  • Christmas recess: December 22, 2025 to January 2, 2026
  • Examination period: January 5 to January 31, 2026
  • Resit examination period: August 17 to September 12, 2026

There will be one online lecture per week from September 22, 2025 to December 12, 2025. The schedule will be announced later. Lectures will be recorded.

  • Entry requirements: basic knowledge of cognitive psychology and research methods in psychology
  • Type: virtual course
  • Level: Bachelor 3, Master 1
  • Host: Ghent University
  • Courses – Focus area: Health and Well-being
  • Study Field: Medicine and Pharmacy, Social Sciences, Economics and Law
  • Course dates: 22 Sep 2025 - 31 Jan 2026
  • Apply by: September 2025 (to be confirmed)
  • ECTS: 4
  • Number of places available: 25 in total. Number of places per university will be confirmed.