Course

Neuroscience Lab

University of California, Los Angeles

Psychology 116: Neuroscience Lab offers an in-depth laboratory experience covering various topics in behavioral neuroscience. Led by Dr. William Grisham from UCLA's Department of Physiological Science, the course includes:

  • Coordination and teaching of upper division laboratories
  • Selection and development of laboratory exercises
  • Computer-assisted learning
  • Administration of laboratory examinations
  • Training and supervision of graduate teaching assistants

Please note that some clips and images may have been blurred or removed to avoid copyright infringement. Students will engage with critical concepts and techniques in neuroscience, enhancing their understanding of the field.

Course Lectures
  • Behavioral Neuroscience I
    William Grisham

    This module introduces the foundational concepts of behavioral neuroscience, focusing on the intersection of behavior and brain function. Students will explore key topics such as:

    • The relationship between neural processes and behavior
    • Methods used in behavioral neuroscience research
    • Basic neuroanatomy relevant to behavior

    Additionally, students will participate in practical exercises that illustrate these concepts, facilitating a deeper understanding of how the brain influences actions and reactions.

  • Behavioral Neuroscience II
    William Grisham

    In this module, students will build on their understanding of behavioral neuroscience, focusing on advanced topics such as:

    • Neurotransmitter systems and their role in behavior
    • Impact of pharmacological agents on neural processes
    • Behavioral assays used to study brain function

    Hands-on activities will help students learn how to conduct experiments and analyze results related to these advanced topics, fostering critical thinking and analytical skills.

  • Behavioral Neuroscience III
    William Grisham

    This module covers the neural mechanisms underlying learning and memory. Key areas of focus include:

    • The biology of memory formation
    • Different types of memory systems
    • Neurological disorders affecting memory

    Students will engage in experiments that showcase these mechanisms, developing a comprehensive understanding of how memories are created and retrieved.

  • Behavioral Neuroscience IV
    Franklin Krasne

    This module emphasizes the role of emotions in behavior and decision-making. Key topics include:

    • Brain regions involved in emotional processing
    • The impact of emotions on cognitive functions
    • Research methods for studying emotions

    Students will participate in activities that illustrate the connection between emotions and behavior, enhancing their understanding of psychological concepts.

  • Behavioral Neuroscience V
    Franklin Krasne

    This module examines the effects of stress on the brain and behavior. Students will learn about:

    • The physiological response to stress
    • Long-term impacts of chronic stress
    • Behavioral adaptations to stress

    Through hands-on experiments, students will observe stress responses and their effects on behavior, gaining insights into the importance of managing stress.

  • Behavioral Neuroscience VI
    Franklin Krasne

    This module explores the development of the nervous system and its impact on behavior. Key topics include:

    • Stages of neural development
    • Critical periods in brain development
    • The influence of genetics and environment on behavior

    Students will engage in activities that illustrate how developmental changes can affect behavior throughout the lifespan.

  • Behavioral Neuroscience VII
    Barbara Knowlton

    This module delves into the neural basis of addiction and substance use disorders. Key areas of focus include:

    • Neurobiological mechanisms of addiction
    • Behavioral effects of various substances
    • Current treatment approaches for addiction

    Students will analyze case studies and participate in discussions that address the complex interactions between substances and brain function.