Neuroscience

This is an archived copy of the 2022-2023 catalog. To access the most recent version of the catalog, please visit http://catalog.uoregon.edu.

http://neuroscience.uoregon.edu

Nicole Dudukovic, Director
info@uoregon.College
541-346-7225

Neuroscience is the interdisciplinary study of neural function, development, and behavior. The University of Oregon offers an undergraduate major in Neuroscience.  The graduate training program in neuroscience is centered in the Institute of Neuroscience (ion.uoregon.edu). Affiliated faculty members in the undergraduate major as well as participating faculty members in the graduate training program are drawn from the Departments of Biology, Human Physiology, and Psychology, along with the Phil and Penny Knight Campus for Accelerating Scientific Impact.

Graduate Studies

The Interdepartmental Neuroscience Graduate Program (INGP), administered through the Institute of Neuroscience offers robust graduate training in Neuroscience across departments at the University of Oregon.  The goal of INGP is to train students to think independently, creatively, and critically about problems in neuroscience. We aim to train students in a variety of  skills that will prepare students for  a successful research, teaching, policy or industry career. Students can enter INGP through the department of biology, human physiology, psychology, mathematics, and physics, depending on their interest. The majority of our students enter through the department of biology, which allows students to complete three rotations during their first year, in order to help students identify a laboratory in which to do their dissertation research. Students who enter through psychology, human physiology and mathematics begin in their dissertation labs immediately. Regardless of how students enter INGP, they are provided with a set of mentors at the peer, and faculty level. All graduate students are required to teach for at least one academic year during their graduate career; at least a portion of this teaching takes place the first year.

The two training programs we offer are: 1) cellular, developmental and molecular neuroscience, and 2) systems, cognitive and theoretical neuroscience. Students take courses and journal clubs specific to these topics to enhance their knowledge. 

Typical courses, journal clubs and meetings:

  • Cellular, Developmental and Molecular 
    • Courses: Molecular genetics, advanced biochemistry, developmental neurobiology, developmental genetics, cellular neuroscience, systems neuroscience. 
    • Journal clubs: developmental and cell biology, developmental neurobiology.
    • Meetings: developmental interest group, zebrafish groupie.  
  • Systems, Cognitive and Theoretical 
    • Courses: cellular neuroscience, systems neuroscience, cognitive neuroscience, computational neuroscience, combinatorics, stochastic processes, neural networks.
    • Journal clubs: systems neuroscience, theoretical neuroscience. 
    • Meetings: neural circuits and behavior, zebrafish groupie, joint theory lab meetings. 

Students who want to enter the neuroscience graduate program should apply to the PhD program of a participating department and indicate their interest in neuroscience. Typically, students interested in cognitive neuroscience apply to the psychology department; students interested in molecular, cellular, developmental, or systems neuroscience apply to the biology department. Such applications are reviewed by the neuroscience faculty as well as the departmental admission committee. Answers to specific questions about prerequisites and deadlines may be obtained by writing directly to one of the participating departments, University of Oregon, Eugene, Oregon 97403. Additional information about the Institute of Neuroscience may be obtained from the institute website. See also the Institute of Neuroscience section in the Research Centers and Institutes area of this catalog.

Courses

Biology. Molecular Genetics (BI 320), Cell Biology (BI 322), Developmental Biology (BI 328), Sensory Physiology (BI 353), Animal Physiology (BI 356), Neurobiology (BI 360), Experimental Course: [Topic] (BI 410) (Neurobiology of Motivation & Addiction, Neural Basis of Cognition, Neurogenetics),  Experimental Course: [Topic] (BI 410) (Analysis of Neural Data, Data Visualization, Matlab for Biologists), Protein Toxins in Cell Biology (BI 422), Molecular Genetics of Human Disease (BI 427), Systems Neuroscience (BI 461), Cellular Neuroscience (BI 463), Developmental Neurobiology (BI 466), Experimental Course: [Topic] (BI 510) (Neurobiology of Motivation & Addiction, Neural Basis of Cognition, Neurogenetics), Experimental Course: [Topic] (BI 510) (Analysis of Neural Data, Data Visualization, Matlab for Biologists), Protein Toxins in Cell Biology (BI 522), Molecular Genetics of Human Disease (BI 527), Systems Neuroscience (BI 561), Cellular Neuroscience (BI 563), Developmental Neurobiology (BI 566), Experimental Course: [Topic] (BI 610) (Advanced Cellular Neuroscience)

Human Physiology. Motor Control (HPHY 333), Sleep Physiology (HPHY 412), Neural Development (HPHY 432), Neurophysiology of Concussion (HPHY 433), Movement Disorders (HPHY 434), Clinical Neuroscience (HPHY 436),Sleep Physiology (HPHY 512), Neural Development (HPHY 532), Neurophysiology of Concussion (HPHY 533), Movement Disorders (HPHY 534), Clinical Neuroscience (HPHY 536)

Psychology. Biopsychology (PSY 304), Cognition (PSY 305), Music and the Brain (PSY 348), Psychoactive Drugs (PSY 383), Learning and Memory (PSY 433), Human Performance (PSY 436), Perception (PSY 438), , Brain Mechanisms of Behavior (PSY 445), Cognitive Neuroscience (PSY 449), Hormones and Behavior (PSY 450), Decision-Making (PSY 458), Cognitive Development (PSY 475), Learning and Memory (PSY 533), Human Performance (PSY 536), Perception (PSY 538), Brain Mechanisms of Behavior (PSY 545), Cognitive Neuroscience (PSY 549), Hormones and Behavior (PSY 550), Decision-Making (PSY 558), Cognitive Development (PSY 575), Experimental Course: [Topic] (PSY 610) (Advanced Cognitive Neuroscience)

Affiliated Faculty

Elliot Berkman, psychology

Melynda Casement, psychology

Robert Chavez, psychology

Paul Dassonville, psychology

Chris Doe, biology

Judith Eisen, biology

Tim Gardner, Knight Campus

Ian Greenhouse, human physiology

Tory Herman, biology

Benjamin Hutchinson, psychology

Adrianne Huxtable, human physiology

Santiago Jaramillo, biology

Brice Kuhl, psychology

Shawn Lockery, biology

Michelle Marneweck, human physiology

Ulrich Mayr, psychology

Luca Mazzucato, biology

David McCormick, biology

Adam Miller, biology

Kate Mills, psychology

James Murray, biology

Cris Niell, biology

Jennifer Pfeifer, psychology

Jonathan Reeder, Knight Campus

Margaret Sereno, psychology

Matt Smear, psychology

Nicki Swann, human physiology

Emily Sylwestrak, biology

Terry Takahashi, biology

Nash Unsworth, psychology

Philip Washbourne, biology

Michael Wehr, psychology

Monte Westerfield, biology

Dasa Zeithamova, psychology

Neuroscience

As outlined below, the Neuroscience majors consists of the following components:  1) foundation courses in the natural sciences; 2) math and statistics coursework; 3) life science fundamentals; 4) a core neuroscience sequence; 5) upper-division elective courses; and 6) advanced skills courses and/or research experience.  The total number of credits is 104-107 (depending on whether majors complete the General Biology Sequence or the Biology Honors Sequence). 

Foundation Courses in Natural Sciences:46-49
General Biology I: Cells
and General Biology II: Organisms
and General Biology IV: Mechanisms
Honors Biology I: Cells, Biochemistry and Physiology
and Honors Biology II: Genetics and Molecular Biology
and Honors Biology III: Evolution, Diversity and Ecology
General Chemistry I
and General Chemistry II
and General Chemistry III
Advanced General Chemistry I
and Advanced General Chemistry II
and Advanced General Chemistry III
General Physics
and General Physics
and General Physics
Foundations of Physics I
and Foundations of Physics I
and Foundations of Physics I
General Chemistry Laboratory
and General Chemistry Laboratory
and General Chemistry Laboratory
Introductory Physics Laboratory
and Introductory Physics Laboratory
and Introductory Physics Laboratory
Mind and Brain
Math and Statistics Courses:8
Calculus for the Biological Sciences I
Calculus I
Statistical Methods in Psychology
Statistical Methods I
Statistical Analysis of Biological Anthropology
Life Science Fundamentals:8
Medical Terminology
Scientific Investigation in Physiology
Core Neuroscience: Sequence order is recommended but not required18
Human Anatomy I
and Human Physiology I (Fall)
Biopsychology (Winter)
Neurobiology (Spring)
Upper Division Electives: 116
Molecular/Cellular/Developmental
Molecular Genetics
Cell Biology
Developmental Biology
Animal Physiology
Protein Toxins in Cell Biology
Molecular Genetics of Human Disease
Developmental Neurobiology
Neural Development
Systems
Sensory Physiology
Special Studies: [Topic]
Experimental Course: [Topic]
Systems Neuroscience
Motor Control
Sleep Physiology
Neurophysiology of Concussion
Movement Disorders
Clinical Neuroscience
Brain Mechanisms of Behavior
Hormones and Behavior
Cognitive
Experimental Course: [Topic] (Neural Basis of Cognition)
Cognition
Music and the Brain
Psychoactive Drugs
Learning and Memory
Human Performance
Perception
Cognitive Neuroscience
Decision-Making
Cognitive Development
Advanced Skills Courses and Research Experience8
Research: [Topic]
Thesis
Seminar: [Topic]
Experimental Course: [Topic] (Introduction to Programming for Biologists)
Experimental Course: [Topic] (Matlab for Biologists)
Experimental Course: [Topic] (Analysis Neural Data)
Techniques in Computational Neuroscience
Machine Learning
Research: [Topic]
Thesis
Research: [Topic]
Thesis
Applied Data Analysis
Total Credits104-107

All courses counted towards the Neuroscience Major requirements must be taken for a letter grade and passed with a grade of C or better.

At least 34 credits of coursework applied to the major must be taken at the University of Oregon.

Criteria for Honors

To graduate with Honors in Neuroscience, the following requirements must be met:

  1. A completed Neuroscience Honors application with signature of a faculty research advisor from BI, HPHY or PSY
  2. Completion of all Neuroscience major requirements
  3. A minimum 3.5 GPA in all courses applied to the major
  4. At least three credits in BI 403, HPHY 403, or PSY 403 Thesis (These credits may be applied to the advanced skills courses and research experience requirement).
  5. Completion of an honors thesis under supervision of a committee, consisting of one BI, HPHY, or PSY faculty member and at least one other committee member (Ph.D. student, postdoctoral scholar, or faculty) from BI, HPHY, or PSY.

Four-Year Degree Plan

The degree plan shown is only a sample of how students may complete their degrees in four years. There are alternative ways. Students should consult their advisor to determine the best path for them.

Neuroscience Bachelor of Arts 

Degree Map
First Year
FallMilestonesCredits
CH 111 Introduction to Chemical Principles 4
MATH 111 College Algebra 4
WR 121 College Composition I 4
Language 101 4
 Credits 16
Winter
CH 221 General Chemistry I 4
CH 227 General Chemistry Laboratory 2
MATH 112 Elementary Functions 4
WR 123 College Composition III 4
Language 102 4
 Credits 18
Spring
CH 222 General Chemistry II 4
CH 228 General Chemistry Laboratory 2
MATH 246 Calculus for the Biological Sciences I 4
Language 103 4
 Credits 14
Second Year
Fall
BI 211 General Biology I: Cells 4
CH 223 General Chemistry III 4
CH 229 General Chemistry Laboratory 2
HPHY 211 Medical Terminology 3
Language 201 4
 Credits 17
Winter
BI 212 General Biology II: Organisms 4
HPHY 212 Scientific Investigation in Physiology 4
PSY 201 Mind and Brain 4
Language 202 4
 Credits 16
Spring
BI 214 General Biology IV: Mechanisms 4
PSY 302 Statistical Methods in Psychology 4
Core education course 4
Language 203 4
 Credits 16
Third Year
Fall
HPHY 321 Human Anatomy I 5
HPHY 322 Human Physiology I 5
PHYS 201 General Physics 4
BI 401
Research: [Topic]
or Research: [Topic]
or Research: [Topic]
2
 Credits 16
Winter
PSY 304 Biopsychology 4
PHYS 202 General Physics 4
Core education course 4
BI 401
Research: [Topic]
or Research: [Topic]
or Research: [Topic]
2
 Credits 14
Spring
BI 360 Neurobiology 4
PHYS 203 General Physics 4
Core education course 4
BI 401
Research: [Topic]
or Research: [Topic]
or Research: [Topic]
2
 Credits 14
Fourth Year
Fall
Upper-division NEURO elective 4
Core education course 4
Core education course 4
BI 401
Research: [Topic]
or Research: [Topic]
or Research: [Topic]
2
 Credits 14
Winter
Upper-division NEURO elective 4
Upper-division NEURO elective 4
Core education course 4
Elective course 1
 Credits 13
Spring
Upper-division NEURO elective 4
Core education course 4
Core education course 4
 Credits 12
 Total Credits 180

Neuroscience Bachelor of Science

Degree Map
First Year
FallMilestonesCredits
CH 111 Introduction to Chemical Principles 4
MATH 111 College Algebra 4
WR 121 College Composition I 4
Core education course 4
 Credits 16
Winter
CH 221 General Chemistry I 4
CH 227 General Chemistry Laboratory 2
MATH 112 Elementary Functions 4
WR 123 College Composition III 4
 Credits 14
Spring
CH 222 General Chemistry II 4
CH 228 General Chemistry Laboratory 2
MATH 246 Calculus for the Biological Sciences I 4
PSY 201 Mind and Brain 4
Elective course 1
 Credits 15
Second Year
Fall
BI 211 General Biology I: Cells 4
CH 223 General Chemistry III 4
CH 229 General Chemistry Laboratory 2
HPHY 211 Medical Terminology 3
 Credits 13
Winter
BI 212 General Biology II: Organisms 4
HPHY 212 Scientific Investigation in Physiology 4
Core education course 4
Core education course 4
 Credits 16
Spring
BI 214 General Biology IV: Mechanisms 4
PSY 302 Statistical Methods in Psychology 4
Core education course 4
Elective or Cultural Literacy course 4
 Credits 16
Third Year
Fall
HPHY 321 Human Anatomy I 5
HPHY 322 Human Physiology I 5
PHYS 201 General Physics 4
BI 401
Research: [Topic]
or Research: [Topic]
or Research: [Topic]
2
 Credits 16
Winter
PSY 304 Biopsychology 4
PHYS 202 General Physics 4
Core education course 4
BI 401
Research: [Topic]
or Research: [Topic]
or Research: [Topic]
2
Elective course 1
 Credits 15
Spring
BI 360 Neurobiology 4
PHYS 203 General Physics 4
Core education course 4
BI 401
Research: [Topic]
or Research: [Topic]
or Research: [Topic]
2
 Credits 14
Fourth Year
Fall
Upper-division NEURO elective 4
Upper-division NEURO elective 4
Core education course 4
BI 401
Research: [Topic]
or Research: [Topic]
or Research: [Topic]
2
 Credits 14
Winter
Upper-division NEURO elective 4
Upper-division NEURO elective 4
Core education course 4
Elective or Cultural Literacy course 4
 Credits 16
Spring
Upper-division NEURO elective 4
Elective courses 9
 Credits 13
 Total Credits 178