Neurobiology Major Requirements Offered:
Spring 2024 (You may need to clear your browser’s history to see an updated list)
New DNS courses for spring 2024:
NTP/NEURODPT 640 – Computational Neuroscience: From Single Cells to Whole Brain Models
ZOOLOGY 400 – Neuroanatomy and Systems
ZOOLOGY 400 – Brain Communication & Evolution
New Subject listing:
PHARMACY 632 – Neuroscience of Psychedelics
MATHEMATICS, STATISTICS, CHEMISTRY, AND PHYSICS
Calculus: MATH 211, 217, 221 or 275
Statistics: STAT 371 or 541
General Chemistry: (CHEM 103-104) or CHEM 109 or (CHEM 115-116)
Organic Chemistry: CHEM 341 or (CHEM 343 & 345)
General Physics 1 : PHYSICS 103, 201, 207, or 247
General Physics 2: PHYSICS 104, 202, 208 or 248
GENERAL BIOLOGY (Complete option 1, 2, or 3):
1. Introductory Biology 1 & 2: ZOOLOGY 151-152
2. Animal Biology + General Botany: ZOOLOGY 101-102 & BOTANY 130
3. Biology Core Curriculum: BIOCORE 381, 383, 485, 587 and two labs from: BIOCORE 382, 384, 486
LAB/RESEARCH EXPERIENCE (Complete ONE ):
1. Directed/Independent Study (A Highly Recommended High Impact Practice) – 3 credits in a 699 course, in any of the following subject listings. See note below.): ANATOMY, ANESTHES, BIOCHEM, BIOLOGY, BME, BMOLCHEM, CBE, CHEM, COMP BIO, CRB, CS&D, ED PSYCH, FAM MED, GENETICS, H ONCOL, KINES, MEDICINE, MED PHYS, MED SC-V, M M & I, MOL BIOL, NEURODPT, NEUROL, NEURSURG, NTP, NUTR SCI, OBS&GYN, ONCOLOGY, OPHTHALM, PATH, PATH-BIO, PEDIAT, PHM SCI, PHYSIOL, POP HLTH, PSYCH, PSYCHIAT, RADIOL, SURGERY, SURG SCI, ZOOLOGY (Integrative Biology).
PSYCH 621 – Topic: Capstone Mentored Research and Seminar, BME 399 – Independent Study.
Note: Only Directed Study courses taken after – and not concurrent with – the completion of Introductory Biology will count toward this requirement. However, you are encouraged to get into research as early as you can during your undergraduate career. How to find a research mentor
2. Two-semester Senior Thesis or Senior Honors Thesis: course number 691-692 or 681-682 in any of the departments listed in option 1.
3. Neuroscience Laboratory course (ONE COURSE):
ANAT+PHY 435 – Fundamentals of Human Physiology*
NTP/NEURODPT 640 – Computational Neuroscience: From Single Cells to Whole Brain Models
ZOOLOGY 400 – Topic: Neuroanatomy and Systems
ZOOLOGY 555 – Laboratory in Developmental Biology
ZOOLOGY 604 – Computer-based Gene and Disease/Disorder Research Lab
ZOOLOGY 612 – Comparative Physiology Lab
ZOOLOGY 616 – Lab Course in Neurobiology & Behavior
BIOCORE 486 – Principles of Physiology Lab
REQUIRED NEUROSCIENCE COURSES: (It is a good idea to take courses 1 and 2 as a Junior, as these courses can sometimes conflict with other Neuroscience electives)
1. Neurobiology: ZOOLOGY 523 (Offered Fall, Summer semesters)
2. Behavioral Neuroscience: PSYCH 454 (Offered Spring semester)
3. Neuroscience Seminar: ZOOLOGY 500 (Offered Fall, Spring semesters)
Distributed Neuroscience (DNS) Coursework (3 COURSES, no more than one course with an asterisk (*) may apply):
ANAT+PHY – 335 – Human Physiology*
ANAT+PHY – 435 – Fundamentals of Human Physiology*
AN SCI 373 – Animal Physiology*
BIOCHEM 501 – Introduction to Biochemistry*
BIOCHEM 508 – General Biochemistry 2*
BIOCHEM 645 – Molecular Control of Metabolism and Metabolic Disease*
BME 520 – Stem Cell Bioengineering*
BME 602 – Topic: Introduction to Neuroengineering
CS&D 210 – Neural Basis of Communication
CS&D 503 – Neural Mechanisms of Speech, Hearing & Language
ED PSYCH 326 – Mind, Brain and Education
ED PSYCH 506 – Topic: Brain & Behavioral Development
GENETICS 520 – Neurogenetics
KINES 531 – Neural Control of Movement
NTP 610 – Cellular and Molecular Neuroscience
NTP 611 – Systems Neuroscience
NTP 629 – Molecular and Cellular Mechanisms of Memory
NTP/NEURODPT 640 – Computational Neuroscience: From Single Cells to Whole Brain Models
NTP 651 – Methods for Neuroimaging Research
NTP 666 – Neuroscience of Consciousness and its Disorders
NTP 670 – Stem Cells and the Central Nervous System
NTP 675 – Topic: Trauma Physiology and Therapy
NTP675 – Topic: Brain Mapping in Health and Disease: Applications
NTP 675 – Topic: Functional Brain Imaging of Cognitive Disorders
NTP 675 – Topic: Molecular Mechanisms of Brain Damage
NTP 675 – Topic: Neuroendocrinology
NTP 675 – Topic: Reproductive Neuroendocrinology
NTP 675 – Topic: Nanotechnology in Neuroscience
NTP 677 – Basic Sleep Mechs and Sleep Disorders: From neurobiology to sleep Medicine
PHARMACY 632 – Neuroscience of Psychedelics
PHM SCI 310 -Drugs and Their Actions
PHM SCI 521 – Pharmacology I (only open to Pharm Tox double majors)
PSYCH 406 – Psychology of Perception
PSYCH 414 – Cognitive Psychology
PSYCH 505 – Topic: Cognitive Neuroscience: Bridging Mind and Brain
PSYCH 513 – Hormones, Brain, and Behavior
PSYCH 601 – Topic: Neural Basis of Cognitive Control
PSYCH 601 – Topic: Neuropsychology and Development
PSYCH 603 – Epigenetics and the Brain
PSYCH 606 – Hormones and Behavior
PSYCH 612 – Neuropharmacology
ZOOLOGY 400 – Topic: Brain Communication & Evolution
ZOOLOGY 400 – Topic: Music and the Brain
ZOOLOGY 400 – Topic: Neuronal Cell Biology in Health and Disease
ZOOLOGY 400 – Topic: Neuroscience and Society
ZOOLOGY 400 – Topic: Neural Control of Movement in Health &Disease
ZOOLOGY 400 – Topic: Neuroanatomy and Systems
ZOOLOGY 470 – Introduction to Animal Development*
ZOOLOGY 555 – Laboratory in Developmental Biology
ZOOLOGY 603 – Endocrinology
ZOOLOGY 604 – Computer-based Gene and Disease/Disorder Research Lab
ZOOLOGY 611 – Comparative & Evolutionary Physiology
ZOOLOGY 616 – Lab Course in Neurobiology & Behavior
ZOOLOGY 619 – Biology of Mind
ZOOLOGY 620 – Neuroethology Seminar
ZOOLOGY 625 – Development of the Nervous System
ZOOLOGY 655 – Modelling Neurodevelopmental Disease
ZOOLOGY 674 – Behavioral Neuroendocrinology
CREDITS REQUIRED FOR THE MAJOR: 30
Courses in the categories of GENERAL BIOLOGY, REQUIRED and DISTRIBUTED NEUROSCIENCE COURSEWORK, and LAB/RESEARCH listed above may contribute to a minimum of 30 credits in Biological Sciences courses required for the major. If needed, courses from this approved list may also count.
Important: Some of the courses in option 1 and 2 from the LAB/RESEARCH REQUIRMENT section above may require you to fill out a Course Authorization and return this to your Neurobiology advisor.
L&S STANDARDS FOR RESIDENCE & QUALITY OF WORK IN THE MAJOR
2.000 minimum GPA on all courses in the major
15 credits in Residence with a 2.000 GPA in upper level major courses (numbered 300 or higher)
15 credits in the major taken ON CAMPUS