Course Requirements
- General Course Requirements
- Area Course Requirements
- Molecular Area Course Requirements
- Program Course Requirements
- Suggested Courses for First Year Students by Programs
Area Course Requirements
All students pursuing the Ph.D. degree must complete one course from each of the following four areas:
- Quantitative
- Molecular
- Cellular
- Systems
The only exception to this policy is made for students who join one of the four Programs which have been approved by the Graduate Faculty to require an alternate group of specified courses (see Program Course Requirements). Those Programs are:
- Biochemistry and Molecular Biology
- Genes and Development
- Medical Physics
- Microbiology and Molecular
Courses must be completed with a grade of at least C (or demonstrate equivalent proficiency as determined by the Academic Standards Committee).
The primary and alternative courses approved by the Academic Standards Committee to satisfy the area course requirements are listed below.
Primary Courses
QUANTITATIVE
An introductory, graduate level course in the quantitative biophysical sciences.
- GS010014 Biomedical Statistics
- GS020183 Mathematics for Medical Physicists
- GS030102 Current Methods in Molecular Research (two semesters required)
- GS110013 Genetics and Human Disease
MOLECULAR
An introductory, graduate level course in which the major emphasis is the understanding of intracellular chemical processes and their biological control.
- GS020014 Fundamental Biological Principles of Molecular Imaging and Therapeutics
- GS030015 Metabolic Biochemistry
- MOL395C Molecular Biology II (UT-Austin; GSBS students enroll via a cooperative program in GS000610, Special Project: Course)
- GS030024 Topics in Biochemistry and Molecular Biology
- GS070063 Microbial Molecular Genetics
- GS130024 Molecular Basis of Cell Signaling
- GS140063 Molecular Neurobiology
CELLULAR
An introductory, graduate level course in which the major emphasis is the understanding of the structure, function and control of the individual cell as an autonomous biological unit.
- GS040013 Cell Biology
- GS040093 Biology of Cancer Metastasis
- GS040133 Cancer Cell Signaling
- GS060014 Immunology I
- GS070113 Microbial Physiology
- GS120043 Molecular and Cellular Pathology in Human Diseases
- GS120134 Functional Histology (UT-Science Park, Smithville, TX) (Formerly "Introduction to Histology")
- GS140143 Cellular Neurophysiology
SYSTEMS
An introductory, graduate level course in which the major emphasis is the understanding of the regulation of homeostatic and integrative functions of vertebrate or invertebrate organisms.
- GS040043 Molecular Principles of Virology
- GS040063 Cancer Biology
- GS040073 Developmental Biology
- GS040083 Basic Concepts of Tumor Biology (UT-Science Park, Smithville, TX)
- GS040203 Experimental Genetics
- GS120254 Cell and Systems Physiology
- GS140017 Neuroscience
- GS140024 Systems Neuroscience
Alternative Courses
In the event that students can demonstrate extensive (e.g. two undergraduate courses of at least three credit hours each, each passed with at least a grade of B) previous undergraduate academic experience in one or more of the areas, they may petition to substitute one of the following alternative courses to satisfy an area requirement.
The first step in this process is to get a one-page form from the GSBS Office of Academic Affairs (OAA). On this form you will need the signature of the director of a primary course in the particular area. For example, to substitute GS120063 Histology as an alternate course in the cellular area, you may seek approval from Dr. Roger O'Neil, director of the GS040013 Cell Biology course (indicated by his signature). The signed form is then submitted to the Office of Academic Affairs for final approval.
Of course, you are welcome to enroll in any of the alternate courses without this approval, but you will not receive area credit unless this process is completed.
MOLECULAR
- GS040123 Molecular Biology of Eukaryotic Cells
- GS040113 Mechanisms of Carcinogenesis
CELLULAR
- GS110023 Molecular and Cellular Approaches to Human Genetics
- GS120063 Histology


