Pre-Veterinary Medicine Program
Students interested in pursuing a Doctor of Veterinary Medicine (DVM) degree should major in Biology. Students should review the admissions requirements for the veterinary schools of their choice. We recommend that students complete the following courses (in addition to major requirements) for preparation for admission and success in veterinary school:
- BIOL2560 Nutrition
- BIOL3120 Internship in Biological Sciences
- BIOL3420 Human Anatomy
- BIOL3440 Human Physiology
- BIOL3500 Applied Pharmacology
- BIOL4310 Biochemistry
- BIOL4400 Immunology
- BIOL4450 Molecular and Cellular Biology
- MATH1380 Introduction to Statistics
- MATH1510 Calculus I
During summers, students should consider internships or volunteer experiences at local veterinary hospitals or clinics to gain practical experience. Most students take the GRE exam (or MCAT for some schools) in April of their junior year and begin to apply to veterinary schools during the summer following their junior year. Early application using the VMCAS application service is strongly recommended.
Courses for Pre-Veterinary Medicine
BIOL2560 Nutrition 3 s.h.
Study of the principles upon which the science of nutrition is based and the analysis of the principles of nutrition as related to health and disease. Goal 1A
BIOL3120 Internship in Biological Sciences 1 – 3 s.h.
Developed in conjunction with and approved by an appropriate faculty member in the Biological Sciences. This internship will be with professionals who are in career areas relating to majors in the department and may be pursued abroad. The student is responsible for arranging their internship. May be repeated for a maximum of 9 semester hours. (Graded on a Pass/Fail basis.) Prerequisite: Instructor’s consent. Goal 1A
BIOL3420 Human Anatomy (3-2) 4 s.h.
A study of gross human anatomy utilizing charts, three dimensional models, computer simulations, and dissection of mammalian animals. The course will discuss regional and surface anatomy to establish the relationships of the various organ systems of the body. Additional fee required. Prerequisites: BIOL1400 or BIOL2100. Goal 1A
BIOL3440 Human Physiology (3-2) 4 s.h.
A systems oriented study of the function of the human body on the cellular, tissue, organ, and organ-system levels with an emphasis on medical physiology. Laboratory includes computer simulations and use of Biopac equipment. Additional fee required. Prerequisites: BIOL3420 (grade of C or better strongly recommended) and one semester of chemistry. Goal 1A
BIOL3500 Applied Pharmacology 3 s.h.
A general study of the rationale for current drug therapy including classification of medication, mechanisms of action, main therapeutic effects, clinical indications, adverse reactions, and drug interactions. Does not substitute for NURS3450. Prerequisites: CHEM1330 or CHEM3410. Goal 1A
BIOL4310 Biochemistry (also CHEM4310) (3-3) 4 s.h.
An introduction to biologically important molecules and metabolic pathways and the laboratory techniques used to study and characterize them. Additional fee required. Prerequisite: CHEM3420/3421 and BIOL2100. Goal 1A
+ BIOL4400 Immunology 3 s.h.
Investigation of the innate and adaptive immune system, including inflammation, B and T cell development and function, immunization and its role in human health. Prerequisites: BIOL2100 and BIOL2360 (grade of C or better strongly recommended). Goal 1A
+ BIOL4450 Cell Biology (3-3) 4 s.h.
Investigation of the fine structures and functions of the cell and its parts. Includes an in-depth study of: 1) the regulatory mechanisms involved in cellular processes, such as transport of material, cell division, metabolism, signal transduction and apoptosis and 2) the fine structures, such as the different eukaryotic organelles, cytoskeleton, and prokaryotic appendages. Additional fee required. Prerequisite: BIOL2100 (grade of C or better strongly recommended). Goal 1A
MATH1380 Introduction to Statistics 3 s.h.
Data analysis and measures of central tendency, dispersion, and correlation. Introduction to probability. Estimation and hypothesis testing. Bivariate regression. Elementary ANOVA. Introduction to nonparametric techniques. Prerequisite: 1 year high school algebra. Goal 3A, ELO6 Math
MATH1510 Calculus I 3 s.h.
Limits, continuity, derivative, mean-value theorem, simple integration, fundamental theorem of calculus. Prerequisite: 2 years high school algebra. Goal 3A, ELO6 Math
+ Denotes an alternate year course.