BS Molecular Genetics at The Ohio State University

Molecular genetics is the study of genes and the ways in which their RNA and protein products work together to make cells and organisms. By understanding genetic function at a molecular level, you will learn how normal organisms develop and function, and how genetic changes lead to disease. Studies in molecular genetics provided the foundation for new developments like gene therapy, RNA-based vaccines and personalized medicine. Through a major in molecular genetics, you will investigate and synthesize diverse fields including genetics, biochemistry, evolution, chemistry, genomics and others.

Faculty: Arts and Sciences  |  Study mode: full-time  |  Location: Columbus, OH, United States

What you will study

Molecular genetics majors build a strong scientific foundation that supports advanced course work in molecular biology and genetics. Prerequisite courses in math and science provide a critical foundation for future learning both in the program and in graduate study. These courses include: - general biology - calculus - general chemistry - organic chemistry - general physics The molecular genetics major requires successful completion of 30 credit hours. Five core courses provide training in genetics, biochemistry, cell biology, developmental genetics, and population and evolutionary genetics.

Career pathways

The rigorous scientific course work of the molecular genetics program prepares graduates a wide variety of career fields and graduate and professional programs. Many graduates pursue advanced professional degrees in fields such as medicine, dentistry, pharmacy or veterinary medicine, with over 20% enrolled in a professional degree program within two years of graduation.

Official programme page