Learn to Lead the Way in Biochemistry
Challenging and interactive coursework and laboratory experiences engage you in investigating the structure and activity of molecules, as well as their reactions in living systems.
Develop an intellectual framework in the core components of biochemistry including chemistry, biology, physics and mathematics.
According to the Bureau of Labor Statistics, the median annual wage for biochemists is $94,270.
Experience an Exceptional Learning Environment
Conduct original scientific research alongside a faculty mentor, which can lead to local and national presentations or publication in a scholarly journal.
Gain hands-on experience with a robust suite of modern analytical tools in our high-quality facilities that include:
Computational Chemistry Laboratory
Biochemical Laboratory
Hultman Nanotechnology Laboratory
Instrumental Analysis Laboratory
INSPIRE YOUR ACADEMIC SUCCESS
Gain real-world knowledge through key biochemistry courses including:
Structural Biochemistry: Study the structure and function of biologically important compounds including amino acids, proteins, nucleic acids, enzymes, carbohydrates and lipids.
Biochemical Laboratory: Learn the introductory laboratory methods used to isolate, characterize and synthesize biologically important compounds.
Molecular Biology: Explore the synthesis of nucleic acids, discuss DNA-based information technologies and interpret experimental data.
ACHIEVE THE POSSIBILITIES
Students will gain a high-quality education and participate in advanced undergraduate research that will enable their success in the rigors of graduate school or in their profession in the field of biochemistry. In Gannon’s biochemistry program, students can:
Join industry-leading companies through internships or pursue summer research experiences supported by the National Science Foundation.
Build a foundation for further graduate research in chemistry, biochemistry or the health professions.
Secure highly sought-after careers in toxicology, pharmacology, microbiology, clinical chemistry, food science and agriculture.
STUDENT LEARNING OUTCOMES
Students apply their understanding of chemistry to solve problems in the classroom and laboratory.
Students apply the skills needed to evaluate and minimize safety risks associated with laboratory work.
Students solve scientific problems by working productively with diverse teams in the classroom and laboratory.
Students are able to communicate accurately using the language and symbolism of chemistry.
Students recognize and respect the ethical responsibilities inherent in scientific study.
Students are able to access, interpret and cite chemical literature.
Students demonstrate entry to graduate school, professional school, or chemistry-related careers.
