University of Missouri

What you'll study

This programme blends foundational courses in general and organic chemistry, cell and molecular biology, physics and calculus with advanced courses that focus on the chemical and physical principles underlying biological systems. Core topics typically include biochemistry, molecular genetics, cell biology, structural biology and biophysical methods.

• Introductory and organic chemistry with laboratory components
• General biology, cell biology and molecular genetics
• Calculus and introductory physics for life sciences
• Foundational and advanced biochemistry (macromolecular structure and metabolism)
• Biophysics topics such as thermodynamics, kinetics and spectroscopy as applied to biomolecules
• Laboratory courses emphasising protein and nucleic acid techniques, quantitative data analysis and experimental design
• Electives and seminars in areas like structural biology, proteomics, molecular imaging and systems biology
• Capstone or senior research project; many students participate in ongoing faculty research or independent projects

Entry requirements

Admission to the University of Missouri and to majors in the biological and chemical sciences is based on a holistic review of each applicant. Typical preparation includes a strong high-school record with coursework in biology, chemistry and mathematics. Successful applicants usually present:

• High-school or transfer transcript showing strong performance in science and math courses (including chemistry and algebra/trigonometry or calculus)
• Recommended completion of laboratory science courses and, where available, AP/IB credits that align with university requirements
• A personal statement or application essay that outlines interests and motivation for studying molecular life sciences
• Optional materials such as letters of recommendation, especially for transfer or competitive placements

Prospective transfer students should consult programme advisors for course equivalencies and prerequisites. Some internal majors may have progression requirements (for example, minimum grades in gateway chemistry/biology courses) to declare or remain in the major.

Career prospects

Graduates with a B.S. in Biochemistry, Biophysics and Molecular Biology move into a wide range of careers in industry, academia and healthcare. The degree provides both practical laboratory skills and theoretical grounding valued by employers and graduate programmes.

• Research technician or associate roles in biotechnology, pharmaceutical and life-science companies
• Further training in graduate programmes (MSc, PhD) for careers in research and academia
• Professional programmes such as medical, dental, veterinary or physician assistant schools
• Roles in clinical laboratories, regulatory affairs, quality control and bioinformatics
• Science communication, patent law (with additional legal training) and policy roles
• Teaching at secondary or community college level (with appropriate credentials)

Why study at University of Missouri

University of Missouri offers an environment that supports hands-on learning and undergraduate research within an R1 research university setting. Students in this programme can access modern laboratory facilities, core instrumentation and interdisciplinary research centres such as campus life‑sciences institutes that foster collaborations across chemistry, physics and biology.

• Opportunities for mentored research with faculty across molecular biology, biochemistry and biophysics
• Structured laboratory courses that emphasise experimental design, quantitative analysis and reproducibility
• Support services including advising, career services and pathways for professional-school preparation
• Connections to clinical and industrial partners in the region that can facilitate internships and applied experience

Overall, the programme is well suited to students who want rigorous preparation for scientific careers or further study and who value research experience and interdisciplinary training.