BS in Plant Biology: Cell Biology and Molecular Genetics

The BS in Plant Biology: Cell Biology and Molecular Genetics at Oklahoma State University combines plant-focused biology with molecular and genetic study, giving students opportunities to develop practical skills through laboratory work and research. Students can gain experience across plant biology, genetics, cell biology, and molecular techniques while accessing OSU’s research infrastructure, including controlled-environment facilities, greenhouses, the OSU Herbarium, and specialized molecular and genomic research facilities.

These program-specific opportunities include:

• Laboratory and research experience: The Cell Biology and Molecular Genetics option provides a focused curriculum in cell and molecular biology, genetics, and plant biology, while OSU specifically highlights research opportunities for Plant Biology students both in the field and in laboratories.
• Controlled-environment research: The Controlled Environmental Research Lab (CERL) provides access to programmable growth chambers with controlled temperature, lighting, and humidity, supporting experiments involving plant growth and development under defined environmental conditions.
• Greenhouses and research stations: OSU Ag Research operates more than 40 facilities, including laboratories, growth chambers, greenhouses, and research stations. The facilities include the Stillwater Agronomy Research Station, Entomology & Plant Pathology Farm, and Controlled Environmental Research Labs.
• Plant research field experience: The Entomology & Plant Pathology Farm is a 35-acre research station used for cultivar development, disease monitoring, variety evaluations, disease-control studies, insect-control work, and teaching-related demonstration plots involving crops such as wheat, peanuts, canola, soybeans, vegetables, and turfgrasses.
• Molecular and genomic research: OSU’s Biochemistry and Molecular Biology research environment includes the DNA Protein Core Facility and Center for Genomics and Proteomics, with research areas including plant biology and genetics, bioinformatics and computational genetics, epigenetics, and cell biology.
• Plant specimen resources: Students have access to the OSU Herbarium, which contains approximately 140,000–157,000 plant specimens, largely from Oklahoma and surrounding states, providing a valuable resource for plant identification and research.
• Field trips and student activities: The OSU Botanical Society organizes field trips to natural areas and botanic gardens, along with seminar speakers and educational outreach activities, giving Plant Biology students opportunities to connect classroom learning with living plant environments.
• Diagnostic and molecular techniques: OSU’s Plant Disease and Insect Diagnostic Laboratory uses microscopy, culture analysis, serology, molecular testing, and nematode extraction to investigate plant diseases and insect pests, providing a directly relevant scientific environment for students interested in plant health and molecular biology. 

The BS in Plant Biology: Cell Biology and Molecular Genetics prepares students for careers that combine plant science with modern cellular and molecular biology, including laboratory research, biotechnology, agriculture, and environmental science. Graduates can build careers as biological technicians, plant science technicians, laboratory technicians, or research assistants, while the program also provides a foundation for graduate and professional study.

Career and Employment Opportunities: Students can strengthen their transition from the classroom to professional employment through Oklahoma State University’s career resources, research opportunities, and connections with employers and agricultural and life-science organizations:

• Career support: OSU Career Services provides career advising, resume and cover-letter assistance, interview preparation, career fairs, employer events, job and internship resources, and Handshake access to help students identify employment and experiential-learning opportunities.
• Typical roles: Biological Technician, Laboratory Technician, Plant Science Technician, Research Assistant.
• Employment and salary figures: The U.S. Bureau of Labor Statistics reports a median annual wage of $52,000 for biological technicians in May 2024; OSU does not publish a program-specific employment rate or salary figure for this degree on its official program information.
• Research and industry connections: Students can gain experience through OSU’s plant and biological research environment, including faculty-led research in plant biology, cell biology, molecular genetics, plant physiology, genomics, and related areas.
• Accreditation value: Oklahoma State University is accredited by the Higher Learning Commission, providing institutional recognition that supports the long-term academic value and portability of the degree.
• Graduation outcomes: Graduates can enter laboratory, plant-science, biotechnology, agricultural, and research-related positions or use the bachelor’s degree as preparation for advanced study and professional programs.

Further Academic Progression: After completing the BS in Plant Biology: Cell Biology and Molecular Genetics, students can continue into master’s or doctoral programs in plant biology, botany, plant pathology, molecular biology, genetics, biotechnology, or related life-science disciplines. The degree can also provide a foundation for professional pathways where additional prerequisites and advanced qualifications are required.