BS in Biology in Cell and Molecular Biology Emphasis

4 Years On Campus Bachelors Program

University of Utah

Program Overview

The BS in Biology with a Cell and Molecular Biology Emphasis at the University of Utah explores how cells function at the molecular level, covering DNA, RNA, proteins, cellular communication, differentiation, and replication, with applications in medicine, biotechnology, disease research, and genetic engineering. It suits students interested in laboratory-based biological research and prepares them to build a broad foundation in biology before developing advanced knowledge in cellular and molecular science.

Curriculum Structure

Year 1: Students begin with the scientific foundation required for the biology major, including BIOL 1610 Fundamental Principles of Biology I, BIOL 1615 Fundamental Principles of Biology Lab I, and BIOL 1620 Fundamental Principles of Biology II. The first year also establishes the chemistry, mathematics, physics, and general-education foundations that support later study in cell and molecular biology.

Year 2: Students progress into the core concepts of cellular and genetic biology through courses such as BIOL 2020 Principles of Cell Biology (or BIOL 2021 Principles of Cell Science) and BIOL 2030 Principles of Genetics, while completing the remaining science-core requirements. These courses develop understanding of cellular structures, genetic information, and biological processes before students move into upper-division specialization.

Year 3: The curriculum becomes more specialized, with Cell and Molecular Biology emphasis options including BIOL 5120 Gene Expression, BIOL 5210 Cell Structure & Function, BIOL 5510 Genes, Development, and Evolution, and other approved emphasis electives. Students also complete upper-division biology and laboratory requirements, developing the ability to connect molecular mechanisms with cellular and biological research.

Year 4: Students consolidate their advanced biology knowledge through additional 5000-level biology courses, upper-division laboratory work, and the remaining Cell and Molecular Biology emphasis requirements. Courses such as BIOL 5120 Gene Expression and BIOL 5210 Cell Structure & Function, together with advanced biology electives and research-oriented laboratory experiences, provide a strong platform for graduate study and biological research.

Focus areas:

Cell biology, molecular biology, genetics, gene expression, cellular structure and function, developmental biology, biological chemistry, DNA and genome biology, and biological research.

Learning outcomes:

Advanced knowledge of cellular and molecular structures and their functions; understanding of genetic information and gene expression; ability to interpret, design, and conduct biological experiments with a focus on cellular and biological research; use of mathematical and computational tools in biology; and effective communication of biological concepts.

Professional alignment (accreditation):

The University of Utah's official Biology program information does not state a separate professional accreditation specifically for the BS in Biology with Cell and Molecular Biology Emphasis. The program is offered through the School of Biological Sciences and forms part of the university's Biological Sciences bachelor's degree offerings.

Reputation (employability rankings):

The official University of Utah program and catalog pages reviewed do not publish a specific QS, Guardian, or other external employability ranking for this Biology emphasis; therefore, no ranking is stated here.

Experiential Learning (Research, Projects, Internships etc.)

The University of Utah’s Biology B.S. with Cell and Molecular Biology Emphasis combines inquiry-based laboratory work with opportunities to participate in faculty-led research focused on cells, DNA, proteins, genetics, and molecular processes. Students complete additional biology laboratory courses within the emphasis and can gain research experience through BIOL 4955 Individual Research, while the School of Biological Sciences provides access to modern research facilities and specialized equipment such as high-throughput DNA sequencing.

Students can develop practical skills through these program-specific opportunities:

Inquiry-based biology laboratories: BIOL 1615 Fundamentals of Biology Laboratory I introduces the scientific method through experiments focused on cells, genetics, and biochemistry, giving students early hands-on experience.
Molecular biology laboratory: BIOL 3525 Molecular Biology of DNA Laboratory provides practical investigation of DNA structure, DNA damage, DNA repair, and the consequences of unrepaired DNA damage.
Biochemistry laboratory techniques: BIOL 3515 Biological Chemistry Laboratory develops practical skills in spectrophotometry, enzyme kinetics, electrophoresis, and chromatography, together with computer-based data analysis and molecular modeling.
Independent research: BIOL 4955 Individual Research allows students to participate in faculty-sponsored independent research projects; up to 3 credits and 2 lab units can apply toward the Biology degree requirements.
Cell and molecular research: The School's research activities include cell biology, biochemistry and structural biology, developmental biology, genetics and genomics, and microbial biology, providing research environments closely aligned with the Cell and Molecular Biology emphasis.
DNA sequencing technology: The School operates an Illumina MiSeq high-throughput DNA sequencing device and an Agilent TapeStation for sequencing-library quality control, providing access to specialized molecular research infrastructure.
Advanced research environment: Biology students can work with faculty across research laboratories spanning molecular biology, genomics, cell biology, neurobiology, ecology, and evolution, with opportunities to collaborate across research areas.
Team-based learning: BIOL 5800 Advanced Topics in Biochemistry and Cell Biology uses a flipped-classroom and team-based learning approach and covers active research areas such as cellular metabolism, protein quality control, structural biology, signaling, and cellular trafficking.
Research facilities: The School of Biological Sciences is based in a complex of biology and science buildings near President's Circle, with laboratories equipped for a broad range of modern biological research.
Research-focused honors experience: Students in the Biology Honors program complete three semesters of research experience and can undertake BIOL 4995 Honors Research or BIOL 4955 Individual Research before completing an honors thesis.

Progression & Future Opportunities

The BS in Biology with a Cell and Molecular Biology Emphasis develops knowledge of cells, genes, biomolecules, and molecular processes, providing a foundation for careers in research, biotechnology, healthcare, and related life-science fields. The University of Utah also offers extensive undergraduate research opportunities, internships, and pathways into graduate and professional education, allowing students to build experience alongside their academic training.

Career roles: Molecular & Cellular Biologist, Research Scientist, Biological Laboratory Technician, Biotechnology Professional. The University of Utah's career guide specifically identifies molecular and cellular biologists as working in university research laboratories, pharmaceutical and biotechnology companies, government agencies, and medical research institutes.

Career services: U Career Success provides major- and industry-specific career coaches who help students develop resumes, prepare for interviews and networking events, and access opportunities through Handshake. Students can also attend career fairs and expos where employers recruit University of Utah students.
Employment and salary information: The University of Utah's career guide reports approximately $93,000 median annual earnings in 2025 for molecular and cellular biologists, with 80% earning between $54,000 and $162,000. These figures describe the occupation and are not a salary guarantee or a specific outcome for graduates of this degree.
Internship opportunities: Biology majors can receive academic credit for biology-focused internships requiring at least 50 hours of work. The School of Biological Sciences lists opportunities and organizations including Biofire Diagnostics, Intermountain Healthcare, Myriad Genetics, the Utah Department of Health, U.S. Geological Survey, and USDA-ARS.
University–industry connections: The School of Biological Sciences states that its undergraduate research streams include research sponsored by local industries, while its internship resources connect students with biotechnology and healthcare organizations such as T3S Technologies, Biofire Diagnostics, Intermountain Healthcare, and Myriad Genetics.
Research opportunities: Students can participate in faculty-sponsored independent research through BIOL 4955: Independent Research, which can count toward biology electives and laboratory requirements. The School has approximately 50 research groups spanning molecular bench research through ecology and fieldwork.
Long-term accreditation value: The University of Utah has maintained institutional accreditation through the Northwest Commission on Colleges and Universities (NWCCU) continuously since 1933. NWCCU accreditation confirms that the institution meets established standards for educational quality and effectiveness and undergoes an ongoing review cycle.
Graduation outcomes: The university does not publish a current, program-specific employment rate or graduation salary specifically for the Cell and Molecular Biology emphasis on the official program page. Official University of Utah material does document graduates using this emphasis for pathways including research and professional-school preparation, such as medical and dental education.

Further Academic Progression: After completing the bachelor's degree, students can continue into graduate-level study in molecular and cellular biology and related fields. The University of Utah's School of Biological Sciences offers the Molecular, Cellular & Evolutionary Biology (MCEB) graduate program, with research areas including cell biology, genetics and genomics, developmental biology, microbial biology, and biochemistry and structural biology.