BA in Biology in Cell and Molecular Biology Emphasis

4 Years On Campus Bachelors Program

University of Utah

Program Overview

The University of Utah’s BA in Biology with a Cell and Molecular Biology Emphasis explores life from the molecular and cellular level, focusing on DNA, RNA, proteins, cellular structures, gene expression, cell communication, differentiation, and replication. It suits students interested in biological research, biotechnology, medicine, and health-related fields, combining a broad biology foundation with advanced cell and molecular biology coursework and laboratory experience.

Curriculum Structure

Year 1: Students establish their scientific foundation through BIOL 1610 Fundamental Principles of Biology I, BIOL 1615 Fundamental Principles of Biology Lab I, and BIOL 1620 Fundamental Principles of Biology II, alongside mathematics, chemistry, general education, and language requirements. The BA sample plan also begins the language sequence with LANG 1010 and LANG 1020, while the biology sequence introduces students to laboratory-based study of biological systems.

Year 2: Students progress into more specialized biological concepts with BIOL 2020 Principles of Cell Biology or BIOL 2021 Principles of Cell Science (Honors) and BIOL 2030 Genetics, supported by chemistry and physics preparation. These courses build the foundation for understanding cellular structures, genetic information, and the mechanisms that underpin later cell and molecular biology study.

Year 3: The curriculum moves into upper-division biology, with the sample plan including a Cell & Molecular Biology elective, an Ecology, Evolution, and Environmental Biology elective, and additional biology laboratory work. Students following the Cell and Molecular Biology emphasis can choose advanced subjects such as BIOL 3150 Genomics & Bioinformatics, BIOL 3370 Microbial Biology, BIOL 3520 Biological Chemistry II, or BIOL 5120 Gene Expression.

Year 4: Students complete advanced study through an Integrative Organismal Biology elective, additional laboratory coursework, and BIOL 5000+ upper-division biology courses. Cell and Molecular Biology emphasis options include BIOL 5210 Cell Structure and Function, BIOL 5510 Genes, Development & Evolution, and laboratory courses such as BIOL 3525 Molecular Biology of DNA Lab or BIOL 5255 Prokaryotic Genetics, allowing students to deepen their research-oriented expertise.

Focus areas: Cell biology, molecular biology, genetics, genomics, gene expression, biological chemistry, microbial biology, DNA research, cellular structure and function, development and evolution.

Learning outcomes: Students develop knowledge of molecular and cellular structures and their functions, interpret genetic information and gene expression, design and conduct biological experiments, use mathematical and computational tools, and communicate biological concepts effectively; the Cell & Molecular Biology emphasis adds advanced literacy and experimental skills specifically in cellular and molecular biology.

Professional alignment (accreditation): The official University of Utah program information does not state a separate professional accreditation for the Biology BA or its Cell and Molecular Biology emphasis; the program is offered by the School of Biological Sciences within the University of Utah.

Reputation (employability rankings): The University of Utah reports that its Biological Sciences was ranked No. 55 nationally in the 2026 U.S. News & World Report graduate Biological Sciences rankings. The School of Biological Sciences also states that its biology and chemistry programs are among the top-ranked programs in their fields in Utah and among the top ten among public and private schools in the West.

Experiential Learning (Research, Projects, Internships etc.)

The University of Utah’s BA in Biology with a Cell and Molecular Biology Emphasis gives students practical experience through inquiry-based laboratory courses, advanced molecular biology laboratories, computational work, and faculty-mentored research. The School of Biological Sciences has approximately 50 research groups, spanning molecular and cell biology as well as other areas of biological science, so students can gain experience in active research environments while developing skills in experimental design, data interpretation, and scientific communication.

Students can build hands-on skills through these program-specific opportunities:

Cell and molecular biology laboratories: The emphasis requires an additional laboratory course, with options including BIOL 3525 Molecular Biology of DNA Laboratory, which investigates DNA structure, DNA damage, and DNA-repair mechanisms.
Biochemistry laboratory skills: BIOL 3515 Biological Chemistry Laboratory provides practical experience with spectrophotometry, enzyme kinetics, electrophoresis, and chromatography, together with computer-based data analysis and molecular modeling.
Inquiry-based experiments: BIOL 1615 Fundamentals of Biology Laboratory I introduces students to the scientific method through experiments focused on cells, genetics, and biochemistry, providing early laboratory experience.
Independent research: Students can take BIOL 4955 Individual Research, working on faculty-sponsored research projects. The research can count toward biology electives and laboratory requirements, with up to 3 credits and 2 lab units applicable.
Honors research: Students pursuing Biology Honors can complete three semesters of research experience through approved research options such as BIOL 4995 Biology Honors Research or BIOL 4955 Individual Research, followed by an honors thesis.
Faculty research exposure: BIOL 2870 Faculty Research Seminar introduces students to faculty research and experimental approaches, including research involving cells, biological nanomachines, molecular structure, brain function, and human physiology.
Computational tools: The Biology learning outcomes specifically include using mathematical and/or computational tools to study biology. The curriculum also includes advanced courses where computer simulation and applications are used extensively to examine biological processes.
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 provides laboratories equipped for modern biological research, with research spanning genomics, molecular biology, cell biology, biochemistry, structural biology, and neurobiology.
DNA sequencing facility: The School's facilities include an Illumina MiSeq high-throughput DNA sequencing system and an Agilent TapeStation for sequencing-library quality control, located in the Crocker Science Center.
Cell Biology research: The School's dedicated Cell Biology research area investigates how cells decode genetic information, respond to environmental signals, and maintain cellular structures and functions, providing a direct connection between the emphasis and active faculty research.

Progression & Future Opportunities

A BA in Biology with a Cell and Molecular Biology emphasis can prepare graduates for laboratory, biotechnology, biomedical research, healthcare, and scientific support careers. The University of Utah specifically notes that biology graduates move into biotechnology and biomedical research, health-related professions, quality-control industries, and advanced graduate or professional study.

Career roles: Molecular and Cellular Biologist, Biological Technician, Research Biologist, Biotechnology Laboratory Professional:

Career services: The School of Biological Sciences connects students with internships, research opportunities, scholarships, and its Careers & Professional Development Center. Biology majors can also receive academic credit for qualifying biology-focused internships of at least 50 hours through BIOL 4965.
Employment and salary: The University of Utah's career guide reports a 2025 median annual earning of about $93,000 for Molecular & Cellular Biologists, with 80% earning approximately $54,000–$162,000. For Biological Technicians, the university lists a $46,340 median annual wage. These are occupation-level figures rather than salaries guaranteed to University of Utah graduates.
Biotechnology opportunities: Utah has a growing biotechnology sector, and the University of Utah reports that bioscience-sector wages average approximately $96,000, compared with $65,000 across other industries in the cited state analysis. The university also states that it supplies a substantial share of Utah's life-science graduates and researchers.
University–industry connections: Biology students can access internships with organizations listed by the School of Biological Sciences, including BioFire Diagnostics, Intermountain Healthcare, Myriad Genetics, Knudra Transgenics, and T3S Technologies. T3S Technologies is specifically described by the university as a Salt Lake City biotechnology company working on bacterial expression systems for biologics and industrial products.
Research preparation: Students have access to approximately 50 research groups spanning molecular laboratory research through field biology. The School states that research experience is particularly valuable for students seeking postgraduate opportunities.
Graduation outcomes: The university's Biology catalog identifies career pathways in healthcare, biotechnology and biomedical research, agriculture and food systems, environmental consulting, public lands and wildlife management, conservation, education, and quality control, while also highlighting preparation for master's, PhD, and professional programs.
Long-term accreditation value: The University of Utah has maintained institutional accreditation through the Northwest Commission on Colleges and Universities (NWCCU) continuously since 1933. The university states that NWCCU accreditation evaluates educational quality, effectiveness, objectives, and institutional capacity for continued achievement.

Further Academic Progression: After completing the BA, students can continue into master's or PhD-level study in biological and biomedical sciences, including areas such as molecular biology, molecular/cellular/evolutionary biology, genetics, microbiology and immunology. The University of Utah's Bioscience programs provide graduate-level pathways in molecular biology, while its School of Biological Sciences identifies master's, PhD, and professional schools such as medicine, dentistry, pharmacy, and veterinary medicine as possible progression routes for biology graduates.