Master of Science in Cancer and Cell Biology

2 Years On Campus Bachelors Program

University of Cincinnati

Program Overview

The Master of Science in Cancer and Cell Biology at the University of Cincinnati provides advanced training in cancer biology, cellular mechanisms, disease development and therapeutic research. This two-year, thesis-based programme combines specialised coursework, laboratory rotations and independent research, preparing students for careers in biomedical research, biotechnology and pharmaceutical industries, as well as further study through PhD and MD/PhD programmes.

Curriculum Structure

The programme requires 40 credit hours, comprising 13 credit hours of coursework and 27 credit hours of research. Full-time students are expected to complete the degree within two years, with the first year focusing on coursework and laboratory rotations, followed by advanced research and thesis completion.

First Year – Foundation in Cancer Biology and Research:

Students develop a strong understanding of cancer mechanisms and research methodologies through Cancer Biology & Therapeutics (26 CB 8080), covering cancer development and therapeutic approaches. They also undertake Data Critique (26 CB 9023) to strengthen their ability to evaluate scientific literature and research findings, alongside Ethics in Research (26 GNTD 7003) to understand responsible scientific practices. Laboratory rotations introduce students to different research groups, methodologies and faculty expertise.

Second Year – Advanced Research and Thesis Development:

Students concentrate on independent research through Research (26 CB 8081), which accounts for 27 credit hours across the programme. Working with their selected thesis adviser and committee, students develop research questions, conduct laboratory investigations, analyse experimental findings and complete their thesis. They also complete a Statistics Elective (3 credit hours) to strengthen their quantitative and analytical research capabilities.

Focus Areas

Cancer Biology, Cell Biology, Cancer Genetics, Molecular Oncology, Cancer Therapeutics, Tumour Biology, Cellular Signalling, Molecular Mechanisms of Disease, Translational Cancer Research, Biomedical Research and Experimental Biology.

Learning Outcomes

Develop an advanced understanding of cancer development and cellular mechanisms, evaluate scientific literature and research evidence, apply responsible research practices, understand cancer therapeutic approaches, conduct independent laboratory research, analyse and interpret experimental data, apply statistical methods to biological investigations, and communicate scientific findings effectively.

Professional Alignment (Accreditation)

The programme provides specialised research training in cancer and cell biology, supporting professional development in biomedical research, biotechnology and pharmaceutical sciences. The University of Cincinnati is institutionally accredited by the Higher Learning Commission (HLC), and its programmes are approved by the Ohio Department of Higher Education (ODHE). No separate programme-specific professional accreditation is listed for the MS in Cancer and Cell Biology.

Reputation (Research and Employability)

The University of Cincinnati is classified as a Tier 1 Carnegie Research Institution, offering students access to an active biomedical research environment. The Cancer and Cell Biology programme provides opportunities to work with more than 60 faculty mentors across the UC College of Medicine and Cincinnati Children's Hospital Medical Center. Faculty research publications include work in leading scientific journals such as Nature, Nature Medicine, Nature Cell Biology and Cancer Discovery.

Experiential Learning (Research, Projects, Internships etc.)

The MS in Cancer and Cell Biology offers substantial hands-on research experience through laboratory rotations, faculty-supervised investigations and thesis-based research. During the first year, students explore different research laboratories and methodologies before selecting a thesis laboratory that aligns with their interests. The programme benefits from the research environment at the Vontz Center for Molecular Studies, with access to advanced laboratory infrastructure, interdisciplinary faculty and collaborations across the University of Cincinnati College of Medicine and Cincinnati Children's Hospital Medical Center.

Key experiential learning opportunities include:

Laboratory Rotations: Students undertake laboratory rotations during their first year to explore different research groups, understand experimental approaches and identify a suitable thesis adviser.
Cancer Research Projects: The 27-credit Research component (26 CB 8081) allows students to conduct extended research into cancer biology, cellular mechanisms and therapeutic approaches.
Thesis Research: Students work with a faculty adviser and thesis committee to develop research questions, conduct experiments, analyse findings and complete their research thesis.
Advanced Research Facilities: The Vontz Center for Molecular Studies provides specialised laboratory space and research support for cancer and molecular biology investigations.
Advanced Cell Analysis: The College of Medicine's Advanced Cell Analysis Service Center provides specialised cell analysis resources.
Genomics and Sequencing: The Genomics, Epigenomics and Sequencing Core supports research involving genomic analysis and sequencing technologies.
Microscopy and Imaging: The Live Microscopy Core and Preclinical Imaging Core provide specialised imaging resources for biological and biomedical investigations.
Protein Research: The UC Proteomics Laboratory supports research involving protein identification and analysis.
Structural Biology: The Center for Advanced Structural Biology provides specialised resources for structural investigations.
Research Collaborations: Students benefit from the wider research environment involving UC Health, Cincinnati Children's Hospital Medical Center, the Veterans Affairs Hospital, the Environmental Protection Agency and the UC College of Pharmacy.
Scientific Seminars: Students can engage with research discussions and scientific presentations involving faculty members and visiting researchers.

Progression & Future Opportunities

The MS in Cancer and Cell Biology prepares graduates for research-oriented careers across biomedical sciences, biotechnology, pharmaceutical development and academic institutions. Through extensive laboratory training and thesis research, students develop the skills required to investigate cancer mechanisms, evaluate therapeutic approaches and contribute to scientific discoveries. The programme also provides strong preparation for students seeking admission to PhD and MD/PhD programmes.

Potential career opportunities include:

Cancer Research Scientist: Investigate cancer development, tumour biology and molecular mechanisms associated with disease progression.
Biomedical Research Associate: Conduct laboratory experiments, analyse biological data and support biomedical research projects.
Biotechnology Research Scientist: Contribute to the development and evaluation of biological technologies and therapeutic innovations.
Pharmaceutical Research Associate: Support drug discovery, cancer therapeutics research and the investigation of potential treatment approaches.

Career development and progression opportunities:

Personalised Academic and Career Advising: Students meet the programme director to discuss academic objectives, course selection and long-term professional interests. Faculty advisers subsequently provide guidance on research planning and professional development.
Bearcat Promise Career Studio: Offers graduate-focused career coaching, professional development guidance, career exploration and support with employment preparation.
Handshake: Provides access to job opportunities, internships, employer networking, career fairs and professional events.
BigInterview: Helps students prepare for interviews through virtual mock interviews, AI-supported résumé reviews and cover-letter assistance.
CareerShift: Supports job searches across public employment boards and company websites, along with professional networking.
Research Collaborations: Students benefit from connections with Cincinnati Children's Hospital Medical Center, UC Health, the Veterans Affairs Hospital and other research organisations, creating an interdisciplinary research environment.
Doctoral Preparation: The first-year didactic coursework of the MS programme transfers seamlessly into the university's Cancer and Cell Biology PhD programme, providing a pathway for students interested in continuing their research education.
Employment Statistics and Salaries: Programme-specific graduate employment rates, placement percentages and average starting salaries are not published in the official sources reviewed.
Industry Partnerships: The university identifies collaborative research connections with healthcare and research institutions, including Cincinnati Children's Hospital Medical Center and UC Health. However, guaranteed industry placements or formal employer partnerships specifically for MS students are not stated.
Professional Recognition: The programme is institutionally covered by the university's Higher Learning Commission accreditation. No separate professional accreditation is specified for the MS degree.

Further Academic Progression: Graduates can pursue a PhD in Cancer and Cell Biology at the University of Cincinnati, with the advantage that the MS programme's first-year didactic courses transfer seamlessly into the doctoral programme. They can also explore MD/PhD programmes and other doctoral opportunities in Cancer Biology, Molecular Biology, Cellular Biology, Biomedical Sciences, Genetics and related research disciplines, subject to individual admission requirements.