Master of Science in Biomedical Sciences

Students in the Master of Science in Biomedical Sciences program can tailor their graduate experience by selecting from nine areas of study that reflect the breadth of modern biomedical research. Each area provides specialized training and hands-on research opportunities guided by MUSC’s expert faculty. Whether exploring the molecular mechanisms of disease, advancing biostatistical methods, or investigating regenerative therapies, students gain the depth and flexibility to align their studies with their career goals and scientific interests.

• Biochemistry & Molecular Biology: The Biochemistry and Molecular Biology area explores the molecular mechanisms that drive cellular function and human disease. Students engage in advanced coursework and hands-on research alongside faculty investigating cancer biology, gene regulation, structural biology, and cell signaling. This concentration builds technical expertise and critical thinking skills that prepare graduates for research roles, biotechnology careers, or further doctoral and professional study.
• Biostatistics: This area develops leaders in data-driven biomedical research through rigorous training in statistical theory, data science, and health applications. Students learn to design and analyze complex health studies using modern computational tools and collaborate across disciplines to shape evidence-based medical decision-making. Graduates are well-prepared for careers in academia, healthcare, government, and industry where data advances discovery and improves outcomes.
• Cell & Molecular Pharmacology & Experimental Therapeutics: The Cell and Molecular Pharmacology and Experimental Therapeutics area emphasizes how drugs interact with biological systems to influence disease and health. Students explore topics such as signal transduction, pharmacokinetics, and therapeutic targeting through intensive research and mentorship. This program equips graduates to contribute to drug discovery, biotechnology, and translational science while advancing toward doctoral or professional degrees.
• Epidemiology: The Epidemiology area focuses on identifying and analyzing factors that influence the distribution and control of diseases within populations. Students gain expertise in study design, biostatistics, and data interpretation to address pressing public health issues. Working alongside faculty engaged in research on cancer, health disparities, and precision public health, graduates emerge prepared to inform health policy, clinical practice, and population-based interventions.
• Experimental Pathology & Laboratory Medicine: The Experimental Pathology and Laboratory Medicine area trains students to investigate the molecular and cellular foundations of disease through laboratory-based research. Coursework and hands-on experience cover histopathology, immunopathology, and translational science. Graduates gain the analytical and technical skills to contribute to disease diagnostics, laboratory innovation, and academic or clinical research that advances human health.
• Microbiology & Immunology: The Microbiology and Immunology area examines the intricate relationships between microbes, the immune system, and human disease. Students study host-pathogen interactions, immune mechanisms, and emerging infectious threats through laboratory research and mentorship. With applications in public health, diagnostics, and biotechnology, this area prepares graduates to address complex biomedical challenges that shape global health outcomes.
• Molecular & Cell Biology & Pathobiology: The Molecular and Cell Biology and Pathobiology area investigates the fundamental processes that govern cell structure, function, and disease progression. Students gain expertise in molecular imaging, genomics, and tissue analysis while working alongside faculty engaged in cutting-edge biomedical research. The program equips graduates to contribute to translational science, biotechnology, and diagnostic innovation across a range of health fields.
• Neuroscience: The Neuroscience area provides a deep understanding of brain structure, function, and disease. Students explore topics including neurodegeneration, cognition, and neural therapeutics through research within MUSC’s Neuroscience Institute. With access to advanced technologies and interdisciplinary mentorship, graduates are prepared for careers or advanced study in academic, clinical, and industry research settings focused on brain and behavioral health.
• Regenerative Medicine & Cell Biology: The Regenerative Medicine and Cell Biology area focuses on the science of tissue repair and regeneration to restore function and improve health. Students engage in laboratory research on cellular biology, tissue engineering, and translational therapies while collaborating with clinicians and scientists. This area prepares graduates to innovate in biotechnology, academia, or healthcare by developing solutions that redefine recovery and healing.

Biochemistry (MS)

Year 1 – Fall A (8/18/25–12/19/25)

Year 1 – Spring (1/5/26–5/1/26)

Year 1 – Summer A, Trailer (5/4/26–8/14/26)

Year 2 – Fall (8/18/25–12/19/25)

Year 2 – Spring (1/5/26–5/1/26)

Biostatistics (MS/PhD)

Year 1 – Fall A (8/18/25–12/19/25)

Year 1 – Spring (1/5/26–5/1/26)

Year 1 – Summer A, Trailer (5/4/26–8/14/26)

Year 2 – Fall A (8/18/25–12/19/25)

Year 2 – Spring (1/5/26–5/1/26)

Cell & Molecular Pharmacology & Experimental Therapeutics (MS)

Year 1 – Fall A (8/18/25–12/19/25)

Year 1 – Spring (1/5/26–5/1/26)

Year 1 – Summer A, Trailer (5/4/26–8/14/26)

Year 2 – Fall (8/18/25–12/19/25)

Year 2 – Spring (1/5/26–5/1/26)

Epidemiology (MS)

Year 1 – Fall A (8/18/25–12/19/25)

Year 1 – Spring (1/5/26–5/1/26)

Year 1 – Summer A, Trailer (5/4/26–8/14/26)

Year 2 – Fall (8/18/25–12/19/25)

Year 2 – Spring (1/5/26–5/1/26)

Experimental Pathology and Laboratory Medicine (MS)

Year 1 – Fall A (8/18/25–12/19/25)

Year 1 – Spring (1/5/26–5/1/26)

Year 1 – Summer A, Trailer (5/4/26–8/14/26)

Year 2 – Fall (8/18/25–12/19/25)

Year 2 – Spring (1/5/26–5/1/26)

Microbiology and Immunology (MS)

Year 1 – Fall A (8/18/25–12/19/25)

Year 1 – Spring (1/5/26–5/1/26)

Year 1 – Summer A, Trailer (5/4/26–8/14/26)

Year 2 – Fall (8/18/25–12/19/25)

Year 2 – Spring (1/5/26–5/1/26)

Molecular & Cell Biology & Pathobiology (MS)

Year 1 – Fall A (8/18/25–12/19/25)

Year 1 – Spring (1/5/26–5/1/26)

Year 1 – Summer A, Trailer (5/4/26–8/14/26)

Year 2 – Fall (8/18/25–12/19/25)

Year 2 – Spring (1/5/26–5/1/26)

Neurosciences (MS)

Year 1 – Fall A (8/18/25–12/19/25)

Year 1 – Spring (1/5/26–5/1/26)

Year 1 – Summer A, Trailer (5/4/26–8/14/26)

Year 2 – Fall (8/18/25–12/19/25)

Year 2 – Spring (1/5/26–5/1/26)

Regenerative Medicine & Cell Biology (MS)

Year 1 – Fall A (8/18/25–12/19/25)

Year 1 – Spring (1/5/26–5/1/26)

Year 1 – Summer A, Trailer (5/4/26–8/14/26)

Year 2 – Fall (8/18/25–12/19/25)

Year 2 – Spring (1/5/26–5/1/26)