2 Best Molecular Biology Master of Arts (MA) Degree Programs for 2024

Discover the leading Molecular Biology Master of Arts (MA) Degree programs for 2024. Our list of 2 courses is tailored to help you excel in your chosen field with WeUni.

Field of study

Course type

Only online courses

Where to study

MASTER OF ARTS IN BIOMEDICAL SCIENCES - IL

Midwestern University Illinois

United States of America (USA)

Biology, Biotechnology, Biochemistry, Molecular Biology

Master of Arts (MA)

Build a Successful Career Tailored to meet your needs, Midwestern University's one- and two-year Biomedical Sciences degree programs offer the options you need to achieve your goals. Our student-centered curriculum is designed to provide you with a broad background in the biomedical sciences. Caring faculty members will guide you as you develop the academic and analytic skills you need to build your future. You'll be well-prepared for success whether you decide to pursue additional education in the health professions or choose to start a meaningful career in biomedical science.

English

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Biology

University of Missouri

United States of America (USA)

Natural Sciences, Genetics, Biotechnology, Biochemistry, Molecular Biology

Master of Arts (MA)

Whatever your major, your professors bring their expertise and their professional connections to you ― giving you hands-on experience and networking opportunities.

English

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Popular degree types

Master of Science (MSc) Degree

Popular locations

United States of America (USA)

Master of Arts (MA), Molecular Biology

A Master of Arts (MA) degree is a postgraduate academic degree that focuses on humanities, social sciences, and fine arts. It typically involves advanced study, research, and critical analysis in a specific field, providing students with specialized knowledge and skills to pursue careers in academia, research, or various industries.

Molecular Biology is a field of study that focuses on the structure, function, and interactions of biological molecules within cells. It explores the molecular mechanisms underlying various biological processes, such as DNA replication, gene expression, and protein synthesis. This field plays a crucial role in advancing our understanding of genetics, diseases, and biotechnology.