Master's Programs Molecular Biology

Find out about master's programs in molecular biology, such as information about courses that are common in these programs as well as admission requirements these programs typically have. Schools offering Biology degrees can also be found in these popular choices.

Master's in Molecular Biology Program Information

Depending on the university these programs can take about two or three years. Molecular Biology programs tend to be comprised mainly of research and coursework over around 30 or more credit hours. Successful graduates should be qualified to work as research scientists, professors, or in similar positions.

Molecular Biology I

This course will introduce students to the core concepts and methods of study of the discipline. Students will learn about the various structures and functions of cells, the actions and interactions of structures and macromolecules. Common specific subjects studies in this course are DNA, RNA, proteins, replication and repair, modification and remodeling, translation, and transcription. Students might also be exposed to current and ongoing research to gain a fuller understanding of the state of the discipline.

Molecular Biology II

Students in this course will build upon the core-discipline skills and concepts learned in Molecular Biology I through more advanced study into the subject. Topics in this course can include prokaryotic and eukaryotic gene regulation, DNA rearrangement, RNA interference, gene editing, transduction pathways, and gene expression. Students will review and discuss research articles and studies.

Biochemistry I

This introductory course will expose students to the fundamentals of biochemistry. Topics in this course include protein structure, enzyme mechanisms, folding structure, human disease states, metabolic biochemistry, kinetics and vitamins. This course typically has an accompanying laboratory element for students to gain hands-on experience in this subject area as well as first-hand experience with the subject matter.

Biochemistry II

This more advanced course will delve deeper into biochemistry and emphasize more specific topics. These topics include the integration and regulation of catabolic, anabolic, and anaplerotic routes, the chemistry of energy generation, photosynthesis, carbon fixation, metabolism of lipids, membrane regulation, transport across the cell membrane, and more. Outside of the lecture portion, this course also typically requires laboratory work.

Cell Biology

This course will look at topics in modern cell biology including current research topics and important problems in cell biology. This course will instruct students on current research methods, as well as modern strategies and technologies. Topics include membranes and membrane transport, cellular division and growth, apoptosis, and examinations of cell structure and function. This course typically has an accompanying lab.

Plant Physiology

Students in this course will examine plantlife from a molecular biology standpoint. Students will study the various structures, mechanisms, and molecular makeup of plants. Topics of examination include the physiological processes that plants undergo, plant nutrition, and the development of plants. This course might also require an accompanying lab to study plant cells, structures, and functions up close.

Current Topics/Progress in Cell and Molecular Biology

Courses such as these will focus on current and ongoing research in the field. Students will also look at research methods, recent developments in associated technologies, and the research being undertaken by current graduate students in the program. Students may also discuss their own ongoing research in programs such as these.

Admission Requirements for Master's Programs in Molecular Biology.

Students will usually need to have completed an undergraduate degree program with a background in related coursework -- this doesn't necessarily mean that students will need to have majored in molecular biology or a related major, rather students can typically demonstrate this background through the completion of a certain number of credit hours in related subjects. Students will also need to have maintained a certain undergraduate GPA, which is typically somewhere around a GPA of 3.0 for these programs. Letters of recommendation are another admission requirement usually shared by these programs; three letters of recommendation are typically needed. GRE scores will also need to be submitted to the admissions department. Some programs will also want you to provide a statement of purpose or personal essay to demonstrate your individual academic history outside of test scores and grades, and to showcase your own motivations and goals within the molecular biology discipline.

Molecular biology master's education programs share many core courses to instruct students on the fundamentals and advanced topics of the field of study. Although each program is different, there are many commonalities in admissions requirements such as GRE scores, GPA, a background in the sciences, letters of recommendation, and a personal statement.

To continue researching, browse degree options below for course curriculum, prerequisites and financial aid information. Or, learn more about the subject by reading the related articles below:

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