Undergraduate Students of Microbiology & Immunology
Welcome to the Department of Microbiology & Immunology
“It is a privilege to introduce the Department of Microbiology & Immunology. This Department has consistently strived over the years to provide the highest academic standards and an outstanding research/learning environment for MSU students. The Microbiology & Immunology faculty members are internationally recognized for their research, and their focus on both the medical and environmental sciences provides unique training opportunities not found in most institutions. Microbiology & Immunology has an amazing and incredibly rich history at MSU. I have been linked to this department, since my childhood, my father was a faculty member in the ’60 and ‘70s, and into my undergraduate tenure, I graduated from the department in 1982. Following my return to MSU in 1989, my collaborations with Microbiology faculty helped establish my career. As such, it is an incredible honor to serve as the Department Head, and help the department expand and continue to improve its instructional and research efforts.”
~Dr. Mark Jutila, Department Head.
Major Programs of Study
There are three major options for undergraduate students to choose from, leading to a Bachelor of Science degree: Microbiology, Cell Biology and Neuroscience, or Biotechnology. Within each major, there are a number of options.
Why Study Microbiology?
Microorganisms benefit society by cycling inorganic and organic matter into molecules needed for life and detoxifying discarded wastes. Historically, they have served as microscopic factories for the production of cheeses, alcohol and antibiotics. Microorganisms have also been engineered to produce a wide variety of products for our benefit through the emergence of biotechnology.
Microbiology is the branch of science dealing with microorganisms. It is one of the most relevant, dynamic and exciting disciplines in the biological sciences.
Microorganisms have, however, also inflicted great distress to human, animal and plant populations through disease, spoilage of crops, foods and the fouling and degradation of man-made structures. More recently, microorganisms have been used as terrorist weapons.
- Bacteriology: the study of bacteria
- Mycology: fungi
- Protozoology: protozoa
- Phycology: algae
- Parasitology: parasites
- Virology: viruses
An understanding of these various life forms in the environment has created other sub disciplines of: microbial ecology, microbial physiology, microbial genetics and molecular biology. Our need to control infectious diseases has brought about the fields of pathology and immunology. Bioinformatics, the in silico research, is a new area of research in microbiology which analyzes the genomes of life forms.
This option covers all areas of microbiology. Students can choose from several tracks (microbiology track, pre-vet track, pre-med track, and environmental track)making this option excellent preparation for those who wish to be professional microbiologists, attend medical, dental, or veterinary school, or study environmental microbiology topics.
This option is for students interested in careers that involve the performance of clinical laboratory tests. To become a medical laboratory scientist, students must train in a year-long program and become accomplished professionals in microbiology, chemistry, blood banking, and hematology. Students can receive their training through the Montana Medical Laboratory Science Training Program at MSU.
This option is for students interested in focusing on environmental health topics, including general environmental sanitation, food and waterborne disease control, air and water quality, water and wastewater treatment, solid and hazardous waste disposal, rodent and insect control, consumer product safety, recreational and occupational safety, radiological hygiene, epidemiology, and health education.
This option provides a strong background for students who plan on a career in medicine or other health profession. This option is also for students that are interested in a biomedical sciences career in research or teaching in cell biology, molecular biology, developmental biology, or neuroscience. The curriculum provides the opportunity to take the courses necessary to make a competitive application to health profession school, graduate school or to obtain a technical position. Students interested in a career in a health science profession should consult the Health Professions Advising Office for information regarding admission to professional schools.
This option provides a strong background for students who are interested in a career in research or teaching in cell biology, molecular biology, developmental biology or neuroscience. This option provides the opportunity to take the courses necessary to make a competitive application to graduate school or to obtain a technical position.
This option is for students interested in working in emerging biotechnology industries. These industries are involved in developing products to maintain biodiversity, restore soil and water quality, develop new pharmaceuticals or vaccines to combat disease, decrease our dependence on nonrenewable resources, provide tools and skills for investigative and forensic sciences, and improve food and fiber production.
This option provides a challenging basic science curriculum with an emphasis on unique "hands on" learning experiences in methods courses and an internship program. Students gain knowledge of important molecular and biochemical techniques.
Minor Programs of Study
Undergraduate Research Participation
An undergraduate research program, available to students who demonstrate an interest and ability, is open to both majors and non-majors. The aim of this program is to foster increased creativity, imagination, inquisitiveness, and independence. Please consult with a faculty member within the department to inquire further about innovative research you can participate in relevant to real-world applications.
Departmental Honors in Microbiology
When appropriate, majors should consider the opportunities afforded by the departmental honors program. This program has the following components:
- A minimum 3.5 grade-point average (GPA) in Microbiology, 3.0 GPA overall.
- A minimum of four credits of undergraduate research credit.
- An acceptable, bound senior thesis, and an oral defense of the thesis.
Participation in a Microbiology seminar (BIOM 494) during the senior year is the required capstone course for graduation. As many as two BIOM 494 seminars (1 credit each) may be applied toward graduation when taken in the junior or senior years. A detailed description of the microbiology program is available from the department.